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首圖公告(開)號KindCode公告(開)日名稱專利類型申請號申請日摘要申請範圍1申請範圍申請人申請人國家/地區申請人地址專利權人專利權人國家/地區專利權人地址現專利權人現專利權人國家/地區現專利權人地址主IPCIPCIPC 3 階數IPC 4 階數LOC主CPCCPC現CPC主UPCUPCFI優先權優先權日優先權國家/地區發明人發明人數發明人國家/地區發明人地址專利代理人專利代理人地址公告卷號公告期數主審查人審查人員國內引證資料國內引證資料數國外引證資料國外引證資料數其他參考文獻專利年齡被引證數專利家族專利家族數專利家族國家數證書號申請人英文姓名專利生命值標準化專利權人法律狀態讓與註記撤銷日期授權註記專利權始日專利權止日異議註記舉發註記質權註記繼承註記信託註記年費有效年年費有效日消滅日期
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US20240392825A12024-11-28Rivet Nutinvention18/5228412023-11-29An apparatus providing mating alignment between internal threading of a rivet nut and the external threading of the mandrel of an unclaimed installation tool before anchoring the rivet nut in a hole in a substrate, or the external threading of an unclaimed threaded fastener after anchoring in the substrate hole. The improvements include a bushing sleeve seated in a counterbore in the rivet nut, for guiding the external threading of the mandrel or fastener to the internal threading of the rivet nut. The sleeve also enables play during upset of the rivet nut, and provides visual confirmation whether the rivet nut has been properly anchored in the hole of substrate.1. An apparatus providing mating alignment between internal threading of a rivet nut and the external threading of the mandrel of an unclaimed rivet nut installation tool while anchoring the rivet nut in a hole in a substrate having a thickness, or the external threading of an unclaimed threaded fastener after anchoring in the substrate hole (collectively the “mating member”), the apparatus comprising:
(a) a rivet nut comprising an insertion portion having an external diameter sized for close insertion into the substrate hole and having an internal diameter having internal threading defining an essentially cylindrical mating chamber, and a trailing portion comprising a trailing end having an essentially circular opening having a circumference defined by an internal wall defining a cavity leading to said mating chamber, the mating chamber having an internal diameter smaller than that of saidopening and cavity; and(b) a bushing sleeve having a maximum outer diameter sized for snug insertion and retention within said cavity and having an inner diameter sized to guide the external threading of the mating member into aligned rotational mating with said internal threading of the mating chamber.		1. An apparatus providing mating alignment between internal threading of a rivet nut and the external threading of the mandrel of an unclaimed rivet nut installation tool while anchoring the rivet nut in a hole in a substrate having a thickness, or the external threading of an unclaimed threaded fastener after anchoring in the substrate hole (collectively the “mating member”), the apparatus comprising:
(a) a rivet nut comprising an insertion portion having an external diameter sized for close insertion into the substrate hole and having an internal diameter having internal threading defining an essentially cylindrical mating chamber, and a trailing portion comprising a trailing end having an essentially circular opening having a circumference defined by an internal wall defining a cavity leading to said mating chamber, the mating chamber having an internal diameter smaller than that of saidopening and cavity; and(b) a bushing sleeve having a maximum outer diameter sized for snug insertion and retention within said cavity and having an inner diameter sized to guide the external threading of the mating member into aligned rotational mating with said internal threading of the mating chamber.
2. An apparatus described in claim 1 hereinabove, wherein the inner diameter of the sleeve is larger than the diameter of the internal threading defining the mating chamber of the insertion portion.
3. An apparatus described in claim 1 hereinabove, the sleeve having an inner diameter in the range of between about 0.0015 inch to about 0.0025 inch larger than the outer diameter of the mating member.
4. An apparatus described in claim 1 hereinabove, the sleeve further comprising a first end having annular beveling reducing the outer diameter of that end to smaller than the maximum outer diameter of the sleeve and facilitating snug insertion into the cavity.
5. An apparatus described in claim 4 hereinabove, the sleeve further comprising a first annular band section adjacent the first end beveling and having an outer diameter larger than that of the first end beveling but smaller than the maximum outer diameter of the sleeve, and facilitating snug insertion of the sleeve into the cavity.
6. An apparatus described in claim 5 hereinabove, the sleeve further comprising a second end having annular beveling reducing the outer diameter of that end to smaller than the maximum outer diameter of the sleeve and enabling either the first end or the second end to facilitate snug insertion into the cavity.
7. An apparatus described in claim 6 hereinabove, the sleeve further comprising a second annular band section adjacent the second end beveling and having an outer diameter larger than that of the second end beveling but smaller than the maximum outer diameter of the sleeve, and enabling either the first end or the second end to facilitate snug insertion into the cavity.
8. An apparatus described in claim 1 hereinabove, wherein:
(a) said cavity comprises a counterbore ca...		Arkansas Bolt Co., Inc.USArkansas Bolt Co., Inc.US AR Little RockArkansas Bolt Co., Inc.US-F16B037/06F16B037/06
F16B005/04		12-F16B0037/067F16B0037/067
F16B0005/04
F16B0037/06		--------Jeffrey T. Roose
Harry Lee Hastings		2USMI Troy
AR Little Rock		-------0-0-10-00-19Arkansas Bolt Co., Inc.Pub.-------------
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EP4467824A12024-11-27ANTI-LOOSENING SPRING NUTinvention22920744.42022-07-21The present invention relates to an anti-loosening spring nut which is coupled to the lower portion of a nut (20) fastened to a bolt (10) so as to prevent the nut (20) from loosening, the anti-loosening spring nut comprising: a spring female screw (120) which is wound along a male thread of the bolt (10) multiple times and has a lower locking ring (123) and an upper locking ring (121) which respectively protrude in different directions radially outward at a lower end and an upper end; and an outer casing (110) which has the shape of an enclosure in which the spring female screw (120) is accommodated, and wherein a bolt insertion hole (111a) into which the bolt (10) is inserted is formed through a bottom plate (111), and along a side surface, a plurality of pushing jaws (114) are recessedly formed at regular intervals toward the inside, wherein the spring female screw (120) is accommodated inside the outer casing (110) such that the pushing jaws (114) are disposed between the lower locking ring (123) and the upper locking ring (121), and in a state in which the nut (20) is fastened to the bolt (10), when a rotational force is applied by a standard tool in the direction in which the outer casing (110) is fastened to the bolt (10), the pushing jaws (114) contact and press the upper locking ring (121) so as to expand the outer diameter of the spring female screw (120), and the outer casing (110) and the spring female screw (120) are rotated together and fastened along the bolt (10).An anti-loosening spring nut, comprising:
a female thread spring 120 which is wound a certain number of times along male threads of a bolt 10, and at whose lower portion and upper portion are projectingly formed, respectively, a lower catching loop end 123 and an upper catching loop end 121, at directions different from each other and outward in a radial direction, and;an external casing 110 which has a shape of an enclosure accommodating the female thread spring 120, on a bottom plate 111 of which is penetratingly formed a bolt insertion hole 111a into which the bolt 10 is inserted, and along whose side face 113 are provided a plurality of pushing projections 114 which are depressedly formed inward at constant intervals,and characterized:
in that the female thread spring 120 is accommodated within the external casing 110 in a manner such that the pushing projection 114 is disposed between the lower catching loop end 123 and the upper catching loop end 121, and;in that when, with the nut 20 fastened to the bolt 10, torque is applied by a standard tool in a direction wherein the external casing 110 becomes fastened to the bolt 10, the pushing projection 114 comes in contact with and presses against the upper catching loop end 121, expanding an outer diameter of the female thread spring 120 and causing the external casing 110 and the female thread spring 120 to rotate together and become fastened to each other along the bolt 10.		An anti-loosening spring nut, comprising:
a female thread spring 120 which is wound a certain number of times along male threads of a bolt 10, and at whose lower portion and upper portion are projectingly formed, respectively, a lower catching loop end 123 and an upper catching loop end 121, at directions different from each other and outward in a radial direction, and;an external casing 110 which has a shape of an enclosure accommodating the female thread spring 120, on a bottom plate 111 of which is penetratingly formed a bolt insertion hole 111a into which the bolt 10 is inserted, and along whose side face 113 are provided a plurality of pushing projections 114 which are depressedly formed inward at constant intervals,and characterized:
in that the female thread spring 120 is accommodated within the external casing 110 in a manner such that the pushing projection 114 is disposed between the lower catching loop end 123 and the upper catching loop end 121, and;in that when, with the nut 20 fastened to the bolt 10, torque is applied by a standard tool in a direction wherein the external casing 110 becomes fastened to the bolt 10, the pushing projection 114 comes in contact with and presses against the upper catching loop end 121, expanding an outer diameter of the female thread spring 120 and causing the external casing 110 and the female thread spring 120 to rotate together and become --> fastened to each other along the bolt 10.
The anti-loosening spring nut of Claim 1, wherein:
the external casing 110 comprises:
a side face 113 whose cross-section is formed in a polygonal shape to allow for use of a standard tool, and; a plurality of covering wings 115 which are folded inward from an upper edge of the side face 113 to cover the female thread spring 120,and characterized in that:
the plurality of pushing projections 114 is formed depressedly inwards from each of the edge faces of the polygon, to a depth at which they cause the female thread spring 120 to become aligned at a center of the external casing 110, so that the female thread spring 120 may be screw-coupled to the male threads of the bolt 10.
The anti-loosening spring nut of Claim 2, wherein: when an external force is applied in a direction in which the bolt 10 or the nut 20 is loosened with the external casing 110 coupled to the bolt 10 beneath the nut 20, the upper catching loop end 121 comes into contact with the pushing projections 114 with the external casing 110 secured in place, reducing the outer diameter of the female thread spring 120 and preventing loosening of the bolt 10 or the nut 20.
An anti-loosening spring nut, comprising:
a female thread spring 120 which is wound a certain number of times along male threads of the bolt 10, and at whose lower portion and upper portion are projectingly formed, respectively, a lower catching loop end 123 and an upper catching loop end 121, at directions different from each --> other and outward in a radial direction;a ratchet external ...		Moon, SangyeolKR86-23, Jangjeongyango-gil, Hajeom-myeon
Ganghwa-gun		Moon, SangyeolKR---F16B039/14F16B039/14
F16B039/20		11F16B0039/20F16B0039/20
F16B0039/14		---202200068332022-01-17KRMoon, Sangyeol1KR Incheon 23014Petraz, Gilberto Luigi--0KR101907342120-00-18Moon, Sangyeol-------------
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CN118979915A2024-11-19一種螺栓緊固件的防鬆鎖緊結構inventionCN202411477404.X2024-10-22本發明公開了一種螺栓緊固件的防鬆鎖緊結構，包括螺栓本體，螺栓本體螺紋連接在外界設備上，所述螺栓本體上設置有調節機構，底部盤上的單向盤貼合在外界設備上，螺栓本體上安裝有壓套，頂部盤上的單向盤抵觸在壓套上，調節機構通過底部盤、頂部盤、單向盤、壓套、固定杆和固定環等元件的協同工作，實現了螺栓緊固件防鬆鎖緊狀態的靈活調節，底部盤和頂部盤上的單向盤分別與固定杆配合，提供了可靠的防鬆效果，固定杆和固定槽的設計允許在緊固和預固定狀態之間快速切換，解開槽和解開環的配置則進一步增強了調節的靈活性，提高了結構的耐用性，這些設計共同提高了螺栓緊固件的適應性和使用壽命，使其能夠更好地滿足不同工況下的需求。;1.一種螺栓緊固件的防鬆鎖緊結構，包括螺栓本體（1），其特徵是：螺栓本體（1）螺紋連接在外界設備上，所述螺栓本體（1）上設置有調節機構，所述調節機構包括底部盤（2）、頂部盤（3）、單向盤（4）、壓套（5）、固定杆（6）、固定環（7）、同步機構和伸縮機構，所述底部盤（2）和頂部盤（3）上分別安裝有單向盤（4），底部盤（2）上的單向盤（4）貼合在外界設備上，螺栓本體（1）上安裝有壓套（5），頂部盤（3）上的單向盤（4）抵觸在壓套（5）上，頂部盤（3）和底部盤（2）相互貼合，且頂部盤（3）和底部盤（2）分別轉動連接在螺栓本體（1）上，所述底部盤（2）和頂部盤（3）上分別沿著軸線設置有多個固定環（7），多個所述固定環（7）上分別等距開設有多個固定槽（8），每個所述固定槽（8）內分別滑動連接固定杆（6），所述同步機構和所述伸縮機構分別安裝在頂部盤（3）和底部盤（2）上。1.一種螺栓緊固件的防鬆鎖緊結構，包括螺栓本體（1），其特徵是：螺栓本體（1）螺紋連接在外界設備上，所述螺栓本體（1）上設置有調節機構，所述調節機構包括底部盤（2）、頂部盤（3）、單向盤（4）、壓套（5）、固定杆（6）、固定環（7）、同步機構和伸縮機構，所述底部盤（2）和頂部盤（3）上分別安裝有單向盤（4），底部盤（2）上的單向盤（4）貼合在外界設備上，螺栓本體（1）上安裝有壓套（5），頂部盤（3）上的單向盤（4）抵觸在壓套（5）上，頂部盤（3）和底部盤（2）相互貼合，且頂部盤（3）和底部盤（2）分別轉動連接在螺栓本體（1）上，所述底部盤（2）和頂部盤（3）上分別沿著軸線設置有多個固定環（7），多個所述固定環（7）上分別等距開設有多個固定槽（8），每個所述固定槽（8）內分別滑動連接固定杆（6），所述同步機構和所述伸縮機構分別安裝在頂部盤（3）和底部盤（2）上。
2.每個所述固定杆（6）上分別開設有多個解開槽（9），底部盤（2）和頂部盤（3）上開設有多個解開環（10），解開槽（9）和解開環（10）為平行設置。
3.多個所述解開環（10）和多個所述固定環（7）為交錯設置，且多個所述固定槽（8）和固定杆（6）上分別開設有圓角（11）。
4.所述伸縮機構包括抵觸圈（12）、推簧（13）和升降盤（14），所述抵觸圈（12）套接在底部盤（2）上，且抵觸圈（12）頂在外界設備上，所述推簧（13）設置有多個，且多個所述推簧（13）的兩端分別連接在抵觸圈（12）和升降盤（14）上，升降盤（14）滑動連接在底部盤（2）上。
5.多個所述固定杆（6）上分別設有平行板（15），平行板（15）滑動貼合在底部盤（2）和頂部盤（3）之間，每個所述平行板（15）上分別設有橫向杆（16），橫向杆（16）和固定杆（6）為同軸心設置，每個所述橫向杆（16）上分別設有隨動球（17）。
6.所述升降盤（14）的上端面上等距設有多個折板（18），每個所述折板（18）上分別開設有斜槽（19），橫向杆（16）滑動連接在斜槽（19）內，且隨動球（17）滑動連接在折板（18）的外壁上，每個所述折板（18）上分別開設有底部槽（20），底部槽（20）和斜槽（19）為平行設置。
7.所述升降盤（14）的上端面上沿著軸心等距設有多個固定塊（21），多個所述固定塊（21）上分別開設有中間槽（22），且多個所述固定塊（21）和多個所述折板（18）分別為交錯設置。
8.所述同步機構包括貼合圈（23）和內嵌圈（24），所述頂部盤（3）和底部盤（2）上分別同軸心安裝有內嵌圈（24），每個所述內嵌圈（24）內分別轉動安裝有貼合圈（23），兩個所述貼合圈（23）之間設有多個拉簧（25）。
9.所述頂部盤（3）和底部盤（2）上分別同軸心開設有同步槽（26），兩個所述同步槽（26）內滑動設有同步套（27）。
10.兩個所述貼合圈（23）貼合在同步套（27）的內壁上，且貼合圈（23）和同步套（27）為同軸心設置。		里安市奕寶緊固件有限公司CN325299 浙江省溫州市里安市上望街道薛後村上興東路21號里安市奕寶緊固件有限公司CN----F16B039/28F16B039/28
F16B039/282		11-----------林志慧
董曉引
林煜凱		3-

王江龍
北京慧德譽智慧財產權代理事務所(普通合夥) 16199		20241119----0-0-00-00-20里安市奕寶緊固件有限公司Pub.-------------
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CN222026127U2024-11-19一種用於通訊箱櫃體的防盜五金螺絲modelCN202420844909.42024-04-23本實用新型涉及通訊箱櫃體五金螺絲技術領域，尤其涉及一種用於通訊箱櫃體的防盜五金螺絲。技術問題：該用於通訊箱櫃體的防盜五金螺絲旨在解決現有技術下不具備密封結構和防盜效果較差的技術問題。技術方案：一種用於通訊箱櫃體的防盜五金螺絲，包括有下螺母組件；還包括有擋板、外連接套筒、六邊形連接套、螺紋孔、調節螺栓、防脫擋塊、密封槽和密封組件。本實用新型設置有密封結構，在使用過程中，避免雜質容易進入五金螺絲和通訊箱櫃體之間，提高密封性，避免五金螺絲的螺紋生銹，保證緊固效果的同時便於拆裝，同時螺母採用雙層的設計，防止螺母鬆脫，穩定性更強，因此具有較高的防盜效果。;1.一種用於通訊箱櫃體的防盜五金螺絲，包括有下螺母組件(1)；其特徵在於：還包括有擋板(2)、外連接套筒(3)、六邊形連接套(4)、螺紋孔(5)、調節螺栓(6)、防脫擋塊(7)、密封槽(8)和密封組件(9)；下螺母元件(1)下端固定連接有擋板(2)；下螺母元件(1)上端外側螺紋連接有外連接套筒(3)；外連接套筒(3)外側套接有六邊形連接套(4)；外連接套筒(3)上端開設有左右對稱分佈的螺紋孔(5)；螺紋孔(5)內螺紋連接有調節螺栓(6)；調節螺栓(6)外側轉動連接有防脫擋塊(7)；擋板(2)下端開設有密封槽(8)；密封槽(8)內安裝有密封組件(9)；密封組件(9)包括密封圈(901)；密封圈(901)下端依次固定連接有金屬墊片(902)和防護密封墊(903)；密封圈(901)和密封槽(8)卡合連接。1.一種用於通訊箱櫃體的防盜五金螺絲，包括有下螺母組件(1)；其特徵在於：還包括有擋板(2)、外連接套筒(3)、六邊形連接套(4)、螺紋孔(5)、調節螺栓(6)、防脫擋塊(7)、密封槽(8)和密封組件(9)；下螺母元件(1)下端固定連接有擋板(2)；下螺母元件(1)上端外側螺紋連接有外連接套筒(3)；外連接套筒(3)外側套接有六邊形連接套(4)；外連接套筒(3)上端開設有左右對稱分佈的螺紋孔(5)；螺紋孔(5)內螺紋連接有調節螺栓(6)；調節螺栓(6)外側轉動連接有防脫擋塊(7)；擋板(2)下端開設有密封槽(8)；密封槽(8)內安裝有密封組件(9)；密封組件(9)包括密封圈(901)；密封圈(901)下端依次固定連接有金屬墊片(902)和防護密封墊(903)；密封圈(901)和密封槽(8)卡合連接。
2.下螺母組件(1)包括內螺紋螺母(101)；內螺紋螺母(101)上端依次固定連接有外螺紋連接頭(102)和密封塊(103)；密封塊(103)採用上小下大的圓臺型結構。
3.密封塊(103)上端開設有環形等距分佈的開口槽(104)；內螺紋螺母(101)左右兩端均開設有沉頭螺紋孔(105)；密封塊(103)的材質為橡膠。
4.沉頭螺紋孔(105)內螺紋連接有沉頭螺栓(10)。
5.六邊形連接套(4)外側固定連接有左右對稱分佈的轉動板(11)；防脫擋塊(7)和另一防脫擋塊(7)之間的最遠距離大於六邊形連接套(4)的直徑。
6.金屬墊片(902)上端與擋板(2)下端貼合；金屬墊片(902)和防護密封墊(903)為相同的規格，且防護密封墊(903)表面設置有防滑凸起。		樂聯（天津）精密機械科技有限公司CN300000 天津市北辰區天津醫藥醫療器械工業園韓家墅分園韓興道4號樂聯（天津）精密機械科技有限公司CN ---F16B037/00F16B037/00
F16B037/04
F16J015/06
F16B041/00		23-----------于樂
賈卓陽		2-
房程晨
北京凳凳智慧財產權代理有限公司 37386		20241119----0-0-00-00-20樂聯（天津）精密機械科技有限公司Valid-------------
6
CN222026108U2024-11-19管束墊片螺母modelCN202323570637.82023-12-27本實用新型公開了一種管束墊片螺母，包括安裝塊、彈簧和墊片，所述安裝塊安裝在型材主體燕尾槽中，所述安裝塊的兩側設有與燕尾槽相匹配的安裝面，所述安裝塊上開設有螺紋孔，所述安裝塊的上方安裝有方形的墊片，墊片上開設有通孔，所述彈簧環設在安裝塊的外周，彈簧的一端橫向延伸有第一安裝條，另一端豎向彎折有第二安裝條，墊片的底部橫向開設有安裝橫槽，第一安裝條設置在安裝橫槽中，安裝塊的側面豎向開設有安裝豎槽，第二安裝條設置在安裝豎槽中。本實用新型通過在螺母和墊片設置成整體結構，施工時只需將整個墊片螺母進行安裝即可，省去了繁瑣的安裝步驟，提高了施工效率。;1.一種管束墊片螺母，其特徵在於：包括安裝塊(51)、彈簧(52)和墊片(53)，所述安裝塊(51)安裝在型材主體(1)燕尾槽中，所述安裝塊(51)的兩側設有與燕尾槽相匹配的安裝面，所述安裝塊(51)上開設有螺紋孔，所述安裝塊(51)的上方安裝有方形的墊片(53)，墊片(53)上開設有通孔，所述彈簧(52)環設在安裝塊(51)的外周，彈簧(52)的一端橫向延伸有第一安裝條(521)，另一端豎向彎折有第二安裝條(522)，墊片(53)的底部橫向開設有安裝橫槽(54)，第一安裝條(521)設置在安裝橫槽(54)中，安裝塊(51)的側面豎向開設有安裝豎槽(55)，第二安裝條(522)設置在安裝豎槽(55)中，墊片(53)的底部兩側凸設有定位滑條(56)，所述定位滑條(56)安裝在燕尾槽的頂部。1.一種管束墊片螺母，其特徵在於：包括安裝塊(51)、彈簧(52)和墊片(53)，所述安裝塊(51)安裝在型材主體(1)燕尾槽中，所述安裝塊(51)的兩側設有與燕尾槽相匹配的安裝面，所述安裝塊(51)上開設有螺紋孔，所述安裝塊(51)的上方安裝有方形的墊片(53)，墊片(53)上開設有通孔，所述彈簧(52)環設在安裝塊(51)的外周，彈簧(52)的一端橫向延伸有第一安裝條(521)，另一端豎向彎折有第二安裝條(522)，墊片(53)的底部橫向開設有安裝橫槽(54)，第一安裝條(521)設置在安裝橫槽(54)中，安裝塊(51)的側面豎向開設有安裝豎槽(55)，第二安裝條(522)設置在安裝豎槽(55)中，墊片(53)的底部兩側凸設有定位滑條(56)，所述定位滑條(56)安裝在燕尾槽的頂部。
2.如權利要求1所述的管束墊片螺母，其特徵在於：所述通孔為錐形孔，安裝塊(51)的頂部設置在錐形孔中。
3.如權利要求1所述的管束墊片螺母，其特徵在於：所述墊片(53)的上表面凸設有鎖緊環(58)，鎖緊環(58)的表面設有防鬆花紋。
4.如權利要求1所述的管束墊片螺母，其特徵在於：所述墊片(53)的頂部兩側開設有缺槽(59)。
5.如權利要求4所述的管束墊片螺母，其特徵在於：所述缺槽(59)位於所述定位滑條(56)的上方。
6.如權利要求1所述的管束墊片螺母，其特徵在於：所述安裝橫槽(54)與定位滑條(56)平行設置。		海鹽海馬五金有限公司CN314300 浙江省嘉興市海鹽縣沈蕩鎮鎮中北路388號海鹽海馬五金有限公司CN ---F16B007/18F16B007/1811-----------朱建明
張靈超
王宇澤
閆凱傑
朱曉倩		5-



李妮
杭州中利智慧財產權代理事務所(普通合夥) 33301		20241119----0-0-10-00-19海鹽海馬五金有限公司Valid-------------
7
CN222020604U2024-11-19一種鉚釘機的送釘機構modelCN202420036770.02024-01-05本實用新型涉及鉚釘機技術領域，具體為一種鉚釘機的送釘機構，包括：底座；所述底座安裝在鉚釘機的側面，所述底座上安裝有震動機體，所述震動機體頂部安裝有振動主機殼，所述振動主機殼側面固定連接有上料架，所述上料架的端部安裝有分離上料結構；該鉚釘機的送釘機構，此時電機可以帶動分離柱與分離槽進行轉動，分離槽轉動時可以帶動鉚釘與相鄰的鉚釘分離，當鉚釘轉動到指定位置時鉚釘機可以進行拾取，方便鉚釘在拾取時不會影響相鄰的鉚釘，當確定鉚釘為廢品時，電動伸縮杆工作可以連接板使向下翻轉，連接板翻轉時可以使鉚釘通過排料槽與導料槽進行排料，鉚釘排料後連接板進行關閉，方便鉚釘在輸送時可以具備廢品剔除功能。;1.一種鉚釘機的送釘機構，包括：底座(1)，其特徵在於；所述底座(1)安裝在鉚釘機的側面，所述底座(1)上安裝有震動機體(2)，所述震動機體(2)頂部安裝有振動主機殼(3)，所述振動主機殼(3)側面固定連接有上料架(4)，所述上料架(4)的端部安裝有分離上料結構(5)，所述分離上料結構(5)，包括：安裝槽(501)，所述安裝槽(501)開設在上料架(4)的底部，所述上料架(4)上開設有旋轉槽(502)；所述旋轉槽(502)的內側面開設有弧形移動槽(503)，所述安裝槽(501)的內部安裝有電機(504)，所述旋轉槽(502)內部轉動連接有分離柱(505)，所述分離柱(505)側面開設有分離槽(506)，所述電機(504)、上料架(4)與分離柱(505)之間貫穿轉動連接有連接軸(507)，所述連接軸(507)側面螺紋連接有螺帽(508)，所述上料架(4)上端部安裝有剔除結構(6)。1.一種鉚釘機的送釘機構，包括：底座(1)，其特徵在於；所述底座(1)安裝在鉚釘機的側面，所述底座(1)上安裝有震動機體(2)，所述震動機體(2)頂部安裝有振動主機殼(3)，所述振動主機殼(3)側面固定連接有上料架(4)，所述上料架(4)的端部安裝有分離上料結構(5)，所述分離上料結構(5)，包括：安裝槽(501)，所述安裝槽(501)開設在上料架(4)的底部，所述上料架(4)上開設有旋轉槽(502)；所述旋轉槽(502)的內側面開設有弧形移動槽(503)，所述安裝槽(501)的內部安裝有電機(504)，所述旋轉槽(502)內部轉動連接有分離柱(505)，所述分離柱(505)側面開設有分離槽(506)，所述電機(504)、上料架(4)與分離柱(505)之間貫穿轉動連接有連接軸(507)，所述連接軸(507)側面螺紋連接有螺帽(508)，所述上料架(4)上端部安裝有剔除結構(6)。
2.所述旋轉槽(502)與分離柱(505)同為圓柱狀，所述旋轉槽(502)的直徑與分離柱(505)的直徑尺寸相同。
3.所述分離槽(506)設置有四組，四組所述分離槽(506)以環形陣列的方式分佈在分離柱(505)的側面。
4.所述連接軸(507)與上料架(4)之間構成旋轉結構，所述連接軸(507)上設有螺紋，所述連接軸(507)上的螺紋與螺帽(508)之間為螺紋連接。
5.所述剔除結構(6)，包括：底部檢測槽(601)，所述底部檢測槽(601)開設在上料架(4)的底部，所述底部檢測槽(601)的側面開設有導料槽(602)；所述底部檢測槽(601)頂部開設有排料槽(603)，所述底部檢測槽(601)內部安裝有第一識別器(604)。
6.所述底部檢測槽(601)側面連接有鉸鏈(605)，靠近排料槽(603)的所述鉸鏈(605)上連接有連接板(606)；所述連接板(606)底部開設有導向槽(607)，所述導向槽(607)內部活動連接有導向塊(608)。
7.所述導向塊(608)底部固定連接有第一轉軸(609)，所述第一轉軸(609)側面轉動連接有電動伸縮杆(610)的一端；所述電動伸縮杆(610)另一端轉動連接有第二轉軸(611)，所述第二轉軸(611)固定連接在底部檢測槽(601)的側面；靠近排料槽(603)的所述上料架(4)上固定連接有安裝架(612)，所述安裝架(612)頂部安裝有第二識別器(613)。
8.所述鉸鏈(605)、連接板(606)、導向槽(607)、導向塊(608)、第一轉軸(609)、電動伸縮杆(610)與第二轉軸(611)設置有兩組，所述連接板(606)與底部檢測槽(601)之間通過鉸鏈(605)構成翻轉結構；所述導向槽(607)與導向塊(608)之間為滑動連接，所述導向塊(608)與電動伸縮杆(610)之間通過第一轉軸(609)構成旋轉結構；所述第一轉軸(609)與第二轉軸(611)之間通過電動伸縮杆(610)構成伸縮結構，所述電動伸縮杆(610)與底部檢測槽(601)之間通過第二轉軸(611)構成旋轉結構。		瀋陽思拓威源機械製造有限公司CN110000 遼寧省瀋陽市經濟技術開發區中德大街14號瀋陽思拓威源機械製造有限公司CN ---B21J015/32B21J015/3211-----------杜海鵬
宋志永
劉慶悅
劉瀟陽
萬新
李明		6-




馬豔麗
瀋陽慧豐專利代理事務所(普通合夥) 21280		20241119----0-0-00-00-20瀋陽思拓威源機械製造有限公司Valid-------------
8
CN222026120U2024-11-19一種建築工程護欄用緊固螺釘modelCN202420376350.72024-02-29本實用新型屬於建築工程技術領域，尤其為一種建築工程護欄用緊固螺釘，包括緊固杆，其上端具有外螺紋；與緊固杆一體成型的螺釘頭，緊固杆的上端螺紋連接有螺母，在螺母與緊固杆之間設置有墊片，螺釘頭與緊固杆上活動設置有擰動杆，擰動杆的上端設置有螺紋部，擰動杆通過螺紋部與緊固杆的內壁螺紋配合，擰動杆的頂部焊接有抵壓塊，抵壓塊的頂部接觸設置有鎖緊件，鎖緊件的底部一側通過彈簧鉸鏈與緊固杆的頂部相鉸接，擰動杆的底部設有防盜組件。本實用新型能夠有效地避免螺母與緊固杆發生脫離，提高了緊固效果，普通的梅花起子無法將其擰開，從而達到防盜的目的，結構簡單，具有較好的拆裝鎖緊性能及防拆功能。;1.一種建築工程護欄用緊固螺釘，包括緊固杆（1），其上端具有外螺紋；與緊固杆（1）一體成型的螺釘頭（2），其特徵在於，所述緊固杆（1）的上端螺紋連接有螺母（4），在所述螺母（4）與緊固杆（1）之間設置有墊片（3），所述螺釘頭（2）與緊固杆（1）上活動設置有擰動杆（6），所述擰動杆（6）的上端設置有螺紋部，所述擰動杆（6）通過螺紋部與緊固杆（1）的內壁螺紋配合，所述擰動杆（6）的頂部焊接有抵壓塊（7），所述抵壓塊（7）的頂部接觸設置有鎖緊件（5），所述鎖緊件（5）的底部一側通過彈簧鉸鏈與緊固杆（1）的頂部相鉸接，所述擰動杆（6）的底部設有防盜組件。1.一種建築工程護欄用緊固螺釘，包括緊固杆（1），其上端具有外螺紋；與緊固杆（1）一體成型的螺釘頭（2），其特徵在於，所述緊固杆（1）的上端螺紋連接有螺母（4），在所述螺母（4）與緊固杆（1）之間設置有墊片（3），所述螺釘頭（2）與緊固杆（1）上活動設置有擰動杆（6），所述擰動杆（6）的上端設置有螺紋部，所述擰動杆（6）通過螺紋部與緊固杆（1）的內壁螺紋配合，所述擰動杆（6）的頂部焊接有抵壓塊（7），所述抵壓塊（7）的頂部接觸設置有鎖緊件（5），所述鎖緊件（5）的底部一側通過彈簧鉸鏈與緊固杆（1）的頂部相鉸接，所述擰動杆（6）的底部設有防盜組件。
2.所述緊固杆（1）的內部沿其豎直方向設有活動孔（202），所述活動孔（202）的頂部設有螺紋孔（203），所述緊固杆（1）的頂部設有凹槽（204），所述活動孔（202）、螺紋孔（203）和凹槽（204）均互相連通，所述擰動杆（6）的螺紋部與螺紋孔（203）螺紋連接。
3.所述抵壓塊（7）位於凹槽（204）的內部，所述抵壓塊（7）為圓錐形結構。
4.所述防盜組件包括手柄（601）和防盜孔（602），所述螺釘頭（2）的底部設有容納槽（201），所述手柄（601）活動設置在容納槽（201）的內部，所述擰動杆（6）的底端與手柄（601）的頂部中心相焊接。
5.所述防盜孔（602）為三角形孔或者八角形孔。
6.當所述鎖緊件（5）位於水準狀態時，所述抵壓塊（7）與鎖緊件（5）的右端抵緊設置。
7.所述鎖緊件（5）的右端為梯形結構。		江蘇迅瑞特種合金有限公司CN224211 江蘇省鹽城市東台市時堰鎮泰東工業區90號江蘇迅瑞特種合金有限公司CN ---F16B035/00F16B035/00
F16B035/04
F16B041/00		12-----------朱興才1- 董海
北京深川專利代理事務所(普通合夥) 16058		20241119----0-0-00-00-20江蘇迅瑞特種合金有限公司Valid-------------
9
CN118976866A2024-11-19一種汽車輪轂螺栓免切邊生產工藝inventionCN202411180621.22024-08-26本發明涉及汽車緊固件技術領域，公開了一種汽車輪轂螺栓免切邊生產工藝，包括S1、準備符合設計要求的螺栓材料，並按照設計要求製備坯料；S2、採用冷鐓設備冷鐓成型，通過模具一次成型螺栓的螺頭和螺杆部分；S3、對成型後的螺栓加熱到退火溫度，並保持保溫時間，退火後冷卻；S4、回收退火時設備廢熱，並用於清洗水的加熱；S5、採用搓絲機對螺杆部分進行加工形成螺紋；S6、對螺紋成型後的螺栓進行回火，並保持保溫時間，然後送入清洗水中冷卻清洗。本發明免切邊生產工藝通過冷鐓成型和退火回火等步驟，實現了螺栓的一次成型和定向強化，減少了切割和切邊操作，提高了生產效率和產品品質。1.一種汽車輪轂螺栓免切邊生產工藝，其特徵在於，包括以下步驟：S1、準備符合設計要求的螺栓材料，並按照設計要求製備坯料；S2、採用冷鐓設備冷鐓成型，通過模具一次成型螺栓的螺頭和螺杆部分；S3、對成型後的螺栓加熱到退火溫度，並保持保溫時間，退火後冷卻；S4、回收退火時設備廢熱，並用於清洗水的加熱；S5、採用搓絲機對螺杆部分進行加工形成螺紋；S6、對螺紋成型後的螺栓進行回火，並保持保溫時間，然後送入清洗水中冷卻清洗。1.一種汽車輪轂螺栓免切邊生產工藝，其特徵在於，包括以下步驟：S1、準備符合設計要求的螺栓材料，並按照設計要求製備坯料；S2、採用冷鐓設備冷鐓成型，通過模具一次成型螺栓的螺頭和螺杆部分；S3、對成型後的螺栓加熱到退火溫度，並保持保溫時間，退火後冷卻；S4、回收退火時設備廢熱，並用於清洗水的加熱；S5、採用搓絲機對螺杆部分進行加工形成螺紋；S6、對螺紋成型後的螺栓進行回火，並保持保溫時間，然後送入清洗水中冷卻清洗。
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4.S21、將坯料置於冷鐓設備的工作區域；S22、通過液壓驅動推動設備，施加壓力向下或向上作用於坯料，使其通過模具的孔或凹槽進行壓制或拉伸形成；S23、通過模具的設計和排列，坯料在一次冷鐓過程中同時形成螺頭和螺杆部分；S24、在坯料完成冷鐓成型後，停止施加壓力，並鬆開設備的夾緊裝置，使成型螺栓從模具中取出。
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10.		重慶高強汽車配件製造有限公司CN400020 重慶市璧山區璧泉街道新勝社區鎢山路68號重慶高強汽車配件製造有限公司CN----B21K001/46B21K001/46
B21K029/00
B21J005/02
B08B003/10
B08B003/12
C21D009/00
C21D001/26
F28D021/00		57-----------陳頌
陳琪男		2-
梁維尼
安徽申策智慧財產權代理事務所(普通合夥) 34178		20241119----0-0-00-00-20重慶高強汽車配件製造有限公司Pub.-------------
10
CN118979136A2024-11-19高強度大六角頭螺栓熱處理工藝inventionCN202411085606.X2024-08-08本發明提供了一種高強度大六角頭螺栓熱處理工藝，涉及高強度大六角頭螺栓熱處理技術領域。該高強度大六角頭螺栓熱處理工藝包括步驟：淬火加熱和保溫；淬火冷卻；清洗；回火加熱和保溫；回火冷卻。當採用Φ29.85熱軋盤條經球化退火、磷化、拉拔、冷鐓、搓絲、工件熱處理調後抗拉強度在1100‑1170MPa、屈服強度在1045‑1110MPa、延伸率在12％‑14％、斷面收縮率在54‑58％、零下20度衝擊吸收功在65‑80J、硬度在35‑37HRC、進行實物楔負載試驗時，拉力載荷在617kN‑656kN且斷裂發生在螺紋部分或螺紋杆部交接處，螺紋未脫碳,符合35VB鋼結構用高強度大六角頭螺栓技術要求；當工件採用網帶爐油淬熱處理時，變形量減小，無開裂，工件校直和探傷成本減少，節約大量生產成本。;1.一種高強度大六角頭螺栓熱處理工藝，其特徵在於，所述高強度大六角頭螺栓熱處理工藝包括步驟：淬火加熱和保溫：將工件在設置好熱處理工藝參數的可控氣氛連續網帶爐的淬火加熱和保溫爐入口投入再由網帶傳送至網帶爐末端落料口位置進行淬火加熱和保溫，可控氣氛連續網帶爐淬火加熱和保溫1-7區各區淬火加熱和保溫溫度不低於860度；工件淬火加熱和保溫時間不低於120min，同時可控氣氛連續網帶爐內碳勢不低於0.35％，不高於0.45％；淬火冷卻：工件淬火加熱和保溫完成後從落料口垂直自由落體掉入裝有快速淬火油的淬火油槽進行淬火冷卻，其中淬火油槽具有自動控溫和攪拌功能，快速淬火油最大冷速104℃/s，淬火油槽溫度不低於55度，油槽攪拌電機頻率不低於30HZ，淬火冷卻時間不低於15min；清洗：工件淬火冷卻完成後油槽提升網帶將試樣從淬火油槽傳送至清洗槽進行浸洗、沖洗和烘乾；回火加熱和保溫：工件清洗完成後由網帶傳送到設置好熱處理工藝參數的可控氣氛連續網帶爐回火加熱和保溫爐完成回火加熱和保溫,可控氣氛連續網帶爐回火加熱和保溫1-8區各區回火加熱和保溫溫度不低於445度，不高於485度；工件淬火加熱和保溫時間不低於180min；回火冷卻：工件回火加熱和保溫完成後經傳送網帶落入回火冷卻槽進行水冷，其中回火冷卻槽具有自動控溫功能，冷卻槽水溫不高於60度。1.一種高強度大六角頭螺栓熱處理工藝，其特徵在於，所述高強度大六角頭螺栓熱處理工藝包括步驟：淬火加熱和保溫：將工件在設置好熱處理工藝參數的可控氣氛連續網帶爐的淬火加熱和保溫爐入口投入再由網帶傳送至網帶爐末端落料口位置進行淬火加熱和保溫，可控氣氛連續網帶爐淬火加熱和保溫1-7區各區淬火加熱和保溫溫度不低於860度；工件淬火加熱和保溫時間不低於120min，同時可控氣氛連續網帶爐內碳勢不低於0.35％，不高於0.45％；淬火冷卻：工件淬火加熱和保溫完成後從落料口垂直自由落體掉入裝有快速淬火油的淬火油槽進行淬火冷卻，其中淬火油槽具有自動控溫和攪拌功能，快速淬火油最大冷速104℃/s，淬火油槽溫度不低於55度，油槽攪拌電機頻率不低於30HZ，淬火冷卻時間不低於15min；清洗：工件淬火冷卻完成後油槽提升網帶將試樣從淬火油槽傳送至清洗槽進行浸洗、沖洗和烘乾；回火加熱和保溫：工件清洗完成後由網帶傳送到設置好熱處理工藝參數的可控氣氛連續網帶爐回火加熱和保溫爐完成回火加熱和保溫,可控氣氛連續網帶爐回火加熱和保溫1-8區各區回火加熱和保溫溫度不低於445度，不高於485度；工件淬火加熱和保溫時間不低於180min；回火冷卻：工件回火加熱和保溫完成後經傳送網帶落入回火冷卻槽進行水冷，其中回火冷卻槽具有自動控溫功能，冷卻槽水溫不高於60度。
2.制樣和檢測：按照GB/T 1231-2006進行制樣和檢測；熱處理完成後對工件試件硬度進行檢測：在距離螺紋末端端面一個直徑長度處進行取樣，磨制試件具有兩個互相平行的平整表面；用洛氏硬度計測量試件橫截面上芯部位置的洛氏硬度；對工件試件力學性能進行檢測：按照GB/T 3098.1-2010進行拉伸試棒制樣，其中d0＝22.5mm(0.75d)，按GB/T 228.1-2002進行金屬材料室溫拉伸試驗；對工件試件的衝擊試驗：衝擊試件為10mm*10mm*55mm的標準夏比V型缺口試件，按照GB/T 229-2020對試件分別進行-20℃衝擊試驗；對工件實物楔負載試驗：按照GB/T 3098.1-2010和GB/T 1231-2006進行拉力載荷試驗；對工件螺紋的脫碳試驗：按照GB/T 3098.1-2010金相法進行工件螺紋脫碳層檢驗。		湖南申億智慧製造有限公司
湖南申億精密零部件股份有限公司		CN410000 湖南省長沙市雨花區省環保科技產業園汽配路1號
湖南申億智慧製造有限公司
湖南申億精密零部件股份有限公司		CN----C21D001/18C21D001/18
C21D001/74
C21D009/00		12-----------任又平
蔣清娟
薑秀鵬
石亦奇
王浩淩
劉春輝
劉驍智		7-





唐芳
廣州市紅荔專利代理有限公司 44214		20241119----0-0-00-00-20湖南申億智慧製造有限公司,湖南申億精密零部件股份有限公司Pub.-------------
11
US12146518B22024-11-19L-shaped bolt fastening structure for upright fasteninginvention18/1257042023-03-23Disclosed is an L-shaped bolt fastening structure for upright fastening which is capable of quickly and firmly fixing equipment to a support structure such as a grating plate without changing the installed grating plate. Since a bent portion of an L-shaped bolt includes a locking groove and an upright auxiliary portion, in a state in which the L-shaped bolt is upright, a fixing nut can be fastened. Accordingly, the fixing nut can be easily and quickly coupled, and also a correct coupling posture can be implemented even after the fixing nut is completely tightened. In addition, since a coupling long hole washer that is divided and coupled is added between a bracket and a fixing nut, when the fixing nut is fastened to the L-shaped bolt, the fixing nut can be fastened in a state in which the L-shaped bolt is upright.1. An L-shaped bolt coupling structure comprising:
a lower structure which is positioned below equipment of an industrial facility and in which a hole for fastening is formed;an L-shaped bolt inserted into the hole of the lower structure and including an upper vertical portion on which a thread is formed and a lower horizontal portion which is formed to extend from a lower end of the upper vertical portion through a bent portion;a fall-prevention washer which has a ring shape, is fastened to the L-shaped bolt, and is supported on an upper surface of the lower structure to prevent the L-shaped bolt from falling below the lower structure;a bracket disposed on the lower structure and having a long hole into which the L-shaped bolt is inserted;an anti-loosening washer and a fixing nut disposed on the bracket and sequentially fastened to the L-shaped bolt; anda coupling long hole washer fastened to the L-shaped bolt and disposed between the bracket and the anti-loosening washer.		1. An L-shaped bolt coupling structure comprising:
a lower structure which is positioned below equipment of an industrial facility and in which a hole for fastening is formed;an L-shaped bolt inserted into the hole of the lower structure and including an upper vertical portion on which a thread is formed and a lower horizontal portion which is formed to extend from a lower end of the upper vertical portion through a bent portion;a fall-prevention washer which has a ring shape, is fastened to the L-shaped bolt, and is supported on an upper surface of the lower structure to prevent the L-shaped bolt from falling below the lower structure;a bracket disposed on the lower structure and having a long hole into which the L-shaped bolt is inserted;an anti-loosening washer and a fixing nut disposed on the bracket and sequentially fastened to the L-shaped bolt; anda coupling long hole washer fastened to the L-shaped bolt and disposed between the bracket and the anti-loosening washer.
2. The L-shaped bolt coupling structure of claim 1, wherein the coupling long hole washer includes:
a stacked washer having a fastening hole into which the L-shaped bolt is inserted; anda support washer having a ring shape and an insertion hole in a central portion thereof for the stacked washer to be inserted and stacked.
3. The L-shaped bolt coupling structure of claim 2, wherein the stacked washer includes:
a support portion supported on an upper surface of the support washer and having a certain thickness; anda hole insertion portion formed below the support portion and inserted into the insertion hole of the support washer.
4. The L-shaped bolt coupling structure of claim 3, wherein a lower surface of the hole insert portion is coplanar with a lower surface of the support washer.
5. The L-shaped bolt coupling structure of claim 3, wherein:
an inner diameter of the fastening hole of the stacked washer is equal to an outer diameter of the L-shaped bolt; andan inner diameter of the insertion hole of the support washer is equal to an outer diameter of the hole insertion portion.
6. The L-shaped bolt coupling structure of claim 1, wherein the L-shaped bolt includes a locking groove having a groove shape and a certain angle on a bent inner portion of the bent portion.
7. The L-shaped bolt coupling structure of claim 1, wherein the fall prevention washer includes:
a locking portion which has a ring shape and is supported on the upper surface of the lower structure; anda coupling hole which is formed inside the locking portion and into which the L-shaped bolt is inserted.
8. The L-shaped bolt coupling structure of claim 7, wherein the L-shaped bolt includes an upright auxiliary portion having a shape that protrudes from a bent outer portion of the bent portion.
9. The L-shaped bolt coupling structure of claim 8, wherein the fall prevention washer further includes a mounting groove formed on the locking portion such that the locking portion passes through the upright auxil...		GNI. Co., Ltd.KRGNI. CO., LTD.KR GNI. CO.,LTD.KR101, 13-10 NAMNYEOUL 3-GILF16B035/04F16B035/04
F16B039/10		12-F16B0035/041F16B0035/041
F16B0039/108		-----10-2022-0134879
10-2023-0016575		2022-10-19
2023-02-08		KRChang Su Lim1KR Hwaseong-siRenaissance IP Law Group LLP--Gary W EstremskyGary W EstremskyUS4095376
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KR1020240055606		32-19GNI. CO.,LTD.Valid-------------
12
CN222026118U2024-11-19一種異形自攻螺釘modelCN202420760322.52024-04-13本實用新型涉及螺釘技術領域，具體的說是一種異形自攻螺釘，包括六角端帽、第一螺杆、第二螺杆和連接光圓杆，所述連接光圓杆的外側套設焊接有六角端帽且六角端帽的底部套設有墊板，所述連接光圓杆的底部焊接有第一螺杆且第一螺杆的外側設置有第一螺紋；所述第一螺杆的底部通過過渡段連接有第二螺杆，所述第二螺杆的外側設置有第二螺紋，所述第二螺杆的底部焊接有攻入頭，所述攻入頭的外側等距離開設有切削槽，所述第一螺杆的外徑大於第二螺杆；該異形螺釘穩固性好，具有防滑脫的效果，節省螺絲攻入的時間。;1.一種異形自攻螺釘，其特徵在於，包括六角端帽(4)、第一螺杆(6)、第二螺杆(9)和連接光圓杆(2)，所述連接光圓杆(2)的外側套設焊接有六角端帽(4)且六角端帽(4)的底部套設有墊板(12)，所述連接光圓杆(2)的底部焊接有第一螺杆(6)且第一螺杆(6)的外側設置有第一螺紋(7)；所述第一螺杆(6)的底部通過過渡段(8)連接有第二螺杆(9)，所述第二螺杆(9)的外側設置有第二螺紋(10)，所述第二螺杆(9)的底部焊接有攻入頭(11)，所述攻入頭(11)的外側等距離開設有切削槽(14)，所述第一螺杆(6)的外徑大於第二螺杆(9)。1.一種異形自攻螺釘，其特徵在於，包括六角端帽(4)、第一螺杆(6)、第二螺杆(9)和連接光圓杆(2)，所述連接光圓杆(2)的外側套設焊接有六角端帽(4)且六角端帽(4)的底部套設有墊板(12)，所述連接光圓杆(2)的底部焊接有第一螺杆(6)且第一螺杆(6)的外側設置有第一螺紋(7)；所述第一螺杆(6)的底部通過過渡段(8)連接有第二螺杆(9)，所述第二螺杆(9)的外側設置有第二螺紋(10)，所述第二螺杆(9)的底部焊接有攻入頭(11)，所述攻入頭(11)的外側等距離開設有切削槽(14)，所述第一螺杆(6)的外徑大於第二螺杆(9)。
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6.		嘉興華斌五金科技股份有限公司CN314308 浙江省嘉興市海鹽縣於城鎮八字村黃橋西堍嘉興華斌五金科技股份有限公司CN ---F16B025/00F16B025/00
F16B035/06		12-----------徐惠華
萬利珍		2-
陳喻
浙江嘉騰專利代理有限公司 33515		20241119----0-0-00-00-20嘉興華斌五金科技股份有限公司Valid-------------
13
CN118976949A2024-11-19一種不銹鋼螺栓攻絲機inventionCN202411467633.32024-10-21本發明涉及螺栓加工技術領域，公開了一種不銹鋼螺栓攻絲機，包括底板，所述底板的頂面固定連接有支撐架，所述支撐架的頂部固定安裝有伸縮氣缸，所述伸縮氣缸的輸出端固定連接有內空輪盤，所述內空輪盤的底面內壁轉動連接有四個攻絲錐，所述內空輪盤的內部設置有動力元件，所述動力元件用於帶動四個攻絲錐通過進行轉動，四個所述攻絲錐的正下方均放置有待攻絲的不銹鋼螺栓，所述不銹鋼螺栓的一側設置有夾持元件，通過夾持四個螺栓同時進行攻絲可以在同一時間內處理更多的螺栓，從而提高了生產效率，同時，在攻絲完成後，通過使夾持元件鬆弛，可以同時將四個螺栓掉落到指定位置，進一步減少了螺栓收集的時間，提高了整體的生產效率。;1.一種不銹鋼螺栓攻絲機，包括底板（1），其特徵在於：所述底板（1）的頂面固定連接有支撐架（2），所述支撐架（2）的頂部固定安裝有伸縮氣缸（4），所述伸縮氣缸（4）的輸出端固定連接有內空輪盤（3），所述內空輪盤（3）的底面內壁轉動連接有四個攻絲錐（8），所述內空輪盤（3）的內部設置有動力元件，所述動力元件用於帶動四個攻絲錐（8）通過進行轉動，四個所述攻絲錐（8）的正下方均放置有待攻絲的不銹鋼螺栓，所述不銹鋼螺栓的一側設置有夾持組件，所述夾持元件用於對四個不銹鋼螺栓進行夾持，所述不銹鋼螺栓的底部設置有下料組件，所述下料元件用於將加工完成後不銹鋼螺栓進行下料收集。1.一種不銹鋼螺栓攻絲機，包括底板（1），其特徵在於：所述底板（1）的頂面固定連接有支撐架（2），所述支撐架（2）的頂部固定安裝有伸縮氣缸（4），所述伸縮氣缸（4）的輸出端固定連接有內空輪盤（3），所述內空輪盤（3）的底面內壁轉動連接有四個攻絲錐（8），所述內空輪盤（3）的內部設置有動力元件，所述動力元件用於帶動四個攻絲錐（8）通過進行轉動，四個所述攻絲錐（8）的正下方均放置有待攻絲的不銹鋼螺栓，所述不銹鋼螺栓的一側設置有夾持組件，所述夾持元件用於對四個不銹鋼螺栓進行夾持，所述不銹鋼螺栓的底部設置有下料組件，所述下料元件用於將加工完成後不銹鋼螺栓進行下料收集。
2.所述夾持組件包括正方板（9），所述正方板（9）的四面內壁均開設有滑動槽（12），每個所述滑動槽（12）的內壁均對稱滑動連接有滑動塊（11），多個所述滑動塊（11）的一側均固定連接有夾具（10），所述夾具（10）的內壁設置有驅動元件，所述驅動元件用於同時帶動每組夾具（10）進行相互靠近或遠離。
3.所述驅動元件包括四個雙向螺紋杆（14），每個所述雙向螺紋杆（14）的外壁均分別與兩個夾具（10）的內壁螺紋連接，其中兩個雙向螺紋杆（14）的一端和另外兩個雙向螺紋杆（14）的兩端均固定連接有傳動齒輪（16），每兩個相互靠近的傳動齒輪（16）之間通過齒牙相互嚙合，每個所述雙向螺紋杆（14）的外壁均轉動連接有夾持環（15），每個所述夾持環（15）均固定連接于正方板（9）的外側上，其中一個所述雙向螺紋杆（14）的一端固定連接有電機二（13）。
4.所述下料組件包括下料箱（19），所述下料箱（19）的四端頂面和底面均為開口，所述下料箱（19）的四端頂面的內壁均對稱設置有放置台（25），四個所述不銹鋼螺栓分別放置於每兩個放置台（25）的正上方，每個所述放置台（25）的外壁均固定連接有滑杆（24），所述下料箱（19）四端頂面的內壁均開設有滑杆槽（34），所述滑杆（24）與滑杆槽（34）之間滑動連接且相互適配，所述放置台（25）的上方設置有拉動元件，所述夾持元件進行鬆弛時會帶動拉動元件使得每組兩個放置台（25）進行相互遠離移動。
5.所述拉動組件包括多個位移杆（20），多個位移杆（20）分別插接於多個夾具（10）的內壁中，每個所述位移杆（20）的底部外壁均固定連接有凸塊（23），每個所述放置台（25）的一側均設置有鎖定組件。
6.所述鎖定元件包括多個固定板（30），每個固定板（30）的內壁均滑動連接有多個連接杆二（31），每個所述連接杆二（31）的一端均固定連接有滑坡塊二（33），每個所述滑坡塊二（33）的一側與固定板（30）的一側均固定連接有復位彈簧三（32）。
7.每個所述滑杆（24）的一側均對稱固定連接有連接杆一（26），所述連接杆一（26）與下料箱（19）的內壁滑動連接，每個所述連接杆一（26）的一端均固定連接有限位錐（28），每個所述連接杆一（26）的外壁均設置有復位彈簧二（27），每個所述復位彈簧二（27）的兩端分別於下料箱（19）的內側和放置台（25）的一側固定連接，所述位移杆（20）的下方設置有擠壓元件，所述擠壓元件用於帶動凸塊（23）向上進行移動。
8.所述擠壓元件包括多個滑坡塊一（29），每個所述滑坡塊一（29）均固定安裝於下料箱（19）的頂部上，每個所述位移杆（20）的外壁均設置有復位彈簧一（21），每個所述位移杆（20）的頂部均固定連接有頂鈕（22），所述復位彈簧一（21）的兩端分別與夾具（10）的頂部與頂鈕（22）的底部固定連接。
9.所述正方板（9）的底部固定連接有支柱（18），所述支柱（18）固定安裝於下料箱（19）的頂部，所述下料箱（19）的外壁固定連接有支架（17），所述支架（17）固定安裝於底板（1）的頂部，所述下料箱（19）的底部開口處設置有收集箱（35），所述收集箱（35）放置於底板（1）的正上方。
10.所述動力組件包括電機一（5），所述電機一（5）固定安裝於內空輪盤（3）的底部，所述電機一（5）的輸出軸固定連接有齒輪盤（6），所述齒輪盤（6）的齒牙嚙合有四個從動齒輪（7），四個所述從動齒輪（7）分別與四個攻絲錐（8）的頂部固定連接。		泰州俊宇不銹鋼材料有限公司CN225700 江蘇省泰州市興化市戴南鎮張萬村園區大道北側9號泰州俊宇不銹鋼材料有限公司CN----B23G001/16B23G001/16
B23G011/00
B23G001/44		12-----------崔春華
仲天宇
仲小俊		3-

巢一強
南京科擎智慧財產權代理事務所(普通合夥) 32644		20241119----0-0-00-00-20泰州俊宇不銹鋼材料有限公司Pub.-------------
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CN222026125U2024-11-19螺母組件modelCN202420213899.42024-01-29本實用新型提供一種螺母元件。本實用新型提供的螺母元件包括螺母和預緊件，螺母沿自身軸向的其中一個端面上開設有相互連通的第一安裝槽和第二安裝槽；螺母具有貫穿自身軸向兩端中心的螺紋安裝孔，第一安裝槽圍繞螺紋安裝孔設置，且第一安裝槽的內側延伸至螺紋安裝孔；第二安裝槽相對于螺紋安裝孔偏心設置，預緊件包括彈性卡圈和連接於彈性卡圈外側的限位元凸起，彈性卡圈卡設於第一安裝槽中，限位凸起卡設於第二安裝槽中。本實用新型提供一種螺母元件，防鬆效果較高。;1.一種螺母元件，其特徵在於，包括螺母和預緊件，所述螺母沿自身軸向的其中一個端面上開設有相互連通的第一安裝槽和第二安裝槽；所述螺母具有貫穿自身軸向兩端中心的螺紋安裝孔，所述第一安裝槽圍繞所述螺紋安裝孔設置，且所述第一安裝槽的內側延伸至所述螺紋安裝孔；所述第二安裝槽相對於所述螺紋安裝孔偏心設置，所述預緊件包括彈性卡圈和連接於所述彈性卡圈外側的限位元凸起，所述彈性卡圈卡設於所述第一安裝槽中，所述限位凸起卡設於所述第二安裝槽中。1.一種螺母元件，其特徵在於，包括螺母和預緊件，所述螺母沿自身軸向的其中一個端面上開設有相互連通的第一安裝槽和第二安裝槽；所述螺母具有貫穿自身軸向兩端中心的螺紋安裝孔，所述第一安裝槽圍繞所述螺紋安裝孔設置，且所述第一安裝槽的內側延伸至所述螺紋安裝孔；所述第二安裝槽相對於所述螺紋安裝孔偏心設置，所述預緊件包括彈性卡圈和連接於所述彈性卡圈外側的限位元凸起，所述彈性卡圈卡設於所述第一安裝槽中，所述限位凸起卡設於所述第二安裝槽中。
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10.		中國鐵建重工集團股份有限公司CN410199 湖南省長沙市經濟技術開發區東七線88號中國鐵建重工集團股份有限公司CN ---F16B037/00F16B037/00
F16B039/28		12-----------楊劍
暨智勇
陽旭
鄧汝群		4-


蔡維華
黃健
北京同立鈞成智慧財產權代理有限公司 11205		20241119----0-0-00-00-20中國鐵建重工集團股份有限公司Valid-------------
15
CN222026124U2024-11-19一種防鬆螺栓modelCN202420596835.72024-03-26本實用新型提供了一種防鬆螺栓，包括螺栓帽體、彈性片和螺栓杆體；通過設置所述螺栓杆體內部設置有貫穿孔，所述貫穿孔自所述螺栓杆體遠離螺栓帽體的一側開口，延伸至所述螺栓帽體的內部，與所述注料孔相連接，形成貫穿通道；熱量通過貫穿通道到達螺栓杆體內部；通過在所述螺栓杆體遠離螺栓帽體的一側設置有多個條形貫穿槽，所述條形貫穿槽自所述螺栓杆體遠離螺栓帽體的一側開口，多個條形貫穿槽使得內部受力時，應力可向條形貫穿槽附近集中釋放；設置所述熱膨脹係數大的合金金屬內嵌入所述貫穿孔的開口處，合金金屬受熱膨脹後可將螺栓杆體遠離螺栓帽體的一側撐開，增大螺紋間的摩擦力，達到防鬆的目的。;1.一種防鬆螺栓，包括螺栓帽體(1)、彈性片(3)和螺栓杆體(4)；所述螺栓杆體(4)的端部固定連接有螺栓帽體(1)；螺栓杆體(4)外壁固定附著有螺紋；所述螺栓杆體(4)的底部設置有圓弧倒角；所述彈性片(3)靠近螺栓帽體(1)的一端與螺栓帽體(1)固定連接；其特徵在於：所述螺栓帽體(1)呈六邊形，其一側的側壁上向內設置有注料孔(2)；所述螺栓杆體(4)內部設置有貫穿孔(7)，所述貫穿孔(7)自所述螺栓杆體(4)遠離螺栓帽體(1)的一側開口，延伸至所述螺栓帽體(1)的內部，與所述注料孔(2)相連接，形成貫穿通道。1.一種防鬆螺栓，包括螺栓帽體(1)、彈性片(3)和螺栓杆體(4)；所述螺栓杆體(4)的端部固定連接有螺栓帽體(1)；螺栓杆體(4)外壁固定附著有螺紋；所述螺栓杆體(4)的底部設置有圓弧倒角；所述彈性片(3)靠近螺栓帽體(1)的一端與螺栓帽體(1)固定連接；其特徵在於：所述螺栓帽體(1)呈六邊形，其一側的側壁上向內設置有注料孔(2)；所述螺栓杆體(4)內部設置有貫穿孔(7)，所述貫穿孔(7)自所述螺栓杆體(4)遠離螺栓帽體(1)的一側開口，延伸至所述螺栓帽體(1)的內部，與所述注料孔(2)相連接，形成貫穿通道。
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7.		河北啟越電力器材製造有限公司CN056009 河北省邯鄲市冀南新區林壇鎮范村（林壇工業園賀蘭山路西側）河北啟越電力器材製造有限公司CN ---F16B035/04F16B035/04
F16B035/00
F16B039/282		12-----------劉曉偉
劉濤
宋海超		3-

王詠濤
北京中濟緯天專利代理有限公司 11429		20241119----0-0-00-00-20河北啟越電力器材製造有限公司Valid-------------
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EP4467823A12024-11-27SCREW COMPRISING ROOT AND CREST SERRATIONSinvention23175608.12023-05-26Concrete screw comprising a shaft 10, at least one screw thread 30, which is arranged on the shaft, winds around the shaft and protrudes from the shaft, and a separate helix element 37, which is arranged non-monolithically on the shaft, wherein the separate helix element winds around the shaft, protrudes from the shaft, and constitutes at least a section of the at least one screw thread, wherein the separate helix element comprises a crest 39 and a root 34, and wherein the root is provided with a first root serration 51 that is engaged, at least partly, by the shaft, characterized in that the crest is provided with a crest serration 53.
Concrete screw comprising
- a shaft (10),- at least one screw thread (30), which is arranged on the shaft (10), winds around the shaft (10) and protrudes from the shaft (10), and- a separate helix element (37), which is arranged non-monolithically on the shaft (10), wherein the separate helix element (37) winds around the shaft (10), protrudes from the shaft (10), and constitutes at least a section of the at least one screw thread (30),- wherein the separate helix element (37) comprises a crest (39) and a root (34), and- wherein the root (34) is provided with a first root serration (51) that is engaged, at least partly, by the shaft (10),characterized in that- the crest (39) is provided with a crest serration (53).		Concrete screw comprising
- a shaft (10),- at least one screw thread (30), which is arranged on the shaft (10), winds around the shaft (10) and protrudes from the shaft (10), and- a separate helix element (37), which is arranged non-monolithically on the shaft (10), wherein the separate helix element (37) winds around the shaft (10), protrudes from the shaft (10), and constitutes at least a section of the at least one screw thread (30),- wherein the separate helix element (37) comprises a crest (39) and a root (34), and- wherein the root (34) is provided with a first root serration (51) that is engaged, at least partly, by the shaft (10),characterized in that- the crest (39) is provided with a crest serration (53).
Screw according to claim 1,characterized in that
the separate helix element (37) has, at least regionally, generally triangular cross section, wherein the first root serration (51) is arranged at a first edge of the separate helix element (37), and wherein the crest serration (53) is arranged at a third edge of the separate helix element (37).
Screw according to claim 2,characterized in that
the separate helix element (37) has, at least regionally, generally isosceles triangular cross section.
Screw according to any of the preceding claims,characterized in that
the root (34) is provided with a second root serration (52) that is engaged, at least partly, by the shaft (10).
Screw according to claim 4 in connection with any of the claims 2 or 3,characterized in that
the second root serration (52) is arranged at a second edge of the separate helix element (37). -->
Screw according to any of the preceding claims,
characterized in thatthe first root serration (51) comprises at least one first root serration recess (41) having length l41, andthe crest serration (53) comprises at least one crest serration recess (43) having length l43,wherein the following holds:
∘ 0.15≤l41l43≤0.55
Screw according to any of the preceding claims,characterized in that
the shaft (10) comprises a first embossment (81) that engages the first root serration (51).
Screw according to any of the proceeding claims,characterized in that
the shaft (10) consists of a first material and the separate helix element (37) consists of a second material, wherein the first material and the second material are different materials.
Screw according to claim 8,characterized in that
both the first material and the second material are metals, in particular stainless steels.
Screw according to any of the proceeding claims,characterized in that
a ratio of the maximum outer thread diameter of the screw thread (30) to the pitch of the screw thread (30) is between 1 and 2, in particular between 1,2 and 1,6, at least in some regions of the screw thread (30).
Method for manufacturing a screw according to any of the preceding claims,characterized in that
at least some of the first root serration recesses (41) of the first root serration (51) and/or at least some of the crest serration...		Hilti AktiengesellschaftLIFeldkircherstrasse 100Hilti AktiengesellschaftLI---F16B025/00F16B025/00
B23G009/00
B23K026/38		33F16B0025/0026F16B0025/0026
F16B0025/0094
F16B0025/0052
F16B0025/0047
B23G0009/001
B23K0026/38		---Goodwin, Zachary
Gstach, Peter
Spampatti, Matteo
Strouf, Mathias
Gebauer, Christian
Domani, Guenter
Pol, Frederic		7CH
AT
DE		 9470 Buchs
6719 Bludesch
9470 Buchs
9464 Rüthi
9450 Altstätten
88138 Weissensberg
6800 Feldkirch		Hilti Aktiengesellschaft
Corporate Intellectual Property		--0EP3916246
EP2501944
WO22231920
EP3380737
EP2980424		510-00-19Hilti Aktiengesellschaft-------------
17
CN222026121U2024-11-19一種防脫型航空航太緊固件modelCN202420799481.62024-04-17本實用新型提供一種防脫型航空航太緊固件，涉及航空航太技術領域，包括緊固機構，所述緊固機構包括T形螺絲杆，所述T形螺絲杆的一側設置有凹形塊，所述凹形塊靠近T形螺絲杆的一側開設有矩形槽，所述矩形槽的內壁正表面和矩形槽的內壁後表面均開設有T形孔，每個所述T形孔的內部均活動套接有長螺絲，所述T形螺絲杆的一側開設有第一圓環槽，所述矩形槽的內部滑動連接有兩個相對稱的卡塊，所述凹形塊靠近T形螺絲杆的一側固定有圓環塊，本實用新型中通過設置緊固件機構，可以提高防脫型緊固件的安全係數，即保證緊固件安裝後不容易被常用工具將其從物體上拆卸下來，既提高防脫型緊固件的使用效果，同時也提高了防脫型緊固件的使用效率。;1.一種防脫型航空航太緊固件，包括緊固機構（1），其特徵在於：所述緊固機構（1）包括T形螺絲杆（101），所述T形螺絲杆（101）的一側設置有凹形塊（102），所述凹形塊（102）靠近T形螺絲杆（101）的一側開設有矩形槽（107），所述矩形槽（107）的內壁正表面和矩形槽（107）的內壁後表面均開設有T形孔（103），每個所述T形孔（103）的內部均活動套接有長螺絲（104），所述T形螺絲杆（101）的一側開設有第一圓環槽（105），所述矩形槽（107）的內部滑動連接有兩個相對稱的卡塊（106），所述凹形塊（102）靠近T形螺絲杆（101）的一側固定有圓環塊（108），兩個所述卡塊（106）分別螺紋套接在兩個長螺絲（104）上，兩個所述卡塊（106）的相背一端均滑動嵌設在第一圓環槽（105）的內壁，所述圓環塊（108）活動套接在第一圓環槽（105）的內部，兩個所述卡塊（106）的相背一端均活動貫穿圓環塊（108）的內壁。1.一種防脫型航空航太緊固件，包括緊固機構（1），其特徵在於：所述緊固機構（1）包括T形螺絲杆（101），所述T形螺絲杆（101）的一側設置有凹形塊（102），所述凹形塊（102）靠近T形螺絲杆（101）的一側開設有矩形槽（107），所述矩形槽（107）的內壁正表面和矩形槽（107）的內壁後表面均開設有T形孔（103），每個所述T形孔（103）的內部均活動套接有長螺絲（104），所述T形螺絲杆（101）的一側開設有第一圓環槽（105），所述矩形槽（107）的內部滑動連接有兩個相對稱的卡塊（106），所述凹形塊（102）靠近T形螺絲杆（101）的一側固定有圓環塊（108），兩個所述卡塊（106）分別螺紋套接在兩個長螺絲（104）上，兩個所述卡塊（106）的相背一端均滑動嵌設在第一圓環槽（105）的內壁，所述圓環塊（108）活動套接在第一圓環槽（105）的內部，兩個所述卡塊（106）的相背一端均活動貫穿圓環塊（108）的內壁。
2.兩個所述長螺絲（104）的相對一端均延伸至矩形槽（107）的內部，兩個所述長螺絲（104）的相對一端不接觸。
3.所述T形螺絲杆（101）的螺紋端上設置有彈簧墊圈（2），所述凹形塊（102）的一側開設有第二圓環槽（3）。
4.所述第二圓環槽（3）的內部設置有密封圈（4），所述密封圈（4）的一側粘接連接有兩個連接塊（5）。
5.所述第一圓環槽（105）的尺寸和第二圓環槽（3）的尺寸相同，所述凹形塊（102）的凹槽處為正六邊形。		江蘇新成標準件有限公司CN222100 江蘇省連雲港市贛榆區贛榆經濟開發區香港路38號江蘇新成標準件有限公司CN ---F16B035/00F16B035/00
F16B039/24		12-----------陳鋼1- 劉喜蓮
連雲港潤知專利代理事務所 32255		20241119----0-0-00-00-20江蘇新成標準件有限公司Valid-------------
18
US20240384746A12024-11-21Spring Nutinvention18/7874192024-07-29A spring nut for attaching a threaded object to a structure with reentrant lips. The spring nut can include a base, a first arm and a second arm extending from the base in a first direction, and legs extending laterally from the base. The arms can include a support portion, a structure-engagement portion, and a thread-engagement portion that can be configured to secure the threaded object against axial loading in a second direction opposite the first direction. Crumple zones in the support portions can deform upon loading of the threaded object in the second direction to cause the structure-engagement portion to be urged into the reentrant lips. Each of the legs can extend at a first angle from the base, toward the structure-engagement portions, to be disposed to contact an exterior surface of the reentrant lips of the structure when the first and second arms are received in the channel.1. A spring nut for attaching a threaded object to a structure at an opening that extends between a first side and a second side of the structure, the spring nut comprising:
a base with an aperture to receive a threaded object along a central axis;legs extending laterally from the base, in opposing directions;a first arm extending from a first side the base in a first direction along the central axis; anda second arm extending from a second side the base in the first direction, the second side being an opposite side of the base from the first side of the base;each of the first arm and the second arm including:
a support portion that extends from the base laterally inwardly toward the central axis;a structure-engagement portion that extends laterally outwardly from the support portion, away from the central axis; anda thread-engagement portion that extends laterally inwardly from the structure-engagement portion toward the central axis, a free end of the thread-engagement portion including a curved edge to engage the thread of the threaded object;wherein, in an installed configuration, the legs engage the first side of the structure adjacent to the opening, the structure-engagement portions engage the second side of the structure adjacent the opening, and the thread-engagement portions extend away from the second side of the structure to secure the threaded object against axial loading in a second direction opposite the first direction.		1. A spring nut for attaching a threaded object to a structure at an opening that extends between a first side and a second side of the structure, the spring nut comprising:
a base with an aperture to receive a threaded object along a central axis;legs extending laterally from the base, in opposing directions;a first arm extending from a first side the base in a first direction along the central axis; anda second arm extending from a second side the base in the first direction, the second side being an opposite side of the base from the first side of the base;each of the first arm and the second arm including:
a support portion that extends from the base laterally inwardly toward the central axis;a structure-engagement portion that extends laterally outwardly from the support portion, away from the central axis; anda thread-engagement portion that extends laterally inwardly from the structure-engagement portion toward the central axis, a free end of the thread-engagement portion including a curved edge to engage the thread of the threaded object;wherein, in an installed configuration, the legs engage the first side of the structure adjacent to the opening, the structure-engagement portions engage the second side of the structure adjacent the opening, and the thread-engagement portions extend away from the second side of the structure to secure the threaded object against axial loading in a second direction opposite the first direction.
2. The spring nut of claim 1, wherein for each of the first arm and the second arm:
the support portion extends laterally inwardly toward the central axis with a concave curvature relative to the central axis.
3. The spring nut of claim 2, wherein for each of the first arm and the second arm:
the support portion includes a convex curvature relative to the central axis, the convex curvature extending from the concave curvature, away from the central axis, to the structure-engagement portion.
4. The spring nut of claim 3, wherein, in the installed configuration, with the threaded object axially loaded in the second direction, one or more of the convex curvature or the concave curvature is deformed relative to an unloaded configuration to urge the structure-engagement portion into the second side of the structure.
5. The spring nut of claim 1, wherein legs angle from the base toward the structure-engagement portions, to be disposed to biasingly contact the first side of the structure in the installed configuration.
6. The spring nut of claim 5, wherein a first leg of the legs extends from the first side of the base; and
wherein a second leg of the legs extends from the second side of the base opposite the first side.
7. The spring nut of claim 6, wherein a third leg of the legs extends from the first side of the base, with the first arm extending from the base between the first and third legs; and
wherein a fourth leg of the legs extends from the second side of the base, with the second arm extending from the ba...		ERICO International CorporationUSERICO International CorporationUS----F16B037/08F16B037/0811-F16B0037/0857F16B0037/0857
F16B0037/0842		--------Eric J. Wilson
Raymond Olle
Scott Laughlin
David Landphair		4USOH Solon
OH Valley View
OH Middlefield
NC Kernersville		-------0-0-00-00-20ERICO International CorporationPub.-------------
19
CN118984913A2024-11-19緊固件inventionCN202380033307.92023-03-29本發明提出，構造一種用於薄板的、具有鐘形的並且開槽的夾頭(5)的緊固件(1)，所述夾頭通過在圓形的支座(14)與夾緊裝置(8)之間的軸向夾緊被撐開並且由此在被安置在板中的環形槽中從下面接合板的覆蓋層(20)。;1.用於緊固在構件(2)的凹部(15)中的緊固件(1)，具有鐘形的夾頭(5)並且具有夾緊軸(13)，所述夾緊軸從夾頭(5)中穿過，其特徵在於，所述緊固件(1)具有處於夾頭(5)的外側面(11)處的夾緊裝置(8)和在夾頭(5)的內側面處以相對於夾緊軸(13)的徑向間距處於夾頭(5)的外邊緣(16)與夾緊軸(13)之間的支座(14)，並且以未被夾緊的狀態為出發點所述夾頭(5)能夠以相對於夾緊軸(13)的、比支座(14)相對於夾緊軸(13)的徑向間距小的徑向間距沿著夾緊軸(13)用夾緊裝置(8)如此沿著夾緊方向來載入，使得所述夾頭(5)被朝支座(14)擠壓並且由此圍繞著包圍夾緊軸(13)的擺動軸線或者圍繞著一根或多根與夾緊軸(13)相切的擺動軸線在支座(14)上擺動，由此所述夾頭(5)的外邊緣(16)在徑向上離開夾緊軸(13)。1.用於緊固在構件(2)的凹部(15)中的緊固件(1)，具有鐘形的夾頭(5)並且具有夾緊軸(13)，所述夾緊軸從夾頭(5)中穿過，其特徵在於，所述緊固件(1)具有處於夾頭(5)的外側面(11)處的夾緊裝置(8)和在夾頭(5)的內側面處以相對於夾緊軸(13)的徑向間距處於夾頭(5)的外邊緣(16)與夾緊軸(13)之間的支座(14)，並且以未被夾緊的狀態為出發點所述夾頭(5)能夠以相對於夾緊軸(13)的、比支座(14)相對於夾緊軸(13)的徑向間距小的徑向間距沿著夾緊軸(13)用夾緊裝置(8)如此沿著夾緊方向來載入，使得所述夾頭(5)被朝支座(14)擠壓並且由此圍繞著包圍夾緊軸(13)的擺動軸線或者圍繞著一根或多根與夾緊軸(13)相切的擺動軸線在支座(14)上擺動，由此所述夾頭(5)的外邊緣(16)在徑向上離開夾緊軸(13)。
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12.緊固元件，具有根據前述權利要求中的一項或多項所述的緊固件(1)並且具有帶凹部(15)的構件(2)，其特徵在於，所述凹部(15)具有周向壁並且所述緊固件(1)的夾頭(5)通過用夾緊裝置(8)將該夾頭(5)抵靠支座(14)夾緊的方式被撐開在構件(2)的凹部(15)中，使得所述鐘形的夾頭(5)的外邊緣(16)被徑向向外擠壓並且被朝構件(2)中的凹部(15)的周向壁擠壓或被擠壓到構件(2)中的凹部(15)的周向壁中。
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15.		費希爾廠有限責任兩合公司DE德國沃爾達奇塔爾費希爾廠有限責任兩合公司DE----F16B037/04F16B037/04
F16B005/01
F16B002/04
F16B043/00		14--------102022108903.7
DE102022108903.7
102023100303.8
DE102023100303.8
002022000108903
DE002022000108903
102023000100303
DE102023000100303		2022-04-12
2023-01-09		DEH·布羅伊爾
J·萊曼
J·齊默曼		3-

趙伯俊
朱鐵巨集
中國專利代理(香港)有限公司 72001		20241119----0-0-10-00-19費希爾廠有限責任兩合公司Pub.-------------
20
CN222026128U2024-11-19一種應力分散式汽車螺母modelCN202420321437.42024-02-21本實用新型公開了一種應力分散式汽車螺母，屬於汽車螺母技術領域，解決了現有裝置只能將應力分散到自身，不便於對應力進行吸收，可能會由於應力較大而導致螺母損壞的問題，包括六角座，所述六角座頂面的中部固定安裝有圓柱，所述圓柱頂面的中部固定安裝有半圓形台體，所述六角座底面的中部開設有螺紋孔，所述螺紋孔貫穿六角座和圓柱並延伸到半圓形台體的內部，所述圓柱的外表面固定安裝有六個陣列分佈的弧形板，所述相鄰兩個弧形板的側面固定安裝有弧形的連接板，通過弧形板可以將本螺母受到的應力均勻的分散到圓柱的內部，提高了本螺母的應力分散效果，當弧形板內部受到應力時，通過連接板自身進行形變可以吸收弧形板內部的應力。;1.一種應力分散式汽車螺母，包括六角座（1），所述六角座（1）頂面的中部固定安裝有圓柱（2），所述圓柱（2）頂面的中部固定安裝有半圓形台體（3）；其特徵在於：所述六角座（1）底面的中部開設有螺紋孔（12），所述螺紋孔（12）貫穿六角座（1）和圓柱（2）並延伸到半圓形台體（3）的內部，所述圓柱（2）的外表面固定安裝有六個陣列分佈的弧形板（21），所述相鄰兩個弧形板（21）的側面固定安裝有弧形的連接板（22）。1.一種應力分散式汽車螺母，包括六角座（1），所述六角座（1）頂面的中部固定安裝有圓柱（2），所述圓柱（2）頂面的中部固定安裝有半圓形台體（3）；其特徵在於：所述六角座（1）底面的中部開設有螺紋孔（12），所述螺紋孔（12）貫穿六角座（1）和圓柱（2）並延伸到半圓形台體（3）的內部，所述圓柱（2）的外表面固定安裝有六個陣列分佈的弧形板（21），所述相鄰兩個弧形板（21）的側面固定安裝有弧形的連接板（22）。
2.所述六角座（1）、圓柱（2）和半圓形台體（3）為一體成型，且位於半圓形台體（3）內部螺紋孔（12）的深度為半圓形台體（3）半徑的一半。
3.所述連接板（22）共設置有均勻分佈的三十個。
4.所述半圓形台體（3）的側面開設有六個陣列分佈的切口（31）。
5.所述六角座（1）的底面固定安裝有橡膠材質的墊片（11）。		浙江力友汽車科技有限公司CN325000 浙江省溫州市里安市塘下鎮市國際汽摩配工業園區浙江力友汽車科技有限公司CN ---F16B037/08F16B037/0811-----------周解明
林德開
戴鬆玉
戴子瓊
陳明棟
張桂鬆		6-




程安
溫州甌越專利代理有限公司 33211		20241119----0-0-00-00-20浙江力友汽車科技有限公司Valid-------------
21
CN222026116U2024-11-19一種幕牆快速錘釘膨脹錨栓modelCN202420328602.92024-02-22本實用新型涉及膨脹錨栓技術領域，具體為一種幕牆快速錘釘膨脹錨栓，包括固定杆、螺紋杆、墊板、螺母、套筒b、套筒a和固定板；固定杆連接固定板，固定杆上設有螺紋杆，固定板的外徑值大於固定杆的外徑值；固定杆上向遠離固定板的方向依次套設有套筒a、套筒b和墊板，螺母與螺紋杆配合連接；套筒a和套筒b靠近固定板的一端分別設有多個擴展板a和擴展板b，多個擴展板b套設在套筒a外側。本實用新型中固定杆上套設有套筒a和套筒b，使固定杆上設有兩層鎖緊結構，即擴展板a和擴展板b被擠壓後壓緊在安裝孔的內壁，使錨栓安裝更加穩固。;1.一種幕牆快速錘釘膨脹錨栓，其特徵在於，包括固定杆(1)、螺紋杆(2)、墊板(4)、螺母(5)、套筒b(6)、套筒a(8)和固定板(10)；固定杆(1)連接固定板(10)，固定杆(1)上設有螺紋杆(2)，固定板(10)的外徑值大於固定杆(1)的外徑值；固定杆(1)上向遠離固定板(10)的方向依次套設有套筒a(8)、套筒b(6)和墊板(4)，螺母(5)與螺紋杆(2)配合連接；套筒a(8)和套筒b(6)靠近固定板(10)的一端分別設有多個擴展板a(9)和擴展板b(7)，多個擴展板b(7)套設在套筒a(8)外側。1.一種幕牆快速錘釘膨脹錨栓，其特徵在於，包括固定杆(1)、螺紋杆(2)、墊板(4)、螺母(5)、套筒b(6)、套筒a(8)和固定板(10)；固定杆(1)連接固定板(10)，固定杆(1)上設有螺紋杆(2)，固定板(10)的外徑值大於固定杆(1)的外徑值；固定杆(1)上向遠離固定板(10)的方向依次套設有套筒a(8)、套筒b(6)和墊板(4)，螺母(5)與螺紋杆(2)配合連接；套筒a(8)和套筒b(6)靠近固定板(10)的一端分別設有多個擴展板a(9)和擴展板b(7)，多個擴展板b(7)套設在套筒a(8)外側。
2.套筒a(8)靠近擴展板a(9)的一端設有連接部(14)，擴展板a(9)均連接在連接部(14)上，連接部(14)的外徑值沿著套筒a(8)的軸線方向向靠近套筒a(8)的方向逐漸減小。
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7.		杭州百信機械製造有限公司CN310000 浙江省杭州市富陽區東洲街道紫銅村杭州百信機械製造有限公司CN ---F16B013/06F16B013/06
E04B002/88		22-----------陳新聰
陳小平		2-
陳紀洪
安徽智聯芯智慧財產權代理事務所(普通合夥) 34237		20241119----0-0-00-00-20杭州百信機械製造有限公司Valid-------------
22
US20240392818A12024-11-28Multi-Piece Modular Retainerinvention18/6498192024-04-29Described is a retainer assembly for attaching a first component having a first opening relative to a second component having a second opening. The retainer assembly includes a nut insert and a stamped-metal retainer clip. The nut insert includes a collar and a flange where the collar defines a bore that engages a shank of a fastener. The nut insert may be a non-hardened ferrous nut insert. The stamped-metal retainer clip includes a nut recess that receives and retains the nut insert. The stamped-metal retainer clip includes first planar portion and a second planar portion that are resiliently connected via a sidewall to define a channel, a nut base plate resiliently connected to the first planar portion and extending into the channel, and a tongue resiliently coupled to the first planar portion and configured to secure a least a portion of the nut insert between the tongue and the base plate. The tongue can include a tongue opening configured to receive a portion of the collar.1. A retainer assembly for attaching a first component having a first opening relative to a second component having a second opening, the retainer assembly comprising:
a nut insert comprising a bore configured to engaged a shank of a fastener, wherein the nut insert comprises a ferrous material; anda retainer clip comprising a nut recess that is configured to receive and retain the nut insert, wherein the retainer clip comprises,
a first planar portion and a second planar portion that are resiliently connected via a sidewall to define a channel, anda nut base plate resiliently connected to the first planar portion and extending into the channel.		1. A retainer assembly for attaching a first component having a first opening relative to a second component having a second opening, the retainer assembly comprising:
a nut insert comprising a bore configured to engaged a shank of a fastener, wherein the nut insert comprises a ferrous material; anda retainer clip comprising a nut recess that is configured to receive and retain the nut insert, wherein the retainer clip comprises,
a first planar portion and a second planar portion that are resiliently connected via a sidewall to define a channel, anda nut base plate resiliently connected to the first planar portion and extending into the channel.
2. The retainer assembly of claim 1, wherein the retainer clip is a stamped-metal component.
3. The retainer assembly of claim 1, wherein the channel is configured to receive and to secure the first component and the second component between the nut base plate and the second planar portion.
4. The retainer assembly of claim 1, wherein the retainer clip comprises one or more upward-turned flanges configured to provide resistance to torque during assembly of the nut insert with the shank of the fastener.
5. The retainer assembly of claim 1, wherein the nut insert comprises a collar and a flange, wherein the collar defines the bore.
6. The retainer assembly of claim 1, wherein the retainer clip further comprises a tongue resiliently coupled to the first planar portion and configured to secure a least a portion of the nut insert between the tongue and the base plate.
7. The retainer assembly of claim 6, wherein the tongue defines a tongue opening configured to receive a collar of the nut insert.
8. The retainer assembly of claim 1, wherein the nut base plate is resiliently connected to the first planar portion via a sequence of bends.
9. The retainer assembly of claim 1, wherein the retainer clip comprises a guide lip positioned adjacent an opening to the channel that is configured to guide the first component or the second component into the channel and between the nut base plate and the second planar portion.
10. The retainer assembly of claim 1, wherein the bore is not threaded and configured to accommodate a shank that is thread-forming.
11. The retainer assembly of claim 1, wherein the nut base plate and the second planar portion collectively define a fastener passage to receive the shank therethrough.
12. The retainer assembly of claim 1, wherein the nut base plate comprises one or more upward-turned flanges at a perimeter of the nut recess configured to mitigate rotation of the fastener relative to the nut base plate.
13. A retainer assembly for attaching a first component having a first opening relative to a second component having a second opening, the retainer assembly comprising:
a ferrous nut insert comprising a collar and a flange, wherein the collar defines a bore that is configured to engaged a shank of a fastener; anda stamped-metal retainer clip comprising a nut recess that is con...		Illinois Tool Works Inc.USIllinois Tool Works Inc.US-ILLINOIS TOOL WORKS INC.US155 HARLEM AVENUEF16B005/02F16B005/02
F16B037/04		12-F16B0005/0258F16B0005/0258
F16B0037/044		--------Mark Beyer1USMI Armada-------0-0-00-00-20Illinois Tool Works Inc.Pub.-------------
23
US20240384741A12024-11-21FASTENER HOLDER, MOUNTING SYSTEM AND METHOD OF MOUNTING A FASTENERinvention18/5600242022-05-10Fastener holder (1) comprising a base body (10) and at least one assembly structure (50), wherein the base body (10) extends in a longitudinal direction (L), wherein the base body (10) has a reception breakthrough (12), wherein the reception breakthrough (12) extends completely through the base body (10), wherein the reception breakthrough (12) has an inner wall (14) formed rotationally symmetrically about the longitudinal direction (L), wherein the assembly structure (50) extends transverselyto the longitudinal direction (L).1. A mounting system comprising:
a fastener and at least one fastener holder,wherein the fastener holder comprises a base body and at least one assembly structure,wherein the base body extends in a longitudinal direction,wherein the base body has a reception breakthrough,wherein the reception breakthrough extends completely through the base body,wherein the reception breakthrough has an inner wall formed substantially rotationally symmetrically about the longitudinal direction,wherein the assembly structure extends transversely to the longitudinal direction, andwherein there is an interference fit between the fastener and the reception breakthrough.		1. A mounting system comprising:
a fastener and at least one fastener holder,wherein the fastener holder comprises a base body and at least one assembly structure,wherein the base body extends in a longitudinal direction,wherein the base body has a reception breakthrough,wherein the reception breakthrough extends completely through the base body,wherein the reception breakthrough has an inner wall formed substantially rotationally symmetrically about the longitudinal direction,wherein the assembly structure extends transversely to the longitudinal direction, andwherein there is an interference fit between the fastener and the reception breakthrough.
2. The mounting system of claim 1,
wherein the fastener is a screw or a bolt.
3. The mounting system of claim 2,
wherein the assembly structure has a material strength,wherein the material strength is less than the length of the base body in the direction of the longitudinal direction.
4. The mounting system of claim 3,
wherein the ratio of the material strength of the assembly structure to a diameter of the reception breakthrough is in a range from 0.05 to 0.3.
5. The mounting system of claim 2,
wherein the at least one assembly structure extends substantially perpendicular to the longitudinal direction.
6. The mounting system of claim 2,
wherein the assembly structure forms the radial distal regions of the fastener holder.
7. The mounting system of claim 2,
wherein the assembly structure has an outer surface bordering in a radial direction,wherein a contour of the outer surface forms a projection rounding radius in a projection plane,wherein the projection plane is spanned by the longitudinal direction and the radial direction.
8. The mounting system of claim 7,
wherein the ratio of a diameter of the reception breakthrough to one and/or the projection rounding radius is in a range from 0.6 to 1.8.
9. The mounting system of claim 2,
wherein the assembly structure comprises a connection section,wherein the assembly structure is connected to the base body via the connection section,wherein the connection section has a connection fillet,wherein the connection fillet, has a fillet radius.
10. The mounting system of claim 2,
wherein the fastener holder comprises at least one passage opening,wherein the at least one passage opening is formed in or between assembly structure.
11. The mounting system of claim 2,
wherein the at least one passage opening separates the at least one assembly structure in a circumferential direction.
12. The mounting system of claim 2,
wherein the assembly structure and the base body are formed in one piece.
13. The mounting system of claim 2,
wherein the assembly structure and/or the base body is/are formed from a polymer.
14. The mounting system of claim 2,
wherein the fastener holder comprises in longitudinal direction at least two assembly structure rows.
15. A method of assembling a fastener, the method comprising the steps of:
providing a fastener, wherein the...		Kamax Holding GmbH & Co. KGDEKamax Holding GmbH & Co. KGDE Homberg (Ohm)Kamax Holding GmbH & Co. KGDE-F16B019/02F16B019/02
F16B041/00		12-F16B0019/02F16B0019/02
F16B0041/002		-----102021112102.72021-05-10DEJan Herbert
Andreas Mohr
Frank Mertens
Dennis Netten		4DE
HU		 Marburg
Amoneburg-Mardorf
Meschede
Finnentrop		-------0-0-20-00-18Kamax Holding GmbH & Co. KGPub.-------------
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US20240384747A12024-11-21COMPRESSION NUT ASSEMBLIESinvention18/1995892023-05-19A compression nut assembly is provided including a base nut and a compression nut. The base nut includes a base shaft having an interior surface and an exterior surface. The interior surface of the base shaft includes a plurality of internal threads extending in a first handedness direction. The compression nut includes a compression shaft having an interior surface and an exterior surface. The exterior surface of the compression shaft includes a plurality of external threads extending in the first handedness direction and engagable with the internal threads of the base shaft. The interior surface of the compression shaft includes a plurality of internal threads extending in a second handedness direction opposite the first handedness direction.1. A compression nut assembly comprising:
a base nut including a base shaft having an interior surface and an exterior surface, the interior surface of the base shaft including a plurality of internal threads extending in a first handedness direction;a compression nut including a compression shaft having an interior surface and an exterior surface, the exterior surface of the compression shaft including a plurality of external threads extending in the first handedness direction and engagable with the internal threads of the base shaft, the interior surface of the compression shaft including a plurality of internal threads extending in a second handedness direction opposite the first handedness direction.		1. A compression nut assembly comprising:
a base nut including a base shaft having an interior surface and an exterior surface, the interior surface of the base shaft including a plurality of internal threads extending in a first handedness direction;a compression nut including a compression shaft having an interior surface and an exterior surface, the exterior surface of the compression shaft including a plurality of external threads extending in the first handedness direction and engagable with the internal threads of the base shaft, the interior surface of the compression shaft including a plurality of internal threads extending in a second handedness direction opposite the first handedness direction.
2. The compression nut assembly of claim 1, wherein the base nut further comprises a base plate having a first surface and an opposite second surface, the base shaft extending from the first surface of the base plate.
3. The compression nut assembly of claim 2, wherein the base plate further comprises at least one projection extending in a direction opposite the base shaft.
4. The compression nut assembly of claim 3, wherein the base plate has an edge surface extending between the first surface of the base plate and the second surface of the base plate, the at least one projection positioned proximate the edge surface.
5. The compression nut assembly of claim 3, wherein the base plate further comprises a plurality of projections equidistantly spaced apart from one another.
6. The compression nut assembly of claim 2, wherein the interior surface of the base shaft defines a base channel extending through the base plate.
7. The compression nut assembly of claim 1, wherein the compression nut further comprises a compression plate having a first surface and an opposite second surface, the compression shaft extending from the first surface of the compression plate.
8. The compression nut assembly of claim 7, wherein the compression plate further comprises at least one dimple extending in the same direction as the compression shaft.
9. The compression nut assembly of claim 8, further comprising a plurality of dimples equidistantly spaced apart from one another.
10. The compression nut assembly of claim 7, wherein the compression plate further comprises an elastomer adhered to the first surface of the compression plate.
11. The compression nut assembly of claim 5, wherein the interior surface of the compression shaft defines a compression channel extending through the compression plate.
12. The compression nut assembly of claim 11, wherein the interior surface of the compression shaft includes a threaded section having a first diameter and an unthreaded section having a second diameter less than the first diameter, the plurality of internal threads of the compression shaft provided on the threaded section of the compression channel.
13. A compression nut assembly comprising:
a base nut including a base plate having a first surface and a secon...		Production Spring, LLCUSProduction Spring, LLCUS MI TroyProduction Spring, LLCUS-F16B037/12F16B037/12
F16B033/02
F16B037/04		12-F16B0037/125F16B0037/125
F16B0033/02
F16B0037/042
F16B2033/025		--------Lawrence Johnson1USMI Taylor-------0-0-10-00-19Production Spring, LLCPub.-------------
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CN118808789B2024-11-19一種螺母加工用去雜裝置inventionCN202411316149.02024-09-20本發明公開了一種螺母加工用去雜裝置，本發明涉及螺母加工技術領域，包括工作箱，所述工作箱的內壁固定連接有過濾板，所述過濾板的頂端側壁固定連接有多個限位環，所述工作箱的頂端內壁固定連接有多個第一電動伸縮杆。本發明能夠對耳型螺母內螺紋處所粘附的金屬殘渣進行清理，由於第一氣槍的出氣端與耳型螺母內螺紋處始終保持垂直，第一氣槍所吹出的風不會被耳型螺母內螺紋處所凸起的部分遮擋，防止耳型螺母內螺紋凹陷處的金屬殘渣繼續殘留在耳型螺母內部，便於對耳型螺母內螺紋處所粘附的金屬殘渣進行穩定的清理，極大程度的提高了該裝置對耳型螺母去雜時的工作效率以及可靠性。;1.一種螺母加工用去雜裝置，包括工作箱（1），其特徵在於，所述工作箱（1）的內壁固定連接有過濾板（2），所述過濾板（2）的頂端側壁固定連接有多個限位環（3），所述工作箱（1）的頂端內壁固定連接有多個第一電動伸縮杆（4），多個所述第一電動伸縮杆（4）均位於相對應限位環（3）的正上方，所述第一電動伸縮杆（4）的伸縮端均固定連接有外筒（5），所述外筒（5）的外壁開設有多個第一凹槽（6），多個所述第一凹槽（6）的內壁均固定連接有第二電動伸縮杆（7），多個所述第二電動伸縮杆（7）的伸縮端均固定連接有第一夾板（8），所述外筒（5）的內壁固定連接有螺母內壁去雜元件（9），所述過濾板（2）的頂端側壁固定連接有多個關於限位環（3）相對稱的安裝板（10），所述安裝板（10）的側壁開設有安裝開口（11），所述安裝開口（11）內壁轉動連接有夾持角度調節元件（12），所述工作箱（1）的頂端側壁固定連接有多個第五電機（17），多個所述第五電機（17）的輸出端均貫穿工作箱（1）的側壁與相對應第一電動伸縮杆（4）的一端固定連接；所述螺母內壁去雜元件（9）包括外筒（5）內壁固定連接的第一電機（91），所述外筒（5）的底端內壁轉動連接有螺紋絲杆（92），所述螺紋絲杆（92）的一端與第一電機（91）的輸出端固定連接，所述螺紋絲杆（92）的杆壁螺紋轉動連接有移動板（93），所述外筒（5）的兩端側壁均開設有可供移動板（93）移動的條形開口；所述移動板（93）的一端側壁固定連接有第三電動伸縮杆（94），所述第三電動伸縮杆（94）的伸縮端固定連接有第一氣槍（95），所述移動板（93）的內部開設有安裝空腔（96），所述安裝空腔（96）的內壁固定連接有第二電機（97），所述移動板（93）的一端側壁固定連接有第四電動伸縮杆（98），所述第二電機（97）的輸出端貫穿移動板（93）的側壁與第四電動伸縮杆（98）的一端固定連接；所述第四電動伸縮杆（98）的伸縮端均固定連接有連接板（99），所述連接板（99）的側壁開設有第二凹槽（910），所述第二凹槽（910）的內壁固定連接有第二氣槍（911），所述連接板（99）的側壁固定連接有擋板（912），所述擋板（912）的側壁開設有與第二凹槽（910）相通的開口。1.一種螺母加工用去雜裝置，包括工作箱（1），其特徵在於，所述工作箱（1）的內壁固定連接有過濾板（2），所述過濾板（2）的頂端側壁固定連接有多個限位環（3），所述工作箱（1）的頂端內壁固定連接有多個第一電動伸縮杆（4），多個所述第一電動伸縮杆（4）均位於相對應限位環（3）的正上方，所述第一電動伸縮杆（4）的伸縮端均固定連接有外筒（5），所述外筒（5）的外壁開設有多個第一凹槽（6），多個所述第一凹槽（6）的內壁均固定連接有第二電動伸縮杆（7），多個所述第二電動伸縮杆（7）的伸縮端均固定連接有第一夾板（8），所述外筒（5）的內壁固定連接有螺母內壁去雜元件（9），所述過濾板（2）的頂端側壁固定連接有多個關於限位環（3）相對稱的安裝板（10），所述安裝板（10）的側壁開設有安裝開口（11），所述安裝開口（11）內壁轉動連接有夾持角度調節元件（12），所述工作箱（1）的頂端側壁固定連接有多個第五電機（17），多個所述第五電機（17）的輸出端均貫穿工作箱（1）的側壁與相對應第一電動伸縮杆（4）的一端固定連接；所述螺母內壁去雜元件（9）包括外筒（5）內壁固定連接的第一電機（91），所述外筒（5）的底端內壁轉動連接有螺紋絲杆（92），所述螺紋絲杆（92）的一端與第一電機（91）的輸出端固定連接，所述螺紋絲杆（92）的杆壁螺紋轉動連接有移動板（93），所述外筒（5）的兩端側壁均開設有可供移動板（93）移動的條形開口；所述移動板（93）的一端側壁固定連接有第三電動伸縮杆（94），所述第三電動伸縮杆（94）的伸縮端固定連接有第一氣槍（95），所述移動板（93）的內部開設有安裝空腔（96），所述安裝空腔（96）的內壁固定連接有第二電機（97），所述移動板（93）的一端側壁固定連接有第四電動伸縮杆（98），所述第二電機（97）的輸出端貫穿移動板（93）的側壁與第四電動伸縮杆（98）的一端固定連接；所述第四電動伸縮杆（98）的伸縮端均固定連接有連接板（99），所述連接板（99）的側壁開設有第二凹槽（910），所述第二凹槽（910）的內壁固定連接有第二氣槍（911），所述連接板（99）的側壁固定連接有擋板（912），所述擋板（912）的側壁開設有與第二凹槽（910）相通的開口。
2.
3.
4.
5.		連雲港德友精工科技有限公司CN222100 江蘇省連雲港市贛榆區海頭鎮海州灣生物科技園區連雲港德友精工科技有限公司CN ---B23G009/00B23G009/0011-----------張紹耀1- 謝幸光
連雲港潤知專利代理事務所 32255		20241119-常海峰常海峰CN118635230
CN212250407		2-0-00CN118808789B11-20連雲港德友精工科技有限公司Valid-------------
26
TWM663084U2024-11-21環保螺絲model1132050802024-05-17本新型提出一種環保螺絲，包括：連接為一體的一頭部以及一螺紋部；本新型的改良部份在於所述的頭部和螺紋部係由生物可降解材料藉由射出成型裝置製作而成，其中環保螺絲具有一分模線，分模線係位於環保螺絲的軸向縱斷面處；本新型環保螺絲具備生物可分解或降解、質輕、低成本且不導電的優點。一種環保螺絲，包括：一頭部以及一螺紋部，該螺紋部與該頭部一體連接在一起；其特徵在於：該頭部和該螺紋部係由生物可降解材料藉由射出成型裝置製作而成，該環保螺絲具有一分模線，該分模線係位於該環保螺絲的軸向縱斷面處。一種環保螺絲，包括：一頭部以及一螺紋部，該螺紋部與該頭部一體連接在一起；其特徵在於：該頭部和該螺紋部係由生物可降解材料藉由射出成型裝置製作而成，該環保螺絲具有一分模線，該分模線係位於該環保螺絲的軸向縱斷面處。
如請求項1所述之環保螺絲，其中該生物可降解材料係為使用生物可降解塑膠混合天然材料製成者，該天然材料包括：竹粉、甘蔗、馬鈴薯、小麥、木薯、玉米澱粉生物。
如請求項1所述之環保螺絲，其中該生物可降解材料係為使用可回收塑膠混合天然材料製成者，該天然材料包括：竹粉、甘蔗、馬鈴薯、小麥、木薯、玉米澱粉生物。
如請求項1所述之環保螺絲，其中該生物可降解材料係為混合聚乳酸(PLA)樹脂和竹粉製成者。
如請求項1所述之環保螺絲，其中該生物可降解材料係為混合聚乳酸(PLA)樹脂和竹纖維製成者。
如請求項1所述之環保螺絲，其中該生物可降解材料係為聚丁二酸丁二醇酯(PBS)。
如請求項1所述之環保螺絲，其中該生物可降解材料係為混合天然植物纖維粉和植物性黏結劑製成者，天然植物纖維粉包含竹纖維和竹粉其中的任一種，該植物性黏結劑包含天然樹脂和鬆汁其中的任一種。		許佑正TW臺北市內湖區文湖街21巷76之1號3樓許佑正TW---F16B035/00F16B035/0011-----許佑正1TW葉昉昇新北市三重區三和路4段20巷6號7樓5133-0000-00M66308420許佑正Valid-------------
27
US20240384748A12024-11-21WASHER AND FASTENING STRUCTURE, AND METHOD OF RELEASING THEREOFinvention18/6889442021-12-28A nut 1 is provided a first surface 1A in which a slope portion, in which height is gradually formed to lower toward the tightening rotation direction of the nut, is provided according to the circumferential direction. A washer 2 is provided with a second surface 2A that has the slope portion formed corresponding to a slope portion 1Aa of the first surface 1A according to the circumferential direction is provided. The washer and the nut are provided such that the slope portion of the first surface and the second surface are overlapped and superposing up and down mutually, configuration of the nut and the washer are formed such that they are coincident with the circumferential direction, in the state that the slope portion 1Aa of the first surface 1A and a slope portion 2Aa on the second surface are overlapped without the clearance.1. A fastening structure comprising:
a screw stick to provide the installation object is penetrated into an installation hole of an attachment member,a tip of the screw stick is projected,a nut is placed to the tip of the screw via a washer,a slope portion, in which height is gradually formed to lower toward the tightening rotation direction of the nut, is provided according to the circumferential direction,the washer is provided witha second surface that has the slope portion formed corresponding to a slope portion of the firstsurface in the nut according to the circumferential direction is provided,the washer and the nut are provided such that the slope portion of the first surface and the second surface are overlapped and superposing up and down mutually,configuration of the nut and the washer are formed such that they are coincident with the circumferential direction,in the state that the slope portion of the first surface and a slope portion on the second the surface are overlapped without the clearance.		1. A fastening structure comprising:
a screw stick to provide the installation object is penetrated into an installation hole of an attachment member,a tip of the screw stick is projected,a nut is placed to the tip of the screw via a washer,a slope portion, in which height is gradually formed to lower toward the tightening rotation direction of the nut, is provided according to the circumferential direction,the washer is provided witha second surface that has the slope portion formed corresponding to a slope portion of the firstsurface in the nut according to the circumferential direction is provided,the washer and the nut are provided such that the slope portion of the first surface and the second surface are overlapped and superposing up and down mutually,configuration of the nut and the washer are formed such that they are coincident with the circumferential direction,in the state that the slope portion of the first surface and a slope portion on the second the surface are overlapped without the clearance.
2. The fastening structure as defined in claim 1 wherein the first surface and the second surface have one, two, three or six slope portions having the identically shaped.
3. The fastening structure as defined in claim 1 wherein the nut and the washer are the configuration in which it has the cross-section hexagon and is same size of external configuration.
4. The fastening structure as defined in claim 1 wherein the washer is that the surface on the other side to the second the surface is formed to the conic recess shape that has dented gradually toward the center portion.
5. The fastening structure as defined in claim 1 wherein the slope portion is that the difference of elevation between the lowest position and the highest position is larger than 1/slope number of the screw pitches according to a slope number.
6. The fastening structure as defined in claim 1 wherein the slope of the slope portion is formed like the spiral while sustaining the same lift angle according to the circumferential direction centering on the axis of the screw rod.
7. The fastening structure as defined in claim 1 wherein the outer periphery surface of the slope portion of one or both washer or the nut should be curve surface having diameter of the same size of opposite width as parallel of the washer or the nut, and
the curve surface stands up from the locating of the lowest position of the slope portion.
8. The fastening structure as defined in claim 1 wherein
the step of by using a tool that has an engaging portion which is engaged with the outer periphery portion of the nut and the washer, and a hold portion concatenated to the engaging portion,the engaging portion of the tool is engaged with the outer periphery portion of the nut,the nut is rotated to the tightening rotation direction once, andthe configuration of the nut and the washer is coincident in the circumferential direction followingthe above step, the step ofthe engaging portion of the tool ...		NIPPON PLARAD CO.JPNIPPON PLARAD CO.JP Kobe-shi, HyogoNIPPON PLARAD CO.JP-F16B039/24F16B039/2411-F16B0039/24F16B0039/24-----PCT/JP2021/0363292021-09-30WOHiroshi Saeki1JP Kobe-shi, Hyogo-------0-0-30-00-17NIPPON PLARAD CO.Pub.-------------
28
CN222026107U2024-11-19帶彈片的鎖緊螺母modelCN202323570394.82023-12-27本實用新型公開了一種帶彈片的鎖緊螺母，包括螺母塊，螺母塊上開設有螺紋孔，所述螺母塊安裝在型材主體開設的燕尾槽中，所述螺母塊的兩端設有滑塊，所述滑塊上設有第一齒面和第二齒面，所述螺母塊的兩側設有鎖緊彈片，兩個鎖緊彈片分別位於第一齒面和第二齒面的上方。本實用新型通過將螺母滑動設置在型材的燕尾槽中，可以快速調節螺母的位置，方便管道的安裝。;1.一種帶彈片的鎖緊螺母，其特徵在於：包括螺母塊(41)，螺母塊(41)上開設有螺紋孔，所述螺母塊(41)安裝在型材主體(1)開設的燕尾槽中，所述螺母塊(41)的兩端設有滑塊，所述滑塊上設有第一齒面(42)和第二齒面(43)，所述螺母塊(41)的兩側設有鎖緊彈片(45)，兩個鎖緊彈片(45)分別位於第一齒面(42)和第二齒面(43)的上方。1.一種帶彈片的鎖緊螺母，其特徵在於：包括螺母塊(41)，螺母塊(41)上開設有螺紋孔，所述螺母塊(41)安裝在型材主體(1)開設的燕尾槽中，所述螺母塊(41)的兩端設有滑塊，所述滑塊上設有第一齒面(42)和第二齒面(43)，所述螺母塊(41)的兩側設有鎖緊彈片(45)，兩個鎖緊彈片(45)分別位於第一齒面(42)和第二齒面(43)的上方。
2.如權利要求1所述的帶彈片的鎖緊螺母，其特徵在於：所述螺母塊(41)的上表面固定有安裝環(46)，兩個鎖緊彈片(45)通過安裝環(46)連接，安裝環(46)位於螺母孔的外側。
3.如權利要求2所述的帶彈片的鎖緊螺母，其特徵在於：所述安裝環(46)上通過兩個固定扣(47)與螺母塊(41)固定安裝，安裝環(46)的兩個固定扣(47)呈中心對稱分佈，螺母塊(41)的側面開設有與固定扣(47)相匹配的固定卡槽。
4.如權利要求2所述的帶彈片的鎖緊螺母，其特徵在於：所述安裝環(46)的兩側延伸有連接部，連接部與鎖緊彈片(45)之間通過彎折部連接，所述鎖緊彈片(45)凸出連接部設置。
5.如權利要求1所述的帶彈片的鎖緊螺母，其特徵在於：所述鎖緊彈片(45)的表面設有箭頭圖案。		海鹽海馬五金有限公司CN314300 浙江省嘉興市海鹽縣沈蕩鎮鎮中北路388號海鹽海馬五金有限公司CN ---F16B007/18F16B007/18
F16L003/00		22-----------朱建明
張靈超
王宇澤
閆凱傑
朱曉倩		5-



李妮
杭州中利智慧財產權代理事務所(普通合夥) 33301		20241119----0-0-10-00-19海鹽海馬五金有限公司Valid-------------
29
CN222026126U2024-11-19螺母組件及接線盒modelCN202420642935.92024-03-29本實用新型提供了一種螺母元件及接線盒，螺母元件包括：螺母；螺母盒，螺母盒的內部設有安裝腔，螺母盒的側壁設有開口，開口連通安裝腔，螺母盒的上壁設有開孔，螺母收容于安裝腔內，且螺母的螺紋孔與開孔對應；螺母蓋，包括蓋體、自蓋體的一面向同一方向間隔延伸出的的防塵塞和保護蓋，防塵塞向開口的方向延伸插入開口內與螺母相抵，保護蓋覆蓋開孔。與現有技術相比，本實用新型的螺母元件使得保護蓋和防塵塞能夠合二為一，結構簡單，減少生產工藝，降低生產成本。通過在一個結構上設置保護蓋和防塵塞，使兩者配合更加有效，能夠阻擋灰塵、雜物進入螺母盒，降低維護成本，提高生產效率。;1.一種螺母元件，應用於接線盒，其特徵在於，包括：螺母(11)；螺母盒(12)，所述螺母盒的內部設有安裝腔(122)，所述螺母盒的側壁設有開口(121)，所述開口(121)連通所述安裝腔(122)，所述螺母盒(12)的上壁設有開孔(1221)，所述螺母(11)收容于所述安裝腔(122)內，且所述螺母(11)的螺紋孔與所述開孔(1221)對應；螺母蓋(13)，包括蓋體(131)、自所述蓋體(131)的一面向同一方向間隔延伸出的防塵塞(132)和保護蓋(133)，所述防塵塞(132)向所述開口(121)的方向延伸插入所述開口(121)內與所述螺母(11)相抵，所述保護蓋(133)覆蓋所述開孔(1221)。1.一種螺母元件，應用於接線盒，其特徵在於，包括：螺母(11)；螺母盒(12)，所述螺母盒的內部設有安裝腔(122)，所述螺母盒的側壁設有開口(121)，所述開口(121)連通所述安裝腔(122)，所述螺母盒(12)的上壁設有開孔(1221)，所述螺母(11)收容于所述安裝腔(122)內，且所述螺母(11)的螺紋孔與所述開孔(1221)對應；螺母蓋(13)，包括蓋體(131)、自所述蓋體(131)的一面向同一方向間隔延伸出的防塵塞(132)和保護蓋(133)，所述防塵塞(132)向所述開口(121)的方向延伸插入所述開口(121)內與所述螺母(11)相抵，所述保護蓋(133)覆蓋所述開孔(1221)。
2.
3.
4.
5.
6.
7.一種接線盒，其特徵在於，包括：盒體(2)，包括本體(21)，所述本體(21)具有接線腔，所述本體的上壁面設有與所述接線腔連通的接線開口，所述本體的側壁設有插介面(211)；如權利要求1～6任意一項所述的螺母組件(1)，所述螺母組件(1)插接於所述插介面(211)內。
8.
9.
10.		歐普（中山）智慧科技有限公司
歐普照明股份有限公司		CN528437 廣東省中山市民眾街道沿江村眾安大道103號
歐普（中山）智慧科技有限公司
歐普照明股份有限公司		CN
---F16B037/00F16B037/00
H02G003/08
F16B033/00
F16B041/00
F16B005/02		25-----------邵玉歡
謝燦雁
丁瑞軍
湯財寶		4-


錢偉
蘇州攜智匯佳專利代理事務所(普通合夥) 32278		20241119----0-0-00-00-20歐普（中山）智慧科技有限公司,歐普照明股份有限公司Valid-------------
30
US20240383275A12024-11-21HIGH SECURITY FASTENER WITH DRIVE COUPLING KEYinvention18/6916972022-09-16A fastener body having a key-engaging portion, a threaded fastening portion, and a shroud-receiving body portion; a shroud concentrically and rotationally mounted on the shroud-receiving body portion and rotatable relative to the fastener body; a torque coupler comprising a key portion rotationally engaging the key-engaging portion of the fastener body and a shroud-engaging portion rotationally engaging a coupler-engaging portion of the shroud, and the shroud having a tool-engaging portion to which an external driving torque may be applied; wherein the coupler is operatively configured to be in rotatable relationship with both the key-engaging portion of the fastener body and the coupler-engaging portion of the shroud such that the fastener body will rotate about the central axis with rotation of the shroud about the central axis under an external driving torque applied about the central axis to the tool-engaging portion of the shroud at a design installation torque.1. A fastener comprising:
a fastener body orientated about a central axis;said fastener body having a key-engaging portion to which an external driving torque may be applied and a threaded fastening portion configured and arranged to mate with a corresponding threaded element;said fastener body having a shroud-receiving body portion orientated about said central axis;a shroud concentrically mounted on said shroud-receiving body portion and having an inner surface facing an outer surface of said shroud-receiving body portion;said shroud being supported in rotatable relationship with said shroud-receiving body portion such that said shroud will rotate relative to said fastener body under an applied external torque prior to said fastener body rotating when said fastener is engaged with an external structure at a design installation torque;a torque coupler operatively configured to rotationally engage said fastener body and said shroud;said torque coupler comprising a key portion operatively configured to rotationally engage said key-engaging portion of said fastener body;said torque coupler comprising a shroud-engaging portion operatively configured to rotationally engage a coupler-engaging portion of said shroud; andsaid shroud having a tool-engaging portion to which an external driving torque may be applied;wherein said coupler is operatively configured to be in rotatable relationship with both said key-engaging portion of said fastener body and said coupler-engaging portion of said shroud such that said fastener body will rotate about said central axis with rotation of said shroud about said central axis under an external driving torque applied about said central axis to said tool-engaging portion of said shroud at a design installation torque.		1. A fastener comprising:
a fastener body orientated about a central axis;said fastener body having a key-engaging portion to which an external driving torque may be applied and a threaded fastening portion configured and arranged to mate with a corresponding threaded element;said fastener body having a shroud-receiving body portion orientated about said central axis;a shroud concentrically mounted on said shroud-receiving body portion and having an inner surface facing an outer surface of said shroud-receiving body portion;said shroud being supported in rotatable relationship with said shroud-receiving body portion such that said shroud will rotate relative to said fastener body under an applied external torque prior to said fastener body rotating when said fastener is engaged with an external structure at a design installation torque;a torque coupler operatively configured to rotationally engage said fastener body and said shroud;said torque coupler comprising a key portion operatively configured to rotationally engage said key-engaging portion of said fastener body;said torque coupler comprising a shroud-engaging portion operatively configured to rotationally engage a coupler-engaging portion of said shroud; andsaid shroud having a tool-engaging portion to which an external driving torque may be applied;wherein said coupler is operatively configured to be in rotatable relationship with both said key-engaging portion of said fastener body and said coupler-engaging portion of said shroud such that said fastener body will rotate about said central axis with rotation of said shroud about said central axis under an external driving torque applied about said central axis to said tool-engaging portion of said shroud at a design installation torque.
2. The fastener of claim 1, comprising a shroud-retaining element restraining said shroud from translational movement in at least a first axial direction along said central axis relative to said fastener body.
3. The fastener of claim 2, wherein said inner surface of said shroud comprises an inwardly-facing annular groove, said outer surface of said shroud-receiving body portion comprising an outwardly-facing annular groove, and said shroud-retaining element comprises a retaining ring disposed in said inwardly-facing annular groove and said outwardly-facing annular groove.
4. The fastener of claim 1, wherein said coupler-engaging portion of said shroud comprises a hexagonal outer surface.
5. The fastener of claim 4, wherein said shroud-engaging portion of said torque coupler comprises a hexagonal inner surface.
6. The fastener of claim 5, wherein said tool-engaging portion of said shroud comprises a hexagonal outer surface.
7. The fastener of claim 1, wherein said threaded fastening portion of said fastener body comprises an internally threaded nut portion or an externally threaded bolt portion.
8. The fastener of claim 1, wherein:
said shroud-receiving body portion of said fastener body comprises a...		McGard LLCUSMcGard LLCUS----B60B003/16B60B003/16
F16B037/14		22-B60B0003/165B60B0003/165
F16B0037/14
B60B2900/3318		--------Brandon A. Koblich
Timothy J. Long		2USNY Lancaster
NY Williamsville		-------0-0-20-00-18McGard LLCPub.-------------
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CN222020599U2024-11-19一種用於加工六角自鎖螺母的溫鐓成型模具modelCN202420402994.92024-03-01本實用新型涉及六角自鎖螺母加工技術領域，尤其是指一種用於加工六角自鎖螺母的溫鐓成型模具，包括固定座，所述固定座的上表面安裝有三個下模具，所述固定座的右側安裝有蓄水箱，所述蓄水箱的內部通過螺栓固定有潛水泵，所述潛水泵的輸出端連通有輸送管，所述輸送管的一側分別連接有開設在三個下模具內部的流動腔。本實用新型中，通過蓄水箱內設置的潛水泵將冷卻水抽出，經過輸送管送至三個下模具內的流動腔，冷卻水吸收下模具的熱量，從而間接對原料進行降溫，通過不斷流入至流動腔內的冷卻水，使得冷卻水能夠經過回流管再次流入至蓄水箱內進行迴圈使用，從而實現對加工後工件冷卻的效果，避免工件溫度過高。;1.一種用於加工六角自鎖螺母的溫鐓成型模具，包括固定座(1)，所述固定座(1)的上表面安裝有三個下模具(2)，其特徵在於：所述固定座(1)的右側安裝有蓄水箱(3)，所述蓄水箱(3)的內部通過螺栓固定有潛水泵(4)，所述潛水泵(4)的輸出端連通有輸送管(5)，所述輸送管(5)的一側分別連接有開設在三個下模具(2)內部的流動腔(6)，所述流動腔(6)的一側連通有與蓄水箱(3)相連通的回流管(7)，三個所述下模具(2)的上端均開設有成型腔(8)。1.一種用於加工六角自鎖螺母的溫鐓成型模具，包括固定座(1)，所述固定座(1)的上表面安裝有三個下模具(2)，其特徵在於：所述固定座(1)的右側安裝有蓄水箱(3)，所述蓄水箱(3)的內部通過螺栓固定有潛水泵(4)，所述潛水泵(4)的輸出端連通有輸送管(5)，所述輸送管(5)的一側分別連接有開設在三個下模具(2)內部的流動腔(6)，所述流動腔(6)的一側連通有與蓄水箱(3)相連通的回流管(7)，三個所述下模具(2)的上端均開設有成型腔(8)。
2.所述固定座(1)的一側固定有固定架(9)，所述固定架(9)的上端通過螺栓固定有液壓缸(10)。
3.所述液壓缸(10)的伸縮端貫穿固定架(9)的內部固定有安裝板(11)，所述安裝板(11)的下表面固定有三個與下模具(2)相對應的上模具(12)。
4.三個所述上模具(12)的內部固定有固定塊(13)，所述固定塊(13)內部的豎直方向固定有上頂杆(14)。
5.三個所述下模具(2)內部的豎直方向均安裝有下頂杆(15)，所述下頂杆(15)的下表面固定有活動板(16)。
6.所述活動板(16)的下表面抵接連接有彈簧(18)，所述彈簧(18)的末端與下模具(2)的內壁抵接連接，所述活動板(16)的下表面設置有與下模具(2)固定連接的限位塊(17)。
7.所述固定座(1)的內部開設有三個安裝孔(19)，三個所述安裝孔(19)的內部均安裝有與下模具(2)螺紋連接的固定螺栓(20)。		襄汾縣盛園鑄造有限公司CN041599 山西省臨汾市襄汾縣襄陵鎮河北村北襄汾縣盛園鑄造有限公司CN ---B21J013/02B21J013/02
B21K001/64		22-----------費占穩1- 張慧君
六安市新圖匠心專利代理事務所(普通合夥) 34139		20241119----0-0-00-00-20襄汾縣盛園鑄造有限公司Valid-------------
32
TWI863825B2024-11-21節能螺絲釘帶invention1131048062024-02-06本發明係為一種節能螺絲釘帶，其係包括一帶體,該帶體的中間係設置一裝載部，前述裝載部之兩側係分別設置支撐部，並於前述支撐部之外側設置一軌道部;前述裝載部具有最薄的厚度,且前述裝載部係間隔設置複數個植釘孔；前述支撐部係比前述裝載部厚,前述支撐部於上、下表面之至少一處係設置複數第一槽溝，前述複數第一槽溝係相互平行設置；前述軌道部係比前述支撐部厚，前述軌道部係設置複數傳動齒溝，前述軌道部於上、下表面之至少一處係設置複數第二槽溝,前述複數第二槽溝係相互平行設置。前述帶體之結構可減少材料的成本支出,更可在整個生產線的製造過程中減少電力及能源的損耗，達到降低製造成本及節能減碳之目的。一種節能螺絲釘帶，至少包含：一帶體，於中間設有裝載部，前述裝載部之兩側係設置有支撐部，並於前述支撐部之外側設置有軌道部；前述裝載部具有最薄的厚度，且前述裝載部係間隔設置有複數個植釘孔；前述支撐部係比前述裝載部厚，前述支撐部於上、下表面之至少一處係設置有複數第一槽溝，前述複數第一槽溝係相互平行設置；前述軌道部係比前述支撐部厚，且前述軌道部係設置有複數傳動齒溝，前述軌道部於上、下表面之至少一處係設置有複數第二槽溝，前述複數第二槽溝係相互平行設置。一種節能螺絲釘帶，至少包含：一帶體，於中間設有裝載部，前述裝載部之兩側係設置有支撐部，並於前述支撐部之外側設置有軌道部；前述裝載部具有最薄的厚度，且前述裝載部係間隔設置有複數個植釘孔；前述支撐部係比前述裝載部厚，前述支撐部於上、下表面之至少一處係設置有複數第一槽溝，前述複數第一槽溝係相互平行設置；前述軌道部係比前述支撐部厚，且前述軌道部係設置有複數傳動齒溝，前述軌道部於上、下表面之至少一處係設置有複數第二槽溝，前述複數第二槽溝係相互平行設置。
根據申請專利範圍第1項所述之節能螺絲釘帶，其中前述軌道部之上表面及下表面皆設置有複數第二槽溝，且位於前述軌道部上表面的第二槽溝係比下表面的第二槽溝淺，前述軌道部上表面的複數第二槽溝係形成一粗糙面。
根據申請專利範圍第1項所述之節能螺絲釘帶，其中前述軌道部之下方最低點的平面位置係對齊前述支撐部之下方最低點的平面位置。
根據申請專利範圍第1項所述之節能螺絲釘帶，其中前述裝載部之厚度為0.85~1.05mm，前述支撐部之厚度為1.05~1.25mm，且前述軌道部之厚度為1.30~1.50mm。
根據申請專利範圍第1項所述之節能螺絲釘帶，其中前述複數傳動齒溝係設置於對應前述裝載部之兩相鄰植釘孔之間的位置。		陳河田TW臺南市安平區建平九街60巷50號之1陳河田TW---B25B023/06B25B023/06
B65D085/24
F16B027/00		33-----陳河田1TW郭俐瑩臺南市東區崇學路210號9樓之35133謝瑞南謝瑞南TW452026
TW539065
TWI326336		3CN2184113
CN2588111
CN103511428
EP1367268
JP2880703
JP2006-153055
US5984096
US2008/0264218		800-00I863825CHEN, HO-TIEN20陳河田Valid-------------
33
CN222024433U2024-11-19一種真空熱處理緊固件淬火爐modelCN202420657254.X2024-04-02本實用新型屬於淬火爐技術領域，尤其為一種真空熱處理緊固件淬火爐，包括淬火爐體，淬火爐體的內部空間為加熱倉，且在加熱倉的埠處鉸接有密封門板，還包括托料載板，多個托料載板沿豎直方向等間隔分佈，且所述托料載板通過抽拉方式安裝在所述加熱倉內，在所述托料載板內開設有多個均勻分佈的階梯孔用於放置待加熱的緊固件，在所述托料載板內還開設有多個均勻分佈的透氣孔；本實用新型的真空熱處理緊固件淬火爐，利用設置的多層托料載板對緊固件進行放置，緊固件放置在階梯孔內，能夠保證緊固件放置的穩定性，同時便於透氣，使緊固件可靠受熱，階梯孔還適用於放置大小不同的螺栓緊固件，適用範圍廣泛；托料載板利用抽拉方式安裝，拆裝方便。;1.一種真空熱處理緊固件淬火爐，包括淬火爐體(1)，所述淬火爐體(1)的內部空間為加熱倉(2)，且在所述加熱倉(2)的埠處鉸接有密封門板(3)，其特徵在於：所述真空熱處理緊固件淬火爐還包括托料載板(4)，多個所述托料載板(4)沿豎直方向等間隔分佈，且所述托料載板(4)通過抽拉方式安裝在所述加熱倉(2)內，在所述托料載板(4)內開設有多個均勻分佈的階梯孔(5)用於放置待加熱的緊固件，在所述托料載板(4)內還開設有多個均勻分佈的透氣孔(6)。1.一種真空熱處理緊固件淬火爐，包括淬火爐體(1)，所述淬火爐體(1)的內部空間為加熱倉(2)，且在所述加熱倉(2)的埠處鉸接有密封門板(3)，其特徵在於：所述真空熱處理緊固件淬火爐還包括托料載板(4)，多個所述托料載板(4)沿豎直方向等間隔分佈，且所述托料載板(4)通過抽拉方式安裝在所述加熱倉(2)內，在所述托料載板(4)內開設有多個均勻分佈的階梯孔(5)用於放置待加熱的緊固件，在所述托料載板(4)內還開設有多個均勻分佈的透氣孔(6)。
2.在所述托料載板(4)的外壁固定有兩個相對稱分佈的插條(8)，在所述淬火爐體(1)的內壁固定有兩組相對稱分佈的U型插框(9)，且在所述U型插框(9)內開設有可容納所述插條(8)的插槽(10)。
3.所述托料載板(4)的寬度小於兩個所述U型插框(9)的間距，所述插槽(10)的尺寸大於所述插條(8)的尺寸。
4.還包括連接架(15)、螺紋杆(16)和內螺紋套管(17)，所述連接架(15)鉸接在所述淬火爐體(1)上，所述螺紋杆(16)固定在所述連接架(15)上，所述內螺紋套管(17)通過螺紋旋合方式安裝在所述螺紋杆(16)上，在所述密封門板(3)的自由端端面固定有固定板(11)，在所述固定板(11)上固定有兩個相對稱分佈的限位塊(12)，且兩個所述限位塊(12)的內側空間為可容納所述螺紋杆(16)的定位口(13)，在所述限位塊(12)的端面開設有可容納所述內螺紋套管(17)的定位凹槽(14)。
5.在所述內螺紋套管(17)上固定有手轉輪(18)。
6.在所述密封門板(3)的內側面粘合固定有橡膠密封圈(7)。		蘇州永哲金屬科技有限公司CN215127 江蘇省蘇州市工業園區興浦路128號G幢蘇州永哲金屬科技有限公司CN ---C21D009/00C21D009/00
C21D001/773
C21D001/62		12-----------吳永行
向澤驛		2-
馬麗麗
蘇州卓博智慧財產權代理事務所(普通合夥) 32491		20241119----0-0-00-00-20蘇州永哲金屬科技有限公司Valid-------------
34
CN222026123U2024-11-19一種用於汽車發電機的注塑螺栓modelCN202323346870.82023-12-08本實用新型涉及機械製造技術領域，且公開了一種用於汽車發電機的注塑螺栓，包括螺紋柱和內凹槽口螺頭，還包括內固機構和防鬆機構，內固機構由芯盤、芯柱、外展筋和條筋構成，芯盤的上方垂直居中部焊接有芯柱，且芯柱的柱體表面對稱焊接有用於補強的外展筋，外展筋之間的芯柱表面對稱焊接有用於補強的條筋，芯盤以包裹方式注塑成型有內凹槽口螺頭，芯柱、外展筋和條筋的外側以包裹方式注塑成型有螺紋柱，防鬆機構由凸緣墊圈、彈簧壓環、壓環和膠環組成，內凹槽口螺頭與凸緣墊圈之間以限位元配合的方式防止鬆動。螺紋柱的一端柱體注塑成型於內凹槽口螺頭的盤面居中部，且該注塑螺栓結構緊湊、強度高、安裝方便，適用於汽車發電機等領域。;1.一種用於汽車發電機的注塑螺栓，包括螺紋柱（1），內凹槽口螺頭（2），內固機構（3），還包括防鬆元件（4）和深槽（5），其特徵在於：所述螺紋柱（1）內部設有深槽（5），所述深槽（5）內安裝有內固機構（3），所述內固機構（3）主要由芯盤（301）、芯柱（302）、外展筋（303）和條筋（304）構成，所述芯盤（301）上設有垂直居中部焊接成型的芯柱（302），所述芯柱（302）的相對兩側面上均焊接有條筋（304）和外展筋（303），所述螺紋柱（1）上套接有防鬆組件（4），所述防鬆組件（4）主要由凸緣墊圈（401）、彈簧壓環（402）、壓環（403）和膠環（404）組成，所述防鬆元件（4）與內凹槽口螺頭（2）限位配合。1.一種用於汽車發電機的注塑螺栓，包括螺紋柱（1），內凹槽口螺頭（2），內固機構（3），還包括防鬆元件（4）和深槽（5），其特徵在於：所述螺紋柱（1）內部設有深槽（5），所述深槽（5）內安裝有內固機構（3），所述內固機構（3）主要由芯盤（301）、芯柱（302）、外展筋（303）和條筋（304）構成，所述芯盤（301）上設有垂直居中部焊接成型的芯柱（302），所述芯柱（302）的相對兩側面上均焊接有條筋（304）和外展筋（303），所述螺紋柱（1）上套接有防鬆組件（4），所述防鬆組件（4）主要由凸緣墊圈（401）、彈簧壓環（402）、壓環（403）和膠環（404）組成，所述防鬆元件（4）與內凹槽口螺頭（2）限位配合。
2.所述螺紋柱(1)後方的內凹槽口螺頭(2)表面注塑成有表面粘接膠環(404)，所述凸緣墊圈（401）、彈簧壓環（402）、壓環（403）和膠環(404)構成防鬆組件(4)，且凸緣墊圈（401）、彈簧壓環（402）、壓環（403）和膠環(404)的環孔處穿過有螺紋柱(1)。
3.所述凸緣墊圈（401）的環體一面注塑成型於內凹槽口螺頭(2)的表面，所述彈簧壓環（402）位於凸緣墊圈（401）和壓環（403）之間，所述壓環（403）位於彈簧壓環（402）與膠環（404）之間，且凸緣墊圈（401）遠離內凹槽口螺頭(2)的另一面環體處粘接有膠環(404)。
4.所述壓環（403）的材料為塑膠。
5.所述凸緣墊圈（401）的材料為塑膠。
6.所述芯柱(302)外側的外展筋(303)焊接有兩組。
7.所述芯柱(302)外側的條筋(304)焊接有兩組。		里安市奕寶緊固件有限公司CN325000 浙江省溫州市里安市上望街道薛後村上興東路21號里安市奕寶緊固件有限公司CN ---F16B035/04F16B035/04
F16B039/28		12-----------林志慧1- 黃孫將
溫州甌越專利代理有限公司 33211		20241119----0-0-10-00-19里安市奕寶緊固件有限公司Valid-------------
35
US20240384744A12024-11-21BREAK-AWAY BOLTinvention18/1973922023-05-15A double-sided break-away bolt including a precision weakened area enabling the bolt to break into two or more sections upon predefined conditions is provided. The break-away bolt is adapted to connect a fire hydrant to a check valve with the weakened portion generally positioned at the junction between the hydrant and the valve. A force applied to the fire hydrant in a direction generally perpendicular to the break-away bolt (e.g., by a car colliding with the hydrant) may cause the break-away bolt to break at the weakened area. This in return facilitates the separation of the hydrant from the check valve allowing the check valve to close. The break-away bolt also includes a gripping element that becomes exposed upon the breaking of the bolt to facilitate the removal of the bolt from the check valve for replacement.1. A break-away bolt comprising:
an elongate member with a circumference and a first end and a second end, the elongate member including a first attachment portion towards the first end and adapted to attach the elongate member to a first item, a second attachment portion towards the second end and adapted to attach the elongate member to a second item, and a shearing location between the first and second attachment portions adapted to break upon predefined conditions;a gripping element coupled about at least a portion of the circumference between the first and second attachment portions.		1. A break-away bolt comprising:
an elongate member with a circumference and a first end and a second end, the elongate member including a first attachment portion towards the first end and adapted to attach the elongate member to a first item, a second attachment portion towards the second end and adapted to attach the elongate member to a second item, and a shearing location between the first and second attachment portions adapted to break upon predefined conditions;a gripping element coupled about at least a portion of the circumference between the first and second attachment portions.
2. The break-away bolt of claim 1 wherein the predefined conditions include an external force being applied to the first item.
3. The break-away bolt of claim 1 wherein the shearing location includes a weakened section.
4. The break-away bolt of claim 1 wherein the shearing location is between the gripping element and the second attachment portion.
5. The break-away bolt of claim 1 wherein the gripping element includes a hex section.
6. The break-away bolt of claim 1 wherein the elongate member includes a stop coupled to at least a portion of the outer circumference.
7. The break-away bolt of claim 6 wherein the stop includes a ring.
8. The break-away bolt of claim 6 wherein the stop is between the first attachment portion and the gripping element.
9. The break-away bolt of claim 1 wherein at least a portion of the first attachment portion includes a hollow portion.
10. The break-away bolt of claim 8 wherein the hollow portion extends from the first end towards the shearing location.
11. The break-away bolt of claim 1 wherein the first attachment portion and/or the second attachment portion includes outer threads.		Melvin D. PLUMMER
Niklas Seyferth		US
Melvin D. PLUMMER
Niklas Seyferth		US
US		----F16B031/06F16B031/0611-F16B0031/06F16B0031/06--------Melvin D. PLUMMER
Niklas Seyferth		2USCA Los Angeles
CA Los Angeles		-------0-0-10-00-19Melvin D. PLUMMER,Niklas SeyferthPub.-------------
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CN110513380B2024-11-19一種通信機櫃內部的一體化固定螺絲及其使用方法inventionCN201910725455.22019-08-07本發明的目的是提供一種通信機櫃內部的一體化固定螺絲及其使用方法。本發明的技術方案為：由螺絲頭、連接杆、圓柱體螺絲和螺絲底托組成，螺絲頭採用帶有弧形的尖端結構，進而方便安裝和拆卸，使得安裝簡單合理、安全可靠，節省安裝時間和人力，提高工作效率，螺絲頭尾端的邊緣位置處設有按照十字結構分佈的四個弧形彈片，在插入機櫃孔洞後可以迅速彈開，用來保證螺絲頭在機櫃內部的固定，免除工具安裝，圓柱體螺絲與螺絲底托為一體，而旋轉槽與螺絲頭為一體，從而將整體部件串聯起來，整體結構簡單，螺絲擰緊後牢固可靠，不易產生鬆動、掉落的狀況，結實耐用、方便安裝和拆卸，支持重複利用。;1.一種通信機櫃內部的一體化固定螺絲，其特徵在於：由螺絲頭、連接杆、圓柱體螺絲和螺絲底托組成，所述螺絲頭採用帶有弧形的尖端結構，整體螺絲頭呈錐形，所述連接杆位於螺絲頭的下部，所述連接杆與螺絲頭為固定連接，所述螺絲頭上還設有四個弧形彈片，所述四個弧形彈片按照十字結構分佈在螺絲頭尾端的邊緣位置處，所述四個弧形彈片均與螺絲頭為固定連接，所述連接杆上還設有旋轉槽，所述旋轉槽位於連接杆的內部，所述旋轉槽與連接杆為固定連接，所述圓柱體螺絲位於連接杆的下部，所述圓柱體螺絲與連接杆為活動連接，所述螺絲底托位於圓柱體螺絲的下部，所述螺絲底托與圓柱體螺絲為固定連接，所述螺絲底托為底面帶有十字孔槽的螺絲帽托；任意所述弧形彈片上還設有墊片，所述墊片位於弧形彈片與旋轉槽之間，所述墊片的一端與弧形彈片為固定連接，所述墊片的另一端與旋轉槽為固定連接；所述螺絲頭上還設有護墊，所述護墊位於螺絲頭尖端位置處的外部，所述護墊與螺絲頭為固定連接；所述墊片為泡棉。1.一種通信機櫃內部的一體化固定螺絲，其特徵在於：由螺絲頭、連接杆、圓柱體螺絲和螺絲底托組成，所述螺絲頭採用帶有弧形的尖端結構，整體螺絲頭呈錐形，所述連接杆位於螺絲頭的下部，所述連接杆與螺絲頭為固定連接，所述螺絲頭上還設有四個弧形彈片，所述四個弧形彈片按照十字結構分佈在螺絲頭尾端的邊緣位置處，所述四個弧形彈片均與螺絲頭為固定連接，所述連接杆上還設有旋轉槽，所述旋轉槽位於連接杆的內部，所述旋轉槽與連接杆為固定連接，所述圓柱體螺絲位於連接杆的下部，所述圓柱體螺絲與連接杆為活動連接，所述螺絲底托位於圓柱體螺絲的下部，所述螺絲底托與圓柱體螺絲為固定連接，所述螺絲底托為底面帶有十字孔槽的螺絲帽托；任意所述弧形彈片上還設有墊片，所述墊片位於弧形彈片與旋轉槽之間，所述墊片的一端與弧形彈片為固定連接，所述墊片的另一端與旋轉槽為固定連接；所述螺絲頭上還設有護墊，所述護墊位於螺絲頭尖端位置處的外部，所述護墊與螺絲頭為固定連接；所述墊片為泡棉。
2.所述護墊為矽膠材質。
3.所述旋轉槽為螺紋式旋轉槽，並且所述旋轉槽的長度小於連接杆的長度。
4.所述連接杆的長度比標準機櫃立柱的厚度和通信設備或配線架固定板的厚度相加的總和稍長。
5.所述螺絲底托和弧形彈片之間的距離大於標準機櫃立柱和通信設備或配線架固定板厚度相加的總和。
6.所述螺絲底托比機櫃立柱和通信設備或配線架固定板的安裝孔略大。
7.步驟一、將機櫃立柱、通信設備或配線架固定板的安裝孔對齊；步驟二、將螺絲頭帶有的尖端位置處對準安裝孔，使用手指按壓螺絲底托，直到螺絲頭完全沒過安裝孔後，四個弧形彈片全部在機櫃內部彈起為止，免除了工具安裝；步驟三、使用螺絲刀對準螺絲底托底面帶有十字孔槽後進行順時針旋轉固定，直到機櫃立柱和通信設備或配線架固定板牢牢固定而不晃動為止，螺絲尺寸精確計算，安裝牢固，不會出現螺絲鬆動導致設備掉落情況的發生。		天津瑞利通科技有限公司CN300392 天津市濱海新區濱海高新區華苑產業區(環外)海泰創新六路2號9-2-1層天津瑞利通科技有限公司CN ---F16B035/04F16B035/04
F16B035/00
F16B013/10
H05K005/02		23-----------張翠宣
趙發義
高英利
新吉勒吐
李雙良
趙寧		6-




李甯
天津知遠君正專利代理事務所(特殊普通合夥) 12236		20241119-喬明俠喬明俠CN210978134
CN204929465		2US2003145437
US2004208721		2-50CN110513380B11-15天津瑞利通科技有限公司Valid-------------
37
US12146522B22024-11-19Fastener insert for a composite sandwich panel, a panel assembly, and a method of fastening a component to a composite sandwich panelinvention17/5411782021-12-02A fastener insert for securement to a composite sandwich panel at an opening in the composite sandwich panel includes a base and a fastener carrier. The base has a body and a flange integral with the body. The flange extends laterally outward of an outer perimeter of the body. The base defines a central cavity extending entirely through both the body and the flange. The base includes a first locking feature disposed at the central cavity. The fastener carrier is configured to insert into the central cavity of the base. The fastener carrier defines a fastener opening and has a second locking feature configured for mechanical engagement with the first locking feature of the base to retain the fastener carrier to the base. A panel assembly and a method of fastening a component to a composite sandwich panel utilize the fastener insert.1. A fastener insert for securement to a composite sandwich panel at an opening in the composite sandwich panel, the fastener insert comprising:
a base having a body and a flange integral with the body, the flange extending laterally outward of an outer perimeter of the body, the base defining a central cavity extending entirely through both the body and the flange, and the base including a first locking feature disposed at the central cavity; anda fastener carrier configured to insert into the central cavity of the base, the fastener carrier defining a fastener opening and having a second locking feature configured for mechanical engagement with the first locking feature of the base to retain the fastener carrier to the base;wherein the base includes arms extending lengthwise at the outer perimeter of the body, each of the arms having a free end disposed proximate to the flange at the outer perimeter and configured to flex laterally outward under interference with the fastener carrier inserted in the central cavity such that a laterally-outermost portion of the free end is laterally outward of the fastener carrier and is laterally outward of the central cavity;wherein the outer perimeter of the body of the base is circular; andwherein the base includes a projection extending from the flange and spaced laterally apart from and parallel with a longitudinal axis of the central cavity.		1. A fastener insert for securement to a composite sandwich panel at an opening in the composite sandwich panel, the fastener insert comprising:
a base having a body and a flange integral with the body, the flange extending laterally outward of an outer perimeter of the body, the base defining a central cavity extending entirely through both the body and the flange, and the base including a first locking feature disposed at the central cavity; anda fastener carrier configured to insert into the central cavity of the base, the fastener carrier defining a fastener opening and having a second locking feature configured for mechanical engagement with the first locking feature of the base to retain the fastener carrier to the base;wherein the base includes arms extending lengthwise at the outer perimeter of the body, each of the arms having a free end disposed proximate to the flange at the outer perimeter and configured to flex laterally outward under interference with the fastener carrier inserted in the central cavity such that a laterally-outermost portion of the free end is laterally outward of the fastener carrier and is laterally outward of the central cavity;wherein the outer perimeter of the body of the base is circular; andwherein the base includes a projection extending from the flange and spaced laterally apart from and parallel with a longitudinal axis of the central cavity.
2. The fastener insert of claim 1, wherein:
the first locking feature of the base is a notch in an inner surface of the body at the central cavity;the second locking feature of the fastener carrier is a protrusion projecting outward at an outer surface of the fastener carrier; andthe protrusion extends into the notch.
3. The fastener insert of claim 1, wherein:
the first locking feature of the base is a protrusion protruding from an inner surface of the body into the central cavity;the second locking feature of the fastener carrier is a channel facing laterally outward at an outer surface of the fastener carrier; andthe protrusion extends into the channel.
4. The fastener insert of claim 3, wherein the fastener carrier defines a longitudinal slot extending lengthwise partway through the fastener carrier from an insertion end of the fastener carrier, the longitudinal slot bifurcating the insertion end of the fastener carrier, enabling laterally inward deflection of the insertion end when the insertion end encounters the protrusion during insertion of the fastener carrier into the base.
5. The fastener insert of claim 1, wherein:
the central cavity has a first opening at the flange and an opposite second opening;an insertion end of the fastener carrier is wider than the second opening so that the fastener carrier is supported by the body at the second opening;the first locking feature of the base is a plurality of protrusions protruding laterally inward into the central cavity, the plurality of protrusions spaced axially apart from the second opening to extend over ...		The Boeing CompanyUSThe Boeing CompanyUS IL ChicagoTHE BOEING COMPANYUS100 NORTH RIVERSIDE PLAZAF16B005/02F16B005/0211-F16B0005/0208F16B0005/0208--------Christopher J. Mills1USSC CharlestonQuinn IP Law--Sarang AfzaliSarang Afzali
Darrell C Ford		US3678798
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US20200284279		35-0-30US1214652211-17THE BOEING COMPANYValid-------------
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CN222026119U2024-11-19一種自攻釘結構modelCN202420840685.X2024-04-22本實用新型公開了一種自攻釘結構，屬於緊固件技術領域，包括螺釘本體，螺釘本體的頂端設有螺釘頭，螺釘頭的頂壁上開設有卡槽，螺釘本體上開設有插孔，插孔的側壁上對稱開設有與外界連通的安裝槽，安裝槽內滑動插設有卡杆，插孔內位於卡杆上方的部位滑動安裝有圓臺，圓臺的直徑自上而下逐漸減小，螺釘頭上開設有與插孔連通的通孔，圓臺的頂壁上安裝有頂端延伸至通孔內的推杆。本申請通過設置彈性件、圓臺、卡杆和潤滑機構，當螺釘本體將零件固定之後，工作人員向著螺釘頭的方向推動螺絲刀即可推動推杆移動，此時圓臺側壁的斜面將推動卡杆從安裝槽中伸出，因此能夠防止螺釘本體反轉，起到了固定螺釘位置的作用，並且直接推動推杆即可使卡杆伸出。;1.一種自攻釘結構，包括螺釘本體(1)，所述螺釘本體(1)的頂端設有螺釘頭(2)，所述螺釘頭(2)的頂壁上開設有卡槽，其特徵在於：所述螺釘本體(1)上開設有插孔，所述插孔的側壁上對稱開設有與外界連通的安裝槽，所述安裝槽內滑動插設有卡杆(3)，所述插孔內位於卡杆(3)上方的部位滑動安裝有圓臺(4)，所述圓臺(4)的直徑自上而下逐漸減小，所述螺釘頭(2)上開設有與插孔連通的通孔，所述圓臺(4)的頂壁上安裝有頂端延伸至通孔內的推杆(5)，所述螺釘本體(1)上設有與卡杆(3)配合的潤滑機構。1.一種自攻釘結構，包括螺釘本體(1)，所述螺釘本體(1)的頂端設有螺釘頭(2)，所述螺釘頭(2)的頂壁上開設有卡槽，其特徵在於：所述螺釘本體(1)上開設有插孔，所述插孔的側壁上對稱開設有與外界連通的安裝槽，所述安裝槽內滑動插設有卡杆(3)，所述插孔內位於卡杆(3)上方的部位滑動安裝有圓臺(4)，所述圓臺(4)的直徑自上而下逐漸減小，所述螺釘頭(2)上開設有與插孔連通的通孔，所述圓臺(4)的頂壁上安裝有頂端延伸至通孔內的推杆(5)，所述螺釘本體(1)上設有與卡杆(3)配合的潤滑機構。
2.兩個所述卡杆(3)之間共同安裝有彈性件(6)。
3.所述潤滑機構包括開設在卡杆(3)上的空腔(7)，所述空腔(7)的頂壁上開設有小孔，所述空腔(7)內裝有潤滑油。
4.所述彈性件(6)上開設有腔體(8)，所述腔體(8)與空腔(7)連通。
5.所述卡杆(3)的截面為直角梯形。
6.所述插孔的側壁上均勻開設有固定孔，所述圓臺(4)的側壁上開設有滑槽，所述滑槽內滑動安裝有固定杆(9)，所述滑槽的底壁上嵌設有單向閥(10)，所述圓臺(4)的底壁上開設有與單向閥(10)輸出端連通的孔洞，所述腔體(8)的頂壁上開設有與孔洞連通的供氣口(11)。
7.所述固定杆(9)的底壁為斜面。		蘇州中鉑實業有限公司CN215121 江蘇省蘇州市蘇州工業園區唯亭鎮唯新路99號3號廠房蘇州中鉑實業有限公司CN ---F16B025/02F16B025/02
F16B039/04
F16N007/30		23-----------吳興華
程利征		2-
何妍
廈門天誠欣創智慧財產權代理事務所(普通合夥) 35266		20241119----0-0-00-00-20蘇州中鉑實業有限公司Valid-------------
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US12146517B22024-11-19Self-sealing fastenerinvention17/2460472021-04-30A self-sealing fastener for securing a building component to a framing member, such as securing a sheathing layer over which is disposed a barrier layer to a framing member, includes a fastener with a shank and a head, and a rubberized coating surrounding at least a portion of the shank of the fastener. The rubberized coating is designed to peel back from the shank and accumulate at least around the shank and/or head upon insertion into the wall assembly, thereby sealing off an entry of the self-sealing fastener into the barrier layer and sheathing layer.1. A self-sealing fastener comprising:
a shank and a head, said head comprising an upper side and an underside and a circular outer periphery, with said shank having a circular cross section and said head extending radially outwardly relative to said shank about the entire circumference of said shank;wherein said head has a thickness along the radial extension of said head relative to said shank with said thickness of said head at said shank being greater than said thickness of said head at the outer periphery of said head.		1. A self-sealing fastener comprising:
a shank and a head, said head comprising an upper side and an underside and a circular outer periphery, with said shank having a circular cross section and said head extending radially outwardly relative to said shank about the entire circumference of said shank;wherein said head has a thickness along the radial extension of said head relative to said shank with said thickness of said head at said shank being greater than said thickness of said head at the outer periphery of said head.
2. The self-sealing fastener of claim 1, further comprising a pealable coating disposed about the circumference of said shank along at least a portion of a length of said shank, wherein said peelable coating is configured to peel back from said shank when said self-sealing fastener is driven into a building component.
3. The self-sealing fastener of claim 2, wherein said pealable coating is further disposed at said underside of said head.
4. The self-sealing fastener of claim 2, wherein said pealable coating comprises a rubberized coating.
5. The self-sealing fastener of claim 1, wherein said fastener comprises a nail and wherein said underside of said head radially slopes from said shank towards said outer periphery such that said underside thins out as it radially extends from said shank towards said outer periphery of said head.
6. The self-sealing fastener of claim 5, wherein said upper side of said head is flat prior to installation, and wherein said upper side of said head is configured to upwardly bend or concave in response to said fastener being overdriven into a building component.
7. A plurality of self-sealing fasteners according to claim 2, and wherein said pealable coating is configured to collate said plurality of fasteners together to form an assembly of collated fasteners.		Altenloh, Brinck & Co. US, Inc.USAltenloh, Brinck & Co. US, Inc.US OH BryanALTENLOH, BRINCK & CO. US, INC.US2105 CO RD 12CF16B003/00F16B003/00
F16B015/00
F16B015/08
F16B033/00		13-F16B0033/004F16B0033/004--------Jason R. Wigboldy
Mitchell B. Mahler		2USMI Grand Rapids
MI Grand Rapids		Gardner, Linn, Burkhart & Ondersma LLP--William D Hutton, Jr.William D Hutton, Jr.
Carl J Carlson		US1801077
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US20040265092		17-0Webpages from https://www.ndindustries.com/products/inert-sealing/nd-plastisol/, accessed Apr. 16, 2020.30US1214651711-17ALTENLOH, BRINCK & CO. US, INC.Valid-------------
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CN222024434U2024-11-19一種緊固件退火箱modelCN202420661149.32024-04-02本實用新型提供了一種緊固件退火箱，包括箱體，箱體一側開設有沿豎直方向線性排列的第一插槽，第一插槽和箱體內壁設置的插軌相匹配，插軌內插接有放料盤，放料盤底部開設有若干個均勻分佈的通槽，且上方和下方均裝配有若干個均勻分佈的加熱管，本實用新型中，緊固件是攤平在放料盤內的，進而再通過加熱管進行加熱時，能夠均勻受熱，退火效果好，且放料盤數量為若干個，能夠同時對更多的緊固件進行退火，退火效率高。;1.一種緊固件退火箱，其特徵在於：包括箱體（1），所述箱體（1）一側開設有沿豎直方向線性排列的第一插槽（101），所述第一插槽（101）和所述箱體（1）內壁設置的插軌（2）相匹配，所述插軌（2）內插接有放料盤（3），所述放料盤（3）底部開設有若干個均勻分佈的通槽（301），且上方和下方均裝配有若干個均勻分佈的加熱管（4）。1.一種緊固件退火箱，其特徵在於：包括箱體（1），所述箱體（1）一側開設有沿豎直方向線性排列的第一插槽（101），所述第一插槽（101）和所述箱體（1）內壁設置的插軌（2）相匹配，所述插軌（2）內插接有放料盤（3），所述放料盤（3）底部開設有若干個均勻分佈的通槽（301），且上方和下方均裝配有若干個均勻分佈的加熱管（4）。
2.所述箱體（1）內灌注有預定容積的退火油，且位於所述放料盤（3）上方處裝配有第一伸縮電機（6），所述第一伸縮電機（6）的伸縮端豎直向下，且固定安裝有刮板（5），所述刮板（5）靠近於所述第一插槽（101）。
3.所述箱體（1）內設置有隔熱板（7），所述隔熱板（7）為可拆卸安裝，且位於所述退火油液面上方和所述加熱管（4）下方之間。
4.所述箱體（1）一側開設有第二插槽（102），相鄰一側開設有第一限位孔（103），所述隔熱板（7）和所述第二插槽（102）相匹配，且其上開設的第二限位孔（701）和所述第一限位孔（103）同軸匹配，同軸匹配的兩個所述限位孔內插接有限位杆（8）。
5.所述箱體（1）底部裝配有第二伸縮電機（10），所述第二伸縮電機（10）的伸縮軸沿豎直方向延伸至所述箱體（1）內部，且端部固定安裝有過濾板（9），所述過濾板（9）的頂部為斜面。
6.所述箱體（1）底部連通設置有排油管（11），所述排油管（11）上裝配有閥門（12）。		蕪湖金吉熱處理有限公司CN241000 安徽省蕪湖市灣沚區安徽新蕪經濟開發區一棵鬆路1299號內蕪湖金吉熱處理有限公司CN ---C21D009/00C21D009/00
C21D001/26		12-----------胡德成
胡紅梅		2-
高孝強
安徽華普專利代理事務所(普通合夥) 34151		20241119----0-0-00-00-20蕪湖金吉熱處理有限公司Valid-------------
41
CN118639121B2024-11-19一種15.9級螺栓用高碳碳素冷鐓鋼盤條及其製造方法inventionCN202411125829.42024-08-16本發明涉及一種15.9級螺栓用高碳碳素冷鐓鋼盤條及其製造方法，採用高C‑Si‑Mn碳素成分軋製生產線材，線材按≥905℃的吐絲溫度吐絲為盤條後，進行線上鹽浴相變調控，使盤條以≥30℃/s的冷速降溫至珠光體相區進行等溫相變，促進珠光體相變並使形成的珠光體組織和碳化物向球化組織發展，最後經過輥道慢冷，制為顯微組織包括體積百分比占80%~90%的回火珠光體、體積百分比占10%~20%的准球化碳化物的冷鐓鋼盤條，能夠實現盤條高強度與良好的塑性匹配，抗拉強度為1350~1400MPa，斷面收縮率為35%~40%，簡化生產工藝製造盤條，用於製造15.9級螺栓等緊固件，有效降低材料成本和開裂風險。;1.一種15.9級螺栓用高碳碳素冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.85％~0.89％、Si：0.84％~0.93％、Mn：0.62％~0.75％、P≤0.015%、S≤0.015%，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占80%~90%的回火珠光體、體積百分比占10%~20%的准球化碳化物所組成的混合組織，其製造方法包括：按所述15.9級螺栓用高碳碳素冷鐓鋼盤條的化學成分軋製生產線材，線材按≥905℃的吐絲溫度吐絲為盤條後，進行線上鹽浴相變調控，使盤條以≥30℃/s的冷速降溫至珠光體相區進行等溫相變，促進珠光體相變並使形成的珠光體組織和碳化物向球化組織發展，最後經過輥道慢冷，制為顯微組織包括回火珠光體、准球化碳化物所組成混合組織的冷鐓鋼盤條；所述線上鹽浴相變調控的熔鹽溫度為575~615℃，處理時間為450~650s。1.一種15.9級螺栓用高碳碳素冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.85％~0.89％、Si：0.84％~0.93％、Mn：0.62％~0.75％、P≤0.015%、S≤0.015%，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占80%~90%的回火珠光體、體積百分比占10%~20%的准球化碳化物所組成的混合組織，其製造方法包括：按所述15.9級螺栓用高碳碳素冷鐓鋼盤條的化學成分軋製生產線材，線材按≥905℃的吐絲溫度吐絲為盤條後，進行線上鹽浴相變調控，使盤條以≥30℃/s的冷速降溫至珠光體相區進行等溫相變，促進珠光體相變並使形成的珠光體組織和碳化物向球化組織發展，最後經過輥道慢冷，制為顯微組織包括回火珠光體、准球化碳化物所組成混合組織的冷鐓鋼盤條；所述線上鹽浴相變調控的熔鹽溫度為575~615℃，處理時間為450~650s。
2.
3.
4.一種15.9級螺栓用高碳碳素冷鐓鋼盤條的製造方法，其特徵在於，其製造方法包括：按權利要求1所述15.9級螺栓用高碳碳素冷鐓鋼盤條的化學成分軋製生產線材，線材按≥905℃的吐絲溫度吐絲為盤條後，進行線上鹽浴相變調控，使盤條以≥30℃/s的冷速降溫至珠光體相區進行等溫相變，促進珠光體相變並使形成的珠光體組織和碳化物向球化組織發展，最後經過輥道慢冷，制為顯微組織包括體積百分比占80%~90%的回火珠光體、體積百分比占10%~20%的准球化碳化物所組成混合組織的冷鐓鋼盤條，所述線上鹽浴相變調控的熔鹽溫度為575~615℃，處理時間為450~650s。
5.
6.
7.
8.
9.		江蘇永鋼集團有限公司CN215600 江蘇省蘇州市張家港市南豐鎮永聯工業園永鋼大道100號江蘇永鋼集團有限公司CN ---C22C038/02C22C038/02
C22C038/04
C21D008/06
C21D009/52
C21D006/00
B21B001/16
B21B037/74
C21D001/84
F16B035/00
C21D011/00
C21D001/46		49-----------彭夢都
屈小波
時彤彤		3-

邵娟
南京智造力智慧財產權代理有限公司 32382		20241119-蔡燦蔡燦CN1090556791-0-00CN118639121B11-20江蘇永鋼集團有限公司Valid-------------
42
CN114012027B2024-11-19一種自沖鉚螺母送料機構及其自沖鉚接設備inventionCN202111340033.72021-11-12本發明公開了一種自沖鉚螺母送料機構，包括用於輸送自沖鉚螺母的輸送通道，所述輸送通道包括輸入端和輸出端；用於承接自沖鉚螺母的運送機構；所述運送機構包括承接端、可使承接端在水準和/或豎直方向移動的驅動機構，所述承接端可與輸送通道的輸出端對接。本發明改變傳統自沖鉚設備結構，將送料機構外置，給鉚接位置騰出了更大操作空間，從而適應不規則零件多姿態鉚接，結構設計巧妙，成本低廉。;1.一種自沖鉚接設備，包括基座、設置於基座上的鉚接工作臺，所述鉚接工作臺包括上模，其特徵在於：還包括與基座連接的自沖鉚螺母送料機構；所述上模有可吸附性；所述自沖鉚螺母送料機構包括：用於輸送自沖鉚螺母的輸送通道，所述輸送通道包括輸入端和輸出端；用於承接自沖鉚螺母的運送機構；所述運送機構包括承接端、可使承接端在水準和/或豎直方向移動的驅動機構，所述承接端可與輸送通道的輸出端對接；所述輸送通道包括帶有凹槽的滑道、設置於滑道頂部的蓋板，自沖鉚螺母可在凹槽內滑動；所述滑道上的凹槽兩端敞開，凹槽的前端為輸送通道的輸出端；所述運送機構還包括拖杆，所述承接端包括在拖杆一端部開設的承接槽，所述承接槽與凹槽前端對接且連通；所述驅動機構包括支撐架、用以驅動拖杆水準移動的無杆氣缸；所述無杆氣缸包括帶導軌的氣缸本體、與導軌連接的活塞；所述氣缸本體與支撐架固定連接，所述活塞與拖杆固定連接；所述驅動機構還包括用以驅動拖杆豎直移動的翻動氣缸，所述翻動氣缸包括座體、設置於座體上的伸縮氣缸，所述伸縮氣缸的伸縮杆與支撐架連接；所述座體與支撐架鉸接連接，所述支撐架可在伸縮杆的推動下沿鉸接點轉動；所述承接端可被運送至上模正下方且靠近上模。1.一種自沖鉚接設備，包括基座、設置於基座上的鉚接工作臺，所述鉚接工作臺包括上模，其特徵在於：還包括與基座連接的自沖鉚螺母送料機構；所述上模有可吸附性；所述自沖鉚螺母送料機構包括：用於輸送自沖鉚螺母的輸送通道，所述輸送通道包括輸入端和輸出端；用於承接自沖鉚螺母的運送機構；所述運送機構包括承接端、可使承接端在水準和/或豎直方向移動的驅動機構，所述承接端可與輸送通道的輸出端對接；所述輸送通道包括帶有凹槽的滑道、設置於滑道頂部的蓋板，自沖鉚螺母可在凹槽內滑動；所述滑道上的凹槽兩端敞開，凹槽的前端為輸送通道的輸出端；所述運送機構還包括拖杆，所述承接端包括在拖杆一端部開設的承接槽，所述承接槽與凹槽前端對接且連通；所述驅動機構包括支撐架、用以驅動拖杆水準移動的無杆氣缸；所述無杆氣缸包括帶導軌的氣缸本體、與導軌連接的活塞；所述氣缸本體與支撐架固定連接，所述活塞與拖杆固定連接；所述驅動機構還包括用以驅動拖杆豎直移動的翻動氣缸，所述翻動氣缸包括座體、設置於座體上的伸縮氣缸，所述伸縮氣缸的伸縮杆與支撐架連接；所述座體與支撐架鉸接連接，所述支撐架可在伸縮杆的推動下沿鉸接點轉動；所述承接端可被運送至上模正下方且靠近上模。
2.在凹槽內設有防反凸台，所述防反凸台為楔形凸台；楔形凸台前端寬、後端窄，以使凹槽形成在防反凸台處從輸入端至輸出端逐漸收窄的結構。
3.在承接槽上設有約束自沖鉚螺母水準方向和豎直方向運動的約束裝置。
4.所述約束裝置包括第一約束件和第二約束件；所述第一約束件為設置於承接槽側壁上的磁鐵，所述磁鐵位於凹槽前端正對向的承接槽側壁上；所述第二約束件為設置在承接槽底部的球頭柱塞，所述球頭柱塞的球頭可與自沖鉚螺母下端邊沿抵接。
5.所述蓋板延伸至承接槽正上方；在蓋板上、位於承接槽正上方位置處設有到位檢測裝置。		蘇州施米特機械有限公司CN215499 江蘇省蘇州市太倉市城廂鎮昆太路88號蘇州施米特機械有限公司CN ---B21J015/32B21J015/32
B21J015/36
B21J015/44		11-----------曾祥迅
朱建		2-
夏琴
成都春夏智慧財產權代理事務所(特殊普通合夥) 51317		20241119-伏芳杏伏芳杏CN216502177
CN207414265
CN109465374
CN113176269		4-0-30CN114012027B11-17蘇州施米特機械有限公司Valid-------------
43
CN118639124B2024-11-19一種15.9級螺栓用冷鐓鋼高碳熱軋盤條及其製造方法inventionCN202411133214.62024-08-19本發明涉及一種15.9級螺栓用冷鐓鋼高碳熱軋盤條及其製造方法，按高C‑Si‑Mn‑Cr化學成分高溫軋製吐絲為盤條後進行線上熔鹽超快速控溫，使盤條以≥40℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成索氏體組織和珠光體組織，同時促進索氏體組織球化軟化、促進珠光體組織熔斷軟化，最後經過輥道慢冷，制為顯微組織包括回火珠光體、回火索氏體、少量鐵素體和熔斷珠光體的高碳熱軋盤條，能夠降低材料成本、提高製造效率和成材率，避免馬氏體等異常組織，實現盤條強塑性匹配，抗拉強度為1155~1200MPa，斷面收縮率為40%~45%，用於15.9級螺栓等緊固件冷鐓製造領域，有利於降低冷鐓鋼加工的開裂風險。;1.一種15.9級螺栓用冷鐓鋼高碳熱軋盤條，其特徵在於，所述高碳熱軋盤條的化學成分及品質百分比包括：C：0.85%~0.88%、Si：0.30%~0.45%、Mn：0.45%~0.60%、Cr：0.20%~0.40%、P≤0.015%、S≤0.015%，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占67%~72%的回火珠光體、體積百分比占24%~29%的回火索氏體、其餘為鐵素體和熔斷珠光體所組成的混合組織；其製造方法包括：按所述15.9級螺栓用冷鐓鋼高碳熱軋盤條的化學成分軋製生產線材，線材按≥955℃的吐絲溫度吐絲為盤條後，進行線上熔鹽超快速控溫，使盤條以≥40℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成索氏體組織和珠光體組織，同時促進索氏體組織球化軟化、促進珠光體組織熔斷軟化，最後經過輥道慢冷，制為顯微組織包括回火珠光體、回火索氏體、鐵素體和熔斷珠光體所組成混合組織的高碳熱軋盤條；所述線上熔鹽超快速控溫的熔鹽溫度為555~585℃，處理時間為50~150s。1.一種15.9級螺栓用冷鐓鋼高碳熱軋盤條，其特徵在於，所述高碳熱軋盤條的化學成分及品質百分比包括：C：0.85%~0.88%、Si：0.30%~0.45%、Mn：0.45%~0.60%、Cr：0.20%~0.40%、P≤0.015%、S≤0.015%，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占67%~72%的回火珠光體、體積百分比占24%~29%的回火索氏體、其餘為鐵素體和熔斷珠光體所組成的混合組織；其製造方法包括：按所述15.9級螺栓用冷鐓鋼高碳熱軋盤條的化學成分軋製生產線材，線材按≥955℃的吐絲溫度吐絲為盤條後，進行線上熔鹽超快速控溫，使盤條以≥40℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成索氏體組織和珠光體組織，同時促進索氏體組織球化軟化、促進珠光體組織熔斷軟化，最後經過輥道慢冷，制為顯微組織包括回火珠光體、回火索氏體、鐵素體和熔斷珠光體所組成混合組織的高碳熱軋盤條；所述線上熔鹽超快速控溫的熔鹽溫度為555~585℃，處理時間為50~150s。
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4.一種15.9級螺栓用冷鐓鋼高碳熱軋盤條的製造方法，其特徵在於，其製造方法包括：按權利要求1所述15.9級螺栓用冷鐓鋼高碳熱軋盤條的化學成分軋製生產線材，線材按≥955℃的吐絲溫度吐絲為盤條後，進行線上熔鹽超快速控溫，使盤條以≥40℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成索氏體組織和珠光體組織，同時促進索氏體組織球化軟化、促進珠光體組織熔斷軟化，最後經過輥道慢冷，制為顯微組織包括體積百分比占67%~72%的回火珠光體、體積百分比占24%~29%的回火索氏體、其餘為鐵素體和熔斷珠光體所組成混合組織的高碳熱軋盤條；所述線上熔鹽超快速控溫的熔鹽溫度為555~585℃，處理時間為50~150s。
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9.		江蘇永鋼集團有限公司CN215600 江蘇省蘇州市張家港市南豐鎮永聯工業園永鋼大道100號江蘇永鋼集團有限公司CN ---C22C038/02C22C038/02
C22C038/04
C22C038/18
C21D001/46
C21D006/00
C21D008/06
C21D011/00		25-----------彭夢都
胡俊輝
陳遠清		3-

邵娟
南京智造力智慧財產權代理有限公司 32382		20241119-錢帥錢帥CN114134410
CN117107032		2-0-00CN118639124B11-20江蘇永鋼集團有限公司Valid-------------
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US20240391007A12024-11-28THREAD MILLING CUTTING TOOLinvention18/6942262022-09-14A thread milling cutting tool for metal cutting includes an elongated main body having a cutting section, which extends axially rearward from a front end. The cutting section includes a plurality of teeth. The plurality of teeth include at least a first set of circumferentially spaced teeth, wherein each tooth of the at least first set has a same, first axial distance to the front end, and a clearance surface of each tooth has a radial clearance angle. The clearance surface of each tooth of the at least first set of teeth includes a rotationally leading portion and a rotationally trailing portion, wherein the leading portion extends from and rotationally behind the cutting edge, and the radial clearance angle (α) of the leading portion is smaller than the radial clearance angle (β) of the trailing portion.1. A thread milling cutting tool for metal cutting comprising an elongated main body, the main body having a front end, a rear end and a central longitudinal axis extending from the front end to the rear end, the main body being configured to rotate in a direction of rotation around the central longitudinal axis, the main body including a cutting section which extends axially rearward from the front end, the cutting section including a plurality of teeth, wherein each tooth of the plurality of teeth includes a rake surface, a clearance surface, and a cutting edge at an intersection of the rake surface and the clearance surface, and wherein the plurality of teeth comprises at least one first set of circumferentially spaced teeth, wherein each tooth of the at least one first set has a same, first axial distance to the front end, and the clearance surface of each tooth has a radial clearance angle, wherein the clearance surface of each tooth of the at least one first set of teeth includes a rotationally leading portion and a rotationally trailing portion, wherein the leading portion extends from and rotationally behind the cutting edge, and a radial clearance angle of the leading portion is smaller than a radial clearance angle of the trailing portion.1. A thread milling cutting tool for metal cutting comprising an elongated main body, the main body having a front end, a rear end and a central longitudinal axis extending from the front end to the rear end, the main body being configured to rotate in a direction of rotation around the central longitudinal axis, the main body including a cutting section which extends axially rearward from the front end, the cutting section including a plurality of teeth, wherein each tooth of the plurality of teeth includes a rake surface, a clearance surface, and a cutting edge at an intersection of the rake surface and the clearance surface, and wherein the plurality of teeth comprises at least one first set of circumferentially spaced teeth, wherein each tooth of the at least one first set has a same, first axial distance to the front end, and the clearance surface of each tooth has a radial clearance angle, wherein the clearance surface of each tooth of the at least one first set of teeth includes a rotationally leading portion and a rotationally trailing portion, wherein the leading portion extends from and rotationally behind the cutting edge, and a radial clearance angle of the leading portion is smaller than a radial clearance angle of the trailing portion.
2. The thread milling cutting tool as claimed in claim 1, wherein the radial clearance angle of the leading portion is at least 1° and less than 5°.
3. The thread milling tool as claimed in claim 2, wherein the radial clearance angle of the leading portion is at least 2° and at most 3°.
4. The thread milling cutting tool as claimed in claim 1, wherein, as seen in a cross section, the leading portion has a circumferential extension in a circle sector having an angle of at least 1° and at most 15°.
5. The thread milling cutting tool as claimed in claim 4, wherein the leading portion has a circumferential extension in a circle sector having an angle of at least 5° and at most 10°.
6. The thread milling cutting tool as claimed in claim 1, wherein the radial clearance angle of the trailing portion is at least 5° and at most 10°.
7. The thread milling cutting tool as claimed in claim 6, wherein the radial clearance angle of the trailing portion is at least 6° and at most 7º.
8. The thread milling cutting tool as claimed in claim 1, wherein the radial clearance angle of both the leading portion and the trailing portion is constant.
9. The thread milling cutting tool as claimed in claim 1, wherein the clearance surface consists of the leading portion and the trailing portion.
10. The thread milling cutting tool as claimed in claim 1, wherein the plurality of teeth comprises several sets of circumferentially spaced teeth, wherein each tooth of each set has a same axial distance to the front end as all other teeth of the same set, and a different axial distance to the front end as all the teeth of the other sets.
11. The thread milling cutting tool as claimed in claim 10, wherein the radial clearance ...		WALTER AGDEWALTER AGDE-WALTER AGDEDERENDINGER STR. 53, 72072B23G005/18B23G005/18
B23G001/32		12-B23G0005/18B23G0005/18
B23G0001/32		-----21198196.42021-09-22EPDaniel KUDERER
Martin BIHRER
Martin HELLSTERN		3DE Tubingen
Tubingen
Tubingen		-------0-0-20-00-18WALTER AGPub.-------------
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TWI861865B2024-11-11固定元件及其散熱單元invention1121171592023-05-09一種固定元件及其散熱單元，該散熱單元具有一受熱區係與一裸晶型態之發熱源相貼合，該散熱單元之四隅分別設置有一固定元件，該固定元件具有：一具有彈簧之螺絲、一開設有窗口之套筒、一卡簧環，該螺絲被該套筒所套設，該卡簧環係套接於該套筒外，且該卡簧環具有一向上延伸之勾臂組，該等勾臂伸入前述窗口處並扣壓該彈簧的頂端，令該彈簧於套筒內呈壓縮狀態者；當該各固定元件之彈簧於組裝後同時被釋放，該彈簧兩端可提供該散熱單元一同步且均勻的向下壓力，使該散熱單元與該裸晶型態之發熱源產生緊密且均勻的結合者。一種固定元件，其包括：一螺絲，該螺絲下端處設有一環槽，該環槽卡設有一扣環，一彈簧係套設該螺絲外部；一套筒，其內部呈中空形成有一容置空間，該套筒的兩端具有呈開放狀的一上、下兩端，該容置空間設於該上、下端之間並與兩者連通，該套筒靠近該上端處具有一對視窗，該等視窗具有一上緣，該等窗口相互對應且連通該容置空間，該套筒容置空間設置有所述螺絲；一卡簧環，具有一內孔，透過該內孔套接於該套筒之外側，該卡簧環一側設有一上側表面，該上側表面向上延伸一勾臂組，該勾臂組具有複數勾臂分別由該等窗口處伸入該容置空間，用以壓扣卡制該彈簧朝上的一端，令該彈簧於該套筒內呈壓縮狀態者。一種固定元件，其包括：一螺絲，該螺絲下端處設有一環槽，該環槽卡設有一扣環，一彈簧係套設該螺絲外部；一套筒，其內部呈中空形成有一容置空間，該套筒的兩端具有呈開放狀的一上、下兩端，該容置空間設於該上、下端之間並與兩者連通，該套筒靠近該上端處具有一對視窗，該等視窗具有一上緣，該等窗口相互對應且連通該容置空間，該套筒容置空間設置有所述螺絲；一卡簧環，具有一內孔，透過該內孔套接於該套筒之外側，該卡簧環一側設有一上側表面，該上側表面向上延伸一勾臂組，該勾臂組具有複數勾臂分別由該等窗口處伸入該容置空間，用以壓扣卡制該彈簧朝上的一端，令該彈簧於該套筒內呈壓縮狀態者。
如請求項1所述之固定元件，其中該套筒的視窗下沿至該套筒之下端處之間具有一結合區域，所述結合區域之外徑小於該套筒其餘部位之外徑，故該結合區域與該套筒之連接處形成一階梯部，所述階梯部可提供所述卡簧環軸向限位，防止該卡簧環過度向下脫離該結合區域。
如請求項1所述之固定元件，其中該卡簧環之上側表面靠近外周緣處具有一環狀之緣部，該勾臂組由該卡簧環的上側表面靠近該內孔或二者相交處向上延伸所形成，該勾臂組的該等勾臂一端結合於該卡簧環之上側表面上，另一端則為自由端，且該自由端的末端係彎折形成一勾端。
如請求項3所述之固定元件，其中該勾端具有一上接觸面及一下接觸面，該等勾端分別由對應的該等窗口處伸入該套筒之容置空間內，並該上接觸面抵頂於該視窗之上緣，該下接觸面係扣壓該彈簧之一端。
一種散熱單元，其包括：一散熱單元本體，具有一第一側、一第二側、及一受熱區域，該受熱區域外側的四隅具有複數貫穿孔，該等貫穿孔貫穿該第一、二側，複數固定元件分別對應設置於該散熱單元本體之各該等貫穿孔處；該固定元件，係包含：一螺絲，該螺絲穿設該散熱單元本體之貫穿孔之下端處設有一環槽，該環槽卡設有一用以防止該螺絲脫離該散熱單元本體之扣環，一彈簧係套設該螺絲外部，該彈簧朝下之一端係貼設該散熱單元本體之第一側；一套筒，其內部呈中空形成有一容置空間，該套筒的兩端具有呈開放狀的一上端及一下端與該容置空間聯通，該套筒之下端係抵接於該散熱單元本體的第一側，該套筒近上端處具有一對視窗，該等視窗相互對應設置且連通該容置空間，該容置空間設置有前述螺絲；一卡簧環，具有一內孔，透過該內孔套接於該套筒之外側，該卡簧環一側設有一上側表面，該上側表面向上延伸一勾臂組，該勾臂組具有複數勾臂分別由該等窗口處伸入該容置空間，用以壓扣卡制該彈簧朝上的一端，令該彈簧於套筒內呈壓縮狀態者。
如請求項5所述之散熱單元，其中該套筒該等視窗下側具有一結合區域，所述結合區域之外徑小於該套筒其餘部位之外徑，故該結合區域與該套筒之連接處形成一階梯部，所述階梯部可提供所述卡簧環軸向限位，防止該卡簧環過度向下脫離該結合區域。
如請求項5所述之散熱單元，其中該散熱單元本體可為均溫板或均溫板與熱管的組合使用。
如請求項5所述之散熱單元，其中該卡簧環之上側表面靠近外周緣處具有一環狀之緣部，該勾臂組由該卡簧環的上側表面靠近該內孔或二者相交處向上延伸所形成，該勾臂組的該等勾臂一端係結合於該卡簧環之上側表面上，另一端則為自由端，且該自由端的末端係彎折形成一勾端。
如請求項8所述之散熱單元，其中該勾端具有一上接觸面及一下接觸面，該等勾端分別由對應的該等窗口處伸入該套筒之容置空間內，並該上接觸面抵頂於該視窗之上緣，該下接觸面係扣壓該彈簧之一端。		奇鋐科技股份有限公司TW新北市新莊區五權二路24號7樓之3奇鋐科技股份有限公司TW---F16B005/02F16B005/02
H01L023/40		22-----藍文基1TW孫大龍臺北市大安區復興南路2段283號7樓5132賴耿賢賴耿賢0CN101039564
CN211017061
CN211951083
US2012/0195711		410-00I861865ASIA VITAL COMPONENTS CO., LTD.19奇鋐科技股份有限公司Valid-------------
46
CN222020477U2024-11-19一種螺栓生產用擠壓複合模具modelCN202420343514.62024-02-23本實用新型公開了一種螺栓生產用擠壓複合模具，涉及機械加工技術領域，包括底板，所述底板的頂部固定連接有擠壓機構，所述擠壓機構的表面固定連接有緩衝機構，所述緩衝機構的底部固定連接有上模具固定機構，所述底板的頂部設置有下模具固定機構。本實用新型通過擠壓機構與緩衝機構的設置，在對生產螺栓時，通過彈簧對氣缸輸出的壓力進行緩衝，避免衝擊力過大而導致上模具損壞，使其更便於使用，同時導杆一與導杆二的設置，使模具對多個螺栓同時加工時，上模具對螺栓的壓力更加均勻，上模具固定機構與下模具固定機構的設置，在對模具進行更換時，僅需拉動拉鈕與滑動杆，即可將上模具與下模具拆下，使模具拆卸耗時更少，更便於使用。;1.一種螺栓生產用擠壓複合模具，包括底板(1)，其特徵在於：所述底板(1)的頂部固定連接有擠壓機構(2)，所述擠壓機構(2)的表面固定連接有緩衝機構(3)，所述緩衝機構(3)的底部固定連接有上模具固定機構(4)，所述底板(1)的頂部設置有下模具固定機構(5)。1.一種螺栓生產用擠壓複合模具，包括底板(1)，其特徵在於：所述底板(1)的頂部固定連接有擠壓機構(2)，所述擠壓機構(2)的表面固定連接有緩衝機構(3)，所述緩衝機構(3)的底部固定連接有上模具固定機構(4)，所述底板(1)的頂部設置有下模具固定機構(5)。
2.所述擠壓機構(2)包括支撐架(21)，所述支撐架(21)的底部與底板(1)的頂部固定連接，所述支撐架(21)的頂部固定連接有氣缸(22)。
3.所述氣缸(22)的輸出端固定連接有安裝板(23)，所述安裝板(23)的頂部固定連接有導杆一(24)，所述導杆一(24)中部的表面與支撐架(21)的內部搭接。
4.所述緩衝機構(3)包括彈簧一(31)，所述彈簧一(31)的頂部與安裝板(23)的底部固定連接，所述彈簧一(31)的底部固定連接有固定板(32)，所述固定板(32)的頂部固定連接有導杆二(33)，所述導杆二(33)的表面與安裝板(23)的內部搭接。
5.所述上模具固定機構(4)包括卡板(41)，所述卡板(41)的內部開設有凹槽(42)，所述卡板(41)的頂部與固定板(32)的底部固定連接，所述凹槽(42)的內壁搭接有卡塊(43)。
6.所述卡塊(43)的一側固定連接有頂杆(44)，所述頂杆(44)遠離卡塊(43)的一端固定連接有拉鈕(45)，所述凹槽(42)的內部固定連接有彈簧二(46)，所述彈簧二(46)的一端與頂杆(44)的表面固定連接，所述卡板(41)的內壁搭接有上模具(47)。
7.所述下模具固定機構(5)包括滑動槽(51)，所述滑動槽(51)的內壁搭接有滑動塊(52)，所述滑動塊(52)的頂部固定連接有滑動板(53)，所述滑動板(53)的內部插接有滑動杆(54)，所述滑動板(53)一側的底部固定連接有彈簧三(56)。
8.所述滑動杆(54)的一端固定連接有壓塊(55)，所述壓塊(55)的底部搭接有下模具(58)，所述壓塊(55)的頂部與彈簧三(56)的底部固定連接，所述底板(1)的頂部開設有放置槽(57)，所述放置槽(57)內腔的底部與下模具(58)的底部搭接。		蘇州業馳機械科技有限公司CN215000 江蘇省蘇州市太倉市東倉北路158號1-1#三樓蘇州業馳機械科技有限公司CN ---B21D022/02B21D022/02
B21D053/24
B21D055/00
B21D037/04		14-----------崔飛
朱槐玲		2-
張勤
北京鼎雲升智慧財產權代理事務所(普通合夥) 11495		20241119----0-0-00-00-20蘇州業馳機械科技有限公司Valid-------------
47
CN222026122U2024-11-19一種可以快速擰卸螺紋結構modelCN202420805561.82024-04-18本實用新型涉及一種螺紋結構，屬於螺紋結構技術領域，具體是一種可以快速擰卸螺紋結構，包括母扣，母扣的上表面貫穿開設有裝配孔，母扣的下表面固定連接有兩個齒塊一，還包括子齒機構；子齒機構包括固定杆，固定杆的表面固定連接有兩個齒塊二，兩個齒塊二分別與對應兩個齒塊一螺紋可拆連接，固定杆的底端固定連接有弧形頭，固定杆的表面固定連接有兩個限位塊，固定杆、限位塊和齒塊二與裝配孔相適配；本實用新型通過設置的螺紋結構，替代原有複雜的全螺紋擰入固定的螺紋只需擰90度角即可以牢固鎖定，解決了現有的螺紋結構在拆卸時，通常使用扳手或者電動扳手進行操作，但使用扳手旋緊需要耗費較長時間，且人工作業，費時費力的問題。;1.一種可以快速擰卸螺紋結構，包括母扣(1)，其特徵在於：所述母扣(1)的上表面貫穿開設有裝配孔(2)，所述母扣(1)的下表面固定連接有兩個齒塊一(4)，兩個所所述齒塊一(4)對稱分佈在裝配孔(2)的下方，還包括子齒機構；所述子齒機構包括固定杆(6)，所述固定杆(6)的表面固定連接有兩個齒塊二(9)，兩個所述齒塊二(9)分別與對應兩個齒塊一(4)螺紋可拆連接，所述固定杆(6)的底端固定連接有弧形頭(7)，所述固定杆(6)的表面固定連接有兩個限位塊(8)，所述固定杆(6)、限位塊(8)和齒塊二(9)與裝配孔(2)相適配。1.一種可以快速擰卸螺紋結構，包括母扣(1)，其特徵在於：所述母扣(1)的上表面貫穿開設有裝配孔(2)，所述母扣(1)的下表面固定連接有兩個齒塊一(4)，兩個所所述齒塊一(4)對稱分佈在裝配孔(2)的下方，還包括子齒機構；所述子齒機構包括固定杆(6)，所述固定杆(6)的表面固定連接有兩個齒塊二(9)，兩個所述齒塊二(9)分別與對應兩個齒塊一(4)螺紋可拆連接，所述固定杆(6)的底端固定連接有弧形頭(7)，所述固定杆(6)的表面固定連接有兩個限位塊(8)，所述固定杆(6)、限位塊(8)和齒塊二(9)與裝配孔(2)相適配。
2.所述母扣(1)的上表面貫穿開設有兩個安裝孔(3)。
3.所述固定杆(6)的頂端固定連接有連接塊(10)，所述連接塊(10)的上表面固定連接有固定盤(5)，所述固定盤(5)的上表面設置有擰把(11)。
4.所述擰把(11)的兩側均設置有兩個防滑條(12)，所述擰把(11)通過兩個加強筋(13)與固定盤(5)的上表面相連接。
5.兩個所述限位塊(8)和齒塊二(9)呈環形均勻分佈在固定杆(6)的表面。
6.所述防滑條(12)設置有四個，對稱分佈在擰把(11)的兩側。		寧波市成蹊戶外用品製造有限公司CN315321 浙江省寧波市慈溪市逍林鎮振興村胡家路50號寧波市成蹊戶外用品製造有限公司CN ---F16B035/00F16B035/00
F16B037/08		12-----------高小勇1- 李國榮
北京鼎雲升智慧財產權代理事務所(普通合夥) 11495		20241119----0-0-00-00-20寧波市成蹊戶外用品製造有限公司Valid-------------
48
CN118621220B2024-11-19一種14.9級螺栓用冷鐓鋼高碳碳素盤條及其製造方法inventionCN202411110888.42024-08-14本發明涉及一種14.9級螺栓用冷鐓鋼高碳碳素盤條及其製造方法，基於過共析含Cr化學成分控軋吐絲為盤條後進行線上鹽浴控溫，使盤條以≥37℃/s的冷速降溫至珠光體相區進行等溫相變，控制二次網碳析出，控制盤條形成珠光體和索氏體，同時促進新形成的珠光體和索氏體組織經過等溫軟化，碳化物向球化組織轉變，最後經過輥道緩冷，制為顯微組織包括少部分回火珠光體、大部分回火索氏體、其餘為准球化碳化物的冷鐓鋼盤條，實現盤條強塑性匹配，抗拉強度可達1205~1255MPa，斷面收縮率可達40%~46%，用於製造14.9級螺栓等應用領域，能夠有效降低材料成本、提高成材率，滿足小規格螺栓製造需求，具有良好應用前景。;1.一種14.9級螺栓用冷鐓鋼高碳碳素盤條，其特徵在於，所述冷鐓鋼高碳碳素盤條的化學成分及品質百分比包括：C：0.80％~0.84％、Si：0.30％~0.50％、Mn：0.53％~0.67％、Cr：0.30％~0.40％、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占21%~26%的回火珠光體、體積百分比占70%~77%的回火索氏體、其餘為准球化碳化物所組成的混合組織；其製造方法包括：按所述14.9級螺栓用冷鐓鋼高碳碳素盤條的化學成分控軋生產線材，線材按≥925℃的吐絲溫度吐絲為盤條後，進行線上鹽浴控溫，使盤條以≥37℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成小部分珠光體和大部分索氏體，同時促進新形成的珠光體和索氏體組織經過等溫軟化，碳化物向球化組織轉變，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體、准球化碳化物所組成混合組織的冷鐓鋼盤條；所述線上鹽浴控溫控制熔鹽溫度為500~550℃，處理時間為250~450s。1.一種14.9級螺栓用冷鐓鋼高碳碳素盤條，其特徵在於，所述冷鐓鋼高碳碳素盤條的化學成分及品質百分比包括：C：0.80％~0.84％、Si：0.30％~0.50％、Mn：0.53％~0.67％、Cr：0.30％~0.40％、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占21%~26%的回火珠光體、體積百分比占70%~77%的回火索氏體、其餘為准球化碳化物所組成的混合組織；其製造方法包括：按所述14.9級螺栓用冷鐓鋼高碳碳素盤條的化學成分控軋生產線材，線材按≥925℃的吐絲溫度吐絲為盤條後，進行線上鹽浴控溫，使盤條以≥37℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成小部分珠光體和大部分索氏體，同時促進新形成的珠光體和索氏體組織經過等溫軟化，碳化物向球化組織轉變，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體、准球化碳化物所組成混合組織的冷鐓鋼盤條；所述線上鹽浴控溫控制熔鹽溫度為500~550℃，處理時間為250~450s。
2.
3.
4.一種14.9級螺栓用冷鐓鋼高碳碳素盤條的製造方法，其特徵在於，其製造方法包括：按權利要求1所述14.9級螺栓用冷鐓鋼高碳碳素盤條的化學成分控軋生產線材，線材按≥925℃的吐絲溫度吐絲為盤條後，進行線上鹽浴控溫，使盤條以≥37℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成小部分珠光體和大部分索氏體，同時促進新形成的珠光體和索氏體組織經過等溫軟化，碳化物向球化組織轉變，最後經過輥道緩冷，制為顯微組織包括體積百分比占21%~26%的回火珠光體、體積百分比占70%~77%的回火索氏體、其餘為准球化碳化物所組成混合組織的冷鐓鋼盤條；所述線上鹽浴控溫控制熔鹽溫度為500~550℃，處理時間為250~450s。
5.
6.
7.
8.
9.		江蘇永鋼集團有限公司CN215600 江蘇省蘇州市張家港市南豐鎮永聯工業園永鋼大道100號江蘇永鋼集團有限公司CN ---C22C038/02C22C038/02
C22C038/04
C22C038/18
C21D008/06		22-----------彭夢都
胡俊輝
陳遠清		3-

邵娟
南京智造力智慧財產權代理有限公司 32382		20241119-蔡燦蔡燦CN1141344101-0-00CN118621220B11-20江蘇永鋼集團有限公司Valid-------------
49
EP4007865B12024-11-27HYBRID THREAD GEOMETRY FOR THREADED FITTINGinvention20757217.32020-07-31A threaded fitting (10) comprising a first plurality of threads (T) from a first end of the fitting to a transition thread (TT) and a second plurality of threads (S) from the transition thread to a second end of the fitting. The first plurality of threads (T) is configured to provide a labyrinth type seal minimizing the migration of at least dust and/or gases across a thick-walled enclosure. The second plurality of threads (S) is configured to engage a lock-nut in thin-walled enclosures, or a plurality of pre-formed threads within an aperture of thick-walled enclosures, for minimizing the migration of at least fluids/water across one of the thin- or thick-walled enclosure. The first and second plurality of threads are serially-arranged and may be used either thin or thick-walled enclosures to retard a passage of at least one of either gas, fluid, dust and flame.A threaded fitting (10), comprising:
a first plurality of threads (T) configured to provide a labyrinth type seal minimizing migration of at least hazardous dust or gases;a second plurality of threads (S) configured to provide a labyrinth type seal for attenuating vibration while minimizing migration of at least fluids; anda transition thread (TT) between the first plurality of threads and the second plurality of threads,wherein the first and second plurality of threads are serially-arranged and may be used for either thin or thick-walled enclosures to retard a passage of at least one of gas, fluid, dust or flame,wherein each thread of the first plurality of threads has a root diameter (D1) which tapers from the transition thread to a reference plane zero, and a crest diameter (D3) which forms a straight angle or is parallel to an elongate axis (10A) of the thread fitting,wherein the second plurality of threads has a root diameter (D4) which is straight or parallel to the elongate axis (10A) of the threaded fitting.		A threaded fitting (10), comprising:
a first plurality of threads (T) configured to provide a labyrinth type seal minimizing migration of at least hazardous dust or gases;a second plurality of threads (S) configured to provide a labyrinth type seal for attenuating vibration while minimizing migration of at least fluids; anda transition thread (TT) between the first plurality of threads and the second plurality of threads,wherein the first and second plurality of threads are serially-arranged and may be used for either thin or thick-walled enclosures to retard a passage of at least one of gas, fluid, dust or flame,wherein each thread of the first plurality of threads has a root diameter (D1) which tapers from the transition thread to a reference plane zero, and a crest diameter (D3) which forms a straight angle or is parallel to an elongate axis (10A) of the thread fitting,wherein the second plurality of threads has a root diameter (D4) which is straight or parallel to the elongate axis (10A) of the threaded fitting.
The threaded fitting according to claim 1, wherein each thread of the second plurality of threads further has a crest diameter (D6) which forms a straight angle or is parallel to the elongate axis.
The threaded fitting according to claim 1, wherein each thread of the second plurality of threads includes a crest diameter (D6) that is equal to the crest diameter (D3) of the first plurality of threads.
The threaded fitting according to claim 1, wherein the transition thread has a crest diameter (D3) equal to a crest diameter (D6) of the second plurality of threads and a root diameter (D5) which is equal to the root diameter (D4) of the second plurality of threads.
The threaded fitting according to claim 1, wherein the first plurality of threads includes between four and six threads. -->
The threaded fitting according to claim 1, wherein the taper of the root diameter of first plurality of threads varies from between about one degree (1°) to about two and one quarter degrees (2 ¼°) relative to the elongate axis.
The threaded fitting according to claim 5, wherein the taper of the root diameter of the first plurality of threads is between about one and three quarters (1 12/16ths) degrees to about one and thirteen sixteenths degrees (1 13/16ths).
The threaded fitting according to claim 1, wherein the second plurality of threads includes between four and six threads.
The threaded fitting according to claim 1 wherein the first plurality of threads is configured to engage threads formed in an aperture of a thick-walled enclosure to provide an explosion-proof seal.
The threaded fitting according to claim 1 wherein the second plurality of threads is configured to engage a lock-nut to secure the threaded fitting to a thin-walled enclosure.
The threaded fitting according to claim 1 wherein the second plurality of threads is configured to engage threads formed in an aperture of a thick-walled enclosure to provide a weatherproof seal.
A me...		Eaton Intelligent Power LimitedEaton Intelligent Power LimitedIE30 Pembroke Road Dublin 4---F16L005/06F16L005/06
F16L041/14
F16B033/00
F16B033/02
H02G003/06		34F16L0005/04F16L0005/04
F16L0005/06
F16L0015/001
F16L0015/006
F16L0041/14
H02G0003/0675
F16B0033/02
F16B0033/004		----201962881742 P2019-08-01USGARCHA, Amrik Singh1GB Tipton, WM DY4 8TWWagner & Geyer---0EP0 669 110
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CA3145866A1		77-16Eaton Intelligent Power Limited-------------
50
CN118653094B2024-11-19一種15.9級非調質型螺栓用冷鐓鋼盤條及其製造方法inventionCN202411133211.22024-08-19本發明涉及一種15.9級非調質型螺栓用冷鐓鋼盤條及其製造方法，採用高C‑Si‑Mn‑Cr‑Al‑V成分軋製吐絲為盤條後進行線上鹽浴相變調控，盤條先經過第一段熔鹽並以≥35℃/s的冷速降溫至珠光體相區進行等溫相變，促進盤條中的部分奧氏體轉變為珠光體組織，再經過第二段熔鹽降溫等溫，促進盤條中未轉變的奧氏體轉變為貝氏體組織，同時使盤條回火軟化、含礬碳化物彌散析出，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火貝氏體混合組織的冷鐓鋼盤條，能夠實現盤條高強度與高塑性匹配，降低材料成本，達到抗拉強度為1430~1480MPa，斷面收縮率為40%~45%，適用於15.9級非調質型螺栓高效綠色製造。;1.一種15.9級非調質型螺栓用冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.87％~0.90％、Si：0.40％~0.58％、Mn：0.40％~0.60％、Cr：0.10％~0.30%、Al：0.20％~0.40％、V：0.010％~0.025%、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比≥60%的回火珠光體、體積百分比≥35%的回火貝氏體所組成的混合組織；其製造方法包括：按所述15.9級非調質型螺栓用冷鐓鋼盤條的化學成分軋製生產線材，線材按≥910℃的吐絲溫度吐絲為盤條後，進行線上鹽浴相變調控，使盤條先經過第一段熔鹽，盤條以≥35℃/s的冷速降溫至珠光體相區進行等溫相變，促進盤條中的部分奧氏體轉變為珠光體組織，盤條再經過第二段熔鹽降溫等溫，促進盤條中未轉變的奧氏體轉變為貝氏體組織，同時使盤條回火軟化、含礬碳化物彌散析出，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火貝氏體所組成混合組織的冷鐓鋼盤條；所述第一段熔鹽的熔鹽溫度為555~580℃，處理時間為30~50s，所述第二段熔鹽的熔鹽溫度為450～500℃，處理時間為100~300s；所述輥道緩冷先控制盤條以0.1~0.45℃/s的冷卻速度緩冷50~200s，再控制盤條以0.75~1.5℃/s的冷卻速度冷卻至集卷。1.一種15.9級非調質型螺栓用冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.87％~0.90％、Si：0.40％~0.58％、Mn：0.40％~0.60％、Cr：0.10％~0.30%、Al：0.20％~0.40％、V：0.010％~0.025%、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比≥60%的回火珠光體、體積百分比≥35%的回火貝氏體所組成的混合組織；其製造方法包括：按所述15.9級非調質型螺栓用冷鐓鋼盤條的化學成分軋製生產線材，線材按≥910℃的吐絲溫度吐絲為盤條後，進行線上鹽浴相變調控，使盤條先經過第一段熔鹽，盤條以≥35℃/s的冷速降溫至珠光體相區進行等溫相變，促進盤條中的部分奧氏體轉變為珠光體組織，盤條再經過第二段熔鹽降溫等溫，促進盤條中未轉變的奧氏體轉變為貝氏體組織，同時使盤條回火軟化、含礬碳化物彌散析出，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火貝氏體所組成混合組織的冷鐓鋼盤條；所述第一段熔鹽的熔鹽溫度為555~580℃，處理時間為30~50s，所述第二段熔鹽的熔鹽溫度為450～500℃，處理時間為100~300s；所述輥道緩冷先控制盤條以0.1~0.45℃/s的冷卻速度緩冷50~200s，再控制盤條以0.75~1.5℃/s的冷卻速度冷卻至集卷。
2.
3.
4.一種15.9級非調質型螺栓用冷鐓鋼盤條的製造方法，其特徵在於，其製造方法包括：按權利要求1所述15.9級非調質型螺栓用冷鐓鋼盤條的化學成分軋製生產線材，線材按≥910℃的吐絲溫度吐絲為盤條後，進行線上鹽浴相變調控，使盤條先經過第一段熔鹽，盤條以≥35℃/s的冷速降溫至珠光體相區進行等溫相變，促進盤條中的部分奧氏體轉變為珠光體組織，盤條再經過第二段熔鹽降溫等溫，促進盤條中未轉變的奧氏體轉變為貝氏體組織，同時使盤條回火軟化、含礬碳化物彌散析出，最後經過輥道緩冷，制為顯微組織包括體積百分比≥60%的回火珠光體、體積百分比≥35%的回火貝氏體所組成混合組織的冷鐓鋼盤條；所述第一段熔鹽的熔鹽溫度為555~580℃，處理時間為30~50s，所述第二段熔鹽的熔鹽溫度為450～500℃，處理時間為100~300s；所述輥道緩冷先控制盤條以0.1~0.45℃/s的冷卻速度緩冷50~200s，再控制盤條以0.75~1.5℃/s的冷卻速度冷卻至集卷。
5.
6.
7.所述第二段熔鹽的熔鹽迴圈量為300~400t/h，熔鹽溫升≤7℃。
8.		江蘇永鋼集團有限公司CN215600 江蘇省蘇州市張家港市南豐鎮永聯工業園永鋼大道100號江蘇永鋼集團有限公司CN ---C22C038/02C22C038/02
C22C038/04
C22C038/06
C22C038/24
C21D001/46
C21D001/18
C21D006/00
C21D008/06
C21D011/00		25-----------彭夢都
屈小波
時彤彤		3-

邵娟
南京智造力智慧財產權代理有限公司 32382		20241119-張玲榕張玲榕CN116145036
CN118166190		2-0-00CN118653094B11-20江蘇永鋼集團有限公司Valid-------------
51
EP4193068B12024-11-20FASTENING ELEMENT AND ADJUSTMENT SYSTEM COMPRISING A FASTENING ELEMENTinvention21745963.52021-07-15The invention relates to a fastening element, in particular an eccentric screw, and an adjustment system comprising a fastening element. Fastening elements are already known from the prior art. These are often used in an adjustment system in order, for example, to adjust chassis parts of a vehicle. For this, eccentric elements are often mounted or moulded on the fastening element in order to achieve adjustability in this way. To achieve secure positioning of the eccentric element on the fastening element, it is often guided on the fastening element in a rotationally fixed manner via a groove. The problem with this, however, is that the groove results in particularly expensive production of the fastening element, in particular owing to the shaping of the thread of the fastening element, since the shaping tool for shaping the thread is often damaged and/or severely worn by the groove, in particular the ramp thereof, and therefore these tools have only a short service life. It is therefore the object of the present invention to achieve cost-effective production of a fastening element, in particular for an adjustment system, in which the fastening element should at the same time have a high mechanical load-bearing capacity.

Fastening element (1) comprising a screw element (2),
wherein the screw element (2) extends along a longitudinal direction (L),wherein the screw element (2) has a threaded section (4), a head (6) and a groove (8),wherein the groove (8) extends in particular along the longitudinal direction (L),wherein the groove (8) has an end section (E1) close to the head and a distal end section (E2),wherein the end section (E1) close to the head is arranged closer to the head (6) in the longitudinal direction (L) than the threaded section (4),wherein the groove (8) extends at least partially through the threaded section (4),wherein the screw element (2) has a strength class of greater than or equal to 10.9,wherein the groove (8) has a rounded bottom and/or rounded side sections in a sectional plane whose normal is parallel to the longitudinal direction (L),wherein a ratio of the radius of curvature of the bottom and/or side section of the groove (8) to the diameter of the threaded portion (4) isin a range from 0.1 to 0.5, preferably in a range from 0.2 to 0.3,characterized in that the groove (8) is embossed and/or rolled.		Fastening element (1) comprising a screw element (2),
wherein the screw element (2) extends along a longitudinal direction (L),wherein the screw element (2) has a threaded section (4), a head (6) and a groove (8),wherein the groove (8) extends in particular along the longitudinal direction (L),wherein the groove (8) has an end section (E1) close to the head and a distal end section (E2),wherein the end section (E1) close to the head is arranged closer to the head (6) in the longitudinal direction (L) than the threaded section (4),wherein the groove (8) extends at least partially through the threaded section (4),wherein the screw element (2) has a strength class of greater than or equal to 10.9,wherein the groove (8) has a rounded bottom and/or rounded side sections in a sectional plane whose normal is parallel to the longitudinal direction (L),wherein a ratio of the radius of curvature of the bottom and/or side section of the groove (8) to the diameter of the threaded portion (4) isin a range from 0.1 to 0.5, preferably in a range from 0.2 to 0.3,characterized in that the groove (8) is embossed and/or rolled.
Fastening element (1) according to claim 1,
wherein the groove (8) extends completely through the threaded section (4).
Fastening element (1) according to one of the preceding claims, -->wherein the screw element (2) has an entrainment area (10),wherein the entrainment area (10) is arranged closer to the head (6), in particular in the longitudinal direction (L), than the end section (E1) of the groove (8) close to the head and/or than the threaded section (4).
Fastening element (1) according to one of the preceding claims,
wherein the end section (E1) of the groove (8) close to the head lies in the longitudinal direction (L) between the threaded section (4) and the entrainment area (10).
Fastening element (1) according to one of the preceding claims,
wherein the entrainment area (10) has the same core diameter and/or outer diameter as the threaded section (4).
Fastening element (1) according to one of the preceding claims,
wherein the entrainment area (10) has entrainment structures on its outer circumference,wherein the entrainment structures enable positive torque transmission in the longitudinal direction (L).
Fastening element (1) according to one of the preceding claims,
wherein the entrainment structure is a spline and/or a thread.
Fastening element (1) according to one of the preceding claims,
wherein the end section (E1) of the groove (8) close to the head, in particular when viewed in the longitudinal direction (L), is arranged in an annular groove (14) running around the longitudinal direction (L).
Fastening element (1) according to one of the preceding claims,
wherein the fastening element (1) has an eccentric structure (16),wherein the eccentric structure (16) is rotationally fixed about the longitudinal direction (L) to the screw element (2). -->
Fastening element (1) according to one of the preceding claims,
wherein t...		KAMAX Holding GmbH & Co. KGKAMAX Holding GmbH & Co. KGDEDr.-Rudolf-Kellermann-Strasse 2 35315 Homberg (Ohm)---F16B005/02F16B005/02
F16B035/06		12F16B0005/0225F16B0005/0225
F16B0035/06		----1020201208062020-08-06DESCHMITT, Thorsten1DE 35321 LaubachMüller Schupfner & Partner
Patent- und Rechtsanwaltspartnerschaft mbB (Muc)		---0DE102017 216 362
JPH 094 623
JPS63 190 919
US2016 059 653
US7 370 868
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CA3188252A1		99-17KAMAX Holding GmbH & Co. KG-------------
52
EP4101570B12024-11-20METHOD AND DEVICE FOR MONITORING AND / OR REGULATING A FLOW HOLE AND THREAD-FORMING PROCESSinvention22177179.32022-06-03Die Erfindung betrifft ein Verfahren und eine Vorrichtung zur Vereinfachung eines Fließloch-Schraubprozesses, bei welchem die während des Prozesses verrichtete Arbeit in eine zu beobachtende Prozessgröße E einfließt, die mit analog gebildeten Vergleichswerten verglichen werden kann, um über den ordnungsgemäßen oder fehlerhaften Ablauf des Prozesses entscheiden zu können.
Method for monitoring and/or controlling a flow drilling and thread forming process, in which a joining element having a thread portion, in particular a flow drilling screw, is driven with a rotational speed (N), with a torque (M) and with a feed force (F) over a distance (Z) (penetration depth) into and through a workpiece, comprising the following method steps:
a) forming at least one process variable (E) using the energy expended in carrying out the method or an auxiliary value derived therefrom;b) comparing the process variable (E) thus recorded with at least one comparison value (E*, E1*, E2*...) specified for carrying out the method or determined during the method;c) outputting a control and/or display signal dependent on this comparison in order to indicate whether the method is running correctly or incorrectly and/or to control the method depending on the comparison,characterized in thatd) the process variable (E) is formed by means of summing the energy expended from a specifiable start event to a specifiable method event or an auxiliary value derived therefrom.		Method for monitoring and/or controlling a flow drilling and thread forming process, in which a joining element having a thread portion, in particular a flow drilling screw, is driven with a rotational speed (N), with a torque (M) and with a feed force (F) over a distance (Z) (penetration depth) into and through a workpiece, comprising the following method steps:
a) forming at least one process variable (E) using the energy expended in carrying out the method or an auxiliary value derived therefrom;b) comparing the process variable (E) thus recorded with at least one comparison value (E*, E1*, E2*...) specified for carrying out the method or determined during the method;c) outputting a control and/or display signal dependent on this comparison in order to indicate whether the method is running correctly or incorrectly and/or to control the method depending on the comparison,characterized in thatd) the process variable (E) is formed by means of summing the energy expended from a specifiable start event to a specifiable method event or an auxiliary value derived therefrom.
Method according to claim 1, characterized in that a second process variable is formed by means of a gradient (E3), which relates the currently expended energy or an auxiliary value derived therefrom to the time (t) or the penetration depth (Z) or the rotational speed (N) or the feed force (F).
Method according to either claim 1 or 2, characterized in that the flow drilling and thread forming process is divided into successive process steps, where for each process step, at least one comparison value (E*, E1*, E2*...) associated therewith is stored in a control system. -->
Method according to claims 2 and 3, characterized in that the process variable (E) is compared with the associated comparison value (E*, E1*, E2*...) during a process step.
Method according to claim 3, characterized in that the process variable (E) is compared, after completing one or more process steps, with the sum of the individual comparison values (E*) of the process steps completed up to that point.
Method according to any of the preceding claims, characterized in that the flow drilling and thread forming process comprises the following process steps:
1. positioning the joining element on the workpiece (finding);2. increasing the rotational speed (N) and pressing the joining element against the workpiece until the workpiece begins to flow, the joining element then being pressed into the workpiece up to the beginning of the thread portion (pull-through forming);3. screwing the joining element into the workpiece while simultaneously forming a thread in the workpiece (thread forming);4. screwing the joining element into the workpiece until a head of the joining element rests on the workpiece and tightening the joining element (final tightening).
Method according to any of the preceding claims, characterized in that the comparison values (E*, E1*, E2*...) to be used for comparison with the process variab...		Atlas Copco IAS GmbHAtlas Copco IAS GmbHDEGewerbestrasse 52 75015 Bretten---B23G007/00B23G007/00
B21J005/06
B21J015/02
B21J015/12		23B23G0007/00B23G0007/00
B21J0005/066
B21J0015/027
B21J0015/285		----1020211152092021-06-11DELudsteck, Michael
Guglhör, Manuel		2DE 81669 München
83671 Benediktbeuern		Eder Schieschke & Partner mbB---0EP2 954 973
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DE102016 007 332
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EP2954973
DE102015005759		720EP4101570B1
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DE102021115209B4		54-18Atlas Copco IAS GmbH-------------
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US20240384743A12024-11-21Serviceable Post Retainerinvention18/6495362024-04-29Disclosed is a push-on fastener to couple a first component to a second component via a post associated with the second component. The push-on fastener includes an annular body, a retention flange, and a release tab. The annular body defines a topside surface, an underside surface, and a retainer opening configured to receive at least a portion of the post. The retention flange is resiliently coupled to the annular body and arranged to engage the post. The retention flange is oriented toward a center of the retainer opening and canted away from the topside surface at a first angle. The release tab is coupled to the retention flange and flexes or to biases the retention flange away from the post to enable removal of the push-on fastener from the post.1. A push-on fastener to couple a first component to a second component via a post associated with the second component, the push-on fastener comprising:
an annular body with a topside surface and an underside surface, wherein the annular body defines a retainer opening configured to receive at least a portion of the post;a retention flange resiliently coupled to the annular body and configured to engage the post, wherein the retention flange is oriented toward a center of the retainer opening and canted away from the topside surface at a first angle; anda release tab coupled to the retention flange and configured to flex or to bias the retention flange away from the post.		1. A push-on fastener to couple a first component to a second component via a post associated with the second component, the push-on fastener comprising:
an annular body with a topside surface and an underside surface, wherein the annular body defines a retainer opening configured to receive at least a portion of the post;a retention flange resiliently coupled to the annular body and configured to engage the post, wherein the retention flange is oriented toward a center of the retainer opening and canted away from the topside surface at a first angle; anda release tab coupled to the retention flange and configured to flex or to bias the retention flange away from the post.
2. The push-on fastener of claim 1, wherein the retention flange comprises a resilient leg portion and a head portion positioned an end of the resilient leg portion.
3. The push-on fastener of claim 2, wherein the release tab is punched and bent from the resilient leg portion.
4. The push-on fastener of claim 1, wherein the first angle is between 15 and 45 degrees.
5. The push-on fastener of claim 1, wherein the release tab is canted away from the retention flange at a second angle.
6. The push-on fastener of claim 5, wherein the second angle is between 80 and 100 degrees.
7. The push-on fastener of claim 1, wherein the release tab comprises a catch portion and a sidewall portion.
8. The push-on fastener of claim 7, wherein the sidewall portion is bent at an edge to form the catch portion.
9. The push-on fastener of claim 1, wherein the retention flange is configured to release the push-on fastener from the post when biased via the release tab.
10. The push-on fastener of claim 1, wherein the push-on fastener is a stamped-metal component.
11. A stamped-metal push-on fastener to couple a first component to a second component via a post associated with the second component, the stamped-metal push-on fastener comprising:
an annular body with a topside surface and an underside surface, wherein the annular body defines a retainer opening configured to receive at least a portion of the post;a plurality of retention flanges resiliently coupled to the annular body and configured to engage the post,wherein each of the plurality of retention flanges is oriented toward a center of the retainer opening and canted away from the topside surface at a first angle; anda plurality of release tabs, wherein each of the plurality of release tabs is coupled to one of the plurality of retention flanges and configured to flex or to bias the said one of the plurality of retention flanges away from the post.
12. The stamped-metal push-on fastener of claim 11, wherein the first angle is between 15 and 45 degrees.
13. The stamped-metal push-on fastener of claim 11, wherein each of the plurality of release tabs is canted away from said one of the plurality of retention flanges at a second angle that is between 80 and 100 degrees.
14. The stamped-metal push-on fastener of claim 11, wherein each...		Illinois Tool Works Inc.USIllinois Tool Works Inc.US----F16B021/20F16B021/20
F16B005/06		12-F16B0021/20F16B0021/20
F16B0005/0621		--------Mark Beyer1USMI Armada-------0-0-00-00-20Illinois Tool Works Inc.Pub.-------------
54
EP4410448B12024-11-20APPARATUS FOR HOT UPSETTING FORMING OF FASTENERinvention23162219.22023-03-16The present invention relates to the technical field of hot upsetting forming apparatuses and discloses an apparatus for hot upsetting forming of a fastener, the apparatus comprising a heating assembly and a hot upsetting assembly, wherein the heating assembly comprises at least a first frame, and a first manipulator, a second manipulator and a heating device that are fixed to the first frame, wherein the first manipulator is configured to transfer a workpiece from a vibratory inline feeder with a magazine to the heating device, and the second manipulator is configured to transfer the workpiece from the heating device to a hot upsetting station of the hot upsetting assembly; the hot upsetting assembly comprises at least a hot upsetting machine, and a third manipulator and a fourth manipulator that are fixed to the hot upsetting machine; and the third manipulator is configured to spray a lubricant on a workpiece to be machined, and the fourth manipulator is configured to transfer the workpiece from the hot upsetting machine to the workbin. The apparatus for hot upsetting forming of a fastener according to the present invention has a rational layout and high production efficiency.
An apparatus for hot upsetting forming of a fastener, wherein the apparatus comprises:
a heating assembly (1), the heating assembly (1) comprising a frame (2), and a first manipulator (3), a second manipulator (4), a vibratory inline feeder (23) and a heating device (6) that are fixed to the frame (2), a hot upsetting assembly (7), and a workbin (11), wherein the vibratory inline feeder is provided with a magazine, the heating device (6) is provided with a heating station for heating a workpiece, and the hot upsetting assembly is provided with a hot upsetting station, the firstmanipulator (3) is configured to transfer the workpiece from the magazine to the heating station of the heating device (6), and the second manipulator (4) is configured to transfer the workpiece from the heating station of the heating device (6) to the hot upsetting station of the hot upsetting assembly (7); andthe hot upsetting assembly (7) comprises a hot upsetting machine (8), and a die (37) for fixing the workpiece, wherein the die (37) is connected to the hot upsetting machine (8),characterized in that the hot upsetting assembly further comprisesa third manipulator (9) and a fourth manipulator (10) that are fixed to the hot upsetting machine (8), the third manipulator (9) being configured to spray a lubricant into the die (37), and the fourth manipulator (10) being configured to transfer theworkpiece from the die (37) to the workbin (11), and in that the heating assembly (1) further comprises:
a first measurement device (12), a second measurement device (13), a third measurement device (31), and a fourth measurement device (35), wherein the first measurement device (12) is arranged above the magazine, and is configured to measure the number and placement positions of workpieces; and the second measurement device (13) is configured to measure the size and orientation of a workpiece, the third measurement device (31) is configured to measure the temperature of the workpiece when a product is in the heating device (6), and the fourth measurement device (35) is arranged on a side of the hot upsetting assembly (7), and is configured to detect whether the second manipulator (4) properly places the workpiece into the die (37) of the hot upsetting machine (8).		An apparatus for hot upsetting forming of a fastener, wherein the apparatus comprises:
a heating assembly (1), the heating assembly (1) comprising a frame (2), and a first manipulator (3), a second manipulator (4), a vibratory inline feeder (23) and a heating device (6) that are fixed to the frame (2), a hot upsetting assembly (7), and a workbin (11), wherein the vibratory inline feeder is provided with a magazine, the heating device (6) is provided with a heating station for heating a workpiece, and the hot upsetting assembly is provided with a hot upsetting station, the firstmanipulator (3) is configured to transfer the workpiece from the magazine to the heating station of the heating device (6), and the second manipulator (4) is configured to transfer the workpiece from the heating station of the heating device (6) to the hot upsetting station of the hot upsetting assembly (7); andthe hot upsetting assembly (7) comprises a hot upsetting machine (8), and a die (37) for fixing the workpiece, wherein the die (37) is connected to the hot upsetting machine (8),characterized in that the hot upsetting assembly further comprisesa third manipulator (9) and a fourth manipulator (10) that are fixed to the hot upsetting machine (8), the third manipulator (9) being configured to spray a lubricant into the die (37), and the fourth manipulator (10) being configured to transfer theworkpiece from the die (37) to the workbin (11), and in that the heating assembly (1) further comprises:
a first measurement device (12), a second measurement device (13), a third measurement device (31), and a fourth measurement device (35), wherein the first measurement device (12) is arranged above the magazine, and is configured to measure the number and placement positions of workpieces; and the second measurement device (13) is configured to measure the size and orientation of a workpiece, the third measurement device (31) is configured to measure the temperature of the workpiece when a product is in the heating device (6), and the fourth measurement device (35) is arranged on a side of the hot upsetting assembly (7), and is configured to detect whether the second manipulator (4) properly places the workpiece into the die (37) of the hot upsetting machine (8).
The apparatus for hot upsetting forming of a fastener according to claim 1, characterized in that the third measurement device (31) comprises an infrared detector (14), a support (15), a first base (16), a second base (17), a third base (18), and a fourth base (19), wherein the support (15) is fixed to the frame (2), the first base (16) is rotatably connected to the support (15), the second base (17) is slidably connected to the first base (16), the third base (18) is slidably connected to the second base (17), the fourth base (19) is slidably connected to the third base (18), and sliding directions of the second base (17), the third base (18) and the fourth base (19) are perpendicular to each other; and the infrared ...		Oriental Bluesky Titanium Technology Co. LtdOriental Bluesky Titanium Technology Co. LtdCNNo.9 Haitian Road Yantai Hi-tech Industrial Development Zone
Yantai Shandong 264003		---B21J001/06B21J001/06
B21J003/00
B21J005/08
B21K001/46
B21K027/04
B21K029/00
B21J009/06		27Y02P0070/10Y02P0070/10
B21J0005/08
B21J0003/00
B21J0001/06
B21K0001/46
B21K0027/04
B21K0029/00
B21J0009/06		----2023100520602023-02-02CNQIAN, Yu
SUN, Kai
LI, Xizhi
LV, Nianhua
SUN, Jingyuan
SUN, Haoning
HUANG, Xing
LIU, Jiahui		8CN Shandong, 264003
Shandong, 264003
Shandong, 264003
Shandong, 264003
Shandong, 264003
Shandong, 264003
Shandong, 264003
Shandong, 264003		Ipside---0CN101 758 159
CN107 282 835
CN112 548 014
CN114 833 292
CN214 023 330
CN214 488 721
CN216 780 220
RU193 995
CN214023330
CN214488721
CN112548014
CN107282835		1210EP4410448B1
CN116197341B		22-19Oriental Bluesky Titanium Technology Co. Ltd-------------
55
US20240384740A12024-11-21BRACKET FOR CONNECTING FURNITURE PARTS AT RIGHT ANGLESinvention18/1983922023-05-17The present invention provides a connection system for connecting two furniture parts at right angles. A bracket has an exterior part and an insertable part. Both parts are connected to one another at a right angle. A threaded hole extends through the insertable part. A screw extends through the threaded hole and the two furniture parts are connected at a right angle as the screw is tightened.1. A connection system for connecting two furniture parts at right angles, said connection system comprising:
A. a bracket, comprising:
i. an exterior part,ii. an insertable part, said insertable part connected to said exterior part at a right angle,iii. a threaded hole section in said insertable part,B. a screw extending through said threaded hole section and connecting said two furniture parts at right angles as said screw is tightened.		1. A connection system for connecting two furniture parts at right angles, said connection system comprising:
A. a bracket, comprising:
i. an exterior part,ii. an insertable part, said insertable part connected to said exterior part at a right angle,iii. a threaded hole section in said insertable part,B. a screw extending through said threaded hole section and connecting said two furniture parts at right angles as said screw is tightened.
2. The connection system as in claim 1, wherein one of said two furniture parts is a bracket receiving part comprising a bracket receiving section and the other of said furniture parts is a connectable part to be connected said bracket receiving part.
3. The connection system as in claim 2, wherein said bracket receiving section comprises a screw access section and an insertable part receiving section.
4. The connection system as in claim 3, wherein said exterior part lies flush against said bracket receiving part and provides one wall of a screw access channel.
5. The connection system as in claim 3, wherein said insertable part is inserted into said insertable part receiving section.
6. The connection system as in claim 3, wherein said threaded hole section is a threaded tube extending downward from said insertable part.
7. The connection system as in claim 3, wherein said insertable part receiving section provides finger access for bracket insertion and removal.
8. The connection system as in claim 3, wherein screw extends through said connectable part into said bracket to connect said connectable part to said bracket receiving part at a right angle.
9. A method for connecting two furniture parts at right angles, said method comprising the steps of:
A. acquiring a bracket, said bracket comprising:
i. an exterior part,ii. an insertable part, said insertable part connected to said exterior part at a right angle, andiii. a threaded hole section in said insertable part,B. extending a screw through said threaded hole section,C. connecting said two furniture parts at right angles as said screw is tightened.
10. The method as in claim 9, wherein one of said two furniture parts is a bracket receiving part comprising a bracket receiving section and the other of said furniture parts is a connectable part to be connected said bracket receiving part.
11. The method as in claim 10, wherein said bracket receiving section comprises a screw access section and an insertable part receiving section.
12. The method as in claim 11, wherein said exterior part lies flush against said bracket receiving part and provides one wall of a screw access channel.
13. The method as in claim 11, wherein said insertable part is inserted into said insertable part receiving section.
14. The method as in claim 11, wherein said threaded hole section is a threaded tube extending downward from said insertable part.
15. The method as in claim 11, wherein said insertable part receiving section provides finger access for bracket insertion...		Brian FultonUSBrian FultonUS----F16B012/14F16B012/1411-F16B0012/14F16B0012/14
F16B2012/145		--------Brian Fulton1USCA Westminster-------0-0-10-00-19Brian FultonPub.-------------
56
EP4137731B12024-11-27UNIVERSAL TORQUE INDICATOR FITTING WITH POSITIVE LOCK FEATUREinvention22188855.52022-08-04A fitting assembly includes an indicator assembly that provides a visual indication of torque value to verify when the desired operational torque value is achieved. The fitting assembly includes a nut, and a visual indicator assembly positioned on the nut which has a plurality of visual indicators that provide a visual indication of a torque level being applied. A sleeve is attached to the nut and includes a window through which a portion of the visual indicators is visible based on the torque level being applied. A resilient member couples the sleeve to the nut. As the nut is rotated to apply torque to the nut, the resilient member biases the sleeve in a fixed position and the nut rotates relative to the sleeve, whereby the visual indicator assembly rotates relative to the sleeve to alter which portion of the visual indicator assembly is visible through the window to provide a visual indication of when the operational torque level is being applied. The fitting assembly includes a positive locking feature that interacts with a serrated portion of a nipple fluid connection to positively lock a position of the nut to prevent nut loosening.
A fitting assembly (10) for coupling a first fluid section (12) to a second fluid section (14), the fitting assembly (10) comprising:
a nut (22) having a first end (32) and a second end (34) opposite from the first end (32);a visual indicator assembly (16) positioned on the first end (32) of the nut, the visual indicator assembly (16) comprising a plurality of visual indicators (18, 19, 20) that provide a visual indication of a torque level being applied to the nut (22);a sleeve (24) attached to the nut (22) and including a window (42) through which a portion of the plurality of visual indicators (18, 19, 20) is visible based on the torque level being applied to the nut (22); anda resilient member (26) that couples the sleeve (24) to the nut (22);wherein as the nut (22) is rotated to apply torque to the nut, to thereby couple the first fluid section (12) to the second fluid section (14), the resilient member (26) biases the sleeve (24) in a fixed position and the nut (22) rotates relative to the sleeve (24), whereby the visual indicator assembly (16) rotates relative to the sleeve (24) to alter which portion of the visual indicator assembly (16) is visible through the window (42) to provide a visual indication of when the torque level being applied to the nut (22) is a desired operational torque level.		A fitting assembly (10) for coupling a first fluid section (12) to a second fluid section (14), the fitting assembly (10) comprising:
a nut (22) having a first end (32) and a second end (34) opposite from the first end (32);a visual indicator assembly (16) positioned on the first end (32) of the nut, the visual indicator assembly (16) comprising a plurality of visual indicators (18, 19, 20) that provide a visual indication of a torque level being applied to the nut (22);a sleeve (24) attached to the nut (22) and including a window (42) through which a portion of the plurality of visual indicators (18, 19, 20) is visible based on the torque level being applied to the nut (22); anda resilient member (26) that couples the sleeve (24) to the nut (22);wherein as the nut (22) is rotated to apply torque to the nut, to thereby couple the first fluid section (12) to the second fluid section (14), the resilient member (26) biases the sleeve (24) in a fixed position and the nut (22) rotates relative to the sleeve (24), whereby the visual indicator assembly (16) rotates relative to the sleeve (24) to alter which portion of the visual indicator assembly (16) is visible through the window (42) to provide a visual indication of when the torque level being applied to the nut (22) is a desired operational torque level.
The fitting assembly (10) of claim 1, wherein the sleeve (24) comprises a telescoping portion (39) that is positioned inserted within the nut (22), and a cover portion (40) that is positioned extending around and over the first end (32) of the nut and the visual indicator assembly (16).
The fitting assembly (10) of any of claims 1-2, wherein the resilient member (26) is a coil spring having a first end configured as a spring leg (48) that is positioned inserted within a spring groove (36) formed in the nut, and a second end that is positioned against the sleeve (24). -->
The fitting assembly (10) of any of claims 1-3, further comprising a spring pin (38) that is configurable from an extended position corresponding to a zero-torque state of the torque level being applied to the nut (22) to a retracted position corresponding to a non-zero torque state of the torque level being applied to the nut;
wherein in the extended position the spring pin (38) couples the sleeve (24) to the nut (22) such that the sleeve (24) and the nut (22) rotate together, and in the retracted position the spring pin (38) coupling of the sleeve (24) to the nut (22) is disengaged such that the nut (22) rotates relative to the sleeve (24).
The fitting assembly (10) of claim 4, wherein the spring pin (38) is a separate component from the nut (22) and the sleeve (24), and
wherein in the extended position the spring pin (38) is positioned in a nut pin hole (54) in the nut and extends through a sleeve pin hole (44) in the sleeve to couple the sleeve (24) to the nut (22), and in the retracted position the spring pin (38) does not extend through the sleeve pin hole (44) to disenga...		Parker-Hannifin CorporationParker-Hannifin CorporationUS6035 Parkland Blvd. Cleveland, Ohio 44124-4141---F16L019/025F16L019/025
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57
US12146520B22024-11-19Threaded rod connector with mouthwardly projecting armsinvention17/6281332020-08-10Threaded rod connector including a housing having a cavity for receiving a threaded rod therein, wherein the cavity has a mouth, and an insert including a plurality of rod engagement segments, which are arranged within the cavity, wherein the cavity has a tapered zone tapering towards the mouth for wedging the rod engagement segments against the threaded rod, wherein the insert further includes a plurality of segment carrying arms, each having a segment connection end and an interconnection end, which is located opposite the segment connection end on the respective segment carrying arm, wherein each of the rod engagement segments is connected to at least one of the segment carrying arms at the segment connection end thereof, and wherein the segment carrying arms are interconnected at their interconnection ends. Each of the segment carrying arms extends, originating from its segment connection end, towards the mouth of the cavity.1. A threaded rod connector comprising:
a housing having a cavity for receiving a threaded rod therein, the cavity having a mouth for inserting the threaded rod into the cavity, andan insert including a plurality of rod engagement segments arranged within the cavity, each of the rod engagement segments having a mating thread structure for engaging a thread of the threaded rod,the cavity having a tapered zone tapering towards the mouth of the cavity for wedging the rod engagement segments against the threaded rod,the insert further including a plurality of segment carrying arms, each having a segment connection end and an interconnection end located opposite the segment connection end on a respective segment carrying arm,each of the rod engagement segments being connected to at least one of the segment carrying arms at the segment connection end thereof, andthe segment carrying arms being interconnected at the interconnection ends,each of the segment carrying arms extends, originating from the segment connection end, towards the mouth of the cavity.		1. A threaded rod connector comprising:
a housing having a cavity for receiving a threaded rod therein, the cavity having a mouth for inserting the threaded rod into the cavity, andan insert including a plurality of rod engagement segments arranged within the cavity, each of the rod engagement segments having a mating thread structure for engaging a thread of the threaded rod,the cavity having a tapered zone tapering towards the mouth of the cavity for wedging the rod engagement segments against the threaded rod,the insert further including a plurality of segment carrying arms, each having a segment connection end and an interconnection end located opposite the segment connection end on a respective segment carrying arm,each of the rod engagement segments being connected to at least one of the segment carrying arms at the segment connection end thereof, andthe segment carrying arms being interconnected at the interconnection ends,each of the segment carrying arms extends, originating from the segment connection end, towards the mouth of the cavity.
2. The connector as recited in claim 1 wherein the insert sticks out of the cavity.
3. The connector as recited in claim 1 wherein the insert is free to rotate in the cavity.
4. The connector as recited in claim 1 wherein the insert further includes a collar interconnecting the segment carrying arms at the interconnection ends, the collar having a rod accommodation hole for accommodating the threaded rod.
5. The connector as recited in claim 4 wherein the insert further includes an engagement surface for wrench tool engagement for rotating the insert within the cavity, the engagement surface being provided on the collar.
6. The connector as recited in claim 1 wherein the insert has spring-tensionless axial play within the cavity.
7. The connector as recited in claim 1 wherein the insert further includes at least one stop surface for abutting against the housing to limit insertion depth of the insert into the cavity.
8. The connector as recited in claim 7 wherein the at least one stop surface is located on the collar.
9. The connector as recited in claim 7 wherein the at least one stop surface is configured for abutting against the housing at a location outside of the cavity to limit insertion depth of the insert into the cavity.
10. The connector as recited in claim 7 wherein the housing has a bearing surface annularly surrounding the mouth of the cavity for abutment of the at least one stop surface.
11. The connector as recited in claim 1 wherein the insert is monolithic.
12. The connector as recited in claim 1 wherein at least some of the rod engagement segments have a chamfered tip for facilitating insertion of the insert into the cavity.
13. The connector as recited in claim 1 wherein the insert has a ring shoulder for laterally supporting the insert in the cavity, the ring shoulder being located on the interconnection ends of the segment carrying arms or on the collar.
14. A method of...		Hilti AktiengesellschaftLIHilti AktiengesellschaftLI SchaanHILTI AKTIENGESELLSCHAFTLIFELDKIRCHERSTR. 100F16B037/08F16B037/08
E04B001/41		22-F16B0037/0864F16B0037/0864
E04B0001/4121		-----191928512019-08-21EPMichael Ziltener1CH SiebnenDavidson Kappel LLC--Daniel J WileyDaniel J WileyUS4618300
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WOWO 2021/032536		7International Search Report of PCT/EP2020/072348, dated Oct. 27, 2020.;U.S. Appl. No. 17/628,649, filed Jan. 20, 2022 which is national phase of PCT/EP2020/072495 , filed on Aug. 11, 2020, and published as WO 2021/032536 A1.;U.S. Appl. No. 17/628,133, filed Jan. 18, 2022 which is a national phase of PCT/EP2020/072348, filed on Aug. 10, 2020 and published as WO 2021/032517 A1.;U.S. Appl. No. 17/628,708, filed Jan. 20, 2022 which is a national phase of PCT/EP2020/072443 filed on Aug. 11, 2020 and published as WO 2021/032527 A1.42US12146520
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58
US12146519B22024-11-19Fastening device with embedmentinvention17/6891952022-03-08A fastener for attaching a first part and a second part includes a body comprising a first body portion, a second body portion, a flange arranged between the first body portion and the second body portion and extending radially outwardly from the body. A bore extends in an axial direction through the body and including an inner surface with threads. A plurality of splines extend radially outwardly from the second body portion and is configured to prevent rotation when the second body portion is inserted into an opening in the first part. An opening to the bore at the second body portion defines a concentric edge and an inclined plane extending from the concentric edge.1. A fastener for attaching a first part and a second part, comprising:
a body comprising a first body portion, a second body portion, a flange arranged between the first body portion and the second body portion and extending radially outwardly from the body;a bore extending in an axial direction through the body and including an inner surface with threads the bore including an opening at the second body portion defining a concentric edge, the concentric edge including a plurality of notches; anda plurality of splines extending radially outwardly from the second body portion and configured to prevent rotation when the second body portion is inserted into an opening in the first part.		1. A fastener for attaching a first part and a second part, comprising:
a body comprising a first body portion, a second body portion, a flange arranged between the first body portion and the second body portion and extending radially outwardly from the body;a bore extending in an axial direction through the body and including an inner surface with threads the bore including an opening at the second body portion defining a concentric edge, the concentric edge including a plurality of notches; anda plurality of splines extending radially outwardly from the second body portion and configured to prevent rotation when the second body portion is inserted into an opening in the first part.
2. The fastener of claim 1, wherein the concentric edge includes an inclined plane.
3. The fastener of claim 2, wherein the concentric edge and the inclined plane are configured to embed into the second part and prevent lateral slipping of the fastener relative to the second part.
4. The fastener of claim 2, wherein the concentric edge and the inclined plane define a concave surface.
5. The fastener of claim 2, wherein the concentric edge and the inclined plane define a convex surface.
6. The fastener of claim 2, wherein the concentric edge is configured to embed into the first part in a range from 0.25 mm to 1 mm.
7. The fastener of claim 1, wherein the notches have a depth in a range from 0.25 mm to 1 mm.
8. The fastener of claim 1, further comprising a tool engaging surface defined on a radially outer surface of the first body portion for engaging a tool.
9. The fastener of claim 1, wherein the plurality of splines have a triangular cylinder shape.
10. The fastener of claim 9, wherein the plurality of splines include a pointed end on one side of the triangular cylinder shape.
11. A fastener for attaching a first part and a second part, comprising:
a body comprising a first body portion, a second body portion, a flange arranged between the first body portion and the second body portion and extending radially outwardly from the body;a bore extending in an axial direction through the body and including an inner surface with threads the bore including an opening at the second body portion defining a concentric edge, the concentric edge including a plurality of notches that are spaced apart; anda plurality of splines extending radially outwardly from the second body portion and configured to prevent rotation when the second body portion is inserted into an opening in the first part,wherein the opening to the bore at the second body portion defines a concentric edge and a first inclined plane extending from the concentric edge, andwherein the concentric edge is configured to embed into the first part in a range from 0.25 mm to 1 mm.
12. The fastener of claim 11, wherein the plurality of notches have a depth in a range from 0.25 mm to 1 mm.
13. The fastener of claim 11, further comprising a tool engaging surface defined on a radially outer surface of the firs...		GM GLOBAL TECHNOLOGY OPERATIONS LLCUSGM GLOBAL TECHNOLOGY OPERATIONS LLCUS MI DetroitGM GLOBAL TECHNOLOGY OPERATIONS LLCUSP.O. BOX 300, MAIL CODE 482-C24-A65F16B037/04F16B037/04
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59
CN118979914A2024-11-19傢俱隱藏連接件inventionCN202411252090.32024-09-06本發明涉及家居技術領域，公開了傢俱隱藏連接件，包括連接殼、杆體，所述連接殼的左側內部開設有腔體，所述連接殼的右側外壁開設有螺紋槽，所述連接殼的右側外壁固定連接有多個支片圍繞一周，所述連接殼的外壁固定連接有連接塊；所述連接殼的左側外壁固定連接有導軌，所述連接殼的中部的左右側外壁開設有連接槽，所述連接殼外壁轉動連接有彈性連接件，所述彈性連接件的左右側外壁轉動連接在連接槽的內部，所述彈性連接件的外壁固定連接有固定頭。通過連接殼固定連接在第一板體的內部，連接底座固定連接在第二板體的內部，連接件的大部分結構隱藏在傢俱內部，外觀上不會破壞傢俱的整體美感，能夠滿足現代傢俱對外觀簡潔、隱藏式設計的要求。;1.傢俱隱藏連接件，包括連接殼(1)、杆體(12)，其特徵在於，所述連接殼(1)的左側內部開設有腔體(7)，所述連接殼(1)的右側外壁開設有螺紋槽(2)，所述連接殼(1)的右側外壁固定連接有多個支片(5)圍繞一周，所述連接殼(1)的外壁固定連接有連接塊(4)；所述連接殼(1)的左側外壁固定連接有導軌(3)，所述連接殼(1)的中部的左右側外壁開設有連接槽(6)，所述連接殼(1)外壁轉動連接有彈性連接件(8)，所述彈性連接件(8)的左右側外壁轉動連接在連接槽(6)的內部，所述彈性連接件(8)的外壁固定連接有固定頭(11)，所述連接殼(1)的內壁設置有連接元件。1.傢俱隱藏連接件，包括連接殼(1)、杆體(12)，其特徵在於，所述連接殼(1)的左側內部開設有腔體(7)，所述連接殼(1)的右側外壁開設有螺紋槽(2)，所述連接殼(1)的右側外壁固定連接有多個支片(5)圍繞一周，所述連接殼(1)的外壁固定連接有連接塊(4)；所述連接殼(1)的左側外壁固定連接有導軌(3)，所述連接殼(1)的中部的左右側外壁開設有連接槽(6)，所述連接殼(1)外壁轉動連接有彈性連接件(8)，所述彈性連接件(8)的左右側外壁轉動連接在連接槽(6)的內部，所述彈性連接件(8)的外壁固定連接有固定頭(11)，所述連接殼(1)的內壁設置有連接元件。
2.
3.
4.
5.
6.		溫州雲匠五金有限公司CN325000 浙江省溫州市甌海區瞿溪街道延川路58號10幢415室171號(浙創眾創空間試行區)溫州雲匠五金有限公司CN----F16B021/07F16B021/07
F16B005/02
F16B005/00		12-----------周歡鋒1- 范傳勝
安徽申策智慧財產權代理事務所(普通合夥) 34178		20241119----0-0-00-00-20溫州雲匠五金有限公司Pub.-------------
60
CN222026117U2024-11-19一種排屑水泥釘modelCN202420760321.02024-04-13本實用新型涉及水泥釘技術領域，具體的說是一種排屑水泥釘，包括釘身、釘頭、自攻螺紋、受力頭和旋轉塊，所述釘身兩端分別設置有釘頭和受力頭，所述釘身週邊靠近所述釘頭處設置有自攻螺紋；所述釘身週邊靠近所述自攻螺紋與受力頭之間處開設有螺旋槽，所述釘身週邊還開設有與所述螺旋槽連通的縱槽，所述受力頭內壁設置有螺紋槽；在使用時具備能方便排屑的結構，碎屑不易堵塞在釘孔中，釘子可以完全嵌入材料中，在連接時的穩固性提升。;1.一種排屑水泥釘，其特徵在於，包括釘身(1)、釘頭(2)、自攻螺紋(3)、受力頭(6)和旋轉塊(11)，所述釘身(1)兩端分別設置有釘頭(2)和受力頭(6)，所述釘身(1)週邊靠近所述釘頭(2)處設置有自攻螺紋(3)；所述釘身(1)週邊靠近所述自攻螺紋(3)與受力頭(6)之間處開設有螺旋槽(4)，所述釘身(1)週邊還開設有與所述螺旋槽(4)連通的縱槽(5)，所述受力頭(6)內壁設置有螺紋槽(9)。1.一種排屑水泥釘，其特徵在於，包括釘身(1)、釘頭(2)、自攻螺紋(3)、受力頭(6)和旋轉塊(11)，所述釘身(1)兩端分別設置有釘頭(2)和受力頭(6)，所述釘身(1)週邊靠近所述釘頭(2)處設置有自攻螺紋(3)；所述釘身(1)週邊靠近所述自攻螺紋(3)與受力頭(6)之間處開設有螺旋槽(4)，所述釘身(1)週邊還開設有與所述螺旋槽(4)連通的縱槽(5)，所述受力頭(6)內壁設置有螺紋槽(9)。
2.
3.
4.
5.
6.		嘉興華斌五金科技股份有限公司CN314308 浙江省嘉興市海鹽縣於城鎮八字村黃橋西堍嘉興華斌五金科技股份有限公司CN ---F16B015/02F16B015/0211-----------徐惠華
萬利珍		2-
陳喻
浙江嘉騰專利代理有限公司 33515		20241119----0-0-00-00-20嘉興華斌五金科技股份有限公司Valid-------------
61
EP4467826A12024-11-27HOOK SCREW AND METHOD FOR PRODUCING A HOOK SCREWinvention24173708.92024-05-02Die Erfindung betrifft ein Verfahren zum Herstellen einer Hakenschraube (1) sowie eine Hakenschraube (1) mit einem als Haken ausgeformten Kopfabschnitt (2) und einem Schaftabschnitt (3), der an einer Biegestelle (7) in den Kopfabschnitt (2) übergeht. Der Kopfabschnitt (2) weist einen Aufnahmeabschnitt (8) mit einer Werkzeugaufnahme (10) für ein Drehwerkzeug auf. Zwischen dem Aufnahmeabschnitt (8) und dem Schaftabschnitt (3) ist ein erster gebogener Hakenabschnitt (11) angeordnet, der einen im Wesentlichen kreisrunden Querschnitt mit einem ersten Durchmesser (12) aufweist. Kennzeichnend für die erfindungsgemäße Hakenschraube (1) ist, dass der Aufnahmeabschnitt (8) in einem Querschnitt eine sich senkrecht zur Längsachse (4) erstreckende Breite (13) aufweist, die größer als der erste Durchmesser (12) ist und eine sich in Richtung der Längsachse (4) erstreckende Tiefe (14), die kleiner als der erste Durchmesser (12) ist.

1. Hakenschraube (1) mit einem als Haken ausgeformten Kopfabschnitt (2) und einem Schaftabschnitt (3),

wobei der Schaftabschnitt (3) gerade ist, sich entlang einer Längsachse (4) erstreckt, und an seinem vorderen Ende (5) ein Außengewinde (6) zum Einschrauben in einen Gegenstand aufweist,

wobei der Schaftabschnitt (3) an einer Biegestelle (7) in den Kopfabschnitt (2) übergeht,

wobei der Kopfabschnitt (2) einen Aufnahmeabschnitt (8) mit einer Werkzeugaufnahme (10) für ein Drehwerkzeug aufweist,

dadurch gekennzeichnet,

dass der Aufnahmeabschnitt (8) in einem Querschnitt, in dem die Werkzeugaufnahme (10) angeordnet ist, eine sich senkrecht zur Längsachse (4) erstreckende Breite (13) aufweist, die größer als eine sich in Richtung der Längsachse (4) erstreckende Tiefe (14) des Querschnitts ist.

2. Hakenschraube (1) nach Anspruch 1, dadurch gekennzeichnet, dass zwischen dem Aufnahmeabschnitt (8) und dem Schaftabschnitt (3) ein erster Hakenabschnitt (11) angeordnet ist, der einen im Wesentlichen kreisrunden Querschnitt mit einem ersten Durchmesser (12) aufweist und dass die Breite (13) größer als der erste Durchmesser (12) ist und dass die Tiefe (14) kleiner als der erste Durchmesser (12) ist.

3. Hakenschraube (1) nach Anspruch 1 oder 2, dadurch gekennzeichnet, dass der Aufnahmeabschnitt (8) eine Länge (15) aufweist, die größer als seine Breite (13) ist.

4. Hakenschraube (1) nach Anspruch 1 oder 3, dadurch gekennzeichnet, dass der Aufnahmeabschnitt (8) eine ebene Aufnahmefläche (9) aufweist, die auf einer dem Schaftabschnitt (3) abgewandten Seite des Aufnahmeabschnitts (8) ausgebildet ist.

5. Hakenschraube (1) nach einem der Ansprüche 1 bis 4, dadurch gekennzeichnet, dass die Werkzeugaufnahme (10) konzentrisch zur Längsachse (4) ist.

6. Hakenschraube (1) nach einem der Ansprüche 1 bis 5, dadurch gekennzeichnet, dass die die Werkzeugaufnahme (10) drehsymmetrisch zur Längsachse (4) ist.

7. Hakenschraube (1) nach einem der Ansprüche 1 bis 6, dadurch gekennzeichnet, dass die Werkzeugaufnahme (10) den Aufnahmeabschnitt (8) in der Tiefe (14) vollständig durchdringt.

8. Hakenschraube (1) nach einem der Ansprüche 1 bis 7, dadurch gekennzeichnet, dass die Werkzeugaufnahme (10) eine Nut (16) aufweist, die sich radial zu einer mittig in der Werkzeugaufnahme (10) liegenden Aufnahmeachse (17) nach außen unter einem Winkel zur Breite (13) erstreckt.

9. Hakenschraube (1) nach einem der Ansprüche 1 bis 8, dadurch gekennzeichnet, dass der Aufnahmeabschnitt (8) eine dem Schaftabschnitt (3) zugewandte Innenseite (18) aufweist, die eine Innenebene (19) bildet, zu der die Längsachse (4) eine Flächennormale bildet.

10. Hakenschraube (1) nach einem der Ansprüche 1 bis 9, dadurch gekennzeichnet, dass sich an den Aufnahmeabschnitt (8) an seinem dem ersten Hakenabschnitt (11) abgewandten Ende ein zweiter Hakenabschnitt (20) anschließt, der in die gleiche Richtung gekrümmt ist, insbesondere die gleiche Krümmung aufweist, wie der erste Hakenabschnitt (11) und dass der Abstand (21) eines freien Endes (22) des zweiten Hakenabschnitts (20) zum Schaftabschnitt (3) größer als der Durchmesser (12) des ersten Hakenabschnitts (11) ist.

11. Hakenschraube (1) nach einem der Ansprüche 1 bis 9, dadurch gekennzeichnet, dass sich an den Aufnahmeabschnitt (8), an seinem dem ersten Hakenabschnitt (11) abgewandten Ende (5), ein zweiter Hakenabschnitt (20) anschließt, der in die gleiche Richtung gekrümmt ist, insbesondere die gleiche Krümmung aufweist, wie der erste Hakenabschnitt (11) und dass der Abstand (21) eines freien Endes (22) des zweiten Hakenabschnitts (22) zum Schaftabschnitt (3) kleiner als der Durchmesser (12) des ersten Hakenabschnitts (11) ist.

12. Verfahren zur Herstellung einer Hakenschraube (1), insbesondere einer Hakenschraube (1) nach einem der Ansprüche 1 bis 11, die einen Schaftabschnitt (3) mit einem Außengewinde (6) und einen als Haken ausgeformten Kopfabschnitt (2) umfasst, wobei der Kopfabschnitt (2) eine Werkzeugaufnahme (10) aufweist, die in einem Querschnitt eines Aufnahmeabschnitts (8) angeordnet ist, dessen Breite (13) größer als dessen Tiefe (14) ist, dadurch gekennzeichnet, dass die Hakenschraube (1) durch Umformen aus einem Ausgangsstücks (27) hergestellt wird, dessen Ausgangsbreite (28) in einem Querschnitt, in dem die Werkzeugaufnahme (10) angeordnet wird, vor dem Umformen kleiner ist, als die Breite (13) des Querschnitts nach dem Umformen, bei dem der Aufnahmeabschnitt (8) geformt wird.

13. Verfahren nach Anspruch 12, dadurch gekennzeichnet, dass das Ausgangsstücks (27) in dem Bereich, in dem die Werkezugaufnahme angeordnet wird, vor dem Umformen eine Ausgangstiefe (29) aufweist, die größer ist als die Tiefe (14) des Querschnitts nach dem Umformen.

14. Verfahren nach einem der Ansprüche 12 oder 13, dadurch gekennzeichnet, dass das Ausgangsstück (27) ein Draht ist, dessen Ausgangsbreite (28) und Ausgangstiefe (29) gleich dem Drahtdurchmesser (30) in dem Querschnitt ist, in dem der Aufnahmeabschnitt (8) geformt wird.

15. Verfahren nach einem der Ansprüche 12 bis 14, dadurch gekennzeichnet, dass beim Umformen der Aufnahmeabschnitt (8) mit einer ebenen Aufnahmefläche (9) geformt wird.		1. Hakenschraube (1) mit einem als Haken ausgeformten Kopfabschnitt (2) und einem Schaftabschnitt (3),

wobei der Schaftabschnitt (3) gerade ist, sich entlang einer Längsachse (4) erstreckt, und an seinem vorderen Ende (5) ein Außengewinde (6) zum Einschrauben in einen Gegenstand aufweist,

wobei der Schaftabschnitt (3) an einer Biegestelle (7) in den Kopfabschnitt (2) übergeht,

wobei der Kopfabschnitt (2) einen Aufnahmeabschnitt (8) mit einer Werkzeugaufnahme (10) für ein Drehwerkzeug aufweist,

dadurch gekennzeichnet,

dass der Aufnahmeabschnitt (8) in einem Querschnitt, in dem die Werkzeugaufnahme (10) angeordnet ist, eine sich senkrecht zur Längsachse (4) erstreckende Breite (13) aufweist, die größer als eine sich in Richtung der Längsachse (4) erstreckende Tiefe (14) des Querschnitts ist.

2. Hakenschraube (1) nach Anspruch 1, dadurch gekennzeichnet, dass zwischen dem Aufnahmeabschnitt (8) und dem Schaftabschnitt (3) ein erster Hakenabschnitt (11) angeordnet ist, der einen im Wesentlichen kreisrunden Querschnitt mit einem ersten Durchmesser (12) aufweist und dass die Breite (13) größer als der erste Durchmesser (12) ist und dass die Tiefe (14) kleiner als der erste Durchmesser (12) ist.

3. Hakenschraube (1) nach Anspruch 1 oder 2, dadurch gekennzeichnet, dass der Aufnahmeabschnitt (8) eine Länge (15) aufweist, die größer als seine Breite (13) ist.

4. Hakenschraube (1) nach Anspruch 1 oder 3, dadurch gekennzeichnet, dass der Aufnahmeabschnitt (8) eine ebene Aufnahmefläche (9) aufweist, die auf einer dem Schaftabschnitt (3) abgewandten Seite des Aufnahmeabschnitts (8) ausgebildet ist.

5. Hakenschraube (1) nach einem der Ansprüche 1 bis 4, dadurch gekennzeichnet, dass die Werkzeugaufnahme (10) konzentrisch zur Längsachse (4) ist.

6. Hakenschraube (1) nach einem der Ansprüche 1 bis 5, dadurch gekennzeichnet, dass die die Werkzeugaufnahme (10) drehsymmetrisch zur Längsachse (4) ist.

7. Hakenschraube (1) nach einem der Ansprüche 1 bis 6, dadurch gekennzeichnet, dass die Werkzeugaufnahme (10) den Aufnahmeabschnitt (8) in der Tiefe (14) vollständig durchdringt.

8. Hakenschraube (1) nach einem der Ansprüche 1 bis 7, dadurch gekennzeichnet, dass die Werkzeugaufnahme (10) eine Nut (16) aufweist, die sich radial zu einer mittig in der Werkzeugaufnahme (10) liegenden Aufnahmeachse (17) nach außen unter einem Winkel zur Breite (13) erstreckt.

9. Hakenschraube (1) nach einem der Ansprüche 1 bis 8, dadurch gekennzeichnet, dass der Aufnahmeabschnitt (8) eine dem Schaftabschnitt (3) zugewandte Innenseite (18) aufweist, die eine Innenebene (19) bildet, zu der die Längsachse (4) eine Flächennormale bildet.

10. Hakenschraube (1) nach einem der Ansprüche 1 bis 9, dadurch gekennzeichnet, dass sich an den Aufnahmeabschnitt (8) an seinem dem ersten Hakenabschnitt (11) abgewandten Ende ein zweiter Hakenabschnitt (20) anschließt, der in die gleiche Richtung gekrümmt ist, insbesondere die gleiche Krümmung aufweist, wie der erste Hakenabschnitt (11) und dass der Abstand (21) eines freien Endes (22) des zweiten Hakenabschnitts (20) zum Schaftabschnitt (3) größer als der Durchmesser (12) des ersten Hakenabschnitts (11) ist.

11. Hakenschraube (1) nach einem der Ansprüche 1 bis 9, dadurch gekennzeichnet, dass sich an den Aufnahmeabschnitt (8), an seinem dem ersten Hakenabschnitt (11) abgewandten Ende (5), ein zweiter Hakenabschnitt (20) anschließt, der in die gleiche Richtung gekrümmt ist, insbesondere die gleiche Krümmung aufweist, wie der erste Hakenabschnitt (11) und dass der Abstand (21) eines freien Endes (22) des zweiten Hakenabschnitts (22) zum Schaftabschnitt (3) kleiner als der Durchmesser (12) des ersten Hakenabschnitts (11) ist.

12. Verfahren zur Herstellung einer Hakenschraube (1), insbesondere einer Hakenschraube (1) nach einem der Ansprüche 1 bis 11, die einen Schaftabschnitt (3) mit einem Außengewinde (6) und einen als Haken ausgeformten Kopfabschnitt (2) umfasst, wobei der Kopfabschnitt (2) eine Werkzeugaufnahme (10) aufweist, die in einem Querschnitt eines Aufnahmeabschnitts (8) angeordnet ist, dessen Breite (13) größer als dessen Tiefe (14) ist, dadurch gekennzeichnet, dass die Hakenschraube (1) durch Umformen aus einem Ausgangsstücks (27) hergestellt wird, dessen Ausgangsbreite (28) in einem Querschnitt, in dem die Werkzeugaufnahme (10) angeordnet wird, vor dem Umformen kleiner ist, als die Breite (13) des Querschnitts nach dem Umformen, bei dem der Aufnahmeabschnitt (8) geformt wird.

13. Verfahren nach Anspruch 12, dadurch gekennzeichnet, dass das Ausgangsstücks (27) in dem Bereich, in dem die Werkezugaufnahme angeordnet wird, vor dem Umformen eine Ausgangstiefe (29) aufweist, die größer ist als die Tiefe (14) des Querschnitts nach dem Umformen.

14. Verfahren nach einem der Ansprüche 12 oder 13, dadurch gekennzeichnet, dass das Ausgangsstück (27) ein Draht ist, dessen Ausgangsbreite (28) und Ausgangstiefe (29) gleich dem Drahtdurchmesser (30) in dem Querschnitt ist, in dem der Aufnahmeabschnitt (8) geformt wird.

15. Verfahren nach einem der Ansprüche 12 bis 14, dadurch gekennzeichnet, dass beim Umformen der Aufnahmeabschnitt (8) mit einer ebenen Aufnahmefläche (9) geformt wird.		fischerwerke GmbH & Co. KGDEKlaus-Fischer-Strasse 1fischerwerke GmbH & Co. KGDE---F16B045/00F16B045/00
F16B035/06
F16B025/00		13F16B0045/00F16B0045/00
F16B0025/0036
F16B0035/06		---1020231138682023-05-26DEDixa, Raphael1DE 72178 WaldachtalSuchy, Ulrich Johannes--0US5207404100-00-20fischerwerke GmbH & Co. KG-------------
62
TWI863279B2024-11-21連接組件及連接系統invention1121180552023-05-16本發明公開了一種連接組件及連接系統，連接組件包括第一連接件、第一緊固件及第二連接件，第一連接件包括托部及設於托部上的插接部，插接部具有相對置的安裝側面及連接側面，插接部的背離托部的一端形成有凸台；第一緊固件穿設於安裝側面及連接側面；第二連接件的外側面上形成有與插接部配合嵌套的滑槽，滑槽的下端內側貫穿第二連接件的底部，第二連接件通過滑槽滑動嵌套於插接部上，滑槽的上端內側形成有插孔；凸台插設於插孔內。根據本發明的連接組件解決現有的層板托存在層板與櫃體的側板之間容易出現空隙或層板容易掉落的技術問題。一種連接組件，包括：第一連接件，所述第一連接件包括托部及設於所述托部上的插接部，所述插接部具有相對置的安裝側面及連接側面，所述插接部的背離所述托部的一端形成有至少一個凸台；第一緊固件，所述第一緊固件穿設於所述安裝側面及所述連接側面；以及第二連接件，所述第二連接件的外側面上形成有與所述插接部配合嵌套的滑槽，所述滑槽的下端內側貫穿所述第二連接件的底部，所述第二連接件通過所述滑槽滑動嵌套於所述插接部上，所述滑槽的上端內側形成有插孔；其中，所述凸台的至少一部分插設於所述插孔內。一種連接組件，包括：第一連接件，所述第一連接件包括托部及設於所述托部上的插接部，所述插接部具有相對置的安裝側面及連接側面，所述插接部的背離所述托部的一端形成有至少一個凸台；第一緊固件，所述第一緊固件穿設於所述安裝側面及所述連接側面；以及第二連接件，所述第二連接件的外側面上形成有與所述插接部配合嵌套的滑槽，所述滑槽的下端內側貫穿所述第二連接件的底部，所述第二連接件通過所述滑槽滑動嵌套於所述插接部上，所述滑槽的上端內側形成有插孔；其中，所述凸台的至少一部分插設於所述插孔內。
如請求項1所述的連接組件，其中所述插接部及所述凸台分別沿縱向延伸，所述凸台的其中一個側面與所述連接側面位於同一縱向平面上。
如請求項1所述的連接組件，其中所述插孔沿縱向延伸並貫穿所述第二連接件的頂部。
如請求項1所述的連接組件，其中所述插接部的背離所述托部的一端端部形成有嵌入槽，所述滑槽的上端內側面上形成有與所述嵌入槽配合嵌套的嵌入塊。
如請求項1所述的連接組件，其中所述連接組件還包括：膨脹體，所述膨脹體的外側壁上形成有至少一個緊固凸部；其中，所述第一緊固件的一端插入所述膨脹體內；當所述第一緊固件在所述膨脹體的內部轉動一定角度時，所述緊固凸部沿所述膨脹體的徑向向外膨脹。
如請求項5所述的連接組件，其中所述膨脹體的直徑為4至6.5mm。
如請求項1所述的連接組件，其中所述連接側面和/或所述托部的上表面上突出形成有至少一個突起。
如請求項7所述的連接組件，其中所述連接組件還包括：第二緊固件，所述第二緊固件穿設於所述第二連接件的側面上，且所述第二緊固件的頭部位於所述滑槽內。
如請求項8所述的連接組件，其中所述第二緊固件的頭部抵接於或靠近於所述突起的頂部。
如請求項7所述的連接組件，其中所述滑槽的內側面上凸出形成有抵接部，所述抵接部抵接於或靠近於所述突起的頂部。
如請求項7所述的連接組件，其中所述突起包括：支撐段，所述支撐段設於所述連接側面並沿縱向延伸至所述托部上；和/或，加強段，所述加強段設於所述托部的上表面並沿橫向延伸。
如請求項7所述的連接組件，其中所述第二連接件的底部形成有與所述突起的位置相對應的避讓缺口。
如請求項7所述的連接組件，其中所述突起的頂部呈圓弧狀。
如請求項7至13任一項所述的連接組件，其中所述突起的數量為兩個，兩個所述突起沿橫向相對間隔設置。
如請求項1至13任一項所述的連接組件，其中所述第二連接件的外周側面為連續的圓弧面，所述第二連接件的外側面的外周圓直徑為6至10mm。
一種連接系統，包括：第一構件；第二構件，所述第二構件的側面底部形成有安裝槽，所述安裝槽的下端內側貫穿所述第二構件的底部；以及如請求項1至15任一項所述的連接組件；所述第一緊固件緊固在所述第一構件上，且所述安裝側面貼合於或靠近於所述第一構件的表面，所述凸台、所述插接部及所述托部依次沿縱向設置；所述第二連接件嵌裝於所述安裝槽內，且所述滑槽的下端與所述安裝槽的下端相對應；其中，所述第二構件及所述第二連接件通過所述滑槽滑動嵌套於所述插接部上，以使所述第一構件與所述第二構件連接，且所述凸台的至少一部分插設於所述插孔內。
一種連接組件，用於連接第一構件及第二構件，所述第二構件的側面底部形成有安裝槽，所述安裝槽的下端內側貫穿所述第二構件的底部，所述安裝槽的上端內側形成有插槽，其中所述連接組件包括：第一連接件，所述第一連接件包括托部及設於所述托部上的插接部，所述插接部具有相對置的安裝側面及連接側面，所述插接部的背離所述托部的一端形成有至少一個凸台；以及第一緊固件，所述第一緊固件穿設於所述安裝側面及所述連接側面，且所述第一緊固件用於緊固在第一構件上；其中，所述凸台的至少一部分用於插設於插槽內。
如請求項17所述的連接組件，其中所述第一連接件的外側面的一部分形成有圓弧面。
如請求項18所述的連接組件，其中所述凸台的外側面的一部分形成有圓弧面，所述凸台形成的圓弧面的中心軸線與所述第一連接件形成的圓弧面的中心軸線位於同一直線上。
如請求項17至19任一項所述的連接組件，其中所述第一連接件的外側面的外周圓直徑為6至10mm。
一種連接系統，其中包括：第一構件；第二構件，所述第二構件的側面底部形成有安裝槽，所述安裝槽的下端內側貫穿所述第二構件的底部，所述安裝槽的上端內側形成有插槽；以及如請求項17至20任一項所述的連接組件；所述第一緊固件緊固在所述第一構件上，且所述安裝側面貼合於或靠近於所述第一構件的表面，所述凸台、所述插接部及所述托部依次沿縱向設置；其中，所述第一連接件的插接部插裝於所述安裝槽內，以使所述第一構件與所述第二構件連接，且所述凸台的至少一部分插設於所述插槽內。
如請求項21所述的連接系統，其中所述凸台的頂部形成有第一傾斜面，所述插槽的內側面上形成有與所述第一傾斜面配合抵接的第二傾斜面；當所述第一傾斜面與所述第二傾斜面相互抵接時，所述凸台驅動所述第二構件朝向所述第一構件移動。		大陸商廣東精諾五金實業有限公司CN中國大陸大陸商廣東精諾五金實業有限公司CN---F16B012/26F16B012/26
F16B012/38
F16B013/12		12-----2022212166192
2022213701974		2022-05-18
2022-06-02		CN林曉群
林曉歡
蘇偉生
郭玉武		4CN


江日舜臺北市大安區忠孝東路4段311號12樓之15133賴耿賢賴耿賢TW270505
TW355588		2CN109642599
WO2021/161175		210I863279
WO2023221967
TW202342890		32I863279GUANGDONG JINO HARDWARE INDUSTRIAL CO;LTD19大陸商廣東精諾五金實業有限公司Valid-------------
63
EP4466467A12024-11-27SECURITY FASTENERinvention23708865.32023-02-21A security fastener for use with a corresponding driver, the fastener comprising: a shank defining a longitudinal centre axis; and a head having a face for mating with a corresponding security bit of the driver, the face including at least one recess for receiving a corresponding projection of the bit, wherein the head has: 1-fold rotational symmetry about the longitudinal centre axis of the shank; and a maximum of 1 mirror plane containing the longitudinal centre axis, such that mating of the corresponding projection of the driver with any of the at least one recesses is achievable only when the driver is in a single angular position with respect to the head, wherein the face comprises a first surface and the at least one recess is defined within the first surface, further wherein the longitudinal centre axis intersects the first surface.

1. A security fastener for use with a corresponding driver, the fastener comprising: a shank defining a longitudinal centre axis; and a head having a face for mating with a corresponding security bit of the driver, the face including at least one recess for receiving a corresponding projection of the bit, wherein the head has:

1-fold rotational symmetry about the longitudinal centre axis of the shank; and a maximum of 1 mirror plane containing the longitudinal centre axis, such that mating of the corresponding projection of the driver with any of the at least one recesses is achievable only when the driver is in a single angular position with respect to the head, wherein the face comprises a first surface and the at least one recess is defined within the first surface, further wherein the longitudinal centre axis intersects the first surface, wherein the head has a periphery and wherein each of the at least one recesses is open at the periphery of the head.

2. A security fastener according to claim 1, wherein the face has a first side and an opposing second side, wherein each of the at least one recesses extends only on one of the first and second sides.

3. A security fastener according to any preceding claim, wherein the face comprises a first surface and the at least one recess is defined within the first surface, wherein a transition between the first surface and each of the at least one recesses forms a respective engagement surface, each engagement surface being parallel to the longitudinal centre axis.

4. A security fastener according to claim 3, wherein each of the engagement surfaces are described entirely by one of a single straight line or a single arc of constant radius when viewed along the longitudinal centre axis.

5. A security fastener according to claim 4, wherein each one of the engagement surfaces which is described by a straight line when viewed along the longitudinal centre axis is angled with respect to every other one of the engagement surfaces which is described by a straight line when viewed along the longitudinal axis. A security fastener according to any of claims 3 to 5, wherein the at least one recess comprises a first recess and a second recess, wherein: a transition between the first surface and the first recess is formed by a first engagement surface, said first engagement surface being described entirely by a straight line when viewed along the longitudinal centre axis; and a transition between the first surface and the second recess is formed by a second engagement surface, said second engagement surface being described entirely by a single arc of constant radius when viewed along the longitudinal centre axis. A security fastener according to claim 6, wherein the first recess and the second recess are arranged diametrically opposite one another on the head. A security fastener according to claim 6, wherein the at least one recess comprises a third recess, wherein a transition between the first surface and the third recess is formed by a third engagement surface, said third engagement surface being described entirely by a single straight line when viewed along the longitudinal centre axis. A security fastener according to claim 8, wherein the face has a single mirror plane containing the longitudinal centre axis. A security fastener according to claim 8 or claim 9, wherein the third recess is substantially a mirror image of the first recess, the mirror plane containing the longitudinal centre axis. A security fastener according to any preceding claim, wherein at least a portion of the shank is threaded. A driver for a security fastener according to any of claims 1 to 11, the driver including a security bit for mating with the face of the fastener, the bit comprising, for each one of the at least one recesses, a respective corresponding projection configured to mate with the respective one of the at least recesses, said projections comprising a driving surface configured to engage an engagement surface of the respective recess and thereby transfer torque to the fastener to rotate the fastener.		1. A security fastener for use with a corresponding driver, the fastener comprising: a shank defining a longitudinal centre axis; and a head having a face for mating with a corresponding security bit of the driver, the face including at least one recess for receiving a corresponding projection of the bit, wherein the head has:

1-fold rotational symmetry about the longitudinal centre axis of the shank; and a maximum of 1 mirror plane containing the longitudinal centre axis, such that mating of the corresponding projection of the driver with any of the at least one recesses is achievable only when the driver is in a single angular position with respect to the head, wherein the face comprises a first surface and the at least one recess is defined within the first surface, further wherein the longitudinal centre axis intersects the first surface, wherein the head has a periphery and wherein each of the at least one recesses is open at the periphery of the head.

2. A security fastener according to claim 1, wherein the face has a first side and an opposing second side, wherein each of the at least one recesses extends only on one of the first and second sides.

3. A security fastener according to any preceding claim, wherein the face comprises a first surface and the at least one recess is defined within the first surface, wherein a transition between the first surface and each of the at least one recesses forms a respective engagement surface, each engagement surface being parallel to the longitudinal centre axis.

4. A security fastener according to claim 3, wherein each of the engagement surfaces are described entirely by one of a single straight line or a single arc of constant radius when viewed along the longitudinal centre axis.

5. A security fastener according to claim 4, wherein each one of the engagement surfaces which is described by a straight line when viewed along the longitudinal centre axis is angled with respect to every other one of the engagement surfaces which is described by a straight line when viewed along the longitudinal axis. A security fastener according to any of claims 3 to 5, wherein the at least one recess comprises a first recess and a second recess, wherein: a transition between the first surface and the first recess is formed by a first engagement surface, said first engagement surface being described entirely by a straight line when viewed along the longitudinal centre axis; and a transition between the first surface and the second recess is formed by a second engagement surface, said second engagement surface being described entirely by a single arc of constant radius when viewed along the longitudinal centre axis. A security fastener according to claim 6, wherein the first recess and the second recess are arranged diametrically opposite one another on the head. A security fastener according to claim 6, wherein the at least one recess comprises a third recess, wherein a transition between the first surface and the third recess is formed by a third engagement surface, said third engagement surface being described entirely by a single straight line when viewed along the longitudinal centre axis. A security fastener according to claim 8, wherein the face has a single mirror plane containing the longitudinal centre axis. A security fastener according to claim 8 or claim 9, wherein the third recess is substantially a mirror image of the first recess, the mirror plane containing the longitudinal centre axis. A security fastener according to any preceding claim, wherein at least a portion of the shank is threaded. A driver for a security fastener according to any of claims 1 to 11, the driver including a security bit for mating with the face of the fastener, the bit comprising, for each one of the at least one recesses, a respective corresponding projection configured to mate with the respective one of the at least recesses, said projections comprising a driving surface configured to engage an engagement surface of the respective recess and thereby transfer torque to the fastener to rotate the fastener.		Ultra PCS LimitedGBArle Court
Hatherley Lane		Ultra PCS LimitedGB---F16B023/00F16B023/00
B25B013/48
B25B015/00		23B25B0013/485B25B0013/485
B25B0015/004
F16B0023/0038
F16B0023/0046
F16B0023/0015		---2022025812022-02-24GBBIGGADIKE, Christopher Stephen Andrew1GB Cheltenham Gloucestershire GL51 6PNWardle, Callum Tarn--0010-00-19Ultra PCS Limited-------------
64
CN118639128B2024-11-19一種13.9級免退火熱軋冷鐓鋼盤條及其製造方法inventionCN202411118671.82024-08-15本發明涉及一種13.9級免退火熱軋冷鐓鋼盤條及其製造方法，基於高C含Ti、Mo化學成分控軋吐絲為盤條後進行線上鹽浴等溫控制，使盤條先經過前段熔鹽，盤條以≥43℃/s的冷速降溫至索氏體相區進行等溫相變，促進奧氏體部分轉變為索氏體組織，盤條再經過後段熔鹽升溫等溫，使未轉變的奧氏體轉變為珠光體組織，同時促進索氏體組織、珠光體組織和碳化物向球化組織轉變，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體、鐵素體、准球化碳化物的冷鐓鋼盤條，實現盤條組織調控和強塑性能匹配，抗拉強度為1080~1130MPa，斷面收縮率為51%~56%，適用於13.9級超高強度緊固件螺栓免退火高效綠色製造。;1.一種13.9級免退火熱軋冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.72％~0.77％、Si：0.10％~0.30%、Mn：0.30％~0.50％、Ti：0 .010％~0.030％、Mo：0 .10％~0 .30％、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占46%~52%回火珠光體、體積百分比占40%~49%的回火索氏體、體積百分比占2%~5%的鐵素體、其餘為准球化碳化物所組成的混合組織；其製造方法包括：按所述13.9級免退火熱軋冷鐓鋼盤條的化學成分控軋生產線材，線材按≥930℃的吐絲溫度吐絲為盤條後，進行線上鹽浴等溫控制，使盤條先經過前段熔鹽，盤條以≥43℃/s的冷速降溫至索氏體相區進行等溫相變，促進奧氏體部分轉變為索氏體組織，盤條再經過後段熔鹽升溫等溫，使未轉變的奧氏體轉變為珠光體組織，同時促進索氏體組織、珠光體組織和碳化物向球化組織轉變，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體、鐵素體、准球化碳化物所組成混合組織的冷鐓鋼盤條，所述前段熔鹽的溫度為460~490℃，處理時間為20~40s；所述後段熔鹽的溫度為525~570℃，處理時間為300~600s。1.一種13.9級免退火熱軋冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.72％~0.77％、Si：0.10％~0.30%、Mn：0.30％~0.50％、Ti：0 .010％~0.030％、Mo：0 .10％~0 .30％、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占46%~52%回火珠光體、體積百分比占40%~49%的回火索氏體、體積百分比占2%~5%的鐵素體、其餘為准球化碳化物所組成的混合組織；其製造方法包括：按所述13.9級免退火熱軋冷鐓鋼盤條的化學成分控軋生產線材，線材按≥930℃的吐絲溫度吐絲為盤條後，進行線上鹽浴等溫控制，使盤條先經過前段熔鹽，盤條以≥43℃/s的冷速降溫至索氏體相區進行等溫相變，促進奧氏體部分轉變為索氏體組織，盤條再經過後段熔鹽升溫等溫，使未轉變的奧氏體轉變為珠光體組織，同時促進索氏體組織、珠光體組織和碳化物向球化組織轉變，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體、鐵素體、准球化碳化物所組成混合組織的冷鐓鋼盤條，所述前段熔鹽的溫度為460~490℃，處理時間為20~40s；所述後段熔鹽的溫度為525~570℃，處理時間為300~600s。
2.
3.
4.一種13.9級免退火熱軋冷鐓鋼盤條的製造方法，其特徵在於，其製造方法包括：按權利要求1所述13.9級免退火熱軋冷鐓鋼盤條的化學成分控軋生產線材，線材按≥930℃的吐絲溫度吐絲為盤條後，進行線上鹽浴等溫控制，使盤條先經過前段熔鹽，盤條以≥43℃/s的冷速降溫至索氏體相區進行等溫相變，促進奧氏體部分轉變為索氏體組織，盤條再經過後段熔鹽升溫等溫，使未轉變的奧氏體轉變為珠光體組織，同時促進索氏體組織、珠光體組織和碳化物向球化組織轉變，最後經過輥道緩冷，制為顯微組織包括體積百分比占46%~52%回火珠光體、體積百分比占40%~49%的回火索氏體、體積百分比占2%~5%的鐵素體、其餘為准球化碳化物所組成混合組織的冷鐓鋼盤條；所述前段熔鹽的溫度為460~490℃，處理時間為20~40s；所述後段熔鹽的溫度為525~570℃，處理時間為300~600s。
5.
6.
7.
8.
9.		江蘇永鋼集團有限公司CN215600 江蘇省蘇州市張家港市南豐鎮永聯工業園永鋼大道100號江蘇永鋼集團有限公司CN ---C22C038/14C22C038/14
C22C038/12
C22C038/04
C22C038/02
C21D008/06		22-----------彭夢都
屈小波
時彤彤		3-

邵娟
南京智造力智慧財產權代理有限公司 32382		20241119-蔡燦蔡燦CN115386803
CN118326233		2-0-00CN118639128B11-20江蘇永鋼集團有限公司Valid-------------
65
EP4467166A12024-11-27AN ORTHOPEDIC IMPLANT OR A PART THEREOF, A METHOD FOR PREPARING THEREOF, A METHOD FOR PREPARING BIODEGRADABLE MAGNESIUM ALLOY AND USE OF BIODEGRADABLE MAGNESIUM ALLOYinvention23174999.52023-05-24The present application provides an orthopedic implant or a part thereof, comprising biodegradable magnesium alloy comprising magnesium and Ca in the range of 0.550-0.700 wt%, Zn in the range of 0.400-0.700 wt%, and Fe 50 ppm or less, the biodegradable magnesium alloy consisting of two phases comprising a first phase comprising magnesium and Zn and a second phase less noble than the first phase, the second phase comprising Mg2Ca precipitates larger than nano-sized. The present application also provides a method for preparing the biodegradable magnesium alloy, a method for preparing the orthopedic implant or the part thereof, and a method for treating a subject in need of therapy for a medical condition of a bone.
An orthopedic implant or a part thereof, comprising biodegradable magnesium alloy comprising magnesium and
- Ca in the range of 0.550-0.700 wt%,- Zn in the range of 0.400-0.700 wt%, and- Fe 50 ppm or less, such as 20 ppm or less,
the biodegradable magnesium alloy consisting of two phases comprising
- a first phase comprising magnesium and Zn, and- a second phase less noble than the first phase, the second phase comprising Mg2Ca precipitates larger than nano-sized.		An orthopedic implant or a part thereof, comprising biodegradable magnesium alloy comprising magnesium and
- Ca in the range of 0.550-0.700 wt%,- Zn in the range of 0.400-0.700 wt%, and- Fe 50 ppm or less, such as 20 ppm or less,
the biodegradable magnesium alloy consisting of two phases comprising
- a first phase comprising magnesium and Zn, and- a second phase less noble than the first phase, the second phase comprising Mg2Ca precipitates larger than nano-sized.
The orthopedic implant or the part thereof of claim 1, wherein the biodegradable magnesium alloy comprises total impurities including Fe in the range of 100-1000 ppm, such as wherein the magnesium alloy comprises total impurity of Al, Cu, Fe, Mn, Si, Y, Zr, Cd, Pb, Ni, Co, V, Li, Sb and rare earth elements of 1000 ppm or less.
The orthopedic implant or the part thereof of any of preceding claims, wherein the biodegradable magnesium alloy has an average grain size of 40 µm or less, such as 30 µm or less.
The orthopedic implant or the part thereof of any of preceding claims, wherein the biodegradable magnesium alloy has an average grain size, determined as equivalent circular diameter (ECD), of 2-20 µm, wherein at least 10% of grains have a grain size above 5 µm.
The orthopedic implant or the part thereof of any of preceding claims, wherein the ratio of weight percentages Ca:(Zn-0.2) is 1.1 or more.
The orthopedic implant or the part thereof of any of preceding claims having a tensile strength of 260 MPa or more, a yield strength of 200 MPa or more and/or elongation at break of 10% or more, determined according to ASTM B557M-15. -->
The orthopedic implant or the part thereof of any of preceding claims comprising a coating and/or a surface modification.
The orthopedic implant or the part thereof of any of preceding claims, in a form of a composite with one or more biodegradable polymer(s), glass fiber(s), bioglass and/or ceramic material(s).
The orthopedic implant or the part thereof of any of preceding claims, which is a fully biodegradable implant comprising the biodegradable magnesium alloy as a self-supporting core embedded in bioresorbable glass fiber reinforced polymer matrix
The orthopedic implant or the part thereof of any of preceding claims, comprising or consisting of a plate, a pin, a tack or a nail, a bolt, a clamp, a clip, a mesh, a scaffold, a cage, a stent, or a cervical wedge or a lumbar cage for vertebral fusionand other operations in spinal surgery, or a screw, an intramedullary nail, a pin, a Kirschner wire or a staple.
A method for preparing biodegradable magnesium alloy, the method comprising
- providing magnesium alloy comprising- Ca in the range of 0.550-0.700 wt%, and- Zn in the range of 0.400-0.700 wt%,- heating the magnesium alloy to a temperature of 260°C or more, such as to a temperature in the range of 260-400°C,- to form the heated magnesium alloy into biodegradable magnesium alloy comprising Fe 50 ppm or less and having an average grain size of 40...		BIORETEC OYFIYrittäjänkulma 5BIORETEC OYFI---A61L027/04A61L027/04
A61L027/58
A61L031/02
A61L031/14
C22C023/00
C22C023/04
C22F001/06		34C22C0023/00C22C0023/00
C22C0023/04
A61L0031/022
A61L0031/148
A61L0027/047
A61L0027/58
C22F0001/06		---Lehtonen, Timo
Lähteenkorva, Kimmo
Haltia, Anna-Maija
Stahle, Christopher		4FI 21120 Raisio
33820 Tampere
14200 Turenki
33540 Tampere		Berggren Oy--0010-00-19BIORETEC OY-------------
66
US20240391039A12024-11-28SPHERICAL BIT AND FASTENER DESIGNinvention18/3223112023-05-23Various embodiments of the present technology generally relate to an automation system that allows for ease of opening and closing, latching or unlatching, or switching on or off components using a spherical bit and corresponding receptacle that allow for a degree of misalignment not previously available. Accordingly, automated maintenance or other tasks may be performed with more speed and efficiency than previously available. Specifically, the spherical bit includes a spherical portion having teeth circumferentially disposed across. A corresponding receptacle includes a spherical void having grooves that correspond to the teeth of the spherical bit. The size and shape of the receptacle and bit as well as the location, size, shape, and number of teeth and corresponding grooves allow for a misalignment of up to 24 degrees in any direction.1. An industrial automation system comprising:
a robotic arm coupled to a controller and a driver;the driver coupled to a spherical bit;the controller comprising instructions that, upon execution by one or more processors of the controller, cause:
the robotic arm to autonomously move to align and couple the spherical bit with a receptacle of a fastening device, andthe driver to spin on an axis to rotate the fastening device; andthe spherical bit, comprising a shaft end and a coupling end, wherein:
the shaft end is coupled to the driver,the coupling end comprises an at least partially spherical portion that couples with the receptacle of the fastening device,the at least partially spherical portion comprises a plurality of teeth disposed circumferentially on the at least partially spherical portion, andeach of the plurality of teeth comprises:
a first end proximate to a tip of the at least partially spherical portion; anda second end proximate to an edge of the at least partially spherical portion.		1. An industrial automation system comprising:
a robotic arm coupled to a controller and a driver;the driver coupled to a spherical bit;the controller comprising instructions that, upon execution by one or more processors of the controller, cause:
the robotic arm to autonomously move to align and couple the spherical bit with a receptacle of a fastening device, andthe driver to spin on an axis to rotate the fastening device; andthe spherical bit, comprising a shaft end and a coupling end, wherein:
the shaft end is coupled to the driver,the coupling end comprises an at least partially spherical portion that couples with the receptacle of the fastening device,the at least partially spherical portion comprises a plurality of teeth disposed circumferentially on the at least partially spherical portion, andeach of the plurality of teeth comprises:
a first end proximate to a tip of the at least partially spherical portion; anda second end proximate to an edge of the at least partially spherical portion.
2. The industrial automation system of claim 1, further comprising the fastening device, wherein the fastening device comprises a body having a receptacle end and a fastening end, and wherein:
the receptacle end comprises the receptacle, the receptacle comprising an at least partially spherical void formed in the body at the receptacle end,the at least partially spherical void comprises a plurality of grooves circumferentially spaced on and extending radially into the at least partially spherical void such that when coupled, each of the plurality of teeth of the spherical bit fit into one of the plurality of grooves of the fastening device.
3. The industrial automation system of claim 2, further comprising:
a motor control cabinet (MCC), the MCC comprising a door, wherein the fastening device fastens the door.
4. The industrial automation system of claim 1, wherein the second end of the plurality of teeth are equidistantly spaced about the edge of the at least partially spherical portion.
5. The industrial automation system of claim 1, wherein each of the plurality of teeth is tapered to a point at the first end.
6. The industrial automation system of claim 5, wherein:
the tip of the at least partially spherical portion comprises an arcuate surface including the point of the first end of each of the plurality of teeth, anda distance from a center point of the at least partially spherical portion to the point and any other point on the arcuate surface is less than a radius of curvature of the at least partially spherical portion.
7. The industrial automation system of claim 1, wherein the at least partially spherical portion of the spherical bit further comprises a plurality of grooves positioned between each of the plurality of teeth and extending radially into the at least partially spherical portion.
8. The industrial automation system of claim 7, wherein each of the plurality of grooves is tapered in a direction of the edge toward the tip.
9....		Rockwell Automation Technologies, Inc.USRockwell Automation Technologies, Inc.US-ROCKWELL AUTOMATION TECHNOLOGIES, INC.US1 ALLEN-BRADLEY DRIVEB23P019/06B23P019/06
B25J011/00
F16B023/00		33-B23P0019/06B23P0019/06
B25J0011/005
F16B0023/0046		--------Wesley R. Salverson1USWI Milwaukee-------0-0-10-00-19Rockwell Automation Technologies, Inc.Pub.-------------
67
US12146315B22024-11-19Connector insert with rod accommodation holeinvention17/6287082020-08-11Threaded rod connector including a housing having a cavity for receiving a threaded rod therein, wherein the cavity has a mouth, and an insert including a plurality of rod engagement segments, which are arranged within the cavity, wherein the cavity has a tapered zone tapering towards the mouth for wedging the rod engagement segments against the threaded rod, wherein the insert further includes a plurality of interconnected segment carrying arms, wherein each of the rod engagement segments is connected to at least one of the segment carrying arms, wherein the segment carrying arms form a cage for accommodating the threaded rod. The insert further includes a collar, wherein the segment carrying arms are interconnected via the collar, and wherein the collar surrounds a rod accommodation hole that is aligned with the cage, such that a straight threaded rod can be simultaneously positioned both within the rod accommodation hole and within the cage.1. A threaded rod connector comprising:
a housing having a cavity for receiving a threaded rod therein, the cavity having a mouth for inserting the threaded rod into the cavity; andan insert including a plurality of rod engagement segments arranged within the cavity, each of the rod engagement segments having a mating thread structure for engaging the thread of the threaded rod,the cavity having a tapered zone tapering towards the mouth of the cavity for wedging the rod engagement segments against the threaded rod,the insert further including a plurality of interconnected segment carrying arms, wherein each of the rod engagement segments is connected to at least one of the segment carrying arms,the segment carrying arms forming a cage for accommodating the threaded rod,the insert further including a collar positioned within the cavity, wherein the segment carrying arms are interconnected via the collar, and wherein the collar surrounds a rod accommodation hole aligned with the cage, a straight threaded rod being simultaneously positionable both within the rod accommodation hole and within the cage.		1. A threaded rod connector comprising:
a housing having a cavity for receiving a threaded rod therein, the cavity having a mouth for inserting the threaded rod into the cavity; andan insert including a plurality of rod engagement segments arranged within the cavity, each of the rod engagement segments having a mating thread structure for engaging the thread of the threaded rod,the cavity having a tapered zone tapering towards the mouth of the cavity for wedging the rod engagement segments against the threaded rod,the insert further including a plurality of interconnected segment carrying arms, wherein each of the rod engagement segments is connected to at least one of the segment carrying arms,the segment carrying arms forming a cage for accommodating the threaded rod,the insert further including a collar positioned within the cavity, wherein the segment carrying arms are interconnected via the collar, and wherein the collar surrounds a rod accommodation hole aligned with the cage, a straight threaded rod being simultaneously positionable both within the rod accommodation hole and within the cage.
2. The connector as recited in claim 1 wherein the rod accommodation hole is a through hole.
3. The connector as recited in claim 1 wherein the collar is a closed ring.
4. The connector as recited in claim 1 wherein the insert is monolithic.
5. The connector as recited in claim 1 wherein the segment carrying arms and the collar have rotational symmetry.
6. The connector as recited in claim 1 wherein the rotational symmetry is four-fold rotational symmetry.
7. The connector as recited in claim 1 wherein the segment carrying arms have a threadless inner surface.
8. The connector as recited in claim 7 wherein the segment carrying arms have an outer surface axial section with a constant diameter.
9. The connector as recited in claim 1 wherein the segment carrying arms have an inner surface defining an inner diameter larger than a maximum inner diameter defined by the rod engagement segments.
10. The connector as recited in claim 1 wherein the collar has an outer engagement surface for rotationally locking the insert in the housing.
11. A threaded rod connector comprising:
a housing having a cavity for receiving a threaded rod therein, the cavity having a mouth for inserting the threaded rod into the cavity; andan insert including a plurality of rod engagement segments arranged within the cavity, each of the rod engagement segments having a mating thread structure for engaging the thread of the threaded rod,the cavity having a tapered zone tapering towards the mouth of the cavity for wedging the rod engagement segments against the threaded rod,the insert further including a plurality of interconnected segment carrying arms, wherein each of the rod engagement segments is connected to at least one of the segment carrying arms,the segment carrying arms forming a cage for accommodating the threaded rod,the insert further including a collar, wherein th...		Hilti AktiengesellschaftLIHilti AktiengesellschaftLI SchaanHILTI AKTIENGESELLSCHAFTLIFELDKIRCHERSTR. 100E04B001/41E04B001/41
F16B037/08		22-E04B0001/4121E04B0001/4121
F16B0037/0864		-----191928552019-08-21EPMichael Ziltener1DE SiebnenDavidson Kappel LLC--Daniel J WileyDaniel J WileyUS4618300
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US20180187705		15CA3001418
EP2017485
GB624714
GB628316
KR100 470 216
WOWO 2021/032517
WOWO 2021/032527
WOWO 2021/032536		8International Search Report of PCT/EP2020/072443, dated Oct. 27, 2020.40US12146315
WO2021032527
EP3783235A1		33-16HILTI AKTIENGESELLSCHAFTValid-------------
68
US20240392826A12024-11-28Flat Roof Mounting Deviceinvention18/7950422024-08-05A mounting device for covering a roof penetration in a roof includes a base including a hub, an outer perimeter structure, a top, a bottom, and ribs extending from the hub outward to the outer perimeter structure. An internal reservoir extends between the hub and the outer perimeter structure. A mount plate is disposed in the internal reservoir between the hub and the outer perimeter structure. A bore is formed in the mount plate.1. A mounting device for covering a roof penetration in a roof, the mounting device comprising:
a base including a hub, an outer perimeter structure, a top, a bottom, and ribs extending from the hub outward to the outer perimeter structure;an internal reservoir extending between the hub and the outer perimeter structure;a mount plate disposed in the internal reservoir between the hub and the outer perimeter structure; anda bore formed in the mount plate.		1. A mounting device for covering a roof penetration in a roof, the mounting device comprising:
a base including a hub, an outer perimeter structure, a top, a bottom, and ribs extending from the hub outward to the outer perimeter structure;an internal reservoir extending between the hub and the outer perimeter structure;a mount plate disposed in the internal reservoir between the hub and the outer perimeter structure; anda bore formed in the mount plate.
2. The mounting device of claim 1, wherein the mount plate is disposed between at least two of the ribs.
3. The mounting device of claim 1, wherein the mount plate is coupled to one of the ribs.
4. The mounting device of claim 1, further comprising a cap which, when moved onto the base, cooperates with the base to form an environmental seal over the roof penetration.
5. The mounting device of claim 1, wherein:
the bore is configured to receive a fastener for fastening the mounting device at the roof penetration; andwhen the fastener is received through the bore, the mount plate leaves the internal reservoir accessible from both the bottom and the top.
6. The mounting device of claim 1, wherein the mount plate is an annulus.
7. The mounting device of claim 1, wherein the internal reservoir encircles the hub.
8. A mounting device for covering a roof penetration in a roof, the mounting device comprising:
a base including a hub, an outer perimeter structure, an open top, and an open bottom;an internal reservoir in communication with the open top and the open bottom;the hub and the outer perimeter structure are separated from each other by the internal reservoir and by ribs extending through the internal reservoir from the hub outward to the outer perimeter structure;a mount plate disposed in the internal reservoir between at least two of the ribs; anda bore formed in the mount plate, the bore for receiving a fastener for fastening the mounting device at the roof penetration.
9. The mounting device of claim 8, wherein the mount plate is disposed between the hub and the outer perimeter structure.
10. The mounting device of claim 8, wherein the mount plate is coupled to one of the ribs.
11. The mounting device of claim 8, further comprising a cap which, when moved onto the base, cooperates with the base to form an environmental seal over the roof penetration.
12. The mounting device of claim 8, wherein:
the bore is configured to receive a fastener for fastening the mounting device at the roof penetration; andwhen the fastener is received through the bore, the mount plate leaves the internal reservoir accessible from both the open bottom and the open top.
13. The mounting device of claim 8, wherein the mount plate is an annulus.
14. A mounting device for covering a roof penetration in a roof, the mounting device comprising:
a base including a hub, an outer perimeter structure, a top, a bottom, and ribs extending from the hub to the outer perimeter structure;an internal reservoir between the ...		Solsera, Inc.USSolsera, Inc.US AZ PhoenixSOLSERA, INC.US4049 E. STANFORD DR.F16B043/00F16B043/00
E04D005/14
E04D015/04		23-F16B0043/001F16B0043/001
E04D0015/04
E04D0005/145
E04D2015/047		--------Shawn J. Meine
Carolyn D. Kitchel		2USAZ Phoenix
AZ Phoenix		-------0-0-00-00-20Solsera, Inc.Pub.-------------
69
TWI863508B2024-11-21接合元件及其接合方法invention1121307022023-08-15一種接合元件及其接合方法，該接合元件包括一頭部段、一突肋段及一尾部段，其中該尾部段的任一橫截面呈一幾何形狀，該幾何形狀為多個橢圓重疊在一起。當該接合元件對該裝配零件下壓及轉動時，該幾何形狀的一內凹部會對該接合元件的材料產生較多的塑性變形熱，能夠更易於讓該裝配零件的材料軟化而得到較大的塑性變形量，藉此提升裝配效率。一種接合元件，配置為用於供一轉動工具驅動而沿著一轉軸旋轉，該接合元件包括： 一頭部段，配置為與該轉動工具相組合； 一突肋段，包含一本體及多個突肋，其中該本體自該頭部段沿著該轉軸延伸，該些突肋形成在該本體的一表面；及 一尾部段，包含一連接端及一接觸端，該連接端連接在該突肋段的該本體的一端，該接觸端與該連接端相反向且配置為接觸一裝配零件，該尾部段的任一橫截面呈一幾何形狀，該幾何形狀為多個橢圓重疊在一起，而且相鄰二橢圓的連接處形成一內凹部。一種接合元件，配置為用於供一轉動工具驅動而沿著一轉軸旋轉，該接合元件包括： 一頭部段，配置為與該轉動工具相組合； 一突肋段，包含一本體及多個突肋，其中該本體自該頭部段沿著該轉軸延伸，該些突肋形成在該本體的一表面；及 一尾部段，包含一連接端及一接觸端，該連接端連接在該突肋段的該本體的一端，該接觸端與該連接端相反向且配置為接觸一裝配零件，該尾部段的任一橫截面呈一幾何形狀，該幾何形狀為多個橢圓重疊在一起，而且相鄰二橢圓的連接處形成一內凹部。
如請求項1所述接合元件，其中該些橢圓的形狀相同，而且相鄰二橢圓的一長軸的一夾角在45度至90度之間。
如請求項1所述接合元件，其中該些橢圓的一長軸與一短軸的比例為R，而且1 0。
如請求項3所述接合元件，其中該尾部段位於該連接端的一橫截面的一面積朝著該尾部段位於該接觸端的一橫截面的一面積漸縮，而且該尾部段位於該連接端的一橫截面的一長徑小於或等於該突肋段的該本體的一徑長。
如請求項3所述接合元件，其中在該尾部段靠近該連接端的一橫截面中，該橫截面的該些橢圓的一長軸與一短軸的比例趨近於1。
如請求項1所述接合元件，其中該橫截面上的任一直線與該轉軸垂直。
如請求項1所述接合元件，其中該些突肋為螺旋狀的多個螺牙或環狀並列的多個突齒。
如請求項1所述接合元件，其中該頭部段包含一套合部、一法蘭及一凹陷部，該套合部形成在該法蘭的一頂面，而且配置為與該轉動工具套合在一起，該突肋段的本體自該法蘭的底面延伸，該凹陷部形成在該法蘭的底面，並且環繞在該本體外。
一種接合元件的接合方法，該接合方法包括： 一第一階段，將一轉動工具組合在一接合元件的一頭部段，接著將該接合元件的一尾部段的一接觸端接觸在一裝配零件的一表面並進行旋轉，以使該接合元件的尾部段與該裝配零件之間產生的一摩擦熱大於一塑性變形熱，其中該尾部段的任一橫截面呈一幾何形狀，該幾何形狀為多個橢圓重疊在一起，而且相鄰二橢圓的連接處形成一內凹部； 一第二階段，透過該轉動工具施加一軸向壓力及一轉速驅動該接合元件對該裝配零件下壓及轉動，以使該接合元件的尾部段與該裝配零件之間產生的一塑性變形熱大於一摩擦熱，其中該接合元件的尾部段往該裝配零件的內部穿刺而形成一孔洞，並且在該孔洞周圍形成一隆起部；及 一第三階段，將該接合元件的一突肋段穿刺至該孔洞，並且將該接合元件的頭部段迫緊該裝配零件的隆起部。
如請求項9所述接合方法，其中該裝配零件的一熱膨脹係數大於該接合元件的一熱膨脹係數。		瑞師科技股份有限公司TW臺北市大安區辛亥路2段37號1樓瑞師科技股份有限公司TW---F16B025/10F16B025/10
F16B025/06
F16B005/02		12-----林鼎鈞
李榮顯
楊舜傑		3TW

呂長霖臺北市大安區敦化南路2段77號19樓5133賴耿賢賴耿賢0CN104603478
CN112601894
DE102016202447
GB1105703
GB1207235
US3156152
US4311423		710-00I863508NES LIMITED19瑞師科技股份有限公司Valid-------------
70
EP4467287A12024-11-27SCREW CONFIGURED TO EQUIP AN ARTICLE AND TOOL FOR ACTUATING SUCH A SCREWinvention24176238.42024-05-16L'invention concerne une vis (4) configurée pour assujettir mécaniquement au moins une première partie (2) d'un article (1) à un support (3) quelconque, la vis (4) comportant une tête (7) et un corps (8) s'étendant longitudinalement en saillie de la tête (7), la tête (7) comportant une partie externe (18) et une partie interne (19) interposée entre la partie externe (18) et le corps (8), le corps (8) étant au moins partiellement fileté, la vis (4) étant caractérisée en ce que la partie interne (19) de la tête (7) comporte au moins un organe d'entrainement s'étendant radialement au-delà de la partie externe (18) et étant configuré pour être sollicité et entraîné en rotation par un outil d'actionnement (10) de sorte à visser et/ou dévisser la vis (4) et ainsi assujettir et/ou désassujettir mécaniquement l'au moins une première partie (2) de l'article au support (3) quelconque.

1. Vis configurée pour assujettir mécaniquement au moins une première partie (2) d'un article (1), notamment de maroquinerie, ou bien de bijouterie, de cosmétique ou encore d'ameublement, à un support (3) quelconque, la vis (4) comportant une tête (7) et un corps (8) s'étendant longitudinalement en saillie de la tête (7), la tête (7) comportant une partie externe (18) et une partie interne (19) interposée entre la partie externe (18) et le corps (8), le corps (8) étant au moins partiellement fileté, la vis (4) étant caractérisée en ce que la partie interne (19) de la tête (7) comporte au moins un organe d'entrainement s'étendant radialement au-delà de la partie externe (18) et étant configuré pour être sollicité et entraîné en rotation par un outil d'actionnement (10) de sorte à visser et/ou dévisser la vis (4) et ainsi assujettir et/ou désassujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque.

2. Vis selon la revendication 1, caractérisée en ce que la partie interne (19) de la tête (7) est pourvue d'une pluralité d'organes d'entrainement s'étendant radialement au-delà de la partie externe (19) et d'au moins un espace séparant les organes d'entraînement.

3. Vis selon l'une des revendications 1 et 2, caractérisée en ce que la partie interne (19) de la tête (7) comporte au moins une première encoche (22a) ménagée circonférentiellement et délimitée par un premier bord d'attaque (23a) et un deuxième bord d'attaque (23b) opposé au premier bord d'attaque (23a), avec le premier bord d'attaque (23a) qui forme un premier organe d'entrainement configuré pour être sollicité et entraîné en rotation par l'outil d'actionnement (10) de sorte à visser la vis (4) et ainsi assujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque, et avec le deuxième bord d'attaque (23b) qui forme un deuxième organe d'entrainement configuré pour être sollicité et entraîné en rotation par l'outil d'actionnement (10) de sorte à dévisser la vis (4) et ainsi désassujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque.

4. Vis selon l'une quelconque des revendications 1 à 3, caractérisée en ce que la partie interne (19) de la tête (7) comporte au moins une deuxième encoche (22b) ménagée circonférentiellement et délimitée par un troisième bord d'attaque (50a) et un bord fuyant incurvé (50b) opposé au troisième bord d'attaque (50a), avec le troisième bord d'attaque (50a) qui forme un premier organe d'entrainement configuré pour être sollicité et entraîné en rotation par l'outil d'actionnement (10) de sorte à visser la vis (4) et ainsi assujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque, et avec le bord fuyant incurvé (50b) qui empêche l'entraînement en rotation de la tête (7) par l'outil d'actionnement (10) et ainsi le dévissage de la vis (4) et le désassujettissement mécanique de l'au moins une première partie (2) de l'article (1) au support (3) quelconque.

5. Outil d'actionnement (10) configuré pour entraîner en rotation une vis (4) selon l'une quelconque des revendications 1 à 4, caractérisé en ce qu' il comporte un corps de préhension (20) et au moins un organe complémentaire d'entrainement (35) en saillie du corps de préhension (20), l'au moins un organe complémentaire d'entrainement (35) étant configuré pour solliciter et entraîner en rotation l'au moins un organe d'entrainement de la partie interne (19) de la tête (7) de la vis (4), de sorte à visser et/ou dévisser la vis (4) et ainsi assujettir et/ou désassujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque, en fonction d'un sens d'actionnement de l'outil (10) par son corps préhension (20).

6. Outil d'actionnement selon la revendication 5, caractérisé en ce que l'au moins un organe complémentaire d'entrainement (35) présente au moins une paroi partiellement cylindrique pourvue d'au moins un bord complémentaire d'attaque (41a, 41b) orienté radialement et configuré pour venir au contact d'au moins un bord d'attaque (23a, 23b) formant l'au moins un organe d'entrainement de la partie interne (19) de la tête (7) de la vis (4).

7. Outil d'actionnement selon l'une des revendications 5 et 6, caractérisé en ce que l'au moins un organe complémentaire d'entrainement (35) présente un premier bord complémentaire d'attaque (41a) configuré pour venir au contact d'un premier bord d'attaque (23a) de la partie interne (19) de la tête (7) de la vis (4) pour solliciter et entraîner la tête (7) en rotation de sorte à visser la vis (4) et ainsi assujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque, et/ou un deuxième bord complémentaire d'attaque (41b) configuré pour venir au contact d'un deuxième bord d'attaque (23b) de la partie interne (19) de la tête (7) de la vis (4) pour solliciter et entraîner la tête (7) en rotation de sorte à dévisser la vis (4) et ainsi désassujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque.

8. Outil d'actionnement selon l'une des revendications 5 à 7, caractérisé en ce qu' il comporte un corps de montage (32) en saillie du corps de préhension (20), un élément d'entraînement (33) pourvu de l'au moins un organe complémentaire d'entrainement (35) et monté partiellement autour du corps de montage (32), et une bague de maintien (34) montée partiellement autour de l'élément d'entraînement (33) et configurée pour maintenir l'élément d'entraînement (33) sur le corps de montage (32), avec l'au moins un organe complémentaire d'entrainement (35) qui se trouve en saillie de la bague de maintien (34).

9. Ensemble comportant une vis (4) selon l'une quelconque des revendications 1 à 4 et un outil d'actionnement (10) selon l'une quelconque des revendications 5 à 8.

10. Article (1), notamment de maroquinerie ou bien de bijouterie, de cosmétique ou encore d'ameublement, pourvu d'au moins une première partie (2) assujettie mécaniquement à un support (3) quelconque à l'aide d'une vis (4) selon l'une quelconque des revendications 1 à 4 qui est configurée pour être entraînée en rotation par un outil d'actionnement (10) selon l'une quelconque des revendications 5 à 8.

11. Procédé d'assemblage et/ou désassemblage d'une première partie (2) d'un article (1) notamment de maroquinerie ou bien de bijouterie, de cosmétique ou encore d'ameublement, sur un support (3) quelconque, à l'aide d'un ensemble selon la revendication 9, le procédé comportant l'étape d'assujettir et/ou désassujettir mécaniquement par vissage et/ou dévissage la première partie (2) au support (3) quelconque en vissant et/ou dévissant la vis (4) dans le support (3) quelconque grâce à la sollicitation et la rotation de l'au moins un organe d'entrainement de la partie interne (19) de la tête (7) de la vis (4) par l'au moins un organe complémentaire d'entrainement (35) de l'outil d'actionnement (10).		1. Vis configurée pour assujettir mécaniquement au moins une première partie (2) d'un article (1), notamment de maroquinerie, ou bien de bijouterie, de cosmétique ou encore d'ameublement, à un support (3) quelconque, la vis (4) comportant une tête (7) et un corps (8) s'étendant longitudinalement en saillie de la tête (7), la tête (7) comportant une partie externe (18) et une partie interne (19) interposée entre la partie externe (18) et le corps (8), le corps (8) étant au moins partiellement fileté, la vis (4) étant caractérisée en ce que la partie interne (19) de la tête (7) comporte au moins un organe d'entrainement s'étendant radialement au-delà de la partie externe (18) et étant configuré pour être sollicité et entraîné en rotation par un outil d'actionnement (10) de sorte à visser et/ou dévisser la vis (4) et ainsi assujettir et/ou désassujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque.

2. Vis selon la revendication 1, caractérisée en ce que la partie interne (19) de la tête (7) est pourvue d'une pluralité d'organes d'entrainement s'étendant radialement au-delà de la partie externe (19) et d'au moins un espace séparant les organes d'entraînement.

3. Vis selon l'une des revendications 1 et 2, caractérisée en ce que la partie interne (19) de la tête (7) comporte au moins une première encoche (22a) ménagée circonférentiellement et délimitée par un premier bord d'attaque (23a) et un deuxième bord d'attaque (23b) opposé au premier bord d'attaque (23a), avec le premier bord d'attaque (23a) qui forme un premier organe d'entrainement configuré pour être sollicité et entraîné en rotation par l'outil d'actionnement (10) de sorte à visser la vis (4) et ainsi assujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque, et avec le deuxième bord d'attaque (23b) qui forme un deuxième organe d'entrainement configuré pour être sollicité et entraîné en rotation par l'outil d'actionnement (10) de sorte à dévisser la vis (4) et ainsi désassujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque.

4. Vis selon l'une quelconque des revendications 1 à 3, caractérisée en ce que la partie interne (19) de la tête (7) comporte au moins une deuxième encoche (22b) ménagée circonférentiellement et délimitée par un troisième bord d'attaque (50a) et un bord fuyant incurvé (50b) opposé au troisième bord d'attaque (50a), avec le troisième bord d'attaque (50a) qui forme un premier organe d'entrainement configuré pour être sollicité et entraîné en rotation par l'outil d'actionnement (10) de sorte à visser la vis (4) et ainsi assujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque, et avec le bord fuyant incurvé (50b) qui empêche l'entraînement en rotation de la tête (7) par l'outil d'actionnement (10) et ainsi le dévissage de la vis (4) et le désassujettissement mécanique de l'au moins une première partie (2) de l'article (1) au support (3) quelconque.

5. Outil d'actionnement (10) configuré pour entraîner en rotation une vis (4) selon l'une quelconque des revendications 1 à 4, caractérisé en ce qu' il comporte un corps de préhension (20) et au moins un organe complémentaire d'entrainement (35) en saillie du corps de préhension (20), l'au moins un organe complémentaire d'entrainement (35) étant configuré pour solliciter et entraîner en rotation l'au moins un organe d'entrainement de la partie interne (19) de la tête (7) de la vis (4), de sorte à visser et/ou dévisser la vis (4) et ainsi assujettir et/ou désassujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque, en fonction d'un sens d'actionnement de l'outil (10) par son corps préhension (20).

6. Outil d'actionnement selon la revendication 5, caractérisé en ce que l'au moins un organe complémentaire d'entrainement (35) présente au moins une paroi partiellement cylindrique pourvue d'au moins un bord complémentaire d'attaque (41a, 41b) orienté radialement et configuré pour venir au contact d'au moins un bord d'attaque (23a, 23b) formant l'au moins un organe d'entrainement de la partie interne (19) de la tête (7) de la vis (4).

7. Outil d'actionnement selon l'une des revendications 5 et 6, caractérisé en ce que l'au moins un organe complémentaire d'entrainement (35) présente un premier bord complémentaire d'attaque (41a) configuré pour venir au contact d'un premier bord d'attaque (23a) de la partie interne (19) de la tête (7) de la vis (4) pour solliciter et entraîner la tête (7) en rotation de sorte à visser la vis (4) et ainsi assujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque, et/ou un deuxième bord complémentaire d'attaque (41b) configuré pour venir au contact d'un deuxième bord d'attaque (23b) de la partie interne (19) de la tête (7) de la vis (4) pour solliciter et entraîner la tête (7) en rotation de sorte à dévisser la vis (4) et ainsi désassujettir mécaniquement l'au moins une première partie (2) de l'article (1) au support (3) quelconque.

8. Outil d'actionnement selon l'une des revendications 5 à 7, caractérisé en ce qu' il comporte un corps de montage (32) en saillie du corps de préhension (20), un élément d'entraînement (33) pourvu de l'au moins un organe complémentaire d'entrainement (35) et monté partiellement autour du corps de montage (32), et une bague de maintien (34) montée partiellement autour de l'élément d'entraînement (33) et configurée pour maintenir l'élément d'entraînement (33) sur le corps de montage (32), avec l'au moins un organe complémentaire d'entrainement (35) qui se trouve en saillie de la bague de maintien (34).

9. Ensemble comportant une vis (4) selon l'une quelconque des revendications 1 à 4 et un outil d'actionnement (10) selon l'une quelconque des revendications 5 à 8.

10. Article (1), notamment de maroquinerie ou bien de bijouterie, de cosmétique ou encore d'ameublement, pourvu d'au moins une première partie (2) assujettie mécaniquement à un support (3) quelconque à l'aide d'une vis (4) selon l'une quelconque des revendications 1 à 4 qui est configurée pour être entraînée en rotation par un outil d'actionnement (10) selon l'une quelconque des revendications 5 à 8.

11. Procédé d'assemblage et/ou désassemblage d'une première partie (2) d'un article (1) notamment de maroquinerie ou bien de bijouterie, de cosmétique ou encore d'ameublement, sur un support (3) quelconque, à l'aide d'un ensemble selon la revendication 9, le procédé comportant l'étape d'assujettir et/ou désassujettir mécaniquement par vissage et/ou dévissage la première partie (2) au support (3) quelconque en vissant et/ou dévissant la vis (4) dans le support (3) quelconque grâce à la sollicitation et la rotation de l'au moins un organe d'entrainement de la partie interne (19) de la tête (7) de la vis (4) par l'au moins un organe complémentaire d'entrainement (35) de l'outil d'actionnement (10).		Hermes SellierFR24 rue du Faubourg Saint HonoréHermes SellierFR---B25B013/06B25B013/06
F16B005/02
F16B012/00
F16B023/00
B25B015/00
B25B021/02
B25B023/10
F16B012/14		27F16B0023/0076F16B0023/0076
F16B0023/0061
F16B0005/02
A47G0003/00
F16B0035/06
F16B2200/95
F16B0012/14
B25B0021/02
B25B0013/065
B25B0015/004
B25B0023/105		---23051082023-05-23FRROUZAUD, Camille1FR 92200 NEUILLY SUR SEINESantarelli--0000-00-20Hermes Sellier-------------
71
EP4464902A12024-11-20CAM-ACTUATABLE CLAMP AND RELATED COMPONENTSinvention24176005.72024-05-15The clamp assembly includes a mount ring with a first portion including a first passage extending along a first longitudinal axis, a second portion including extending along a second longitudinal axis spaced transversely apart from the first longitudinal passage, and third portion including a third passage extending along a transverse axis between the first and second longitudinal axes, and a clamp movably carried in the third passage of the third portion of the mount ring, and a cam engageable with the clamp to move the clamp toward the first portion of the mount ring. Also disclosed are related clamps and mounting rings.
A clamp assembly, comprising:
a mount ring including:
an ovate outer perimeter,a top surface,a bottom surface, anda first portion including a first passage established by a first radially inwardly facing surface at a first radius from a first longitudinal axis extending through the first passage,a second portion including
a second passage established by a second radially inwardly facing surface at a second radius from a second longitudinal axis extending through the second passage and spaced transversely away from the first longitudinal axis of the first portion, anda mount ring countersink in the top surface and coaxial with the second passage, anda third portion including a third passage established by laterally inwardly facing walls and extending along a transverse axis between the first longitudinal axis and the second longitudinal axis;a clamp movably carried in the third passage of the third portion of the mount ring, movable along the transverse axis between an unclamped position relatively toward the second portion and a clamped position relatively toward the first portion, and including a radially inwardly facing clamp surface corresponding to the first radially inwardly facing surface and a cam countersink corresponding to the mount ring countersink; anda cam engageable with the clamp to move the clamp along the third passage toward the first portion of the mount ring.		A clamp assembly, comprising:
a mount ring including:
an ovate outer perimeter,a top surface,a bottom surface, anda first portion including a first passage established by a first radially inwardly facing surface at a first radius from a first longitudinal axis extending through the first passage,a second portion including
a second passage established by a second radially inwardly facing surface at a second radius from a second longitudinal axis extending through the second passage and spaced transversely away from the first longitudinal axis of the first portion, anda mount ring countersink in the top surface and coaxial with the second passage, anda third portion including a third passage established by laterally inwardly facing walls and extending along a transverse axis between the first longitudinal axis and the second longitudinal axis;a clamp movably carried in the third passage of the third portion of the mount ring, movable along the transverse axis between an unclamped position relatively toward the second portion and a clamped position relatively toward the first portion, and including a radially inwardly facing clamp surface corresponding to the first radially inwardly facing surface and a cam countersink corresponding to the mount ring countersink; anda cam engageable with the clamp to move the clamp along the third passage toward the first portion of the mount ring.
The clamp assembly of claim 1, wherein the cam includes a conical washer including a central aperture, a conical profile having a diameter that is greater than a distance between the mount ring countersink and the cam countersink when the clamp is --> in the unclamped position, and a cam upper surface, and a fastener including a head to operatively engage the cam upper surface and a shank extending away from the head and through the central aperture of the cam, preferably wherein the clamp and the mount ring are configured such that contact between the conical profile of the cam and the clamp and the mount ring occurs at one area on the mount ring and one area on the clamp so that the clamp can move from the unclamped position to the clamped position.
The clamp assembly of one of the preceding claims, wherein the first portion is elastically deformable and includes at least one first portion relief and at least one clamping section spaced circumferential from the at least one first portion relief, and wherein the at least one clamping section and the clamp are configured to exert substantially uniform tension around a cylinder when the clamp is in the clamped position, and/or wherein the second portion includes at least one second portion relief spaced circumferentially on either side of the second radially inwardly facing surface.
A clamp assembly, preferably according to one of the preceding claims, comprising:
a mount ring including
an outer perimeter,a first passage extending along a first longitudinal axis,a second passage extending along a second longitudinal axi...		Dadco, Inc.US43850 Plymouth Oaks BoulevardDadco, Inc.US---F16B002/12F16B002/12
F16B005/06
B21J013/02
F16B003/06
F16B043/00		25F16B0002/12F16B0002/12
F16B0003/06
F16B0005/0685
F16B0043/00
B21J0013/02		---202363467489 P2023-05-18USCOTTER, Jonathan P.1US Dearborn, 48124Blumbach · Zinngrebe Patentanwälte PartG mbB--0US63467489100-00-20Dadco, Inc.-------------
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EP4463637A12024-11-20SCREW WITH A HOLE-FORMING TIPinvention23702531.72023/1/12The invention relates to a screw (10) comprising a shaft (12) which transitions into a tip (14). The tip (14) tapers starting from the support region of the shaft (12), and the tip (14) terminates at a frontmost tip (16). At least two edges (20, 22) are formed on the tip (14) by a recess of the tip, wherein a first edge (20) is formed in the screw-in rotational direction and a second edge (22) is formed opposite the screw-in rotational direction, said edges being connected via a surface (30, 50), the cross-section of which has a contour line (K). An intersection curve (S) of the screw central plane (ME) is produced by the surface (30, 50), wherein the distance (A) between the intersection curve (S) and the screw central axis increases from the frontmost tip (16) at least until the distance corresponds to half of the core diameter. An intersection point (A1) of the intersection curve (S), said intersection point being arranged at a distance of DK/4 to the screw central axis, has a length (L), which is greater than DK/3, to the closest intersection point (A2) in the longitudinal direction of the screw at a distance of DK/2 to the screw central axis. An edge angle (alpha) which forms the tangent (T) at the first edge (20) together with the contour line (K) increases over the length (L) as the distance between the intersection curve (S) and the central axis (MA) increases.

Patentansprüche Schraube (10) mit einem Schaft (12), der einen Kerndurchmesser besitzt und der in eine Spitze (14) übergeht, wobei die Spitze (14) sich ausgehend vom Tragbereich des Schafts (12) verjüngt und die Spitze (14) in einer vordersten Spitze (16) endet, wobei die vorderste Spitze (16) auf der Schraubenmittelachse (MA) liegt, wobei die Schraube (10) ein Gewinde (18) zur Verschraubung der Schraube mit einem Bauteil in einer Einschraubdrehrichtung besitzt und das Gewinde (18) sich bis in die Spitze (14) erstreckt, wobei ferner eine Schraubenmittelebene (ME) definiert ist und an der Spitze (14) wenigstens zwei Kanten (20, 22) durch eine Ausnehmung wenigstens der Spitze gebildet sind, wobei eine erste Kante (20) in der Einschraubdrehrichtung und eine zweite Kante (22) entgegen der Einschraubdrehrichtung liegt, wobei die erste Kante und die zweite Kante beidseitig der Schraubenmittelebene (ME) liegen, wobei die beiden Kanten (20, 22) über eine Fläche (30, 50) verbunden sind, wobei die Fläche (30, 50) in ihren Querschnitten eine Konturlinie (K) besitzt, wobei sich eine Schnittkurve (S) der Schraubenmittelebene (ME), die zwischen den Kanten (20, 22) liegt, mit der Fläche (30, 50) ergibt, wobei der Abstand (A) der Schnittkurve (S) von der Schraubenmittelachse (MA) , von der vordersten Spitze (16) ausgehend gesehen, wenigstens so lange größer wird, bis dieser dem halben Kerndurchmesser DK entspricht, wobei derjenige Schnittpunkt (A1 ) der Schnittkurve (S), der DK/4 von der Schraubenmittelachse entfernt ist, eine Länge (L) in Längsrichtung der Schraube von dem nächstliegenden Schnittpunkt (A2) mit dem Abstand DK/2 von der Schraubenmittelachse, entfernt ist, wobei die Länge (L) größer als DK/3 ist, wobei über die Länge (L) in diesem Bereich ein Kantenwinkel (alpha), den die Tangente (T) an den Schraubenmantel an der ersten Kante (20) mit der Konturlinie (K) einschließt, mit zunehmendem Abstand der Schnittkurve (S) von der Mittelachse (MA) ebenfalls zunimmt. Schraube nach Anspruch 1 , dadurch gekennzeichnet, dass die Länge (L) größer als DK/2 ist. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Konturlinie (K) im Wesentlichen geradlinig oder konvex verläuft. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Spitze eine, insbesondere kegelförmige, Grundform aufweist, so dass im Querschnitt die Kanten auf der der Konturlinie gegenüberliegenden Seite kreisförmig verbunden sind. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Zunahme des Abstands (A) der Schnittkurve (S) wenigstens ab der Hälfte der Schraubenspitze in Richtung des Kopfes kontinuierlich erfolgt. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die kontinuierliche Zunahme des Abstands (A) der Schnittkurve (S) sich mindestens über eine axiale Länge von einmal Kerndurchmesser DK erstreckt. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass ausgehend von der vordersten Spitze (16) der Abstand der Kanten (20, 22) zur Mittelebene in Richtung des Kopfes zunimmt. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Schnittkurve im Bereich des Abstands (A2) von DK/2 einen solchen Anstieg aufweist, dass die Tangente einen Austrittswinkel mit der Schraubenmittelachse (MA) einschließt, der weniger als 45° beträgt.

9. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass der Abstand (A) der Schnittkurve (S) zur Mittelachse an dem der vordersten Spitze (16) zugewandten Ende kleiner oder gleich 25 %, insbesondere kleiner oder gleich 15 %, insbesondere kleiner oder gleich 10 %, insbesondere kleiner oder gleich 5 %, des Kerndurchmessers Didst.

10. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass im Abstandsbereich (A) der Schnittkurve (S) von 0,4 DK bis 0,5 DK, die Schnittkurve (S) im Tragbereich liegt und dort eine Verdrängungswirkung des abgetragenen Materials sowohl in Verdrängungsrichtung (V) nach außen als auch in Längsrichtung in Richtung des Kopfes auftritt.

11. Schraube nach einem der Ansprüche 2 bis 10, dadurch gekennzeichnet, dass der Bereich kontinuierlicher Zunahme des Abstands (A) der Schnittkurve (S) einem Kreisradius folgt.

12. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass in Fortsetzung der Schnittkurve (S) über den radialen Abstand DK/2 hinaus auch das Gewinde im Tragbereich des Schafts (12) entsprechend ausgenommen ist.

13. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Schnittkurve (S) den Abstand DK/2 von der Mittelachse an einem Punkt erreicht, der im zylindrischen Teil des Schaftes liegt.

14. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass das Gewinde eine Steigung (P) besitzt und der Abstand (AK) vom Übergang der Schraubenspitze zum Tragbereich zu dem Punkt, an dem die Schnittkurve (S) den Abstand DK/2 von der Mittelachse (MA) erreicht, bis zur 10-fachen, insbesondere bis zur 8-fachen der Steigung (P), insbesondere bis zur 6-fachen, insbesondere bis zur 2,5-fachen, insbesondere in etwa der 1 -fachen, der Gewindesteigung beträgt. Schraube nach Anspruch 14, dadurch gekennzeichnet, dass sich ein Aktionsverhältnis von Abstand (AK) zur Gewindesteigung (P) zwischen 3 und 6 ergibt, wobei sich der Abstand (AK) zwischen dem Übergang der

Schraubenspitze zum Tragbereich und dem Punkt, an dem die Schnittkurve (S) den Abstand DK/2 von der Mittelachse (MA) erreicht, ergibt.

Patentansprüche Schraube (10) mit einem Schaft (12), der einen Kerndurchmesser besitzt und der in eine Spitze (14) übergeht, wobei die Spitze (14) sich ausgehend vom Tragbereich des Schafts (12) verjüngt und die Spitze (14) in einer vordersten Spitze (16) endet, wobei die vorderste Spitze (16) auf der Schraubenmittelachse (MA) liegt, wobei die Schraube (10) ein Gewinde (18) zur Verschraubung der Schraube mit einem Bauteil in einer Einschraubdrehrichtung besitzt und das Gewinde (18) sich bis in die Spitze (14) erstreckt, wobei ferner eine Schraubenmittelebene (ME) definiert ist und an der Spitze (14) wenigstens zwei Kanten (20, 22) durch eine Ausnehmung wenigstens der Spitze gebildet sind, wobei eine erste Kante (20) in der Einschraubdrehrichtung und eine zweite Kante (22) entgegen der Einschraubdrehrichtung liegt, wobei die erste Kante und die zweite Kante beidseitig der Schraubenmittelebene (ME) liegen, wobei die beiden Kanten (20, 22) über eine Fläche (30, 50) verbunden sind, wobei die Fläche (30, 50) in ihren Querschnitten eine Konturlinie (K) besitzt, wobei sich eine Schnittkurve (S) der Schraubenmittelebene (ME), die zwischen den Kanten (20, 22) liegt, mit der Fläche (30, 50) ergibt, wobei der Abstand (A) der Schnittkurve (S) von der Schraubenmittelachse (MA) , von der vordersten Spitze (16) ausgehend gesehen, wenigstens so lange größer wird, bis dieser dem halben Kerndurchmesser DK entspricht, wobei derjenige Schnittpunkt (A1 ) der Schnittkurve (S), der DK/4 von der Schraubenmittelachse entfernt ist, eine Länge (L) in Längsrichtung der Schraube von dem nächstliegenden Schnittpunkt (A2) mit dem Abstand DK/2 von der Schraubenmittelachse, entfernt ist, wobei die Länge (L) größer als DK/3 ist, wobei über die Länge (L) in diesem Bereich ein Kantenwinkel (alpha), den die Tangente (T) an den Schraubenmantel an der ersten Kante (20) mit der Konturlinie (K) einschließt, mit zunehmendem Abstand der Schnittkurve (S) von der Mittelachse (MA) ebenfalls zunimmt. Schraube nach Anspruch 1 , dadurch gekennzeichnet, dass die Länge (L) größer als DK/2 ist. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Konturlinie (K) im Wesentlichen geradlinig oder konvex verläuft. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Spitze eine, insbesondere kegelförmige, Grundform aufweist, so dass im Querschnitt die Kanten auf der der Konturlinie gegenüberliegenden Seite kreisförmig verbunden sind. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Zunahme des Abstands (A) der Schnittkurve (S) wenigstens ab der Hälfte der Schraubenspitze in Richtung des Kopfes kontinuierlich erfolgt. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die kontinuierliche Zunahme des Abstands (A) der Schnittkurve (S) sich mindestens über eine axiale Länge von einmal Kerndurchmesser DK erstreckt. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass ausgehend von der vordersten Spitze (16) der Abstand der Kanten (20, 22) zur Mittelebene in Richtung des Kopfes zunimmt. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Schnittkurve im Bereich des Abstands (A2) von DK/2 einen solchen Anstieg aufweist, dass die Tangente einen Austrittswinkel mit der Schraubenmittelachse (MA) einschließt, der weniger als 45° beträgt.

9. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass der Abstand (A) der Schnittkurve (S) zur Mittelachse an dem der vordersten Spitze (16) zugewandten Ende kleiner oder gleich 25 %, insbesondere kleiner oder gleich 15 %, insbesondere kleiner oder gleich 10 %, insbesondere kleiner oder gleich 5 %, des Kerndurchmessers Didst.

10. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass im Abstandsbereich (A) der Schnittkurve (S) von 0,4 DK bis 0,5 DK, die Schnittkurve (S) im Tragbereich liegt und dort eine Verdrängungswirkung des abgetragenen Materials sowohl in Verdrängungsrichtung (V) nach außen als auch in Längsrichtung in Richtung des Kopfes auftritt.

11. Schraube nach einem der Ansprüche 2 bis 10, dadurch gekennzeichnet, dass der Bereich kontinuierlicher Zunahme des Abstands (A) der Schnittkurve (S) einem Kreisradius folgt.

12. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass in Fortsetzung der Schnittkurve (S) über den radialen Abstand DK/2 hinaus auch das Gewinde im Tragbereich des Schafts (12) entsprechend ausgenommen ist.

13. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass die Schnittkurve (S) den Abstand DK/2 von der Mittelachse an einem Punkt erreicht, der im zylindrischen Teil des Schaftes liegt.

14. Schraube nach einem der vorangehenden Ansprüche, dadurch gekennzeichnet, dass das Gewinde eine Steigung (P) besitzt und der Abstand (AK) vom Übergang der Schraubenspitze zum Tragbereich zu dem Punkt, an dem die Schnittkurve (S) den Abstand DK/2 von der Mittelachse (MA) erreicht, bis zur 10-fachen, insbesondere bis zur 8-fachen der Steigung (P), insbesondere bis zur 6-fachen, insbesondere bis zur 2,5-fachen, insbesondere in etwa der 1 -fachen, der Gewindesteigung beträgt. Schraube nach Anspruch 14, dadurch gekennzeichnet, dass sich ein Aktionsverhältnis von Abstand (AK) zur Gewindesteigung (P) zwischen 3 und 6 ergibt, wobei sich der Abstand (AK) zwischen dem Übergang der

Schraubenspitze zum Tragbereich und dem Punkt, an dem die Schnittkurve (S) den Abstand DK/2 von der Mittelachse (MA) erreicht, ergibt.

EJOT SE & Co. KGDEAstenbergstraße 21EJOT SE & Co. KGDE---F16B025/00F16B025/0011F16B0025/0015F16B0025/0015
F16B0025/0084		---1020221006512022-01-12DESTOLL, Helmut1DE 40589 DuesseldorfPuschmann Borchert Kaiser Klettner
Patentanwälte Partnerschaft mbB		--0010-00-19EJOT SE & Co. KG-------------
73
EP3927479B12024-11-20WIRE DRAWING MONITORING SYSTEMinvention20759063.92020-02-20A drawing die system that has least two probes to measure various characteristics of components of the die box or the wire being drawn through the die box. The system includes a smart die that in which the multiple probes send information to a data processing unit. The data processing unit takes the information from the various probes and controls the various parameters of the wire drawing process. One smart die has a probe that collects information directly from a drawing die holder. The smart die also includes a force sensor and is configured to allow a die box to be displaced along an axis that is parallel to the direction in which the wire is drawn. The data processing unit controls various wired drawing parameters such as wire drawing speed, coolant pressure and the rate at which the coolant is pumped through the system.

A die box (200) comprising two or more probes (115) configured to measure various characteristics of components of the die box (200) or a wire being drawn through the die box (200) and at least one box probe channel (203) for at least one of said two or more probes (115), the die box (200) further comprising a drawing die holder (100) comprising a drawing channel (105), characterized in that
the drawing die holder (100) further comprises a die probe channel (106) that extends from an outer wall (109) to an inner wall (112) of the drawing die holder (100), and a probe (115) housed within the die probe channel (106), and in that the at least one box probe channel (203) is aligned with the die probe channel (106).		A die box (200) comprising two or more probes (115) configured to measure various characteristics of components of the die box (200) or a wire being drawn through the die box (200) and at least one box probe channel (203) for at least one of said two or more probes (115), the die box (200) further comprising a drawing die holder (100) comprising a drawing channel (105), characterized in that
the drawing die holder (100) further comprises a die probe channel (106) that extends from an outer wall (109) to an inner wall (112) of the drawing die holder (100), and a probe (115) housed within the die probe channel (106), and in that the at least one box probe channel (203) is aligned with the die probe channel (106).
The die box (200) of claim 1, wherein the drawing die holder (100) has a drawing channel (105) that is tapered.
The die box (200) of any one of claims 1 or 2, further comprising a force transducer (303).
The die box (200) of claim 3, wherein guide rods (306) are configured to allow the die box (200) to move along an axis that is parallel to the drawing channel (103) and allows the force transducer (303) to be on a no-load state.
The die box (200) of claim 4, wherein the die box (200) comprises a plurality of guide rods (306) or a plurality of linear bearings (309). -->
The die box (200) of any one of claims 1 to 5, further comprising a die box nut (315) which restricts movement of the die holder (100) along an axis that is parallel to the drawing channel (103) wherein the installation of the die box nut (315) is configured to avoid axial pre-loading upon installation..
The die box (200) of any one of claims 1 to 6, further comprising a jacket (234) for indirect cooling of the drawing die holder (100), wherein the jacket (234) is a water jacket, wherein the jacket is connected to a backplate (270)
The die box (200) of claim 7, further comprising a coolant flow regulator (327).
The die box (200) of any one of claims 7 and 8, further comprising a die holder o-ring (309) and a die box o-ring (312), which allows direct cooling of the die holder 100 as coolant is able to access the drawing die holder (100).
The die box (200) of any one of claims 7 to 9, further comprising a sliding plate (330) between the jacket (234) and the backplate (270), wherein the sliding plate (330) ensures radial alignment of the force transfer plate (401), and wherein a force transducer (303) is located between the sliding plate (330) and the backplate (270).
The die box (200) of any one of claims 2 to 10, wherein the drawing die holder (100) further comprises at least one of a first base (118), a cap (121), a second base --> (123), and a die (102) optionally wherein the die (102) is one or more of a pressure die, a drawing die, and a secondary die, optionally wherein the die probe channel (106) is located within the first base (118).
The die box (200) of any one of claims 2 to 11, wherein the drawing die holder (100) further comprises a probe (115) housed w...		Paramount Die Company, IncParamount Die Company, IncUS1306 Continental Drive Abingdon, Maryland 21009---B21C001/00B21C001/00
B21C003/14
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C10M107/00		24B21C0009/00B21C0009/00
B21C0003/14
B21C0003/12
B21C0001/003		----201962807834 P2019-02-20USSARVER, Richard
NAUMANN, Karl
NORONA, Joao		3US Abingdon, Maryland 21009
Abingdon, Maryland 21009
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CA3130951A1		98-16Paramount Die Company, Inc-------------
74
CN118976850A2024-11-19線材定向進料機構inventionCN202410923615.52024-07-10本發明公開了一種線材定向進料機構，包括機架，所述機架上安裝有導向進料板，所述導向進料板上開設有與線材的橫截面相匹配的定位槽，所述機架上依次安裝有水平調直機構和豎直調直機構，所述水平調直機構包括調直安裝架，所述調直安裝架上的兩側設有固定架和活動架，所述固定架固定安裝在調直安裝架上，所述活動架滑動安裝在所述調直安裝架上，所述固定架和活動架上均安裝有轉動支架，所述轉動支架上轉動安裝有調直輥組。本發明設置有導向進料板，通過定位槽對線材進行定向進料，方便對異形線材定向進料，使其更好地與加工設備配合加工；通過在轉軸上安裝多個形狀不同的調直輥，通過調節轉動支架的位置將不同的調直輥移動至調直工位。;1.一種線材定向進料機構，其特徵在於：包括機架(1)，所述機架(1)上安裝有導向進料板(11)，所述導向進料板(11)上開設有與線材的橫截面相匹配的定位槽(12)，所述機架(1)上依次安裝有水平調直機構和豎直調直機構，所述豎直調直機構與豎直調直機構的結構一致，所述豎直調直機構垂直于所述水平調直機構設置，所述水平調直機構包括調直安裝架(2)，所述調直安裝架(2)上的兩側設有固定架(21)和活動架(22)，所述固定架(21)固定安裝在調直安裝架(2)上，所述活動架(22)滑動安裝在所述調直安裝架(2)上，所述固定架(21)和活動架(22)上均安裝有轉動支架(3)，所述轉動支架(3)上轉動安裝有調直輥組。1.一種線材定向進料機構，其特徵在於：包括機架(1)，所述機架(1)上安裝有導向進料板(11)，所述導向進料板(11)上開設有與線材的橫截面相匹配的定位槽(12)，所述機架(1)上依次安裝有水平調直機構和豎直調直機構，所述豎直調直機構與豎直調直機構的結構一致，所述豎直調直機構垂直于所述水平調直機構設置，所述水平調直機構包括調直安裝架(2)，所述調直安裝架(2)上的兩側設有固定架(21)和活動架(22)，所述固定架(21)固定安裝在調直安裝架(2)上，所述活動架(22)滑動安裝在所述調直安裝架(2)上，所述固定架(21)和活動架(22)上均安裝有轉動支架(3)，所述轉動支架(3)上轉動安裝有調直輥組。
2.如權利要求1所述的線材定向進料機構，其特徵在於：所述固定架(21)和活動架(22)上均設有豎直滑軌，所述轉動支架(3)滑動安裝在豎直滑軌上，所述轉動支架(3)上轉動安裝有轉軸(4)，所述調直輥組安裝在轉軸(4)上，所述調直輥組包括若干個形狀不同的調直輥。
3.如權利要求1所述的線材定向進料機構，其特徵在於：所述調直輥組包括第一調直輥(5)、第二調直輥(6)和第三調直輥(7)，所述第一調直輥(5)固定安裝在所述轉軸(4)上，所述第一調直輥(5)的兩側開設有固定槽，所述固定槽上固定安裝有定位插柱(8)，所述第二調直輥(6)和第三調直輥(7)的兩側均開設有安裝孔，所述定位插柱(8)貫穿所述安裝孔設置，所述定位插柱(8)的端部通過緊固件固定。
4.如權利要求3所述的線材定向進料機構，其特徵在於：所述第一調直輥(5)為平直輥，所述第二調直輥(6)的外側設有V形環槽，所述第三調直輥(7)的外側設有弧形環槽。
5.如權利要求3所述的線材定向進料機構，其特徵在於：所述第一調直輥(5)和第二調直輥(6)之間設有第一墊塊，所述第二調直輥(6)和第三調直輥(7)之間設有第二墊塊，所述第一墊塊和第二墊塊均套設在所述定位插柱(8)上。
6.如權利要求2所述的線材定向進料機構，其特徵在於：所述轉動支架(3)包括底框(31)和頂蓋(32)，所述底框(31)為L形支架，所述L形支架包括底板和側板，所述轉軸(4)轉動安裝在所述底板上，所述側板與所述豎直滑軌滑動安裝，所述側板上設有齒條(33)，所述齒條(33)嚙合有驅動齒輪，所述側板的頂部設有安裝塊，所述頂蓋(32)上設有安裝套(34)，所述轉軸(4)貫穿所述頂蓋(32)設置，所述轉軸(4)的端部通過限位件安裝。
7.如權利要求1所述的線材定向進料機構，其特徵在於：所述導向進料板(11)上開設有臺階孔(13)，所述臺階孔(13)內安裝有進料塊(14)，所述進料塊(14)上開設有定位槽(12)，所述進料塊(14)上設有安裝環(15)，所述安裝環(15)與導向進料板(11)通過緊固件安裝。		三馬緊固件（浙江）股份有限公司CN314300 浙江省嘉興市海鹽縣于城鎮振興路313號三馬緊固件（浙江）股份有限公司CN----B21F023/00B21F023/00
B21F001/02		12-----------蔡林超
馬林帥
陳宇超
吾嘉興		4-


李妮
杭州中利智慧財產權代理事務所(普通合夥) 33301		20241119----0-0-00-00-20三馬緊固件（浙江）股份有限公司Pub.-------------
75
US20240392611A12024-11-28TAMPER PROOF CABLE LOCKinvention18/7908452024-07-31Provided is a cable lock including a locking clasp including first and second clasp components having first and second security cable connection arms. The locking clasp includes at least one groove. The at least one groove is configured to receive at least one device cable. The cable lock includes a security cable having a wire rope and a vinyl coating. The wire rope includes a plurality of wire strings arranged in a plurality of clusters. The first and second security cable connection arms of the locking clasp are coupled to a first end of the security cable. First and second stop sleeves are disposed on opposite sides of the first and second security cable connection arms. A device connection means is disposed at a second end of the security cable opposite the first end of the security cable.1-18. (canceled)
19. A cable lock, comprising:
a first locking plate defining a first inner surface, wherein the first locking plate includes:
at least one first channel extending therethrough;a first indent; andat least one second channel connected to the first indent;a second locking plate configured to be coupled with the first locking plate, the second locking plate defining a second inner surface configured to be arranged adjacent the first inner surface of the first locking plate when the second locking plate is coupled with the first locking plate, wherein the second locking plate includes:
at least one third channel extending therethrough;a second indent; andat least one fourth channel connected to the second indent; anda security cable including at least one stop member extending therefrom, wherein the at least one stop member is disposed in the first indent and the second indent when the second locking plate is coupled with the first locking plate when the second locking plate is coupled with the first locking plate to fixedly secure the security cable to the first locking plate and the second locking plate,wherein the security cable defines a loop portion extending from the first locking plate and the second locking plate when the security cable is fixedly secured to the first locking plate and the second locking plate.
20. The cable lock of claim 19, wherein a width defined by the at least one stop member is wider than a width defined by the at least one second channel and the at least one fourth channel.
21. The cable lock of claim 20, further including at least one orifice continuously extending in the first locking plate and the second locking plate when the second locking plate is coupled with the first locking plate, wherein a connecting member is configured to be secured in the orifice to couple the second locking plate with the first locking plate.
22. The cable lock of claim 21, further including at least one counter sunk screw configured to be arranged in the at least one orifice to couple the second locking plate with the first locking plate.
23. The cable lock of claim 19, wherein the second locking plate includes at least one protrusion, and the first locking plate includes at least one protrusion receiving orifice dimensioned and positioned to receive the at least one protrusion to align the first locking plate with the second locking plate when the second locking plate is coupled with the first locking plate.
24. The cable lock of claim 19, wherein a size of the first indent is substantially the same as a size of the second indent.
25. The cable lock of claim 24, wherein a diameter of the at least one second channel is substantially the same as a diameter of the at least one fourth channel.
26. The cable lock of claim 19, wherein the first locking plate and the second locking plate each include a plastic or a polymer.
27. The cable lock of claim 19, wherein the first locking plate is substantially a mirror image...		1-18. (canceled)
19. A cable lock, comprising:
a first locking plate defining a first inner surface, wherein the first locking plate includes:
at least one first channel extending therethrough;a first indent; andat least one second channel connected to the first indent;a second locking plate configured to be coupled with the first locking plate, the second locking plate defining a second inner surface configured to be arranged adjacent the first inner surface of the first locking plate when the second locking plate is coupled with the first locking plate, wherein the second locking plate includes:
at least one third channel extending therethrough;a second indent; andat least one fourth channel connected to the second indent; anda security cable including at least one stop member extending therefrom, wherein the at least one stop member is disposed in the first indent and the second indent when the second locking plate is coupled with the first locking plate when the second locking plate is coupled with the first locking plate to fixedly secure the security cable to the first locking plate and the second locking plate,wherein the security cable defines a loop portion extending from the first locking plate and the second locking plate when the security cable is fixedly secured to the first locking plate and the second locking plate.
20. The cable lock of claim 19, wherein a width defined by the at least one stop member is wider than a width defined by the at least one second channel and the at least one fourth channel.
21. The cable lock of claim 20, further including at least one orifice continuously extending in the first locking plate and the second locking plate when the second locking plate is coupled with the first locking plate, wherein a connecting member is configured to be secured in the orifice to couple the second locking plate with the first locking plate.
22. The cable lock of claim 21, further including at least one counter sunk screw configured to be arranged in the at least one orifice to couple the second locking plate with the first locking plate.
23. The cable lock of claim 19, wherein the second locking plate includes at least one protrusion, and the first locking plate includes at least one protrusion receiving orifice dimensioned and positioned to receive the at least one protrusion to align the first locking plate with the second locking plate when the second locking plate is coupled with the first locking plate.
24. The cable lock of claim 19, wherein a size of the first indent is substantially the same as a size of the second indent.
25. The cable lock of claim 24, wherein a diameter of the at least one second channel is substantially the same as a diameter of the at least one fourth channel.
26. The cable lock of claim 19, wherein the first locking plate and the second locking plate each include a plastic or a polymer.
27. The cable lock of claim 19, wherein the first locking plate is substantially a mirror image...		Steven Joseph JaworskiUSSteven Joseph JaworskiUS----E05B073/00E05B073/00
D07B001/06
D07B001/16
F16B002/06
F16B005/02
F16B007/04
F16B041/00		36-E05B0073/0005E05B0073/0005
D07B0001/0693
D07B0001/162
F16B0002/06
F16B0002/065
F16B0007/0433
F16B0005/02
F16B0041/007		--------Steven Joseph Jaworski1USNY East Yaphank-------0-0-00-00-20Steven Joseph JaworskiPub.-------------
76
CN118639123B2024-11-19一種15.9級免退火熱軋高碳含釩冷鐓鋼盤條及其製造方法inventionCN202411133210.82024-08-19本發明涉及一種15.9級免退火熱軋高碳含釩冷鐓鋼盤條及其製造方法，採用C‑Si‑Mn‑V的高碳含礬成分設計軋製吐絲為盤條後進行線上鹽浴強回火，先經過前段熔鹽，盤條以≥41℃/s的冷速降溫至索氏體相區，部分轉變為索氏體組織，再經過後段熔鹽升溫至珠光體相區進行等溫處理，促進珠光體組織轉變、回火軟化及含釩碳化物析出，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體和准球化碳化物的冷鐓鋼盤條，能夠提高碳與礬的利用價值，降低材料成本，實現強塑性匹配，達到抗拉強度為1320~1370MPa，斷面收縮率為45%~50%，用於省卻退火工序下製造15.9級緊固件，降低開裂風險，提高成材率和製造效率。;1.一種15.9級免退火熱軋高碳含釩冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.86％~0.90％、Si：0.70％~0.82％、Mn：0.50％~0.70％、V：0.03％~0.05%、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占55%~65%的回火珠光體、體積百分比占34%~40%的回火索氏體、其餘為准球化碳化物所組成的混合組織；其製造方法包括：按所述15.9級免退火熱軋高碳含釩冷鐓鋼盤條的化學成分軋製生產線材，線材按≥940℃的吐絲溫度吐絲為盤條後，進行線上鹽浴強回火，使盤條先經過前段熔鹽處理，盤條以≥41℃/s的冷速降溫至索氏體相區，盤條中部分奧氏體組織轉變為索氏體組織，再經過後段熔鹽升溫至珠光體相區進行等溫處理，促進盤條中未轉變的奧氏體組織轉變為珠光體組織，同時促進回火軟化及含釩碳化物析出，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體和准球化碳化物所組成混合組織的冷鐓鋼盤條；所述前段熔鹽的熔鹽溫度為520~550℃，處理時間為30~40s；所述後段熔鹽的熔鹽溫度為580~620℃，處理時間為550~800s。1.一種15.9級免退火熱軋高碳含釩冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.86％~0.90％、Si：0.70％~0.82％、Mn：0.50％~0.70％、V：0.03％~0.05%、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占55%~65%的回火珠光體、體積百分比占34%~40%的回火索氏體、其餘為准球化碳化物所組成的混合組織；其製造方法包括：按所述15.9級免退火熱軋高碳含釩冷鐓鋼盤條的化學成分軋製生產線材，線材按≥940℃的吐絲溫度吐絲為盤條後，進行線上鹽浴強回火，使盤條先經過前段熔鹽處理，盤條以≥41℃/s的冷速降溫至索氏體相區，盤條中部分奧氏體組織轉變為索氏體組織，再經過後段熔鹽升溫至珠光體相區進行等溫處理，促進盤條中未轉變的奧氏體組織轉變為珠光體組織，同時促進回火軟化及含釩碳化物析出，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體和准球化碳化物所組成混合組織的冷鐓鋼盤條；所述前段熔鹽的熔鹽溫度為520~550℃，處理時間為30~40s；所述後段熔鹽的熔鹽溫度為580~620℃，處理時間為550~800s。
2.
3.
4.一種15.9級免退火熱軋高碳含釩冷鐓鋼盤條的製造方法，其特徵在於，按權利要求1所述15.9級免退火熱軋高碳含釩冷鐓鋼盤條的化學成分軋製生產線材，線材按≥940℃的吐絲溫度吐絲為盤條後，進行線上鹽浴強回火，使盤條先經過前段熔鹽處理，盤條以≥41℃/s的冷速降溫至索氏體相區，盤條中部分奧氏體組織轉變為索氏體組織，再經過後段熔鹽升溫至珠光體相區進行等溫處理，促進盤條中未轉變的奧氏體組織轉變為珠光體組織，同時促進回火軟化及含釩碳化物析出，最後經過輥道緩冷，制為顯微組織包括體積百分比占55%~65%的回火珠光體、體積百分比占34%~40%的回火索氏體、其餘為准球化碳化物所組成混合組織的冷鐓鋼盤條；所述前段熔鹽的熔鹽溫度為520~550℃，處理時間為30~40s；所述後段熔鹽的熔鹽溫度為580~620℃，處理時間為550~800s。
5.
6.
7.所述後段熔鹽的熔鹽迴圈量為30~80t/h，控制熔鹽溫升≤8℃。
8.
9.		江蘇永鋼集團有限公司CN215600 江蘇省蘇州市張家港市南豐鎮永聯工業園永鋼大道100號江蘇永鋼集團有限公司CN ---C22C038/02C22C038/02
C22C038/04
C22C038/12
C21D001/18
C21D001/46
C21D006/00
C21D008/06
C21D011/00		25-----------彭夢都
胡俊輝
陳遠清
屈小波
穀傑		5-



邵娟
南京智造力智慧財產權代理有限公司 32382		20241119-蔡燦蔡燦CN1078496591-0-00CN118639123B11-20江蘇永鋼集團有限公司Valid-------------
77
CN118621230B2024-11-19一種14.9級免退火熱軋高碳冷鐓鋼盤條及其製造方法inventionCN202411112679.32024-08-14本發明涉及一種14.9級免退火熱軋高碳冷鐓鋼盤條及其製造方法，基於過共析含Cr、Mo化學成分控軋吐絲為盤條後進行線上熔鹽二次等溫，使盤條先經過首段熔鹽，盤條以≥40℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成大部分索氏體，盤條再經過二段熔鹽升溫，促進盤條在珠光體相區等溫轉變、新相組織的進一步回火與熔斷，最後經過輥道緩冷，制為顯微組織包括大部分回火索氏體、其餘為回火珠光體與熔斷珠光體的冷鐓鋼盤條，能夠實現組織調控和強塑性匹配，抗拉強度可達1260~1310MPa，斷面收縮率可達47%~52%，用於14.9級緊固件免退火加工，有利於降低材料成本、提高成材率和生產效率。;1.一種14.9級免退火熱軋高碳冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.78％~0.82％、Si：0.20％~0.40％、Mn：0.30％~0.50％、Cr：0.20％~0.40％、Mo：0 .10％~0 .35％、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質；其顯微組織包括體積百分比占78%~83%的回火索氏體、其餘為回火珠光體與熔斷珠光體所組成的混合組織；其方法包括：按所述14.9級免退火熱軋高碳冷鐓鋼盤條的化學成分控軋生產線材，線材按≥915℃的吐絲溫度吐絲為盤條後，進行線上熔鹽二次等溫，使盤條先經過首段熔鹽，盤條以≥40℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成大部分索氏體，盤條再經過二段熔鹽升溫，促進盤條在珠光體相區等溫轉變、新相組織的進一步回火與熔斷，最後經過輥道緩冷，制為顯微組織包括回火索氏體、回火珠光體與熔斷珠光體所組成混合組織的冷鐓鋼盤條，所述首段熔鹽的熔鹽溫度為505~555℃，處理時間為15~25s；所述二段熔鹽的熔鹽溫度為580~630℃，處理時間為400~600s。1.一種14.9級免退火熱軋高碳冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.78％~0.82％、Si：0.20％~0.40％、Mn：0.30％~0.50％、Cr：0.20％~0.40％、Mo：0 .10％~0 .35％、P≤0.015％、S≤0.015％，其餘為Fe和不可避免雜質；其顯微組織包括體積百分比占78%~83%的回火索氏體、其餘為回火珠光體與熔斷珠光體所組成的混合組織；其方法包括：按所述14.9級免退火熱軋高碳冷鐓鋼盤條的化學成分控軋生產線材，線材按≥915℃的吐絲溫度吐絲為盤條後，進行線上熔鹽二次等溫，使盤條先經過首段熔鹽，盤條以≥40℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成大部分索氏體，盤條再經過二段熔鹽升溫，促進盤條在珠光體相區等溫轉變、新相組織的進一步回火與熔斷，最後經過輥道緩冷，制為顯微組織包括回火索氏體、回火珠光體與熔斷珠光體所組成混合組織的冷鐓鋼盤條，所述首段熔鹽的熔鹽溫度為505~555℃，處理時間為15~25s；所述二段熔鹽的熔鹽溫度為580~630℃，處理時間為400~600s。
2.
3.
4.一種14.9級免退火熱軋高碳冷鐓鋼盤條的製造方法，其特徵在於，其方法包括：按權利要求1所述14.9級免退火熱軋高碳冷鐓鋼盤條的化學成分控軋生產線材，線材按≥915℃的吐絲溫度吐絲為盤條後，進行線上熔鹽二次等溫，使盤條先經過首段熔鹽，盤條以≥40℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成大部分索氏體，盤條再經過二段熔鹽升溫，促進盤條在珠光體相區等溫轉變、新相組織的進一步回火與熔斷，最後經過輥道緩冷，制為顯微組織包括體積百分比占78%~83%的回火索氏體、其餘為回火珠光體與熔斷珠光體所組成混合組織的冷鐓鋼盤條，所述首段熔鹽的熔鹽溫度為505~555℃，處理時間為15~25s；所述二段熔鹽的熔鹽溫度為580~630℃，處理時間為400~600s。
5.
6.
7.
8.
9.		江蘇永鋼集團有限公司CN215600 江蘇省蘇州市張家港市南豐鎮永聯工業園永鋼大道100號江蘇永鋼集團有限公司CN ---C22C038/22C22C038/22
C22C038/02
C22C038/04
C21D008/06		22-----------彭夢都
胡俊輝
陳遠清		3-

邵娟
南京智造力智慧財產權代理有限公司 32382		20241119-蔡燦蔡燦CN105506500
CN114134410		2-0-00CN118621230B11-20江蘇永鋼集團有限公司Valid-------------
78
CN118639122B2024-11-19一種15.9級免退火熱軋高碳冷鐓鋼盤條及其製造方法inventionCN202411125830.72024-08-16本發明涉及一種15.9級免退火熱軋高碳冷鐓鋼盤條及其製造方法，基於高C‑Si‑Mn‑Al‑Cr成分設計熱軋吐絲為盤條後進行線上鹽浴強回火，控制前端熔鹽迴圈量大於後端熔鹽迴圈量，使盤條以≥38℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成索氏體組織和珠光體組織並促進回火軟化，最後經過輥道緩冷，制為以回火珠光體為主、少量回火索氏體、鐵素體和熔斷珠光體組織的冷鐓鋼盤條，能夠利用高碳成分降低材料成本、避免異常組織、實現盤條組織調控和強塑性能匹配，抗拉強度為1115~1165MPa，斷面收縮率為47%~52%，適用於15.9級緊固件省卻退火的高效綠色製造，有利於降低冷加工開裂風險，提高成材率。;1.一種15.9級免退火熱軋高碳冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.82%~0.86%、Si：0.30%~0.45%、Mn：0.22%~0.42%、Al：0.10%~0.30%、Cr：0.15%~0.35%、P≤0.015%、S≤0.015%，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占74%~80%的回火珠光體、體積百分比占14%~20%的回火索氏體、其餘為鐵素體和熔斷珠光體所組成的混合組織，其製造方法包括：按所述15.9級免退火熱軋高碳冷鐓鋼盤條的化學成分軋製生產線材，線材按≥960℃的吐絲溫度吐絲為盤條後，進行線上鹽浴強回火，控制線上鹽浴強回火的前端熔鹽迴圈量大於後端熔鹽迴圈量，使盤條以≥38℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成索氏體組織和珠光體組織，同時促進索氏體組織和珠光體組織回火軟化，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體、素體和熔斷珠光體所組成混合組織的冷鐓鋼盤條；所述線上鹽浴強回火的熔鹽溫度為590~625℃，處理時間為490~740s。1.一種15.9級免退火熱軋高碳冷鐓鋼盤條，其特徵在於，所述冷鐓鋼盤條的化學成分及品質百分比包括：C：0.82%~0.86%、Si：0.30%~0.45%、Mn：0.22%~0.42%、Al：0.10%~0.30%、Cr：0.15%~0.35%、P≤0.015%、S≤0.015%，其餘為Fe和不可避免雜質，其顯微組織包括體積百分比占74%~80%的回火珠光體、體積百分比占14%~20%的回火索氏體、其餘為鐵素體和熔斷珠光體所組成的混合組織，其製造方法包括：按所述15.9級免退火熱軋高碳冷鐓鋼盤條的化學成分軋製生產線材，線材按≥960℃的吐絲溫度吐絲為盤條後，進行線上鹽浴強回火，控制線上鹽浴強回火的前端熔鹽迴圈量大於後端熔鹽迴圈量，使盤條以≥38℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成索氏體組織和珠光體組織，同時促進索氏體組織和珠光體組織回火軟化，最後經過輥道緩冷，制為顯微組織包括回火珠光體、回火索氏體、素體和熔斷珠光體所組成混合組織的冷鐓鋼盤條；所述線上鹽浴強回火的熔鹽溫度為590~625℃，處理時間為490~740s。
2.
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4.一種15.9級免退火熱軋高碳冷鐓鋼盤條的製造方法，其特徵在於，其製造方法包括：按權利要求1所述15.9級免退火熱軋高碳冷鐓鋼盤條的化學成分軋製生產線材，線材按≥960℃的吐絲溫度吐絲為盤條後，進行線上鹽浴強回火，控制線上鹽浴強回火的前端熔鹽迴圈量大於後端熔鹽迴圈量，使盤條以≥38℃/s的冷速降溫至珠光體相區進行等溫相變，控制盤條形成索氏體組織和珠光體組織，同時促進索氏體組織和珠光體組織回火軟化，最後經過輥道緩冷，制為顯微組織包括體積百分比占74%~80%的回火珠光體、體積百分比占14%~20%的回火索氏體、其餘為鐵素體和熔斷珠光體所組成混合組織的冷鐓鋼盤條，所述線上鹽浴強回火的熔鹽溫度為590~625℃，處理時間為490~740s。
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9.		江蘇永鋼集團有限公司CN215600 江蘇省蘇州市張家港市南豐鎮永聯工業園永鋼大道100號江蘇永鋼集團有限公司CN ---C22C038/02C22C038/02
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C21D011/00		38-----------彭夢都
胡俊輝
陳遠清
屈小波		4-


邵娟
南京智造力智慧財產權代理有限公司 32382		20241119-蔡燦蔡燦CN1141344101-0-00CN118639122B11-20江蘇永鋼集團有限公司Valid-------------
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