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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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CN221647382U2024-09-03一種防鬆壓鉚螺母modelCN202420178876.42024-01-24本實用新型公開了一種防鬆壓鉚螺母，包括螺母本體，螺母本體的一端延伸有與其固定連接的嚙合部，嚙合部的外周設置有若干個齒，相鄰的齒之間形成有凹槽，螺母本體內設置有貫通嚙合部的內孔，內孔設置有內螺紋，螺母本體靠近內孔設置有衝壓口，衝壓口靠近嚙合部的一側形成有衝壓塊，衝壓塊凸出於內螺紋的內表面。該壓鉚螺母防鬆動效果好，其通過衝壓口的擠壓使得內螺紋的一螺牙向靠近相鄰的另一螺牙方向發生變形，產生凸出於內螺紋內表面的衝壓塊。通過衝壓塊使螺栓的外螺紋與壓鉚螺母的內螺紋過盈配合，從而在螺栓上的外螺紋與內螺紋之間產生較大的摩擦力，使壓鉚螺母能與螺栓連接更緊固，有效避免了壓鉚螺母在承受衝擊載荷時螺栓容易鬆動的問題。;洪塞爾緊固件（無錫）有限公司CN213100 江蘇省無錫市新吳區鴻山街道鴻昌路55號洪塞爾緊固件（無錫）有限公司CN ---F16B037/06F16B037/0611-----------劉小從
高存平		2-
于夢軒
哈爾濱市陽光惠遠智慧財產權代理有限公司 23211		20240903----0-0-00-00-20洪塞爾緊固件（無錫）有限公司Valid-------------
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CN118582449A2024-09-03一種功能性螺栓螺母元件inventionCN202411060018.02024-08-05本發明公開了一種功能性螺栓螺母元件，屬於螺栓連接技術領域，解決了現有技術中適合多種扳手、緊固性佳、長度可調節的問題，包括順序連接的螺栓頭、螺栓杆和副螺杆，螺栓頭表面設有螺帽，螺帽內設有梅花槽，梅花槽內設有圓形槽，圓形槽內設有十字形槽，螺栓杆的端部設有盲孔，螺栓杆上螺紋連接有副螺杆，副螺杆設有卡孔，副螺杆杆體上穿插有銷軸，且銷軸垂直穿過卡孔，在卡孔內部的銷軸上轉動連接有擰鬆螺栓。本發明通過在螺帽表面設置梅花槽，梅花槽內設置圓形槽，圓形槽內設置十字形槽，使整個螺栓螺母組件能夠適應不同形狀的扳手，螺栓杆和副螺杆連接後的整體長度通過副螺杆插入盲孔內的長度進行調節，實現螺栓螺母整體元件長度的改變。;上海奧達科股份有限公司CN200120 上海市浦東新區南蘆公路168號上海奧達科股份有限公司CN----F16B023/00F16B023/00
F16B035/02
F16B025/10
F16B039/00		14-----------燕存露1- 高斯博
揚州雲洋智慧財產權代理有限公司 32389		20240903----0-0-00-00-20上海奧達科股份有限公司Pub.-------------
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TWI853865B2024-09-01使用於建築物建造的螺絲緊固件invention1081464622019-12-18一種螺絲緊固件，其包含：一細長柄部，其具有沿著該柄部之至少大部分延伸的一螺紋，其中該柄部為實心；一驅動區段，其位於該柄部之一個末端處以用於允許該螺絲緊固件被可旋轉地驅動至一或多個材料層中；以及一自鑽尖端或自穿尖端，其位於該柄部之一相對末端處以用於在該一或多個材料層中形成一孔；其中該驅動區段包括一緊固件頭部，該緊固件頭部具有比該螺紋之最大直徑要大上少於或等於40%的側向直徑，以允許該緊固件頭部跟隨入該孔中，且讓該緊固件頭部最終能與該一或多個材料層之一表面齊平或低於該表面同時最小化對該表面之形變或損傷。一種螺絲緊固件，其包含：一細長柄部，其具有沿著該柄部之至少大部分延伸的一螺紋，其中該柄部為實心；一驅動區段，其位於該柄部之一個末端處以用於允許該螺絲緊固件被可旋轉地驅動至一或多個材料層中；以及一自鑽尖端或自穿尖端，其位於該柄部之一相對末端處以用於在該一或多個材料層中形成一孔；其中該驅動區段包括一緊固件頭部，該緊固件頭部具有比該螺紋之最大直徑要大上少於或等於40%的側向直徑，以允許該緊固件頭部跟隨入該孔中，且讓該緊固件頭部最終能與該一或多個材料層之一表面齊平或低於該表面同時最小化對該表面之形變或損傷。
如請求項1所述的螺絲緊固件，其中該驅動區段為該柄部之一部分，且具有至少基本上等於該柄部之一最大直徑的一側向直徑。
如請求項1或2所述的螺絲緊固件，其中該驅動區段包括該緊固件頭部，該緊固件頭部具有至少基本上等於該螺紋之最大直徑的側向直徑。
如請求項1或2所述的螺絲緊固件，其中該驅動區段包括該緊固件頭部，該緊固件頭部具有小於該螺紋之外徑的側向直徑。
如請求項3所述的螺絲緊固件，其中該緊固件頭部之橫截面為截頭圓錐形，其包括面向該柄部之一截頭圓錐形表面。
如請求項5所述的螺絲緊固件，其進一步包括一或多個肋狀物，該一或多個肋狀物位於該截頭圓錐形表面上且大體上在該柄部之一縱向方向上延伸。
如請求項3所述的螺絲緊固件，其中該緊固件頭部具有呈一扁平圓盤之一般形式的一形狀。
如請求項7所述的螺絲緊固件，其中該緊固件頭部具有一外周邊緣，該外周邊緣提供與該柄部之縱向範圍大體上對準的一周邊表面。
如請求項7所述的螺絲緊固件，其中該緊固件頭部具有一外周邊緣，該外周邊緣提供相對於該柄部之縱向範圍大體上以一銳角傾斜的一周邊表面。
如請求項1或2所述的螺絲緊固件，其中該自鑽尖端或自穿尖端具有至少基本上等於該細長柄部之一最大直徑的一最大直徑。
如請求項1或2所述的螺絲緊固件，其中該自鑽尖端或自穿尖端具有小於該細長柄部之一最大直徑的一最大直徑。
如請求項11所述的螺絲緊固件，其中該細長柄部之至少一部分朝向該自鑽尖端或自穿尖端逐漸變窄。
如請求項1或2所述的螺絲緊固件，其中該驅動區段在其中包括一驅動凹槽，該螺絲緊固件可經由該驅動凹槽驅動。
如請求項13所述的螺絲緊固件，其中該驅動凹槽為以下形狀中之一者：正方形；十字形；或梅花形。
如請求項1或2所述的螺絲緊固件，其中該自鑽尖端或自穿尖端組配來用於鑽鋼。
如請求項1或2所述的螺絲緊固件，其中該自鑽尖端或自穿尖端組配來用於鑽木材或薄金屬。
如請求項1或2所述的螺絲緊固件，其中該自鑽尖端或自穿尖端為適合搭配多種不同材料使用之多用途鑽尖。
一種螺絲緊固件，其包含：一無頭細長柄部，其具有沿著該柄部之至少大部分延伸的一螺紋，其中該柄部為實心；一驅動凹槽，其位於該柄部之一個末端處以用於允許該螺絲緊固件被可旋轉地驅動至一或多個材料層中；以及一自鑽尖端或自穿尖端，其位於該柄部之一相對末端處以用於在該一或多個材料層中形成一孔；其中該無頭細長柄部組配成允許整個該螺絲緊固件跟隨入該孔中，且最終能與該一或多個材料層之一表面齊平或低於該表面同時最小化對該表面之形變或損傷。		澳大利亞商艾蒂爾扣件股份有限公司AU澳大利亞澳大利亞商艾蒂爾扣件股份有限公司AU---F16B025/10F16B025/10
F16B025/02		11-----20192328722019-09-19AU道特夏爾　那維利1AU劉法正
尹重君		臺北市鬆山區南京東路3段248號7樓
臺北市鬆山區南京東路3段248號7樓		5125賴耿賢賴耿賢TWI458573
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JP2001-65528
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US2003/0223842		451I853865
US11598362		22I853865IDEAL FASTENERS PTY LTD15澳大利亞商艾蒂爾扣件股份有限公司ValidNONO2024/09/012039/12/17NONONONO無12025/08/31
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TWI853941B2024-09-01製造自壓鉚鉚釘的擠出成型方法與成型設備invention1091182752020-06-01一種製造自壓鉚鉚釘的擠出成型方法，包括以下步驟：對線材坯料的第一端進行鐓擠(upset-extruding)，以使所述線材坯料的第一端成型出排料器部和呈環形的柄徑部型坯，其中，所述柄徑部型坯沿所述線材坯料的軸向延伸，及其中，所述柄徑部型坯位於所述排料器部的下側，所述柄徑部型坯的下側表面具有向下凸起的尖角部，所述尖角部的剖面積自上而下逐漸減少；或其中，所述柄徑部型坯位於所述排料器部的上側，所述柄徑部型坯的上側表面具有向上凸起的尖角部，所述尖角部的剖面積自上而下逐漸增加；對所述柄徑部型坯進行鐓擠，以使所述尖角部向遠離所述線材坯料的方向流動，從而成型出具有沿所述線材坯料的徑向延伸的柄徑部，並且在所述柄徑部與所述排料器部之間形成容槽部，其中，所述柄徑部自其與所述排料器部相鄰的第一端至其遠離所述排料器部的第二端之剖面積逐漸增加；對線材坯料的第二端進行鐓擠，以使線材坯料的第二端成型為卡槽柄部，從而使所述卡槽柄部、形成在第一端和第二端之間的線材坯料、以及所述排料器部或柄徑部，共同形成卡槽部，其中，所述線材坯料的第二端與所述線材坯料的第一端相對設置。一種製造自壓鉚鉚釘的擠出成型方法，包括以下步驟：對線材坯料的第一端進行鐓擠(upset-extruding)，以使所述線材坯料的第一端成型出排料器部和呈環形的柄徑部型坯，其中，所述柄徑部型坯沿所述線材坯料的軸向延伸，及其中，所述柄徑部型坯位於所述排料器部的下側，所述柄徑部型坯的下側表面具有向下凸起的尖角部，所述尖角部的剖面積自上而下逐漸減少；或其中，所述柄徑部型坯位於所述排料器部的上側，所述柄徑部型坯的上側表面具有向上凸起的尖角部，所述尖角部的剖面積自上而下逐漸增加；對所述柄徑部型坯進行鐓擠，以使所述尖角部向遠離所述線材坯料的方向流動，從而成型出具有沿所述線材坯料的徑向延伸的柄徑部，並且在所述柄徑部與所述排料器部之間形成容槽部，其中，所述柄徑部自其與所述排料器部相鄰的第一端至其遠離所述排料器部的第二端之剖面積逐漸增加；對線材坯料的第二端進行鐓擠，以使線材坯料的第二端成型為卡槽柄部，從而使所述卡槽柄部、形成在第一端和第二端之間的線材坯料、以及所述排料器部或柄徑部，共同形成卡槽部，其中，所述線材坯料的第二端與所述線材坯料的第一端相對設置。
如請求項1之方法，其中，在對線材坯料的第一端進行鐓擠步驟之前，進一步包括：提供所述線材坯料，其中，所述線材坯料的體積與所述方法製造之自壓鉚鉚釘的體積相等。
如請求項2之方法，其中，在提供所述線材坯料步驟與對線材坯料的第一端進行鐓擠步驟之間，進一步包括：將所述線材坯料進行鐓擠處理，以使所述線材坯料的第一端成型出便於第一擠出機構成型出排料器部和柄徑部型坯的頭部型坯。
如請求項2之方法，其中，提供所述線材坯料步驟之包括：採用剪切機構剪切線材以獲得所述線材坯料。
如請求項1之方法，其中，對所述柄徑部型坯進行鐓擠之步驟包括：在所述柄徑部與所述排料器部之間形成一過渡圓角(round transition)。
如請求項1之方法，其中，對線材坯料的第二端進行鐓擠之步驟包括：採用開合分塊模(open-close segment die)成型所述卡槽柄部。
一種製造自壓鉚鉚釘的擠出成型設備，所述擠出成型設備包括：第一擠出機構，用於對線材坯料的第一端進行鐓擠，以使所述線材坯料的第一端成型出排料器部和呈環形的柄徑部型坯，其中，所述柄徑部型坯沿所述線材坯料的軸向延伸，及其中，所述柄徑部型坯位於所述排料器部的下側，所述柄徑部型坯的下側表面具有向下凸起的尖角部，所述尖角部的剖面積自上而下逐漸減少；或其中，所述柄徑部型坯位於所述排料器部的上側，所述柄徑部型坯的上側表面具有向上凸起的尖角部，所述尖角部的剖面積自上而下逐漸增加；第二擠出機構，用於對所述柄徑部型坯進行鐓擠，以使所述尖角部向遠離所述線材坯料的方向流動，從而成型出具有沿所述線材坯料的徑向延伸的柄徑部，並且在所述柄徑部與所述排料器部之間形成容槽部，其中，所述柄徑部自其與所述排料器部相鄰的第一端至其遠離所述排料器部的第二端之剖面積逐漸增加；第三擠出機構，用於對線材坯料的第二端進行鐓擠，以使線材坯料的第二端成型為卡槽柄部，從而使所述卡槽柄部、形成在第一端和第二端之間的線材坯料、以及所述排料器部或柄徑部，共同形成卡槽部，其中，所述線材坯料的第二端與所述線材坯料的第一端相對設置。
如請求項7之擠出成型設備，進一步包括，用於剪切線材從而獲得所述線材坯料的剪切機構。
如請求項8之擠出成型設備，進一步包括第四擠出機構，用於將所述剪切機構剪切得到的線材坯料進行鐓擠處理，以使所述線材坯料的第一端成型出便於第一擠出機構成型出排料器部和柄徑部型坯的頭部型坯。
如請求項9之擠出成型設備，其中，所述擠出成型設備的所述第四擠出機構、所述第一擠出機構、所述第二擠出機構和所述第三擠出機構依次對所述線材坯料進行加工。		美商賓工程工廠公司US美國美商賓工程工廠公司US---B21K001/58B21K001/58
B21J005/02		22-----201910468707.8
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2019-09-09		CN
US		劉海峰1CN賴經臣
宿希成		臺北市鬆山區南京東路3段346號11樓
臺北市鬆山區南京東路3段346號11樓		5125林桂忠林桂忠0CN101983290
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CA3142347A1
MX2021014626A
SG11202113269QA		99I853941PENN ENGINEERING & MANUFACTURING CORP.16美商賓工程工廠公司ValidNONO2024/09/012040/05/31NONONONONO22026/08/31
6
US12085106B22024-09-10Universal hardware nutinvention17/6778362022-02-22A universal hardware nut that may be adaptable for use with various mating fasteners (e.g., bolts and screws). In one embodiment, the universal hardware nut comprises a nut body, wherein the nut body is manufactured from a pliable material; and one or more slots, wherein the one or more slots allow the nut body to accept fasteners of different sizes and shapes. In alternate embodiments, the universal hardware nut may comprise a sized hole instead of the one or more slots, or may comprise a combination of a sized hole and one or more slots.1. A fastening assembly comprising:
a universal hardware nut comprising:
a nut body, wherein the nut body is manufactured from a pliable material; andnonintersecting one or more slots located on a first face of the nut body and penetrating through the nut body to a second face of the nut body, wherein the one or more slots allow the nut body to accept fasteners of different types, diameters, or thread pitches;a fastener, wherein the fastener comprises a head and body; andmaterials;wherein the body of the fastener extends through the materials and the universal hardware nut, and further wherein the head of the fastener abuts a first side of the materials, and further wherein the universal hardware nut abuts a second side of the materials.		1. A fastening assembly comprising:
a universal hardware nut comprising:
a nut body, wherein the nut body is manufactured from a pliable material; andnonintersecting one or more slots located on a first face of the nut body and penetrating through the nut body to a second face of the nut body, wherein the one or more slots allow the nut body to accept fasteners of different types, diameters, or thread pitches;a fastener, wherein the fastener comprises a head and body; andmaterials;wherein the body of the fastener extends through the materials and the universal hardware nut, and further wherein the head of the fastener abuts a first side of the materials, and further wherein the universal hardware nut abuts a second side of the materials.
2. The universal hardware nut of claim 1, wherein the nut body elastically deforms to correspond to a type, diameter, or thread pitch of the fastener.
3. The universal hardware nut of claim 1, wherein the nut body is manufactured from rubber, fiber-reinforced rubber, synthetic rubber, silicone, flexible or soft plastics, wood, leather, composite materials, or combinations thereof.
4. The universal hardware nut of claim 1, wherein the nut body comprises a thickness which correlates to a predetermined strength of thea fastener assembly which comprises the nut body.
5. The universal hardware nut of claim 1, wherein the first face and second face of the nut body are circular, elliptical, rectangular, triangular, or polygonal in shape.
6. The universal hardware nut of claim 1, wherein the one or more slots comprise two slots oriented in a perpendicular cross configuration.
7. A fastening assembly comprising:
a universal hardware nut comprising:
a nut body, wherein the nut body is manufactured from a pliable material; anda sized hole located on a first face of the nut body and penetrating through the nut body to a second face of the nut body, wherein the sized hole allows the nut body to accept fasteners with a diameter between 3 mm and 5 mm of different types;or thread pitches;a bolt, wherein the bolt comprises a head, a body, and threads, and further wherein the bolt comprises a diameter between 3 mm and 5 mm; andmaterials;wherein the body of the bolt extends through the materials and the universal hardware nut, and further wherein the head of the bolt abuts a first side of the materials, and further wherein the universal hardware nut abuts a second side of the materials.
8. The universal hardware nut of claim 7, wherein the nut body elastically deforms to correspond to the type, diameter, and thread pitch of the bolt.
9. The universal hardware nut of claim 7, wherein the nut body is manufactured from rubber, fiber-reinforced rubber, synthetic rubber, silicone, flexible or soft plastics, wood, leather, composite materials, or combinations thereof.
10. The universal hardware nut of claim 7, wherein the nut body comprises a thickness which correlates to a predetermined strength of a fastener assembly which com...		Nut Solutions, LLCUSNut Solutions, LLCUS TX HoustonNUT SOLUTIONS, LLCUS8622 PARMER COURTF16B023/00F16B023/0011-F16B0023/0023F16B0023/0023
F16B0023/0092
F16B0023/00		--------William Noah Dearing1USTX HoustonTumey L.L.P.--Roberta S DelisleRoberta S DelisleUS746006
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US20030147723		18-0-20US1208510611-18NUT SOLUTIONS, LLCValid-------------
7
CN221639425U2024-09-03一種拉鉚用的拉鉚杆結構modelCN202323638288.92023-12-28本實用新型公開了一種拉鉚用的拉鉚杆結構，包括螺栓、拉杆套和聯軸器，聯軸器包括螺紋盤，螺紋盤的一端延伸有與其固定連接的凸台，另一端延伸有與其固定連接的臺階，臺階遠離螺紋盤的一端延伸有與其固定連接的螺紋軸，螺栓的一端設置有第一內孔，第一內孔與凸台相對接，拉杆套的一端設置有第二內孔，螺栓設置于第二內孔內，拉杆套套設於螺紋盤外且與其通過螺紋連接。該拉鉚杆結構使用標準的內六角螺栓與聯軸器相對接的結構來替換現有的一體式結構的拉鉚杆。由於內六角螺栓為標準件，製作成本低，大大降低了拉鉚成本。並且在應對不同尺寸的螺母拉鉚時，只需更換與螺母相對應的內六角螺栓，大大降低了使用成本，更換或拆裝方便快捷，便於用戶使用。;洪塞爾緊固件（無錫）有限公司CN213100 江蘇省無錫市新吳區鴻山街道鴻昌路55號洪塞爾緊固件（無錫）有限公司CN ---B21J015/30B21J015/3011-----------高存平
高飛		2-
于夢軒
哈爾濱市陽光惠遠智慧財產權代理有限公司 23211		20240903----0-0-10-00-19洪塞爾緊固件（無錫）有限公司Valid-------------
8
TWI854910B2024-09-01螺絲invention1121470062023-12-04一種螺絲，其包含有一桿體，分別形成於該桿體相反兩端之第一端與第二端，一與該第一端連接之頭部，一與該第二端連接之尾部，以及複數螺旋環設於該桿體上之螺牙，其中，該桿體定義有一中心線，每一該螺牙具有分別由該桿體向外延伸且分別朝向相反方向之第一牙面與第二牙面，以及一形成於該第一牙面與該第二牙面相接處之牙峰，且該牙峰定義出一與該中心線呈垂直之基準線，該第一牙面與該桿體之外周緣的相接處形成有一第一牙底，該第二牙面與該桿體之外周緣的相接處形成有一第二牙底；其特徵在於：每一該螺牙之第一牙底與該基準線間所形成之垂直距離係不同於每一該螺牙之第二牙底與該基準線間所形成之垂直距離，另，每一該螺牙之第一牙面具有一與該桿體連接之第一牙段，以及一與該第一牙段連接之第二牙段，該第一牙段與該基準線間所形成之角度係不同於該第二牙段與該基準線間所形成之角度，而至少二個螺牙之牙峰上設有複數旋切部，每一該旋切部具有至少一凹槽，以及複數設於每一該凹槽兩側之切槽，且每一該凹槽係自該牙峰向內凹設而成，以便每一該凹槽形成有二切齒刃，另於該等螺牙間設有複數凸肋，該等凸肋係凸設於該桿體之外周緣上並朝一非平行於該中心線之方向呈延伸，同時任二相鄰凸肋間設有一排屑部，該排屑部具有一延伸於該等螺牙間之容置槽，以及二分設於該容置槽兩側之斜面，且該等斜面恰分別與該二凸肋相接，以便利用該等斜面將該等凸肋旋切所產生之切屑導引進入該容置槽內，進而排出該等切屑。一種螺絲，其包含有一桿體，分別形成於該桿體相反兩端之第一端與第二端，一與該第一端連接之頭部，一與該第二端連接之尾部，以及複數螺旋環設於該桿體上之螺牙，其中，該桿體定義有一中心線，每一該螺牙具有分別由該桿體向外延伸且分別朝向相反方向之第一牙面與第二牙面，以及一形成於該第一牙面與該第二牙面相接處之牙峰，且該牙峰定義出一與該中心線呈垂直之基準線，該第一牙面與該桿體之外周緣的相接處形成有一第一牙底，該第二牙面與該桿體之外周緣的相接處形成有一第二牙底；其特徵在於：每一該螺牙之第一牙底與該基準線間所形成之垂直距離係不同於每一該螺牙之第二牙底與該基準線間所形成之垂直距離，另，每一該螺牙之第一牙面具有一與該桿體連接之第一牙段，以及一與該第一牙段連接之第二牙段，該第一牙段與該基準線間所形成之角度係不同於該第二牙段與該基準線間所形成之角度，而至少二個螺牙之牙峰上設有複數旋切部，每一該旋切部具有至少一凹槽，以及複數設於每一該凹槽兩側之切槽，且每一該凹槽係自該牙峰向內凹設而成，以便每一該凹槽形成有二切齒刃，另於該等螺牙間設有複數凸肋，該等凸肋係凸設於該桿體之外周緣上並朝一非平行於該中心線之方向呈延伸，同時任二相鄰凸肋間設有一排屑部，該排屑部具有一延伸於該等螺牙間之容置槽，以及二分設於該容置槽兩側之斜面，且該等斜面恰分別與該二凸肋相接，以便利用該等斜面將該等凸肋旋切所產生之切屑導引進入該容置槽內，進而排出該等切屑。
根據請求項1所述螺絲，其中，每一該螺牙之第一牙面係朝向該頭部方向。
根據請求項1所述螺絲，其中，該等螺牙更區分為複數第一螺牙，以及複數設於該等第一螺牙間之第二螺牙，而每一該第一螺牙之第一牙面係朝向該頭部方向，至於每一該第二螺牙之第一牙面係朝向該尾部方向。
根據請求項1至3中之任一項所述螺絲，其中，每一該螺牙之第一牙底與該基準線間所形成之垂直距離大於每一該螺牙之第二牙底與該基準線間所形成之垂直距離。
根據請求項1至3中之任一項所述螺絲，其中，該第一牙段與該基準線間所形成之角度大於該第二牙段與該基準線間所形成之角度。
根據請求項1至3中之任一項所述螺絲，其中，該尾部具有一與該桿體的第二端連接之鑽體，以及二凹設於該鑽體上且呈相對設置之導引槽，且該二導引槽分別與該排屑部之容置槽相連通，使得該尾部鑽切所產生之切屑經該等導引槽進入該容置槽內。
根據請求項1所述螺絲，其中，該等旋切部係呈間隔設置，且每一該旋切部之至少一凹槽係呈圓弧狀。		慶達科技股份有限公司TW高雄市岡山區本工六路38號慶達科技股份有限公司TW---F16B025/04F16B025/04
F16B025/10		11-----蘇國材
蘇振榮		2TW
劉冠廷高雄市左營區大中二路428號7樓之35125洪魁升洪魁升TW2021112261WO2018/011390110-00I854910TAIWAN SHAN YIN INTERNATIONAL CO., LTD.19慶達科技股份有限公司ValidNONO2024/09/012043/12/03NONONONONO62030/08/31
9
CN118582447A2024-09-03一種可拆卸高強度拉鉚銷及連接拆卸方法inventionCN202310186046.62023-03-01本發明公開一種可拆卸高強度拉鉚銷及連接拆卸方法，涉及五金連接配件技術領域；而本發明包括頂杆，頂杆的一端轉動安裝有套筒，頂杆遠離套筒一端固定安裝有底杆，套筒的一端可拆卸安裝有第一抵緊盤，第一抵緊盤的上表面固定安裝有第一墊片，底杆和第一抵緊盤之間設有壓緊機構，套筒的外壁設有鎖緊機構，套筒和第一抵緊盤之間設有拆裝機構；通過將絲杆螺擰至螺紋套內，然後將螺紋柱插入另一個工件表面的槽孔內，並將第二抵緊盤螺擰在螺紋柱的外壁，第二抵緊盤和固定盤通過兩個第三墊片將另一個工件固定住，從而方便的實現了兩個工件的固定連接，進而有效的提高了連接兩個工件的便捷性，同時有效的提高了拉鉚銷的功能性。;南通華夏電子科技有限公司CN226100 江蘇省南通市海門市開發區秀山東路999號南通華夏電子科技有限公司CN----F16B019/10F16B019/1011-----------季晨忠1- 吳凡
南京新誠匯智慧財產權代理事務所(普通合夥) 32661		20240903----0-0-10-00-19南通華夏電子科技有限公司Pub.-------------
10
US20240293882A12024-09-05Method for Repairing Damaged Boltinvention18/0182232021-08-03A method for repairing a damaged bolt located on a baseplate in a bolted joint, the damaged bolt having a nut threaded thereon, and the damaged bolt having a deformed portion and a residual portion, wherein the residual portion is at least partially within the nut, the method comprising: removing the deformed portion of the bolt; removing the nut from the residual portion of the bolt; inspecting the residual portion of the bolt; installing a coupling over the residual portion of the bolt; installing an anchor bolt into the coupling; installing a bolt stool over the coupling, the anchor bolt, and the residual portion of the bolt; installing a securing nut onto the anchor bolt to secure the bolt stool in place; and tensioning the anchor bolt with a tensioner to a predetermined tension.1. A method for repairing a damaged bolt located on a baseplate in a bolted joint, the damaged bolt having a nut threaded thereon, and the damaged bolt having a deformed portion and a residual portion, wherein the residual portion is at least partially within the nut, the method comprising:
a) removing the deformed portion of the damaged bolt;b) removing the nut from the residual portion of the damaged bolt;c) inspecting the residual portion of the damaged bolt;d) installing a coupling over the residual portion of the damaged bolt;e) installing an anchor bolt into the coupling;f) installing a bolt stool over the coupling, the anchor bolt, and the residual portion of the damaged bolt;g) installing a securing nut onto the anchor bolt to secure the bolt stool in place; andh) tensioning the anchor bolt with a tensioner to a predetermined tension.		1. A method for repairing a damaged bolt located on a baseplate in a bolted joint, the damaged bolt having a nut threaded thereon, and the damaged bolt having a deformed portion and a residual portion, wherein the residual portion is at least partially within the nut, the method comprising:
a) removing the deformed portion of the damaged bolt;b) removing the nut from the residual portion of the damaged bolt;c) inspecting the residual portion of the damaged bolt;d) installing a coupling over the residual portion of the damaged bolt;e) installing an anchor bolt into the coupling;f) installing a bolt stool over the coupling, the anchor bolt, and the residual portion of the damaged bolt;g) installing a securing nut onto the anchor bolt to secure the bolt stool in place; andh) tensioning the anchor bolt with a tensioner to a predetermined tension.
2. The method of claim 1, wherein the bolted joint is a bolted flange joint.
3. The method of claim 1, wherein the deformed portion extends beyond the nut.
4. The method of claim 1, wherein in step b) the nut is removed without causing structural damage to the residual portion of the bolt.
5. The method of claim 4, wherein an optional step b-1) is performed prior to the step b), comprising:
b-1) performing a finite element analysis (FEA) to determine a torsional stress limit of the damaged bolt.
6. The method of claim 1, wherein in step c) if the residual portion of the damaged bolt is shorter than a predetermined length, further comprising a step c-1): reducing the thickness of the baseplate at the damaged bolt to reveal additional residual portion of the damaged bolt.
7. The method of claim 6, wherein in step c) the predetermined length is at least half of the length of the coupling.
8. The method of claim 6, wherein in step c) if the residual portion of the damaged bolt is shorter than a predetermined length, further comprising a step c-2): reducing the length of the residual portion of the damaged bolt to the predetermined length.
9. The method of claim 1, wherein in step f) the bolt stool comprises a housing having a top surface, and a bottom opening into an inner space within the housing, wherein a hole is located on the top surface, and wherein the bottom opening and the inner space is sized to encompass the coupling and allowing the anchor bolt to extend through the hole.
10. The method of claim 9, wherein in step f) the anchor bolt has a first length extending beyond the top surface of the bolt stool, wherein the first length is at least the length required for the tensioner in step h).
11. The method of claim 1, wherein the bolted joint is used in a foundation of a wind turbine.
12. A bolt stool for repairing a damaged bolt located on a baseplate in a bolted joint, the damaged bolt having a coupling threaded thereon and an anchor bolt threaded on to the coupling, the bolt stool comprising:
a) a housing, wherein the housing having a top surface, a bottom opening, and an inner space; andb)...		Team Industrial Services, Inc.USTeam Industrial Services, Inc.US-ECLIPSE BUSINESS CAPITAL LLCUS333 WEST WACKER DRIVE, SUITE 950B23G009/00B23G009/0011-B23G0009/009B23G0009/009--------Brady BAIRD1USTX Sugarland-------0-0-30-00-17ECLIPSE BUSINESS CAPITAL LLCPub.-------------
11
US20240295237A12024-09-05Fastener System for Rapid Insertion, Extraction, and Rotation on Bolts and Threaded Objectsinvention18/5924342024-02-29A threaded fastener with linear and rotational modes of operation is disclosed. The fastener generally includes an outer shell and inner sleeve. The outer shell (150) is configured to rotate with respect to the inner sleeve (110), thus allowing the user to select between the linear and rotational modes of operation. In the linear mode, a bolt can be inserted into the fastener with a rapid linear motion in which the fastener effectively slides over the helical threads of the bolt and up against the workpiece. The user can then turn the outer shell to engage the rotational mode of operation in which the fastener is seated onto the threads of the bolt, comparable to a standard nut. The inner sleeve comprises a plurality of primary pawls (114) with helical threads (120) and one or more secondary pawls (170) with ratchet threads. Ratchet threads enable the bolt to slide into the fastener with the linear motion, but also inhibit the bolt from sliding out of the fastener. Thus, the ratchet threads do not interfere with the insertion of the bolt, but still prevent the bolt from inadvertently sliding out of the fastener before the user has locked the fastener into the rotational mode.1. A linear-rotational fastener configured to engage a threaded object with helical threads, the fastener comprising:
an outer shell comprising:
a) a shell wall; andb) a plurality of apertures in the shell wall;an inner sleeve concentrically concealed within the outer shell, the sleeve comprising:
a) a plurality of primary pawls, each of the primary pawls configured to selectively engage the helical threads of the threaded object; wherein the primary pawls are configured to rotate between a biased position seated within the helical threads of the threaded object and a deflected position above the helical threads of the threaded object; andb) a flange configured to transfer a linear force from the outer shell to the inner sleeve in a direction longitudinally aligned with the threaded object;wherein the apertures are configured to align with the primary pawls when the primary pawls are in the deflected position, and the shell wall is configured to align with the primary pawls when the primary pawls are in the biased position; andwherein the rotation of the outer shell causes the shell wall to abut the primary pawls when the primary pawls fail to seat within helical threads of the threaded object, thereby rotating the primary pawls until they are seated within helical threads of the threaded object.		1. A linear-rotational fastener configured to engage a threaded object with helical threads, the fastener comprising:
an outer shell comprising:
a) a shell wall; andb) a plurality of apertures in the shell wall;an inner sleeve concentrically concealed within the outer shell, the sleeve comprising:
a) a plurality of primary pawls, each of the primary pawls configured to selectively engage the helical threads of the threaded object; wherein the primary pawls are configured to rotate between a biased position seated within the helical threads of the threaded object and a deflected position above the helical threads of the threaded object; andb) a flange configured to transfer a linear force from the outer shell to the inner sleeve in a direction longitudinally aligned with the threaded object;wherein the apertures are configured to align with the primary pawls when the primary pawls are in the deflected position, and the shell wall is configured to align with the primary pawls when the primary pawls are in the biased position; andwherein the rotation of the outer shell causes the shell wall to abut the primary pawls when the primary pawls fail to seat within helical threads of the threaded object, thereby rotating the primary pawls until they are seated within helical threads of the threaded object.
2. The linear-rotational fastener of claim 1, wherein the plurality of primary pawls are configured to:
skip over the helical threads in a linear mode, andseat against, and rotate with, the helical threads in a rotational mode.
3. The linear-rotational fastener of claim 2, wherein the plurality of primary pawls comprise a helical thread portion configured to engage the helical threads of the threaded object.
4. The linear-rotational fastener of claim 3, wherein each of the plurality of primary pawls is attached to the inner sleeve with a hinge, wherein the each of the plurality of primary pawls is configured to pivot away from the threaded object to skip over the helical threads in the linear mode.
5. The linear-rotational fastener of claim 4, wherein each of the plurality of primary pawls is integrally formed into the inner sleeve, wherein the hinge is a flexure joint.
6. The linear-rotational fastener of claim 4, wherein the outer shell is configured to rotate relative to the inner shell between:
a first position in which each of the plurality of apertures in the outer sleeve is aligned with one of the plurality of primary pawls in the linear mode, thereby receiving the primary pawl as it skips over the helical threads of the threaded object; anda second position in which the outer sleeve blocks the plurality of the primary pawls from skipping over the helical threads of the threaded object.
7. The linear-rotational fastener of claim 6, further comprising a stop lug, release stop wall, and a tensioning stop wall; wherein rotation of the outer shell relative to the inner sleeve is constrained to the angle of rotation of the stop lug between the re...		Darryl MasseyUSDarryl MasseyUS----F16B037/08F16B037/08
F16L019/025		22-F16B0037/0864F16B0037/0864
F16L0019/025		--------Darryl Massey1USCA Santa Monica-------0-0-00-00-20Darryl MasseyPub.-------------
12
CN118582452A2024-09-03一種抗衝擊高緊配螺栓及其加工工藝inventionCN202411039835.82024-07-31本發明涉及緊固件技術領域，尤其涉及一種抗衝擊高緊配螺栓及其加工工藝，它主要解決了現有技術中螺栓與零件的緊配性差，使得螺栓的抗衝擊性差的問題，括螺栓本體，螺栓本體包括螺帽、螺杆、螺套、至少兩個支撐片、若干個插片以及漲緊件，螺帽設於螺套的軸向一端面上，螺套的軸向另一端面設有與其同軸分佈的盲孔，環繞螺套的外側面且位於軸向中部設有若干個插槽，插槽與盲孔連通，各插片分別插設於各個插槽上，各支撐片卡置於插片的外端，各支撐片呈弧形結構，且環繞於螺套的外側，插片的內端設有導向部，導向部具有導向曲面，且導向曲面的凸面朝向螺套的中軸線，螺杆的外側面的軸向兩側分別設有第一外螺紋和第二外螺紋。;福建省華蓋機械製造有限公司CN362000 福建省泉州市南安市霞美鎮濱江汽配與機械產業基地福建省華蓋機械製造有限公司CN----F16B039/02F16B039/02
F16B039/10
F16B035/02
B23P015/00
C23C022/78
C23C022/73		34-----------吳昭陽
林文波
吳昆侖
吳國燦		4-


陳輝彬
泉州市誠得智慧財產權代理事務所(普通合夥) 35209		20240903----0-0-00-00-20福建省華蓋機械製造有限公司Pub.-------------
13
CN118595386A2024-09-06一種鋁接地螺母柱元件的加工方法inventionCN202410883077.12024-07-02本發明提供一種鋁接地螺母柱元件的加工方法，涉及螺母柱加工技術領域，螺栓螺母分別採用高強度高塑性的5019和5052冷鐓成型，加工硬化提升產品性能；然後採用搓絲和擠牙實現螺紋成型，避免切削加工，保證螺紋光潔度；再通過表面處理+整體潤滑處理，控制摩擦係數在0.18～0.23之間；經穩定化處理提升螺栓螺母強度後，再以7～9Nm的組合扭矩將螺栓螺母組合。冷鐓、螺紋擠壓加工、摩擦係數控制及穩定化處理實現產品組合狀態兼具高鎖緊扭矩和破壞扭矩，同時避免了使用過程中造成螺紋間焊接而卡住現象，取消現有技術中僅螺栓局部潤滑處理。;浙江納特汽車標準件有限公司CN314200 浙江省嘉興市平湖市林埭鎮林中路468號浙江納特汽車標準件有限公司CN----B21K001/44B21K001/44
B21K001/64
B21K001/56		11-----------李軍正
俞言傑
孫小康		3-

龔玉平
浙江新篇律師事務所 33371		20240906----0-0-00-00-20浙江納特汽車標準件有限公司Pub.-------------
14
US12085110B22024-09-10Nut and tightening methodinvention16/6992592019-11-29Provided is a nut that resists being loosened and is easy to be tightened. A nut 600 includes a nut main body 10 having a tapped hole 30 formed therein; an annular member 41 formed on the side of a top surface of the nut main body 10; and an outer frame member 45 formed on the side of an outer edge of the annular member 41. The annular member 41 includes a second end portion 42b in contact with a top surface 11 of the nut main body 10 and a first end portion 42a located opposite to the second end portion 42b. A top surface of the first end portion 42a is located above a top surface of the second end portion 42b. A first gap 40 is formed between the first end portion 42a and the top surface 11 of the nut main body 10. A second gap 49 is formed between a side surface of the annular member 41 and an inner wall 47 of the outer frame member 45. The top surface of the first end portion 42a of the annular member 41 is located above a top surface 46 of the outer frame member 45. The inner wall 47 of the outer frame member 45 is inclining while tapering in an upward direction.1. A nut, comprising:
a nut main body having top surface;a tapped hole within the nut main body, the tapped hole being oriented about an axial center of the nut main body;an annular member adjacent to the top surface of the nut main body, the annular member including a first end portion and a second end portion, the first end portion being located opposite to the second end portion and the second end portion being in contact with the top surface of the nut main body; andan outer frame member adjacent to a side surface of the annular member, whereina top surface of the annular member at the first end portion is located above a top surface of the annular member at the second end portion,a first gap exists between the annular member at the first end portion and the top surface of the nut main body, andupon the nut being tightened, the first gap exists between the annular member at the first end portion and the top surface of the nut main body.		1. A nut, comprising:
a nut main body having top surface;a tapped hole within the nut main body, the tapped hole being oriented about an axial center of the nut main body;an annular member adjacent to the top surface of the nut main body, the annular member including a first end portion and a second end portion, the first end portion being located opposite to the second end portion and the second end portion being in contact with the top surface of the nut main body; andan outer frame member adjacent to a side surface of the annular member, whereina top surface of the annular member at the first end portion is located above a top surface of the annular member at the second end portion,a first gap exists between the annular member at the first end portion and the top surface of the nut main body, andupon the nut being tightened, the first gap exists between the annular member at the first end portion and the top surface of the nut main body.
2. The nut according to claim 1, wherein:
the outer frame member has an inner wall extending between a top surface of the outer frame member and the top surface of the nut main body, the inner wall inclining while tapering between the top surface of the outer frame member and the top surface of the nut main body, anda second gap exists between the side surface of the annular member and the inner wall.
3. The nut according to claim 2, wherein:
the nut main body a polygonal nut,the annular member has a circular annular shape having an opening, the opening corresponding to the tapped hole,a third gap exists between an end surface of the first end portion and an end surface of the second end portion of the annular member, andthe second gap at the top surface of the outer frame member is larger than the second gap at the top surface of the nut main body.
4. The nut according to claim 1, wherein upon the nut being tightened, the side surface of the annular member is in contact with an inner wall of the outer frame member.
5. The nut according to claim 1, wherein upon the nut being tightened, the top surface of the annular member at the first end portion is level with a top surface of the outer frame member.
6. The nut according to claim 1, wherein:
the outer frame member includes a top surface, a portion of the top surface of the outer frame member extending towards the axial center of the nut main body, andthe portion of the top surface of the outer frame member extending towards the axial center of the nut main body presses the top surface of the annular member.
7. The nut according to claim 1, wherein:
the nut main body is a polygonal nut, andan outer side surface of the outer frame member is configured to be continuous with a side surface of the nut main body along a plane.
8. The nut according to claim 1, wherein the nut main body, the annular member and the outer frame member are integrally molded.
9. The nut according to claim 1, wherein:
the top surface of the nut main body and a top surface of the o...		Tomoki YamashitaJPTomoki YamashitaJP----F16B039/12F16B039/12
F16B039/24
F16B039/284		11-F16B0039/12F16B0039/12
F16B0039/24
F16B0039/284		-----2017-105427
2018-022577		2017-05-29
2018-02-09		JPTomoki Yamashita1JP HigashiosakaHarness, Dickey & Pierce, P.L.C--Roberta S DelisleRoberta S DelisleUS731599
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KR20100122548
NL77743		20Partial Supplementary European Search Report dated Jan. 28, 2021.;International Search Report PCT/ISA/210 for International Application No. PCT/JP2018/020512 Dated Aug. 28, 2018.;Japanese Office Action for Japanese Patent Application No. 2018-022577 dated May 24, 2018.;Decision to Grant for Japanese Patent Application No. 2018-022577 dated Sep. 4, 2018.;Decision to Grant for Japanese Patent Application No. 2018-188641 dated Feb. 5, 2019.;Decision to Grant for Japanese Patent Application No. 2019-042087 dated Jun. 11, 2019.;Extended European Search Report dated May 31, 2023.51US12085110
CN113417927B
EP3636941B1
CN108930706B
JP6557435
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WO2018221501		105-15Tomoki YamashitaValid-------------
15
CN118582451A2024-09-03貫穿螺栓保護罩inventionCN202410629828.72024-05-21貫穿螺栓保護罩，有罩殼和吊環螺栓組成。保護罩殼是由環形桶形和頂蓋板焊接而成，吊環螺栓焊接在圓形頂蓋板的圓形孔內。用在多種大缸徑低速柴油機上，使用方便，簡單、美觀、安全。該貫穿螺栓保護罩應用後，保護了低速柴油機上的貫穿螺栓端頭不受損害，最大優點在於該保護罩單重輕，便於人工搬拿，起吊螺栓螺帽上正中心開有螺紋的吊裝孔。用於吊車起吊，加快了裝配速度，提高了裝配效率。;大連船用柴油機有限公司CN116000 遼寧省大連市西崗區海防街1-2號大連船用柴油機有限公司CN----F16B035/06F16B035/06
F16B035/00
B66C001/10		22-----------劉新芳
劉佳
黃娟
孟憲鬆		4-


劉琦
大連格智智慧財產權代理有限公司 21238		20240903----0-0-00-00-20大連船用柴油機有限公司Pub.-------------
16
US12085107B22024-09-10Structural screwinvention17/6995362022-03-21A structural screw usable in multiple different substrates/materials includes a head end, a shank and a tapered end, the head end including a tool engaging part, the head end located at a first end of the shank and the tapered end located at a second end of the shank. A thread is formed along the shank, wherein the thread begins on the tapered end, extends onto the shank and terminates at a first axial location along the shank that is spaced from the head end. The thread (i) is a multiple start thread formed by at least a first helical thread and a second helical thread and/or (ii) includes a thread angle of between fifteen degrees and thirty degrees. The screw may also include a reaming section with leading and trailing wedge sections and/or an asymmetric notch pattern along at least part of the thread edge.1. A screw, comprising:
a head end, a shank and a tapered end, the head end including a tool engaging part, the head end located at a first end of the shank and the tapered end located at a second end of the shank;a thread formed along the shank, wherein the thread begins on the tapered end, extends onto the shank and terminates at a first axial location along the shank that is spaced from the head end; anda reaming section along the shank and running from proximate to the first axial location and toward the head end, the reaming section including projections thereon, wherein the reaming section comprises a first segment with a repeating pattern of rotationally leading wedge projections and rotationally trailing wedge projections;wherein the repeating pattern of rotationally leading wedge projections and rotationally trailing wedge projections also forms a circumferential series of axially leading wedge projections and a circumferential series of axially trailing wedge projections;wherein the reaming section further comprises a second segment with a set of circumferentially spaced apart linear projections extending from the first segment toward the head end and in parallel with a central axis of the shank, wherein each linear projection abuts to and extends from one of the axially trailing wedge projections.		1. A screw, comprising:
a head end, a shank and a tapered end, the head end including a tool engaging part, the head end located at a first end of the shank and the tapered end located at a second end of the shank;a thread formed along the shank, wherein the thread begins on the tapered end, extends onto the shank and terminates at a first axial location along the shank that is spaced from the head end; anda reaming section along the shank and running from proximate to the first axial location and toward the head end, the reaming section including projections thereon, wherein the reaming section comprises a first segment with a repeating pattern of rotationally leading wedge projections and rotationally trailing wedge projections;wherein the repeating pattern of rotationally leading wedge projections and rotationally trailing wedge projections also forms a circumferential series of axially leading wedge projections and a circumferential series of axially trailing wedge projections;wherein the reaming section further comprises a second segment with a set of circumferentially spaced apart linear projections extending from the first segment toward the head end and in parallel with a central axis of the shank, wherein each linear projection abuts to and extends from one of the axially trailing wedge projections.
2. The screw of claim 1, wherein the repeating pattern of rotationally leading wedge projections and rotationally trailing wedge projections are formed by a set of circumscribing diamond-shaped wall projections that collectively define a recessed diamond-shape internally of the walls.
3. The screw of claim 1, wherein:
the thread is a multiple start thread formed by at least a first helical thread and a second helical thread,and/orthe thread includes a thread angle of between fifteen degrees and thirty degrees.
4. The screw of claim 3, wherein:
the thread is a dual start thread formed by the first helical thread and the second helical thread,andthe first helical the thread includes a first leading flank and a first trailing flank that define a first thread angle of between twenty degrees and thirty degrees;andthe second helical the thread includes a second leading flank and a second trailing flank that define a second thread angle of between twenty degrees and thirty degrees;andthe second thread angle is equal to the first thread angle.
5. The screw of claim 3, wherein the thread includes a leading flank, a trailing flank and a peripheral edge joining the leading flank and the trailing flank, wherein the thread includes an initial axial segment comprising multiple thread turns and along which the peripheral edge includes a plurality of notches and a following axial segment comprising multiple thread turns and along which the peripheral edge lacks any notches, wherein the initial segment begins on the tapered end and runs to a second axial location along the shank that is between the tapered end and the first axial location, wherein the plu...		THE HILLMAN GROUP, INC.USTHE HILLMAN GROUP, INC.US OH Forest ParkTHE HILLMAN GROUP, INC.US10590 HAMILTON AVENUEF16B025/00F16B025/00
F16B025/10		11-F16B0025/0057F16B0025/0057
F16B0025/0015
F16B0025/0052
F16B0025/0084
F16B0025/103		--------Farhad Lajewardi
Dale G. Malott		2CA
US		 Toronto
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TW202303008
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MX2022003797A		44-18THE HILLMAN GROUP, INC.Valid-------------
17
US12085103B22024-09-10Fastener and method for operation of said fastenerinvention17/4536922021-11-05A fastener is provided herein. The fastener includes, in one example, a block fixedly coupled to an interior spindle and mated with a slot in a threaded retaining spindle as well as a drive nut is threadingly engaged with the threaded retaining spindle and an unthreaded collet is coupled to the threaded retaining spindle. The fastener further includes a body that circumferentially surrounds the block and the threaded retaining spindle and the block, body, and threaded retaining spindle of the fastener are configured to axially translate in relation to one another and are substantially prevented from rotation in relation to one another, during different stages of fastener operation.1. A fastener comprising:
a block fixedly coupled to an interior spindle and mated with a slot in a threaded retaining spindle;a drive nut engaged with the threaded retaining spindle;an unthreaded collet coupled to the threaded retaining spindle and including a plurality of flexible legs each including a clamping foot; anda body circumferentially surrounding the block and the threaded retaining spindle;wherein the block, the body, and the threaded retaining spindle are configured to axially translate in relation to one another and are substantially prevented from rotation in relation to one another, during different stages of fastener operation.		1. A fastener comprising:
a block fixedly coupled to an interior spindle and mated with a slot in a threaded retaining spindle;a drive nut engaged with the threaded retaining spindle;an unthreaded collet coupled to the threaded retaining spindle and including a plurality of flexible legs each including a clamping foot; anda body circumferentially surrounding the block and the threaded retaining spindle;wherein the block, the body, and the threaded retaining spindle are configured to axially translate in relation to one another and are substantially prevented from rotation in relation to one another, during different stages of fastener operation.
2. The fastener of claim 1, wherein:
during a first clamping stage, rotation of the drive nut in a first direction induces axial translation of the threaded retaining spindle in relation to the block and radial expansion of the clamping feet outward; andduring a second clamping stage, rotation of the drive nut in the first direction induces the block and threaded retaining spindle to axially translate into the body in unison.
3. The fastener of claim 2, wherein:
rotation of the drive nut in a second direction, opposite the first direction, during a first unclamping stage, induces the block and threaded retaining spindle to axially translate away from the body in unison; andduring a second unclamping stage, rotation of the drive nut in the second direction induces axial translation of the threaded retaining spindle in relation to the block and radial contraction of the clamping feet inward.
4. The fastener of claim 1, wherein the block includes a lateral access slot having a deformed section of the interior spindle positioned therein.
5. The fastener of claim 1, wherein the unthreaded collet includes a head axially retained in a lateral slot in the threaded retaining spindle.
6. The fastener of claim 1, wherein the block includes two opposing planar faces.
7. The fastener of claim 1, further comprising a spring axially positioned between the drive nut and the block.
8. The fastener of claim 1, further comprising a free-spin spring axially positioned between the threaded retaining spindle and a cap mated with a distal end of the body.
9. The fastener of claim 1, further comprising an end cap coupled to the body.
10. The fastener of claim 1, further comprising a distal end cap coupled to the body.
11. A method for operating a fastener, comprising:
rotating a drive nut in a first direction to induce fastener clamping wherein a plurality of flexible legs of an unthreaded collet are spread apart, the plurality of flexible legs each include a clamping foot at a distal end;rotating the drive nut in a second direction opposite the first direction, to induce fastener unclamping wherein the plurality of flexible legs of the unthreaded collet radially converge; andin a free-spin configuration, rotating the drive nut in the second direction while the threaded retaining spindle remains stationary;wherein the ...		Centrix AeroSpace LLCUSCENTRIX AEROSPACE LLCUS WA KentCENTRIX AEROSPACE LLCUS1022 WEST VALLEY HIGHWAYF16B013/04F16B013/04
F16B019/10		12-F16B0019/109F16B0019/109--------Travis McClure1USWA KirklandMcCoy Russell LLP--Gary W EstremskyGary W EstremskyUS4537542
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EP3995707A1		22-17CENTRIX AEROSPACE LLCValid-------------
18
CN221647372U2024-09-03一種具有防滑絲功能的防螺牙損壞螺絲modelCN202420172820.82024-01-24本實用新型公開了一種具有防滑絲功能的防螺牙損壞螺絲，包括外殼，所述外殼內開設有螺母槽，所述螺母槽內活動卡接有驅動螺母，所述外殼的底部固定連接有連接套，所述連接套內開設有收縮槽，所述連接套的內壁滑動設置有受壓板，所述受壓板的兩端固定連接有壓杆，所述受壓板的外壁固定連接有呈陣列分佈的收縮螺牙。本實用新型提供的一種具有防滑絲功能的防螺牙損壞螺絲具有，外殼的底部固定連接有連接套，連接套內開設有收縮槽，連接套的內壁滑動設置有受壓板，受壓板的外壁及兩端分別固定連接有收縮螺牙與壓杆，收縮螺牙的設置可在需要螺絲安裝的工作時進行延展出來，在不使用時可收縮在收縮槽內，從而避免其損壞。;昆山恩伯力五金製品有限公司CN215323 江蘇省蘇州市昆山市張浦鎮鬆瑤路728號1棟2樓昆山恩伯力五金製品有限公司CN ---F16B035/00F16B035/0011-----------杜曉偉
王志強
杜曉兵		3-

王麗霞
廣東貝德智慧財產權代理有限公司 44985		20240903----0-0-00-00-20昆山恩伯力五金製品有限公司Valid-------------
19
CN221647373U2024-09-03一種正逆螺旋組合一體式輪轂螺栓modelCN202420332816.32024-02-22本實用新型屬於輪轂螺栓技術領域，特別涉及一種正逆螺旋組合一體式輪轂螺栓，包括有帶釘頭螺杆、內設有內螺紋且與帶釘頭螺杆螺紋連接的螺帽和鉚接於螺帽底端的壓帽：內螺紋的螺旋方向為左旋或者右旋，其中，還包括有斜邊壓齒等。本實用新型通過斜邊壓齒為三角形塊設計，且其與螺帽內螺紋左旋或者右旋，設置斜邊左上傾斜或者斜邊右上傾斜，在輪轂螺栓安裝於輪轂輪芯中，使得壓帽、螺母的產生的力可以抵消輪轂對壓帽的力，從而防止螺杆的外螺紋和螺帽的內螺紋磨損，使得輪轂螺栓抗拉強度提高，且這旋進過程中，三角形塊斜邊的尖角會被磨平，更加鎖死壓帽與輪轂之間的受力，使得整體輪轂螺栓達到了能夠提抗拉強度、避免螺帽螺杆磨損的效果。;福建省順晟工貿有限公司CN363800 福建省漳州市華安經濟開發區九龍工業園福建省順晟工貿有限公司CN ---F16B035/00F16B035/00
F16B041/00		12-----------林洪標
郭定
虞路苗		3-

易敏
泉州市興博智慧財產權代理事務所(普通合夥) 35238		20240903----0-0-00-00-20福建省順晟工貿有限公司Valid-------------
20
CN118595544A2024-09-06一種內螺紋套筒自動攻絲裝置inventionCN202410918389.12024-07-10本發明涉及內螺紋套筒自動攻絲相關技術領域，公開了一種內螺紋套筒自動攻絲裝置，包括多工位元機座，所述多工位機座的上部安裝有機軸，所述機軸的上部固定套裝有機頭，所述機頭的前端固定安裝有液壓推杆，所述液壓推杆的底端固定連接有驅動攻絲元件，所述驅動攻絲元件包括固定連接在液壓推杆底端的驅動器，所述驅動器的底端固定連接有油缸，所述油缸的內側開設有卡槽，所述卡槽的內側插裝有攻絲刀，所述驅動器的外表面固定套裝有定位元件，有利於內螺紋套筒自動攻絲時，適應不同規格的工件限位元，提高攻絲的負荷效果，防止攻絲中工件傾斜，保障攻絲效果，且能夠在攻絲中進行合理降溫，避免錐刀具疲乏損傷，提高品質。;江蘇佳傑特種螺釘有限公司CN225700 江蘇省泰州市興化市戴南鎮科技園區192號江蘇佳傑特種螺釘有限公司CN----B23G001/48B23G001/48
B23Q003/08
B23Q011/10		23-----------王長玉
張衛華
王傑
張冬萍
李林		5-



鄒冰
揚州悟空智慧財產權代理有限公司 32892		20240906----0-0-00-00-20江蘇佳傑特種螺釘有限公司Pub.-------------
21
EP3743690B12024-09-04FASTENER ASSEMBLY SENSOR UNITinvention20716865.92020-03-19A sensor unit (10) for a fastener assembly (100), the sensor unit (10) comprising:
a mounting arranged to rigidly attach the sensor unit (10) to, or adjacent to, a fastener assembly (100);a sensor (16) configured to sense movement of the fastener assembly (100); anda processor (42) arranged to process the output of the sensor (16) to detect loosening of the fastener assembly (100) and to output a signal representing the status of the fastener assembly (100),characterised in that the sensor is an optical flow sensor.		A sensor unit (10) for a fastener assembly (100), the sensor unit (10) comprising:
a mounting arranged to rigidly attach the sensor unit (10) to, or adjacent to, a fastener assembly (100);a sensor (16) configured to sense movement of the fastener assembly (100); anda processor (42) arranged to process the output of the sensor (16) to detect loosening of the fastener assembly (100) and to output a signal representing the status of the fastener assembly (100),characterised in that the sensor is an optical flow sensor.
A sensor unit (10) according to claim 1, wherein the sensor unit (10) further comprises a wireless communication unit (44) arranged to communicate the signal.
A sensor unit (10) according to any one of the preceding claims, wherein
the optical flow sensor (16) is configured to sense angular rotation or axial movement of the fastener assembly (100) with respect to an object (101, 102) which the fastener assembly (100) fastens.
A sensor unit (10) according to claim 1 or 2, wherein the optical flow sensor is configured to sense angular rotation or axial movement of parts of the fastener assembly (100) with respect to each other.
A sensor unit (10) according to any one of the preceding claims, wherein the mounting permits retrofitting of the sensor unit (10) to a fastener assembly (100) or integrates the sensor unit (10) with the fastener assembly (100).
A sensor unit (10) according to any one of the preceding claims, further comprising an eddy current sensor (26) configured to monitor the condition of the fastener assembly (100), the processor (42) further being arranged to process the output of the eddy current sensor (26).
A combination of a sensor unit (10) according to any one of the preceding claims --> with a fastener assembly (100).
A combination according to claim 7, wherein the mounting rigidly attaches the sensor unit (10) to, or adjacent to, the fastener assembly (100).
A combination according to claim 7 or 8, wherein the mounting rigidly attaches the sensor unit (10) to the fastener assembly (100), and the fastener assembly (100) includes an engagement portion (104, 105) which engages an object (101, 102) which the fastener assembly (100) fastens, and the mounting is arranged to rigidly attach the sensor unit (10) to the engagement portion (104, 105) of the fastener assembly (100).
A combination according to claim 9, wherein the optical flow sensor (16) is configured to sense angular rotation of the engagement portion (104, 105) with respect to the object (101, 102)).
A combination according to claim 10, wherein the fastener assembly (100) comprises a bolt (103) having a head (104) and a nut (105) rotatably supported on the bolt (103), the engagement portion being the nut (105) or the head (104) of the bolt (103).
A combination according to claim 11, wherein the mounting rigidly attaches the sensor unit (10) as a cap over the nut (105) or the head (104) of the bolt (103).
A combination according to claim 9, wherei...		Salunda LimitedSalunda LimitedGB6 Avonbury Business Park Howes Lane
Bicester
Oxfordshire OX26 2UA		---G01D011/30G01D011/30
F16B031/02		22F16B0031/04F16B0031/04
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201911161
201912349		2019-03-26
2019-05-03
2019-05-26
2019-06-13
2019-08-05
2019-08-28		GBFINLAY, Alan Patrick John
PICKLES, Philip Samuel
NEWTON, John Mark		3GB Hereford and Worcester HR9 5AS
Oxfordshire OX2 9HA
Oxfordshire OX14 1XY		J A Kemp LLP---0WO2018/093273
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CN113795730A
WO2020193956
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ZA202107402B
AU2020249767A1		77-16Salunda Limited-------------
22
CN118582450A2024-09-03防振螺栓以及防振螺栓的製造方法inventionCN202410237177.72024-03-01本發明提供一種防振螺栓，能夠抑制振動的傳遞。防振螺栓(1)包括由橡膠材料形成的橡膠層(10)。橡膠層(10)至少安裝于形成有螺紋牙(5)的螺紋部(4)和座面(6)的一部分。;NOK株式會社JP日本東京都NOK株式會社JP----F16B035/04F16B035/04
F16B035/06
F16B011/00
F16F015/08
B29C065/52
B29C035/02		35--------2023-033221
JP2023-033221
002023000033221
JP002023000033221		2023-03-03JP織奧豊1- 宋開元
北京東方億思智慧財產權代理有限責任公司 11258		20240903----0-0-00-00-20NOK株式會社Pub.-------------
23
CN221647385U2024-09-03螺栓防鬆動鎖緊結構modelCN202323557945.72023-12-26本實用新型屬於螺栓技術領域，尤其為螺栓防鬆動鎖緊結構，包括螺栓和螺母，螺栓的外部設置有外螺紋，螺栓的外側設置有若干插槽，螺母的內側設置有與外螺紋規格尺寸相匹配的內螺紋，螺母的內側設置有內腔，內腔的內側固定連接有彈簧，彈簧遠離內腔的一端固定連接有安裝板，安裝板的頂部固定連接有連杆，連杆的頂端固定連接有拉杆，安裝板的底部固定連接有插杆。該螺栓防鬆動鎖緊結構，通過設置螺母、外螺紋、插槽、內螺紋、內腔、彈簧、安裝板、連杆、拉杆、插杆，達到了可提升螺栓與螺母之間的連接穩定性，從而避免了螺栓、螺母受到長時間的振動後會發生螺栓與螺母之間出現鬆動、脫落的問題。;深圳市順天五金製品有限公司CN518000 廣東省深圳市寶安區西鄉街道九圍居委工業區35號A棟一樓之一深圳市順天五金製品有限公司CN ---F16B039/04F16B039/0411-----------朱建平1- 楊科
北京中企訊專利代理事務所(普通合夥) 11677		20240903----0-0-10-00-19深圳市順天五金製品有限公司Valid-------------
24
US12076942B22024-09-03Method for manufacturing fiber-reinforced resin bolt and fiber-reinforced resin boltinvention16/9616912019-01-11Provided is a fiber-reinforced resin bolt having a strength higher than that of a conventional fiber-reinforced resin bolt. A fiber-reinforced resin bolt 1 formed by a winding step of winding a CFRP resin tape 14, which is formed in a band shape by integrating CFRP 12 with a thermosetting resin in such a manner that the CFRP 12 is oriented in a longitudinal direction, so that the CFRP 12 is arranged concentrically around a winding axis, thereby forming a CFRP resin tape layer 10; and a curing step of placing the CFRP resin tape layer 10 formed by the winding step in a die 40 whose inner wall surface is formed with a screw shape, pressurizing the die 40 in which the CFRP resin tape layer 10 is placed from one direction of the winding axis to the other, and heating the die 40 with a heater 82, thereby curing the resin containing the CFRP resin tape layer 10.1. A method for manufacturing a fiber-reinforced resin bolt, comprising forming a fiber-reinforced resin bolt (1) by:
a winding step of winding a reinforcing fiber resin tape (14), which is formed in a band shape by integrating a reinforcing fiber (12) of a single material with a resin in such a manner that the reinforcing fiber (12) is oriented in a longitudinal direction, so that the reinforcing fiber (12) is arranged concentrically around a winding axis, thereby forming a reinforcing fiber resin tape layer (10);a curing step of placing the reinforcing fiber resin tape layer (10) formed by the winding step in a die (40) whose inner wall surface is formed with a screw shape, and pressurizing the reinforcing fiber resin tape layer (10) placed in the die (40) from one direction of the winding axis toward the other and heating, thereby curing the resin of the reinforcing fiber resin tape layer (10), to form the reinforcing fiber layer (70) wound spirally around the winding axis; andafter the winding step,a bending step of bending the reinforcing fiber resin tape layer (10) formed by the winding step with respect to an axis parallel to the winding axis.		1. A method for manufacturing a fiber-reinforced resin bolt, comprising forming a fiber-reinforced resin bolt (1) by:
a winding step of winding a reinforcing fiber resin tape (14), which is formed in a band shape by integrating a reinforcing fiber (12) of a single material with a resin in such a manner that the reinforcing fiber (12) is oriented in a longitudinal direction, so that the reinforcing fiber (12) is arranged concentrically around a winding axis, thereby forming a reinforcing fiber resin tape layer (10);a curing step of placing the reinforcing fiber resin tape layer (10) formed by the winding step in a die (40) whose inner wall surface is formed with a screw shape, and pressurizing the reinforcing fiber resin tape layer (10) placed in the die (40) from one direction of the winding axis toward the other and heating, thereby curing the resin of the reinforcing fiber resin tape layer (10), to form the reinforcing fiber layer (70) wound spirally around the winding axis; andafter the winding step,a bending step of bending the reinforcing fiber resin tape layer (10) formed by the winding step with respect to an axis parallel to the winding axis.
2. A method for manufacturing a fiber-reinforced resin bolt, comprising forming a fiber-reinforced resin bolt (1) by:
a winding step of winding a reinforcing fiber tape (62), which is formed in a band shape in such a manner that a reinforcing fiber (12) is oriented in a longitudinal direction, so that the reinforcing fiber (12) is arranged concentrically around a winding axis, thereby forming a reinforcing fiber tape layer (60);a resin injection step of placing the reinforcing fiber tape layer (60) formed by the winding step in a die (40) whose inner wall surface is formed with a screw shape, and injecting a resin into the die (40) in which the reinforcing fiber tape layer (60) is placed;a curing step of pressurizing the die (40) into which the resin is injected by the resin injection step from one direction of the winding axis toward the other and heating, thereby curing the resin containing the reinforcing fiber tape layer (60); andafter the winding step,a bending step of bending the reinforcing fiber tape layer (60) formed by the winding step with respect to an axis parallel to the winding axis,wherein the resin injection step includes placing the reinforcing fiber tape layer (60) formed by the bending step in the die (40) whose inner wall surface is formed with a screw shape, and injecting the resin into the die (40) in which the reinforcing fiber tape layer (60) is placed.		TAKAI CORPORATIONJPTAKAI CORPORATIONJP GifuTAKAI CORPORATIONJP3189-1 TANABORA, MINO-SHIF16B035/04F16B035/04
B29C070/08
B29C070/30
B29C070/48
F16B033/06
B29K071/00
B29K307/04
B29L001/00		46-B29C0070/083B29C0070/083
B29C0070/30
B29C0070/48
F16B0033/06
B29K2071/00
B29K2307/04
B29L2001/002		-----2018-0026192018-01-11JPKenji Tsuchida
Yasuhiro Furuta		2JP Gifu
Gifu		Hedman & Costigan, P.C.
James V. Costigan
Kathleen A. Costigan		--Gary W EstremskyGary W EstremskyUS3669158
US4017348
US4063838
US4620401
US4717302
US4863330
US5033925
US5080547
US8613580
US9555588
US10792873
US20020056508
US20100119299
US20120063866
US20130103359
US20200378430		16FR2 380 459
JP06-185514
JP07-080857
JP07 279933
JP09-184440
JP2003-201800
JP2017 003091		7Machine Translation of JP 06-185514 A dated Jul. 5, 1994.;Machine Translation of JP 09-184440 A dated Jul. 15, 1997.;Machine Translation of JP 2003-201800 A dated Jul. 18, 2003.;Machine Translation of JP 2017 003091 A dated Jan. 5, 2017.;Machine Translation of JP 07-279933 A dated Oct. 27, 1995.;Machine Translation of FR 2 380 459 A1 dated Sep. 8, 1978.;Supplementary European Search Report issued in the corresponding European Patent Application—mailed Aug. 30, 2021.;Machine translation of JP 07-080857 A dated Mar. 28, 1995.50US12076942
KR1026657440000
JP7236725
CN111587326B
EP3739222A1
WO2019139149		66-15TAKAI CORPORATIONValid-------------
25
CN221647380U2024-09-03一種軸頭鎖緊螺母modelCN202421885423.12024-08-06本實用新型公開了一種軸頭鎖緊螺母，涉及軸頭鎖緊螺母的技術領域，本實用新型旨在解決鎖緊螺母防鬆效果的問題，本實用新型包括軸頭和鎖緊螺母，所述鎖緊螺母通過螺紋安裝在軸頭的外壁上，所述軸頭的外壁上至少開有兩個第一鍵槽，所述第一鍵槽以軸頭的軸線為中心均勻分佈在軸頭的外壁上，所述鎖緊螺母的外壁上開有多個螺栓孔，所述螺栓孔指向鍵槽，所述螺栓孔的內部通過螺紋安裝有螺栓。本方案通過獨特的結構設計，實現了更為穩定和可靠的鎖緊效果，特別適用于高負載或振動環境下的機械連接，同時，由於採用了鍵和鍵槽的配合方式，減少了軸螺紋的損傷風險。此外，本發明還具有結構簡單、操作方便，連接穩固等優點，適用於各種軸頭鎖緊的場合。;大連惠生泵業有限公司CN116001 遼寧省大連市甘井子區大連灣街道毛塋子村（北海工業園區）大連惠生泵業有限公司CN ---F16B037/00F16B037/00
F16H057/00		22-----------林曉鵬
閆小旭
劉延濤
張振輝
項聿龍
畢雲博
車浩
薑濤		8-






王建柱
瀋陽天贏專利代理有限公司 21251		20240903----0-0-00-00-20大連惠生泵業有限公司Valid-------------
26
CN221647375U2024-09-03一種新能源車用防塵抗震可調螺母modelCN202323131083.12023-11-20本實用新型涉及機械緊固件技術領域，更具體地說是一種新能源車用防塵抗震可調螺母，包括螺母本體、螺母外罩，所述的螺母本體頂部為內六角圓柱頭，內六角圓柱頭下方設有通孔，通孔內部設有墊片，通孔下方設有連接部，螺母本體底部設有螺母座，螺母座上側連接卡接部，螺母本體通過卡接部連接螺母外罩。本實用新型使用墊片可固定不同長度的螺栓，具備靈活性、抗震性；螺母通過外部設置螺母外罩對內部螺母本體起到保護、防塵的作用；螺母外罩設有可拆卸的卡接部並通過夾片可對螺母外罩實現拆卸，本實用新型具備調節性能、易拆卸，可以使車門把手固定更牢固、調節靈活，並在使用過程中增加使用安全性，同時螺母外罩可延長該螺母的使用時間。;浙江洪揚汽車零部件有限公司CN314300 浙江省嘉興市海鹽縣望海街道興欣大道618號浙江洪揚汽車零部件有限公司CN ---F16B037/00F16B037/00
F16B041/00		12-----------陳震
曹芳群
江志超
郎書萍
馮敏潔
顧君偉
徐奎
韓焱江
馮超
陳強		10-








盧海龍
杭州中利智慧財產權代理事務所(普通合夥) 33301		20240903----0-0-10-00-19浙江洪揚汽車零部件有限公司Valid-------------
27
CN221647379U2024-09-03預製剪力牆用雙頭螺紋鋼螺母modelCN202323669585.X2023-12-29本實用新型涉及建築加強件技術領域，公開一種預製剪力牆用雙頭螺紋鋼螺母，包括螺母主體，螺母主體的兩端開設有配合內孔，螺母主體的中部焊接有沿螺母主體的徑向延伸的插筋，螺母主體預埋在預製剪力牆中，且螺母主體的兩端部分別延伸至預製剪力牆的兩側表面，插筋平置在預製剪力牆中。本實用新型的預製剪力牆用雙頭螺紋鋼螺母作為一種新式預埋件，能在保證生產安全、施工可靠的前提下，大幅減少預埋件數量，提高生產效率，保證預製構件效益，現場安裝更加可靠，助力裝配式行業健康發展。;江蘇博森建築設計有限公司CN214072 江蘇省無錫市濱湖區隱秀路901-2-901、1001、1101、1201、1301江蘇博森建築設計有限公司CN ---F16B037/00F16B037/00
E04B001/41		22-----------盧雷
吳正萍
廉佳蓉
馮逸凡
馬天
孫筱棟		6-




張志華
北京品源專利代理有限公司 11332		20240903----0-0-10-00-19江蘇博森建築設計有限公司Valid-------------
28
US12085117B22024-09-10Quick-change lock assembly and locking device using sameinvention18/6006502024-03-09A quick-change lock assembly is provided, which in some embodiments comprises: a shell with a hollow cavity formed therein; a quick-change bolt which is arranged in the cavity, is capable of moving axially to protrude from the cavity or being accommodated in the cavity, and is internally provided with a through hole along the axial direction; a bolt driving rod comprising: a bolt matching section slidably inserted into the through hole, and matched with the through hole such that the quick-change bolt is rotatable with the bolt driving rod; a flange portion, a first side surface, opposite to the quick-change bolt, of which is capable of pushing the quick-change bolt to move axially; and a tool matching section; an elastic member, both ends of which respectively abut against the inner top wall of the shell and the first side surface of the flange portion.1. A quick-change lock assembly, comprising:
a shell with a hollow cavity formed therein;a quick-change bolt arranged in the cavity, and internally provided with a through hole along the axial direction, the quick-change bolt being capable of moving axially to protrude from the cavity or being accommodated in the cavity;a bolt driving rod, comprising a bolt matching section, a flange portion and a tool matching section, wherein the bolt matching section is configured to be slidably inserted into the through hole, and matched with the through hole such that the quick-change bolt is rotatable with the bolt driving rod, and a first side surface, opposite to the quick-change bolt, of the flange portion is configured to be able to push the quick-change bolt to move axially;an elastic member, both ends of which respectively abut against the inner top wall of the shell and the first side surface of the flange portion; anda locking mechanism fixed to the shell, wherein the locking mechanism abuts against a second side surface of the flange portion, the locking mechanism is provided with an opening from which the tool matching section protrudes, and the second side surface is located on the opposite side of the first side surface,wherein first anti-loosening teeth are provided on the second side surface of the flange portion, and the locking mechanism is provided with second anti-loosening teeth adapted to be engaged with the first anti-loosening teeth for locking or disengaged from the same for unlocking.		1. A quick-change lock assembly, comprising:
a shell with a hollow cavity formed therein;a quick-change bolt arranged in the cavity, and internally provided with a through hole along the axial direction, the quick-change bolt being capable of moving axially to protrude from the cavity or being accommodated in the cavity;a bolt driving rod, comprising a bolt matching section, a flange portion and a tool matching section, wherein the bolt matching section is configured to be slidably inserted into the through hole, and matched with the through hole such that the quick-change bolt is rotatable with the bolt driving rod, and a first side surface, opposite to the quick-change bolt, of the flange portion is configured to be able to push the quick-change bolt to move axially;an elastic member, both ends of which respectively abut against the inner top wall of the shell and the first side surface of the flange portion; anda locking mechanism fixed to the shell, wherein the locking mechanism abuts against a second side surface of the flange portion, the locking mechanism is provided with an opening from which the tool matching section protrudes, and the second side surface is located on the opposite side of the first side surface,wherein first anti-loosening teeth are provided on the second side surface of the flange portion, and the locking mechanism is provided with second anti-loosening teeth adapted to be engaged with the first anti-loosening teeth for locking or disengaged from the same for unlocking.
2. The quick-change lock assembly according to claim 1, wherein
the first anti-loosening teeth and the second anti-loosening teeth are inclined toothed structures.
3. The quick-change lock assembly according to claim 2, wherein
the angle of inclination of the first anti-loosening teeth and the second anti-loosening teeth is 30°-60°.
4. The quick-change lock assembly according to claim 1, wherein
the quick-change bolt is provided with a trapezoidal thread.
5. The quick-change lock assembly according to claim 1, wherein
the through hole comprises a first through hole section and a second through hole section, the cross section of the first through hole section is less than the cross section of the second through hole section,the bolt matching section comprises a guide portion and a driving portion, the guide portion is configured to be inserted into the first through hole section to guide the insertion of the bolt driving rod, and the driving portion is configured to be inserted into the second through hole section to be matched with the second through hole section, enabling the quick-change bolt to rotate with the bolt driving rod.
6. The quick-change lock assembly according to claim 5, wherein
the cross sections of the driving portion and the second through hole section are polygonal, orthe driving portion is in spline fit with the second through hole section.
7. The quick-change lock assembly according to claim 1, wherein
a boss is formed at the ...		CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITEDCNCONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITEDCN NingdeCONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITEDCNNO.2 XINGANG ROAD, ZHANGWAN TOWN, JIAOCHENG DISTRICTF16B039/12F16B039/12
B60K001/04
F16B005/02
F16B037/04
B60L050/64
B60L053/80		36-F16B0005/0208F16B0005/0208
B60K0001/04
F16B0005/0266
F16B0037/044
B60K2001/0455
B60L0050/64
B60L0053/80		--------Wenhui Zhang
Shubing You
Haihua Huang
Yuanhe Wu		4CN Ningde
Ningde
Ningde
Ningde		Kilpatrick Townsend & Stockton LLP--Gary W EstremskyGary W EstremskyUS4794899
US20120057947
US20120099943
US20120291250
US20130104837
US20180021860
US20180062129
US20180201110
US20190184920
US20200094666
US20200124081
US20200321572
US20210123470		13CN2500857
CN106274434
CN208559001
CN209096458
CN209675341
EP3564055
GB828194
JP2010196791		8The international search report received in the corresponding international application PCT/CN2021/119184, mailed Mar. 30, 2022, 6 pages.;The written opinion of ISA received in the corresponding international application PCT/CN2021/119184, mailed Mar. 30, 2022, 6 pages.;The extended European search report received in the corresponding European application 21948707.1, mailed Oct. 6, 2023, 5 pages.;Decision to Grant a Patent received in the corresponding Japanese application 2023-501833, mailed Oct. 17, 2023, 4 pages.00US12085117
JP7387055
KR1026014280000
CN116529120A
EP4177091A1
WO2023039864		66-20CONTEMPORARY AMPEREX TECHNOLOGY CO., LIMITEDValid-------------
29
CN221639426U2024-09-03一種迴圈式鉚釘供料器modelCN202420100106.82024-01-16本實用新型涉及供料器技術領域，且公開了一種迴圈式鉚釘供料器，包括槍體，所述槍體的頂部固定連接有第一固定塊，所述第一固定塊的內部轉動連接有轉軸，所述轉軸的左側固定連接有供料架，所述供料架的底部固定連接有小型氣缸，所述供料架的內部活動連接有若干個排列好的鉚釘，所述小型氣缸的左側固定連接有第二固定塊，所述第二固定塊的內部螺紋連接有螺杆，所述螺杆的外側固定連接有頂杆，所述頂杆的外側與供料架的內部滑動連接，所述頂杆與若干個鉚釘相適配。該迴圈式鉚釘供料器，具備便於上料等優點，解決了在使用釘槍對某個物品進行固定時因為只能裝一枚鉚釘，所以需要多次對釘槍進行上料才可以完成工作，導致工作效率低的問題。;襄陽宇琥自動化設備有限公司CN441000 湖北省襄陽市高新區深圳工業園珠海大道37號襄陽科技城3號樓301室襄陽宇琥自動化設備有限公司CN ---B21J015/38B21J015/3811-----------付建華
範光軍
魏磊		3-

郭春芳
湖北智匯創興智慧財產權代理有限公司 42330		20240903----0-0-00-00-20襄陽宇琥自動化設備有限公司Valid-------------
30
CN221647371U2024-09-03一種汽車車燈用螺栓modelCN202323434484.42023-12-17本實用新型公開了一種汽車車燈用螺栓，包括所述介子設置為五邊形結構，且介子的表面一側固定連接有螺紋光杆一；所述介子的表面內嵌設置有防鬆齒，且介子的表面固定連接有螺紋光杆二，且螺紋光杆二的表面套設安裝有墊片，所述墊片的表面設置有減震機構，且減震機構包含有：所述墊片的表面一側設置有凸塊，且墊片的另一側表面設置有限位塊，並且限位塊的另一端內嵌設置在介子的表面。該汽車車燈用螺栓，設置了減震機構，可以增加螺栓的穩定性，減少介子在使用時轉動，設置了凸塊與限位塊，通過凸塊可以增加與車輛連接的穩定性，防止墊片在車輛振動時移動，限位塊對介子進行固定，防止介子轉動與整個螺栓轉動，防止螺栓脫落。;上海順翼緊固件有限公司CN201808 上海市嘉定區嘉行公路1508號2幢上海順翼緊固件有限公司CN ---F16B035/00F16B035/00
F16B039/24
F16B033/02		13-----------周滿志
王彥利
林楊帆
金贛		4-


孫衛斌
北京君泰水木智慧財產權代理有限公司 11906		20240903----0-0-10-00-19上海順翼緊固件有限公司Valid-------------
31
CN221639423U2024-09-03一種偏心拉鉚槍槍頭結構modelCN202323636028.82023-12-28本實用新型公開了一種偏心拉鉚槍槍頭結構，包括前套和連接套，前套與連接套通過螺母連接；前套包括前套本體，前套本體的一端延伸有與其固定連接的插入部，另一端延伸有與其固定連接的偏心部，偏心部沿軸向截面的形狀為偏心圓環，所述前套本體套設有與其固定連接的臺階；所述連接套包括連接套本體，所述連接套本體的一端設置有與其固定連接的安裝座，另一端的外周設置有外螺紋，所述插入部插入至所述連接套本體設置有外螺紋的一端。該偏心拉鉚槍槍頭結構在拉鉚工作時，可將偏心部的薄壁的位置正對工件的干涉位置，通過偏心結構的偏心部的薄壁來彌補該槍頭結構與工件之間的干涉距離，從而避免與工件產生干涉，能夠實現對干涉位置工件的拉鉚工作。;洪塞爾緊固件（無錫）有限公司CN213100 江蘇省無錫市新吳區鴻山街道鴻昌路55號洪塞爾緊固件（無錫）有限公司CN ---B21J015/10B21J015/10
B21J015/30		11-----------高存平
高飛		2-
于夢軒
哈爾濱市陽光惠遠智慧財產權代理有限公司 23211		20240903----0-0-10-00-19洪塞爾緊固件（無錫）有限公司Valid-------------
32
CN221647370U2024-09-03一種改進型螺絲件結構modelCN202323482755.32023-12-19本實用新型涉及螺絲件技術領域，具體為一種改進型螺絲件結構，包括主體機構、增強機構、螺帽機構、固定機構，所述增強機構位於主體機構一側，所述螺帽機構位於主體機構頂端，所述固定機構位於螺帽機構底端，本實用新型通過高強度螺絲杆一側固定安裝高強度螺紋，高強度螺絲杆底端固定安裝高強度螺絲頭，高強度螺絲頭底端固定安裝高強度螺絲杆，高強度螺絲杆頂端開設螺絲孔構成螺絲件結構的整體，其中高強度螺絲頭內部固定安裝有螺絲孔連接層，螺絲孔連接層頂端固定安裝有高硬度擰動層，高硬度擰動層頂端開設有螺絲孔，高硬度擰動層可以讓螺絲件結構在多次擰動時保持完整，讓螺絲件結構可以多次拆卸使用。;東莞市華創金屬製品有限公司CN523000 廣東省東莞市石排鎮東園大道石排段120號東莞市華創金屬製品有限公司CN ---F16B025/04F16B025/0411-----------葉浩平
廖錦輝		2-
陳俊鳳
廣東居安專利商標代理事務所(普通合夥) 44995		20240903----0-0-10-00-19東莞市華創金屬製品有限公司Valid-------------
33
CN118582453A2024-09-03一種自緊防鬆、防盜連接副及其加工方法inventionCN202311849129.52023-12-28本發明公開了一種自緊防鬆、防盜連接副及其加工方法，旨在提供一種自緊防鬆、防盜，且對塗層的結合強度高，穩定性強以及實用性強的螺栓或螺母，其技術方案要點是通過在螺栓帽體和法蘭墊片之間均設置有楔形抬升面，使得螺栓帽體的楔形抬升面和法蘭墊片的楔形抬升面之間的旋轉後咬合，並且通過套設於螺杆部分外的應力套以及設置于應力套和法蘭墊片之間的限位元結構，讓螺栓帽體和法蘭墊片之間形成的相對旋轉位移為一個楔形抬升面，從而使得在安裝時，螺栓帽體和法蘭墊片之間轉動形成相對旋轉位移後，讓兩者之間進行相互咬合，從而在更複雜的工作環境下均能降低螺栓或螺母的鬆動情況，本發明適用於連接副技術領域。;浙江自緊王科技有限公司CN317100 浙江省台州市三門縣珠嶴鎮坎頭路8號（自主申報）浙江自緊王科技有限公司CN----F16B039/24F16B039/24
F16B039/26
F16B039/28		11-----------陳金敢
李政冀		2-
王超峰
台州伯千智慧財產權代理事務所(普通合夥) 33574		20240903----0-0-10-00-19浙江自緊王科技有限公司Pub.-------------
34
CN221647374U2024-09-03一種高強度熱鍍鋅螺栓modelCN202420378168.52024-02-29本實用新型涉及螺栓技術領域，具體為一種高強度熱鍍鋅螺栓，包括：工件主體；所述工件主體的頂面內部安裝有螺栓結構，所述螺栓結構包括螺帽，所述螺帽安裝在工件主體的頂面，所述螺帽的底面一體成型有螺杆，所述螺帽的頂面開設有注油槽，所述注油槽的底面開設有通槽，所述注油槽的內側頂端卡塞有密封蓋，所述螺帽的底面開設有活動槽，所述活動槽的內側底端活動安裝有滾珠，所述活動槽的內側頂面固定連接有彈簧。本實用新型通過在螺帽和螺杆的連接處開設通槽，通過通槽能夠將潤滑油排出到螺杆外壁上，並順著螺杆的外壁向下流動，可將潤滑油塗抹到螺杆的全部表面，進而保證螺栓結構的拆裝便捷性。;南京甯金機械製造有限公司CN211222 江蘇省南京市溧水區石湫鎮南京甯金機械製造有限公司CN ---F16B035/06F16B035/06
F16B039/284
F16N001/00		23-----------陳進1- --20240903----0-0-00-00-20南京甯金機械製造有限公司Valid-------------
35
CN221647376U2024-09-03一種可脫卸鋼絲組合螺母modelCN202323390713.72023-12-13本實用新型公開了一種可脫卸鋼絲組合螺母，包括螺母本體、連接孔、螺紋連接段、光滑連接段、彈性密封裙邊、鎖緊環槽、鎖扣鋼絲、導入通槽、鎖緊螺紋孔和鎖緊限位螺栓。本實用新型能夠使螺母通過側面通孔配合內部導向環槽向螺母內側導入鎖扣鋼絲，配合外部的鎖緊限位螺栓定位限制鎖孔鋼絲的導入尺寸從而控制連接部位的鎖緊尺寸，同時能夠在需要拆卸時快速抽出鎖扣鋼絲，方便螺母和連接部位拆卸脫離。;嘉興新亞科技股份有限公司CN314300 浙江省嘉興市海鹽縣望海街道福興路288號A幢嘉興新亞科技股份有限公司CN ---F16B037/00F16B037/0011-----------張雅君1- 李妮
杭州中利智慧財產權代理事務所(普通合夥) 33301		20240903----0-0-10-00-19嘉興新亞科技股份有限公司Valid-------------
36
US20240295236A12024-09-05Trapezoidal nutinvention18/1785022023-03-04The present invention relates to a trapezoidal nut made of sheet metal, proportionally folded under a bend angle to form two parts, with a threaded hole and spikes on one side and a smooth surface hole on another side. The purpose of the invention is to add the ability to attach any object to a nut without compromising its integrity and general purpose, and reliably use a nut without spontaneous unscrewing and detachment from the mounting plane. The goal is achieved by the fact that the trapezoidal nut is fastened with a use of a threaded hole and fixed to be in a static position, with the help of spikes. The smooth surface hole can be used for any purpose at the discretion of the user. The result of the work of the trapezoidal nut is a reliable fixation (without unwanted unscrewing) on a flat surface and the ability to tie or hock anything or any means attached to it.1. A trapezoidal nut made of sheet metal, proportionally folded under bend angle to form two side parts 2 and 3.1. A trapezoidal nut made of sheet metal, proportionally folded under bend angle to form two side parts 2 and 3.
2. The trapezoidal nut of claim 1, wherein part 2 made with a smooth surface hole 4.
3. The trapezoidal nut of claim 1, wherein part 3 made with threaded hole 5 and spikes 6 and 7.
4. Spikes 7 of claim 3, wherein is made by deforming the corner of the part 3, in a direction towards threaded hole 5.
5. Spikes 6 of claim 3, wherein is made by deforming the edge of the part 3, in a direction towards each other.		Dmitri Alexandrovich PanfilovUSDmitri Alexandrovich PanfilovUS----F16B037/02F16B037/0211-F16B0037/02F16B0037/02--------Dmitri Alexandrovich Panfilov1USVA Alexandria-------0-0-10-00-19Dmitri Alexandrovich PanfilovPub.-------------
37
CN221647366U2024-09-03一種便於鉚接的刀片鉚釘modelCN202323462205.52023-12-19本實用新型提供一種便於鉚接的刀片鉚釘，包括有上刀片，所述上刀片上端表面設置有環形嵌槽，所述環形嵌槽表面嵌合連接有鉚釘柱體，所述上刀片下端表面設置有傳動柄，所述鉚釘柱體另一端固定連接有釘頂，所述鉚釘柱體包括有釘杆，所述釘杆上端表面設置有磨擦圓邊，所述釘杆一側設置有變形錐體，所述變形錐體下端於釘杆內部設置有通孔槽，用以解決現有的鉚釘打磨部位較大，影響了整體的製造效率的問題。;安慶創躍電器有限公司CN246000 安徽省安慶市懷寧縣工業園安慶創躍電器有限公司CN ---F16B019/04F16B019/04
F16B005/04		12-----------程蓓
徐洪發		2-
蔡慶新
安徽華普專利代理事務所(普通合夥) 34151		20240903----0-0-10-00-19安慶創躍電器有限公司Valid-------------
38
CN221647386U2024-09-03一種汽車用高強度耐磨螺釘modelCN202323131291.12023-11-20本實用新型涉及螺釘技術領域，更具體地說是一種汽車用高強度耐磨螺釘，包括螺釘頭、防震墊片、鎖緊塊、螺釘頸、螺釘牙部、加強部，所述的螺釘頭下方設有環狀的防震墊片，所述的螺釘頭內部設有若干鎖緊塊，螺釘頭向下連接螺釘頸，所述的螺釘頸下方設有螺釘牙部，所述的螺釘牙部底端設有加強部。本實用新型一種汽車用高強度耐磨螺釘採用鎖緊塊幫助螺釘固定在上，防震墊片防止由於汽車振動導致的螺釘脫落，同時螺釘牙部底端設有加強部可以保證該螺釘在使用時的強度，本實用新型可以提供更好的固定效果，實現更快速有效的機械回應效果，增加了使用安全性並延長了螺釘的使用壽命。;浙江洪揚汽車零部件有限公司CN314300 浙江省嘉興市海鹽縣望海街道興欣大道618號浙江洪揚汽車零部件有限公司CN ---F16B039/24F16B039/24
F16B035/04
F16B041/00		13-----------陳震
曹芳群
江志超
郎書萍
馮敏潔
顧君偉
徐奎
韓焱江
馮超
陳強		10-








盧海龍
杭州中利智慧財產權代理事務所(普通合夥) 33301		20240903----0-0-10-00-19浙江洪揚汽車零部件有限公司Valid-------------
39
CN118601999A2024-09-06嵌入式軸向壓力補償法蘭防鬆螺母inventionCN202411038524.X2024-07-31本發明涉及緊固件技術領域，尤其涉及嵌入式軸向壓力補償法蘭防鬆螺母；包括法蘭螺母、嵌入件和補償儲能器，所述法蘭螺母內部設有第一凹槽和第二凹槽，所述嵌入件設置在所述第一凹槽內部，所述補償儲能器設置在所述第二凹槽內部，所述嵌入件一側側壁與所述法蘭螺母內壁接觸，所述嵌入件另一側側壁與所述補償儲能器接觸，所述嵌入件和所述補償儲能器套設在螺杆外部；所述第一凹槽設有內錐面，所述嵌入件設有外錐面，所述嵌入件的外錐面與所述第一凹槽的內錐面抵接；所述第一凹槽與所述嵌入件過盈配合；所述嵌入件上設有開口；本發明在保證螺母使用壽命的同時，提高了螺母的防鬆能力。;廣州市華英防腐設備有限公司
廣州華基緊固件有限公司		CN510880 廣東省廣州市花都區花山鎮和鬱同心路6號之一102
廣州市華英防腐設備有限公司
廣州華基緊固件有限公司		CN----F16B039/24F16B039/24
F16B037/00		12-----------史延明
侯獻智
楊芳有
何英平
崔萬和		5-



劉豔華
北京精金石智慧財產權代理有限公司 11470		20240906----0-0-00-00-20廣州市華英防腐設備有限公司,廣州華基緊固件有限公司Pub.-------------
40
CN221647368U2024-09-03一種具有起子功能的螺絲modelCN202420026588.72024-01-05本實用新型公開了一種具有起子功能的螺絲，包括螺帽，所述螺帽的底端固定連接有螺絲，所述螺帽及螺絲的內部開設有收納槽，所述收納槽內插接設有連接杆，所述收納槽用於容納連接杆。本實用新型提供的一種具有起子功能的螺絲具有螺絲及連接杆，將連接杆收納於螺絲內部進行使用，在需要對螺絲拆卸時可以將連接杆取出利用限位塊與限位槽對螺絲進行拆卸，將起子巧妙地嵌入螺絲本身，極大地提高了攜帶的便捷性，不僅減輕了工作者的負擔，還有效減少了工作現場工具丟失的風險，其次，內置連接杆的設計使得在需要拆卸或調整時，用戶可以迅速取出並進行操作，提高了操作的流暢度和效率，為用戶提供了更為便利的工具體驗。;昆山恩伯力五金製品有限公司CN215323 江蘇省蘇州市昆山市張浦鎮鬆瑤路728號1棟2樓昆山恩伯力五金製品有限公司CN ---F16B023/00F16B023/00
B25B015/02
B25B023/00		23-----------杜曉偉
王志強
杜曉兵		3-

王麗霞
廣東貝德智慧財產權代理有限公司 44985		20240903----0-0-00-00-20昆山恩伯力五金製品有限公司Valid-------------
41
CN221647388U2024-09-03一種耐腐蝕地腳螺栓modelCN202420378170.22024-02-29本實用新型涉及地腳螺栓技術領域，具體為一種耐腐蝕地腳螺栓，包括：建築主體；所述建築主體的頂面開設有凹槽，所述建築主體的內側開設有集水槽；所述建築主體的內側設置有地腳螺栓結構，所述地腳螺栓結構包括L形螺杆，所述L形螺杆預埋在建築主體的內側，所述L形螺杆的頂面開設有螺紋槽，所述螺紋槽的內側螺紋連接有六角螺杆，所述螺紋槽的內側頂端卡塞有密封塞，所述L形螺杆的外壁上螺紋連接有螺紋套和密封墊。本實用新型通過設置可活動的六角螺杆，能夠在活動後在建築主體內空出集水槽，集水槽可引導L形螺杆附近的水分在集水槽內聚集，以減少水分與L形螺杆的接觸，提高了L形螺杆的耐腐蝕的效果。;南京甯金機械製造有限公司CN211222 江蘇省南京市溧水區石湫鎮南京甯金機械製造有限公司CN ---F16B041/00F16B041/00
E04B001/41		22-----------陳進1- --20240903----0-0-00-00-20南京甯金機械製造有限公司Valid-------------
42
CN221647369U2024-09-03隔熱自攻螺釘modelCN202323480118.22023-12-20本實用新型公開了一種隔熱自攻螺釘，包括自攻螺釘，還包括隔熱套和隔熱帽；釘身靠近釘頭處的部分直徑小於釘身其他部分；隔熱套由從左至右依次連接的釘帽段、釘頭段和釘身段一體構成，釘頭段和釘身段具有與釘頭和釘身靠近釘頭處的部分匹配的空腔，釘帽段外壁具有與隔熱帽內壁匹配的螺紋；隔熱套上沿軸向開設有縱向彈性縫隙，縱向彈性縫隙連通空腔。本實用新型通過在自攻螺釘釘頭端設置隔熱套和隔熱帽，達到阻斷壓型金屬板與金屬龍骨熱橋的作用，可有效降低壓型金屬板圍護結構建築的能耗。採用低導熱係數硬質塑膠製作隔熱套和隔熱帽，構造簡單、安裝方便，可以大規模生產，還具有一定防水作用，可提高自攻螺釘的抗銹蝕能力，延長構件的使用壽命。;中國能源建設集團廣西電力設計研究院有限公司CN530007 廣西壯族自治區南寧市西鄉塘區科園西九路18號中國能源建設集團廣西電力設計研究院有限公司CN ---F16B025/02F16B025/02
F16L059/02		22-----------蒙濤
徐明霞
黃毅
李樹春
顏焱
王永鋒		6-




黃宗全
廣西南寧公平智慧財產權代理有限公司 45104		20240903----0-0-10-00-19中國能源建設集團廣西電力設計研究院有限公司Valid-------------
43
CN118578061A2024-09-03一種六角螺栓的製造方法inventionCN202410635423.42024-05-22本發明公開了一種六角螺栓的製造方法，涉及螺栓製造技術領域，1.鍛造成型的方式，本申請採用製造鍛造是下料後只加熱需要鍛造的一端，並進行加熱段的‘墩粗和成型’兩端模鍛，因此六角螺栓的成型快，溫降低。採用鍛打熱成型，並採用車床車光表面，不留再次加工的餘量，在多用爐內熱處理時，採用氮氣保護氣氛控制和定碳勢的方法，避免熱處理特殊過程工件表面脫碳，保證不脫碳不氧化，之後進行噴砂和滾絲，按照以上方式生產的六角螺栓保持高精度的同時，能保證工件的表面硬度和六角螺栓的強度值。;銳邁耐腐蝕科技（宣城）有限公司CN242000 安徽省宣城市宣州區高新技術產業開發區安國東路20號銳邁耐腐蝕科技（宣城）有限公司CN----B23P015/00B23P015/00
B21J005/00
B21J005/02
B21J005/08
B21J001/06
B21K001/46
C21D009/00
C21D001/18
C21D001/74		46-----------高淩峰
陳香
饒建紅
張政
羅偉鬆
顏井猛		6-




余婧
合肥市長遠專利代理事務所(普通合夥) 34119		20240903----0-0-00-00-20銳邁耐腐蝕科技（宣城）有限公司Pub.-------------
44
CN221647387U2024-09-03一種使用壽命長的不銹鋼螺栓modelCN202323044267.42023-11-11本實用新型涉及螺栓技術領域，且公開了一種使用壽命長的不銹鋼螺栓，包括螺栓柱，所述螺栓柱的頂部開設有凹槽，所述凹槽的內部安裝有連接杆，所述連接杆的內部連接有彈簧，所述彈簧的頂端連接有防護蓋，所述螺栓柱的底端配置有螺母。該使用壽命長的不銹鋼螺栓，通過在螺栓外部開設卡槽，能夠實現保護蓋的固定與卡接，同時通過彈簧的配合，能夠使得保護蓋不會影響螺栓的擰緊，也能夠使保護蓋卡接在卡槽中不會與螺栓脫離，多螺栓起到防護效果，避免螺栓在潮濕環境中生銹老化的問題，同時通過在相應的螺母底部設置活動連接的墊環，能夠提高該螺栓的牢固性，延長螺栓使用壽命的同時也能夠提高其緊固性。;昆明道瑤科技有限公司CN650000 雲南省昆明市官渡區太和街道辦事處佴家灣社區吳井路343號4幢1單元1層101-30544號昆明道瑤科技有限公司CN ---F16B041/00F16B041/00
F16B035/06
F16B043/00		13-----------光豔君
劉建
陳立廣		3-

梁小林
長沙新裕智慧財產權代理有限公司 43210		20240903----0-0-10-00-19昆明道瑤科技有限公司Valid-------------
45
CN221647377U2024-09-03一種扭力鎖緊螺母modelCN202323402338.32023-12-13本實用新型公開了一種扭力鎖緊螺母，包括螺母本體、連接孔、螺紋槽段、鎖緊槽段、摩擦旋轉環、扭力彈簧和摩擦凸起。本實用新型能夠使螺母通過摩擦旋轉環的轉動拉伸連接槽內均勻分佈的多條扭力彈簧，從而使扭力彈簧從四周擠壓包覆在鎖緊槽段內的連接件上，形成扭力收束鎖緊效果，鎖緊效果穩定持久，鎖緊效果好。;嘉興新亞科技股份有限公司CN314300 浙江省嘉興市海鹽縣望海街道福興路288號A幢嘉興新亞科技股份有限公司CN ---F16B037/00F16B037/00
F16B039/284		12-----------張雅君1- 李妮
杭州中利智慧財產權代理事務所(普通合夥) 33301		20240903----0-0-10-00-19嘉興新亞科技股份有限公司Valid-------------
46
TWM659861U2024-09-01用於馬桶安裝的可擴張錨栓系統model1132023402024-03-08一種可擴張錨栓系統，用於將一馬桶固定於一抽水馬桶法蘭，該系統包括： 一錨栓，具有一上端、一下端、和一通道，該下端配置為在裝設時會有部分位元在該抽水馬桶法蘭的一槽內；以及 一擴張銷，適於插入該錨栓的該通道中； 其中，當該擴張銷插入該通道導致該錨栓的下端擴張，已使該錨栓固定於該抽水馬桶法蘭的該槽內。一種可擴張錨栓系統，用於將一馬桶固定於一抽水馬桶法蘭，該系統包括： 一錨栓，具有一上端、一下端、和一通道，該下端配置為在裝設時會有部分位元在該抽水馬桶法蘭的一槽內；以及 一擴張銷，適於插入該錨栓的該通道中； 其中，當該擴張銷插入該通道導致該錨栓的下端擴張，已使該錨栓固定於該抽水馬桶法蘭的該槽內。
根據請求項1所述的可擴張錨栓系統，其中該錨栓進一步包括： 一螺紋部分，設置於該上端，以接收一固定手段；以及 一擴張部分，設置於該下端，包括在插入擴張銷時向外擴張的分割片段。
根據請求項2所述的可擴張錨栓系統，其中該固定手段為一配置用於與該錨栓的該螺紋部分配合的一螺帽。
根據請求項1至請求項3任一項所述的可擴張錨栓系統，其進一步包括一螺栓蓋，配置用於在固定該馬桶後覆蓋該錨栓的上端。
根據請求項1至請求項3任一項所述的可擴張錨栓系統，其中該擴張銷配置為無需工具即可插入並鎖定以防止擴張下端的收縮。
根據請求項1至請求項3任一項所述的可擴張錨栓系統，與放置在一損壞的抽水馬桶法蘭上的一維修型法蘭相容。
根據請求項1至請求項3任一項所述的可擴張錨栓系統，其中該擴張銷包括一鎖定機構。
根據請求項7所述的可擴張錨栓系統，其中該鎖定機構為一鎖定頭部，該鎖定頭部的徑向寬度大於該錨栓之通道的徑向寬度。		巨禾工業股份有限公司TW彰化縣埔鹽鄉崑崙村彰水路1段2之8號巨禾工業股份有限公司TW---E03D011/16E03D011/16
F16B035/06
F16B037/14		23-----63/545,5542023-10-25US陳盈羽
陳律帆		2TW
陳思源臺北市中山區復興北路2號10樓之95125-0000-00M659861SUNMAX PRODUCTS, INC.20巨禾工業股份有限公司ValidNONO2024/09/012034/03/07NONONONONO12025/08/31
47
CN221639710U2024-09-03一種不銹鋼螺母攻絲裝置modelCN202420031878.02024-01-04本實用新型涉及螺母加工技術領域，且公開了一種不銹鋼螺母攻絲裝置。該不銹鋼螺母攻絲裝置包括基座，所述基座的上方兩側固定嵌合安裝有凹槽，所述凹槽的一側內部固定安裝有電動座，所述電動座的一側固定安裝有伸縮柱，所述伸縮柱的一端外表面固定連接有安裝套，所述安裝套的上方固定安裝有支撐杆，所述支撐杆的一側固定安裝有夾持塊，所述夾持塊的一側固定連接有支杆，所述支杆的一側固定安裝有夾緊套，所述夾緊套活動連接在基座的上方。該新型不銹鋼螺母攻絲裝置通過使用夾緊套用於對加工螺母進行夾緊定位操作使用，避免了螺母攻絲加工過程中螺帽出現位置偏移的情況，提高不銹鋼螺母攻絲加工品質。提高了螺母攻絲裝置使用功能性。;濱州德銳豐模具製品有限公司CN256600 山東省濱州市無棣縣海豐五路46號院內濱州德銳豐模具製品有限公司CN ---B23G001/44B23G001/44
B23Q003/06		22-----------柏建波
王志頗
方亮		3-

顧雲鬆
北京鼎雲升智慧財產權代理事務所(普通合夥) 11495		20240903----0-0-00-00-20濱州德銳豐模具製品有限公司Valid-------------
48
CN118595258A2024-09-06一種U型螺栓生產用成型裝置inventionCN202410817551.02024-06-24本發明涉及U型螺栓生產技術領域，尤其涉及了一種U型螺栓生產用成型裝置，包括基座、U形板、滑輪、支撐架、伸縮件一和壓輪，所述基座上方設置有加工裝置，所述加工裝置包括限位元單元、除雜單元和吸附單元，所述限位元單元設置於U形板正面。該U型螺栓生產用成型裝置，通過設置限位元單元，通過啟動伸縮件二推動連接板上下移動，從而使連接件繞著連接板和連接塊轉動的同時推動或拉動左右兩個連接杆同時沿著導向筒左右移動，使限位座到達合適位置，然後將待加工的螺栓杆放置在限位座開設的限位槽內，通過限位槽對待加工的螺栓杆左右兩端進行限位，使螺栓杆的中心位於U形板的中部，從而使螺栓杆由中部彎折成型，便於U形螺栓的加工。;靖江市飛天緊固件製造有限公司CN214513 江蘇省泰州市靖江市新港大道68號靖江市飛天緊固件製造有限公司CN----B21D022/02B21D022/02
B21D043/00
B08B001/34
B08B005/04		24-----------陳天涵
陳宇熙		2-
蔣瑋
南京新慧恒誠智慧財產權代理有限公司 32424		20240906----0-0-00-00-20靖江市飛天緊固件製造有限公司Pub.-------------
49
EP3988804B12024-09-04SCREWinvention21182202.82021-06-28The invention relates to a screw (100) comprising: a longitudinal body (120) having a first end (122) and a second end (124); a head portion (110) for receiving a driving force, the head portion adjacent the first end of the body; wherein the longitudinal body (120) comprises: a primary thread (130) helically extending between the first end (122) and the second end (124); and an auxiliary thread (140) separated from the primary thread, and helically extending from the first end at least partially towards the second end.
A screw (100) comprising:
a longitudinal body (120) having a first end (122) and a second end (124);a head portion (110) for receiving a driving force, the head portion adjacent the first end of the body;wherein the longitudinal body (120) comprises:
a primary thread (130) helically extending between the first end (122) and the second end (124); andan auxiliary thread (140) separated from the primary thread, and helically extending from the first end at least partially towards the second end, wherein the crest height of the auxiliary thread (140) is less than 50% of the crest height of the primary thread (130).		A screw (100) comprising:
a longitudinal body (120) having a first end (122) and a second end (124);a head portion (110) for receiving a driving force, the head portion adjacent the first end of the body;wherein the longitudinal body (120) comprises:
a primary thread (130) helically extending between the first end (122) and the second end (124); andan auxiliary thread (140) separated from the primary thread, and helically extending from the first end at least partially towards the second end, wherein the crest height of the auxiliary thread (140) is less than 50% of the crest height of the primary thread (130).
A screw as claimed in claim 1, wherein the auxiliary thread (140) extends between 5 and 25 percent of a length of the longitudinal body (120).
A screw as claimed in claim 2, wherein the auxiliary thread (140) extends between 5 and 15 percent of a length of the longitudinal body (120).
A screw as claimed in any of the preceding claims, wherein the primary thread (130) and auxiliary thread extend (140) parallel to one another around the longitudinal body (120), such that the auxiliary thread is disposed on an interpitch of the primary thread (130).
A screw as claimed in any preceding claim, wherein at least one of the primary thread (130) and/or auxiliary thread (140) are asymmetrical threads.
A screw as claimed in claim 5, wherein said asymmetrical thread has a first flank which has a planar surface and a second flank which has a concave surface. -->
A screw as claimed in any preceding claim, wherein the auxiliary thread (140) comprises excess material from the formation of the primary thread (130).
A screw as claimed in claim 7, wherein the auxiliary thread (140) comprises excess material from the rolling of the primary thread (130).
A screw as claimed in any preceding claim, wherein at least one of the primary (130) and/or auxiliary threads (140) has a uniform profile.
A screw as claimed in claim 1, wherein the crest height of the auxiliary thread (140) is less than 25% of the crest height of the primary thread (130).
A screw as claimed in any preceding claim, wherein the head portion (110) comprises a Torx head.
A screw as claimed in any preceding claim, wherein the screw (100) is formed of a metallic material.		Illinois Tool Works, Inc.Illinois Tool Works Inc.US155 Harlem Avenue Glenview IL 60025---F16B025/00F16B025/0011F16B0025/0068F16B0025/0068
F16B0025/0026		----202028342020-10-20EPCOUVREUR, Jérome
LEJAULT, David		2US GLENVIEW, 60025
GLENVIEW, 60025		HGF---0DE202012 101 482
US2016 003 284
US2016003284		330EP3988804B111-17Illinois Tool Works Inc.-------------
50
CN118577686A2024-09-03一種新型防脫高強度緊固螺栓的成型裝置inventionCN202410617079.62024-05-17本發明涉及機械零件生產技術領域。本發明公開了一種新型防脫高強度緊固螺栓的成型裝置，包括底座，所述底座上設有衝壓平臺，所述衝壓平臺的側端設有衝壓機，所述衝壓機位於底座上，所述衝壓平臺上設有驅動元件，所述驅動元件的側端設有承接元件，所述承接元件的一側設有上料機，所述承接組件靠近上料機的一側開設有若干個衝壓槽，每一個所述衝壓槽內均設有一個反應裝置，所述承接元件遠離上料機的一側設有加固元件，所述加固元件的四周環繞設置有若干個輔助元件，所述反應裝置包括受壓元件和配合元件。本發明通過承接元件和反應裝置工作，可以適應不同規格的螺栓緊固件的生產同時在衝壓成型後輔助下料，使實用性和生產效率大大提高。;嘉興钜隆五金科技股份有限公司CN314300 浙江省嘉興市海鹽縣武原街道海昌路17號嘉興钜隆五金科技股份有限公司CN----B21D022/08B21D022/08
B21D045/04
B21D053/24		13-----------顧利明1- 廖銀洪
嘉興啟帆專利代理事務所(普通合夥) 33253		20240903----0-0-00-00-20嘉興钜隆五金科技股份有限公司Pub.-------------
51
CN118595755A2024-09-06用於異種金屬焊接的緊固件製造方法及拼合式緊固件inventionCN202410596422.32024-05-14本發明提供用於異種金屬焊接的緊固件製造方法及其拼合式緊固件。該製造方法對緊固件的薄壁結構和圓臺結構分別採用不同厚度的胚料進行獨立衝壓製造。衝壓完成後，圓臺結構採用過盈配合方式安裝在薄壁結構的中心安裝槽上，形成緊固件的軸部。拼合式緊固件實現薄壁結構和圓臺結構的更靈活設計和獨立製造效果，降低製造成本和提升製造精度。另外，可通過對圓臺結構的材料選擇和後處理方式，改善圓臺結構的強度和硬度等指標，提升緊固件軸部在焊接時穿刺工件的效果，改善緊固件焊接異種金屬的品質。;中國科學院上海光學精密機械研究所CN201800 上海市嘉定區清河路390號中國科學院上海光學精密機械研究所CN----B23P015/00B23P015/00
B21D053/36
B21D022/02		23-----------李銘鋒
楊上陸		2-
張甯展
上海恒慧智慧財產權代理事務所(特殊普通合夥) 31317		20240906----0-0-00-00-20中國科學院上海光學精密機械研究所Pub.-------------
52
US12078196B22024-09-03Anti-shingle rivetsinvention17/7604052021-03-04Anti-shingle rivets are provided. The anti-shingle rivets comprise a head portion comprising an outer edge configured to inhibit shingling in a rivet delivery system and a shank extending from the head portion.1. A rivet suitable for use in a rivet delivery channel of a rivet delivery system, the rivet comprising:
a head portion extending a first distance along a longitudinal axis of the rivet, the head portion comprising:
an outer edge defining an annular shaped cavity and configured to inhibit shingling in the rivet delivery channel of the rivet delivery system, and wherein the outer edge extends a second distance in a direction of the longitudinal axis in a range of 20 percent to 60 percent of the first distance; anda shank extending from the head portion, wherein a cavity extends through the head portion and at least partially into the shank.		1. A rivet suitable for use in a rivet delivery channel of a rivet delivery system, the rivet comprising:
a head portion extending a first distance along a longitudinal axis of the rivet, the head portion comprising:
an outer edge defining an annular shaped cavity and configured to inhibit shingling in the rivet delivery channel of the rivet delivery system, and wherein the outer edge extends a second distance in a direction of the longitudinal axis in a range of 20 percent to 60 percent of the first distance; anda shank extending from the head portion, wherein a cavity extends through the head portion and at least partially into the shank.
2. The rivet of claim 1, wherein the second distance is in a range of 30 percent to 40 percent of the first distance.
3. The rivet of claim 1, wherein the outer edge is substantially flat.
4. The rivet of claim 1, wherein the outer edge is curved.
5. The rivet of claim 1, wherein the head portion comprises an underfill area intermediate the outer edge and a bottom edge of the head portion.
6. The rivet of claim 1, wherein the head portion comprises a transition intermediate the outer edge and an upper surface of the head portion.
7. The rivet of claim 6, wherein the transition comprises a radius or a frustoconical shape.
8. The rivet of claim 1, wherein the head portion extends around a periphery of the shank and comprises a first portion having a first thickness and a second portion having a second thickness, wherein the first thickness is less than the second thickness, and wherein the first portion is intermediate the second portion and the shank.
9. The rivet of claim 1, wherein a cavity extends through the head portion and at least partially into the shank.
10. The rivet of claim 1, wherein the rivet can be automatically fed by a cartridge or a blow feeder without jamming.
11. The rivet of claim 1, wherein the rivet is configured for use in a resistance spot riveting system.
12. A method for manufacturing, comprising producing at least 50 of the rivet of claim 1 per minute.
13. A method for manufacturing, comprising producing at least 100 of the rivet of claim 1 per minute.
14. A rivet suitable for use in a rivet delivery channel of a rivet delivery system, the rivet comprising:
a head portion extending a first distance along a longitudinal axis of the rivet, the head portion comprising:
an outer edge defining an annular shaped cavity, wherein the outer edge extends a second distance in a direction of the longitudinal axis in a range of 20 percent to 60 percent of the first distance;a first portion having a first thickness;and a second portion having a second thickness, wherein the first thickness is less than the second thickness; anda shank extending from the head portion, wherein a cavity extends through the head portion and at least partially into the shank,wherein the first portion is intermediate the second portion, and the shank and the head portion extends around a periphery of the sh...		Howmet Aerospace Inc.USHOWMET AEROSPACE INC.US PA PittsburghHOWMET AEROSPACE INC.US201 ISABELLA STREETF16B019/06F16B019/0611-F16B0019/06F16B0019/06--------Robert B. Wilcox
Stanley E. Wojciechowski		2USTX McGregor
TX Waco		K&L Gates LLP--Roberta S DelisleRoberta S DelisleUS3587842
US3900132
US6494322
US6988862
US8985923
US20050133392
US20110129317
US20130209196
US20140356101
US20150144602
US20160123362
US20180209468
US20180283423
US20230184281		14JP2015042417
WO2017165814
WO2019118659		3International Search Report and Written Opinion of the International Searching Authority for International Application No. PCT/US2021/020912 mailed Jun. 28, 2021.30US12078196
JP2023518003
EP4118347A1
WO2021183366
BR112022015458A2
AU2021235735A1
AU2021235735B2		76-17HOWMET AEROSPACE INC.Valid-------------
53
CN221647378U2024-09-03一種除鏽防護絲杆的組合螺母modelCN202323628636.42023-12-29本實用新型公開了一種除鏽防護絲杆的組合螺母，屬於工裝配件領域，包括防護套和板牙螺母，所述防護套的底部與板牙螺母頂部焊接；所述的防護套包括鋼管和封堵鋼板，鋼管靠近封堵端設有加油孔；所述板牙螺母的螺紋部分設有排屑通道。與現有技術相比較，本實用新型結構簡單、使用方便，提高螺杆線上使用壽命。;日照鋼鐵控股集團有限公司CN276800 山東省日照市嵐山區濱海路600號日照鋼鐵控股集團有限公司CN ---F16B037/00F16B037/00
F16B033/00
F16B041/00
F16N001/00		24-----------徐增慶
何騰飛
王超
臧海峰
段尊成
焦峰		6-




易丹
成都欣聖智慧財產權代理有限公司 51292		20240903----0-0-10-00-19日照鋼鐵控股集團有限公司Valid-------------
54
CN118595355A2024-09-06一種基於高頻加熱的螺栓熱墩機及加工方法inventionCN202410815621.92024-06-21本發明公開一種基於高頻加熱的螺栓熱墩機及加工方法，包括以下步驟：S1、使用所述步進送料機構將螺栓坯料呈一行排列的方式步進輸送；S2、通過所述高頻加熱機構產生的高頻磁場，對步進輸送中的螺栓坯料端部進行加熱，直至其達到可塑性變形的溫度；S3、採用夾取放料機構夾取已加熱的螺栓坯料，並將其放置在夾緊工位；S4、利用所述夾緊定位機構固定夾緊工位的螺栓坯料；S5、通過所述衝擊鍛打機構，對螺栓坯料的端部進行衝壓成型；本發明提高了生產效率，保證了螺栓產品品質，降低了能源消耗和廢氣排放，提高了操作過程的安全性。;湖北省騰豐機械科技有限公司CN438200 湖北省黃岡市浠水經濟開發區洪山工業園湖北省騰豐機械科技有限公司CN----B21J001/06B21J001/06
B21J005/00
B21J013/00		13-----------章北海
章璽璞		2-
嚴志加
武漢天領眾智專利代理事務所(普通合夥) 42300		20240906----0-0-00-00-20湖北省騰豐機械科技有限公司Pub.-------------
55
CN118601998A2024-09-06一種日式木屋連接用長J型螺栓及生產工藝inventionCN202410784019.32024-06-18本發明公開了一種日式木屋連接用長J型螺栓及生產工藝，涉及日式木屋連接螺栓技術領域，包括木屋連接機構，木屋連接機構包括日式木屋連接用的第一連接元件和第二連接元件，第二連接元件安裝在兩組第一連接元件之間，第一連接元件包括第一J型螺栓，第一J型螺栓的兩端連接有第二J型螺栓，第二連接元件包括第一連接部件，本方案通過這種長J型螺栓連接方案，讓木屋的建造過程變得更加標準化和模組化，減少了對人工的依賴，降低了建造成本和工時，同時，在維護和拆卸時，也更加便利和快速，對於需要定期檢查和維護的木屋結構尤為有利，這些都有助於提升綜合經濟效益和用戶體驗，使得日式木屋不僅保持傳統的美學價值，還能兼顧現代化的實用需求。;浙江中航來寶精工科技有限公司CN314305 浙江省嘉興市海鹽縣西塘橋鎮東海大道668號浙江中航來寶精工科技有限公司CN----F16B035/00F16B035/00
E04B001/38
B23P015/00
F16B007/18		34-----------姚國燕
馮月
楊徐帆		3-

李滔
杭州海邦專利事務所(特殊普通合夥) 33423		20240906----0-0-00-00-20浙江中航來寶精工科技有限公司Pub.-------------
56
TWI854681B2024-09-01安全帶螺栓成型方法invention1121205562023-06-01一種安全帶螺栓成型方法，其包含有：一備料步驟，其備具有一金屬棒材；一第一成型步驟，其備具有一衝壓成型機，該衝壓成型機具有一成型模，以及一與該成型模相對應之沖模，以便該金屬棒材之一端受到該成型模夾持下，利用該沖模將該金屬棒材一端成形出第一頭部，而該第一頭部上形成有複數第一凹部與第一凸部交錯設置；及一第二成型步驟，其備具有一合模機，該合模機具有一對橫向啟閉之加工模，一針對該等加工模予以沖壓成型之成型沖模，以及一將前述該等金屬棒材定位之定位器，其中，該定位器上開設有一供該金屬棒材定位之定位槽，且該定位槽上形成有複數卡溝，以利該金屬棒材之該第一頭部的該等第一凸部恰可卡掣定位於該等卡溝與該定位槽內，且該金屬棒材之相對於該第一頭部另一端恰可供該等加工模夾持，並受到該成型沖模衝壓形成第二頭部，該第二頭部上形成有相對於該第一凹部位置之第二凹部，以及相對該第一凸部位置之第二凸部。一種安全帶螺栓成型方法，其包含有：一備料步驟，其備具有一金屬棒材；一第一成型步驟，其備具有一衝壓成型機，該衝壓成型機具有一成型模，以及一與該成型模相對應之沖模，以便該金屬棒材之一端受到該成型模夾持下，利用該沖模將該金屬棒材一端成形出第一頭部，而該第一頭部上形成有複數第一凹部與第一凸部交錯設置；及一第二成型步驟，其備具有一合模機，該合模機具有一對橫向啟閉之加工模，一針對該等加工模予以沖壓成型之成型沖模，以及一將前述該等金屬棒材定位之定位器，其中，該定位器上開設有一供該金屬棒材定位之定位槽，且該定位槽上形成有複數卡溝，以利該金屬棒材之該第一頭部的該等第一凸部恰可卡掣定位於該等卡溝與該定位槽內，且該金屬棒材之相對於該第一頭部另一端恰可供該等加工模夾持，並受到該成型沖模衝壓形成第二頭部，該第二頭部上形成有相對於該第一凹部位置之第二凹部，以及相對該第一凸部位置之第二凸部。智富機械有限公司TW高雄市岡山區石潭東一街7號1樓智富機械有限公司TW---B21K001/44B21K001/44
B21D022/02		22-----廖學富1TW劉冠廷高雄市左營區大中二路428號7樓之35125林桂忠林桂忠TW513331
TW201139010		2CN114273600
EP1336443		210-00I854681CHIH FU MECHANICS CO., LTD.19智富機械有限公司ValidNONO2024/09/012043/05/31NONONONONO62030/08/31
57
CN111795052B2024-09-03緊固件inventionCN202010272700.12020-04-09一種用於將第一部件連接至第二部件的安裝孔的緊固件。該緊固件包括中心體部分、提供在該中心體部分近端的頭部。該緊固件包括從中心體部分的外表面徑向向外突出的至少兩個彈性肋。該緊固件包括至少第一對徑向相對的凹入表面，所述凹入表面提供在中心體部分的近端並且在頭部和由第一對凹入表面中的每個凹入表面形成的相應肩部之間軸向延伸。至少兩個彈性肋沿著該中心體部分的外表面在遠端和近端之間沿著中心軸線的方向延伸，並且至少兩個彈性肋軸向超過各自的肩部。;伊利諾斯工具製品有限公司US美國伊利諾州伊利諾斯工具製品有限公司US ---F16B015/00F16B015/0011-----------哈威亞·阿爾特塔
法蘭西斯科·切爾瓦斯
何塞普·文塔洛薩瓦特
伊萬·西普雷斯		4-


脫穎
殷澄
上海脫穎律師事務所 31259		20240903-仵凡仵凡CN102803757
CN108331811		2-0-40CN111795052B
US11661964
EP3722623B1		33-16伊利諾斯工具製品有限公司Valid-------------
58
US12078195B22024-09-03Fastener structureinvention16/8961882020-06-08A fastener structure includes a head portion, rod member and fitting member. The head portion has a lateral holding portion and vertical receiving portion. The rod member has a lateral attaching portion and engaging member. The rod member is penetratingly disposed at the receiving portion to allow the attaching portion to correspond in position to the holding portion. The fitting member is penetratingly disposed at the attaching portion and the holding portion to fit the head portion and the rod member together. To couple two objects together, the head portion drives an engaging portion of the rod member, such that the engaging portion penetrates one object before being fastened to the other object. To unfasten the objects, the head portion is moved reversely to remove the engaging portion from the other object, effecting separation of the objects, so as to achieve quick coupling and easy unfastening.1. A fastener structure, comprising:
a head portion having a receiving portion and a holding portion;a rod member having an engaging portion and an attaching portion and penetratingly disposed at the receiving portion, the attaching portion corresponding in position to the holding portion; anda fitting member penetratingly disposed at the attaching portion and the holding portion, the head portion and the rod member are fixed to each other;
wherein the fastener structure further comprises a body portion for use in movable fitting;wherein the head portion has a blocking portion, and the body portion has a corresponding blocking portion, such that the blocking portion and the corresponding blocking portion block each other to limit rotation or lateral movement of the head portion.		1. A fastener structure, comprising:
a head portion having a receiving portion and a holding portion;a rod member having an engaging portion and an attaching portion and penetratingly disposed at the receiving portion, the attaching portion corresponding in position to the holding portion; anda fitting member penetratingly disposed at the attaching portion and the holding portion, the head portion and the rod member are fixed to each other;
wherein the fastener structure further comprises a body portion for use in movable fitting;wherein the head portion has a blocking portion, and the body portion has a corresponding blocking portion, such that the blocking portion and the corresponding blocking portion block each other to limit rotation or lateral movement of the head portion.
2. The fastener structure of claim 1, wherein the holding portion of the head portion has a recess portion for receiving an expanding portion or a stopping portion of the fitting member.
3. The fastener structure of claim 1, wherein the receiving portion of the head portion is a vertical, transverse or lateral penetrating hole or recess portion.
4. The fastener structure of claim 1, wherein the holding portion of the head portion or the attaching portion of the rod member is a lateral, vertical or transverse penetrating hole or recess portion.
5. The fastener structure of claim 1, wherein the body portion has a fitting portion adapted to be fitted to a first object or integrally formed with the first object.
6. The fastener structure of claim 5, wherein the fitting portion is fitted to the first object by riveting, expanding, welding, fastening, adhering or soldering.
7. The fastener structure of claim 1, wherein the head portion or the body portion has a checking portion for checking and being fitted to each other or checking and being fitted to the rod member.
8. The fastener structure of claim 1, further comprising a resilient component having an end abutting against the head portion and another end abutting against the body portion, or having an end abutting against the body portion and another end abutting against the rod member or the engaging portion.
9. The fastener structure of claim 1, wherein the rod member penetrates and exits an internal hole of the body portion, such that the attaching portion penetrates and exits the body portion, wherein, after the attaching portion has been fitted to the head portion, the fitting member is insertedly disposed in the attaching portion for fitting, such that the rod member is movably fitted to the body portion.
10. The fastener structure of claim 1, wherein the body portion has a pressed portion adapted to be pressed or pushed, such that a fitting portion of the body portion presses or abuts against a first object, allowing material of the first object to enter or flow into a material storage space of the fitting portion, so as for the body portion to be fitted to the first object.
11. The fastener structure of cl...		Ting-Jui WangTWTing-Jui WangTW----F16B005/10F16B005/10
F16B005/08
F16B017/00		12-F16B0017/008F16B0017/008
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F16B0005/10		-----1081403222019-11-06TWTing-Jui Wang1TW New Taipei----Daniel J WileyDaniel J WileyUS3402958
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US20240052869		53-16Ting-Jui WangValid-------------
59
CN221647383U2024-09-03一種防水臺階鉚接螺母modelCN202420249933.32024-01-31本實用新型公開了一種防水臺階鉚接螺母，包括螺母本體、套設於螺母本體一端且與其固定連接的螺母座、套設於螺母本體靠近螺母座的一端且與其固定連接的第一臺階以及套設於螺母本體且位於螺母座遠離第一臺階一端的第二臺階，第一臺階與螺母座的端面相抵接，第二臺階與螺母本體固定連接，螺母座朝向第二臺階一側的端面設置有密封膠圈以及若干個花齒，螺母本體內設置有貫穿螺母座、第一臺階和第二臺階的盲孔，螺母本體遠離第一臺階的一端設置有封閉的底面。該防水臺階鉚接螺母不僅防水效果好，鎖緊效果好，其與被固定的工件之間的連接強度高，並且其能夠避免板材的內孔在安裝過程中發生變形，進而提高了產品的性能和產品品質，提高了生產良品率。;洪塞爾緊固件（無錫）有限公司CN213100 江蘇省無錫市新吳區鴻山街道鴻昌路55號洪塞爾緊固件（無錫）有限公司CN ---F16B037/06F16B037/06
F16J015/10		22-----------劉小從
高存平		2-
于夢軒
哈爾濱市陽光惠遠智慧財產權代理有限公司 23211		20240903----0-0-00-00-20洪塞爾緊固件（無錫）有限公司Valid-------------
60
CN221639271U2024-09-03一種螺釘製造用模具modelCN202322900113.42023-10-27本實用新型提供一種螺釘製造用模具，屬於螺釘製造技術領域，包括工作臺、轉盤、機械臂、加工座、夾持機械手、衝壓機構和轉向機構，其中：轉盤轉動連接於工作臺的頂部；機械臂設置有兩個並均固定連接於工作臺的頂部邊緣處，其分別用於上料和下料；加工座設置有多個，其均固定連接於轉盤的頂部邊緣處，其頂部固定連接有二層座，二層座的頂部設置有定位槽，定位槽用於放置螺釘半成品；本方案添加了鋼珠的方式，利用對螺釘半成品上端部分進行二次衝壓，能夠得到尺寸更加精准的的外圓內六角結構。;蘇州海墨精密五金有限公司CN215000 江蘇省蘇州市吳中區甪直鎮合興西路18號1幢蘇州海墨精密五金有限公司CN ---B21D037/10B21D037/10
B21D022/02
B21D045/02		13-----------侯海祥
李俊		2-
王磊
揚州智合智慧財產權代理事務所(普通合夥) 32725		20240903----0-0-10-00-19蘇州海墨精密五金有限公司Valid-------------
61
CN118595370A2024-09-06一種船用銅鎳合金螺紋接頭成型模具及方法inventionCN202410764051.52024-06-14本發明提供一種船用銅鎳合金螺紋接頭成型模具及方法，所述成型模具包括上模具、下模具和芯杆，上模具與壓機的滑塊連接，下模具設置在壓機的底座頂部，芯杆連接有壓機的頂出裝置；上模具、下模具和芯杆三者之間間隙配合構成的密閉空間為成型腔，上模具在壓機作用下擠壓放在成型腔內的坯料形成螺紋接頭毛坯；下模具內部開設有通孔，芯杆包括芯頭和杆身，芯杆穿過通孔設置在下模具內部，杆身可以在通孔內部上下運動。通過本發明所述的一種船用銅鎳合金螺紋接頭成型模具及方法，減少了不同工序之間生產帶來的材料損耗，同時提高了生產效率；在確保螺紋接頭組織均勻性能滿足指標要求，同時適用於螺紋接頭的大批量生產。;洛陽船舶材料研究所（中國船舶集團有限公司第七二五研究所）CN471027 河南省洛陽市洛龍區濱河南路169號洛陽船舶材料研究所（中國船舶集團有限公司第七二五研究所）CN----B21J013/02B21J013/02
B21K001/56
B23P015/00
F16L015/00		44-----------周鐵柱
王軍亮
付利國
郁炎
鄭叢芳
史鑫		6-




李倩倩
張鬆林
北京市中聯創和智慧財產權代理有限公司 11364		20240906----0-0-00-00-20洛陽船舶材料研究所（中國船舶集團有限公司第七二五研究所）Pub.-------------
62
CN221647381U2024-09-03一種具有定位功能的六角焊接螺母modelCN202323617928.82023-12-28本實用新型涉及一種具有定位功能的六角焊接螺母，包括定位筒，所述定位筒的中部開設有第一穿插孔，所述第一穿插孔內活動套接有第一螺紋管，通過磁石吸附在金屬板焊接面上，使定位筒無法輕易地移動，再將第一螺紋管插入到定位筒上的第一穿插孔內，並使連接盤底部的四根定位插杆分別插入到定位筒上的四個定位插孔內，使連接盤無法轉動，從而對第一螺紋管進行定位，使得第一螺紋管在金屬板焊接面上不會隨意移動，從而達到定位的效果，並且定位插杆插入到定位插孔內時，會插入到膠圈內部，膠圈與定位插杆之間的摩擦力較大，使得定位插杆不會輕易從定位插孔內拔出，從而避免第一螺紋管自動第一穿插孔內向外移動。;昆山恩伯力五金製品有限公司CN215323 江蘇省蘇州市昆山市張浦鎮鬆瑤路728號1棟2樓昆山恩伯力五金製品有限公司CN ---F16B037/06F16B037/0611-----------杜曉偉
王志強
杜曉兵		3-

王麗霞
廣東貝德智慧財產權代理有限公司 44985		20240903----0-0-10-00-19昆山恩伯力五金製品有限公司Valid-------------
63
US12085205B12024-09-10Pipe hanger with anti-vibration washerinvention17/9539692022-09-27A pipe hanger includes a suspension member configured to engage a pipe, the suspension member comprising a side edge and defining a hole through the suspension member; a threaded rod extending through the hole and defining a distal rod end; a nut threaded on the threaded rod, the nut defining a circumferential side; and an anti-vibration washer disposed on the threaded rod between the suspension member and the nut, the anti-vibration washer comprising an edge tab and a nut tab; wherein at least a portion of the edge tab is bent to fold over the side edge of the suspension member, the nut tab is bent to fold over the circumferential side of the nut, and a distal portion of the nut tab is bent to fold over the distal rod end.1. A pipe hanger comprising:
a suspension member configured to engage a pipe, the suspension member comprising a side edge and defining a hole through the suspension member;a threaded rod extending through the hole and defining a distal rod end;a nut threaded on the threaded rod, the nut defining a circumferential side; andan anti-vibration washer disposed on the threaded rod between the suspension member and the nut, the anti-vibration washer comprising a body, an edge tab, and a nut tab;wherein:
at least a portion of the edge tab is bent to fold over the side edge of the suspension member;the nut tab is bent to fold over the circumferential side of the nut;a distal portion of the nut tab is bent to fold over the distal rod end;the distal portion of the nut tab defines a tab end;the nut tab defines a tab opening therethrough to facilitate bending the nut tab relative to the body;the nut tab defines a first tab leg and a second tab leg, each of the first and second tab legs extending from the body to the tab end;the tab opening is defined between the first and second tab legs; andthe tab opening defines a first relief notch formed between the first tab leg and the body and a second relief notch formed between the second tab leg and the body.		1. A pipe hanger comprising:
a suspension member configured to engage a pipe, the suspension member comprising a side edge and defining a hole through the suspension member;a threaded rod extending through the hole and defining a distal rod end;a nut threaded on the threaded rod, the nut defining a circumferential side; andan anti-vibration washer disposed on the threaded rod between the suspension member and the nut, the anti-vibration washer comprising a body, an edge tab, and a nut tab;wherein:
at least a portion of the edge tab is bent to fold over the side edge of the suspension member;the nut tab is bent to fold over the circumferential side of the nut;a distal portion of the nut tab is bent to fold over the distal rod end;the distal portion of the nut tab defines a tab end;the nut tab defines a tab opening therethrough to facilitate bending the nut tab relative to the body;the nut tab defines a first tab leg and a second tab leg, each of the first and second tab legs extending from the body to the tab end;the tab opening is defined between the first and second tab legs; andthe tab opening defines a first relief notch formed between the first tab leg and the body and a second relief notch formed between the second tab leg and the body.
2. The pipe hanger of claim 1, wherein the edge tab defines a first tab section and a second tab section, the second tab section bent about 90° relative to the first tab section to fold the second tab section over the side edge of the suspension member.
3. The pipe hanger of claim 2, wherein:
the body is disposed between the edge tab and the nut tab;the first tab section of the edge tab and a proximal portion of the nut tab extend from the body; andthe first tab section of the edge tab is substantially coplanar with the body.
4. The pipe hanger of claim 3, wherein:
the edge tab is a first edge tab;the anti-vibration washer further comprises a second edge tab parallel to the first edge tab;a slot is defined between the first edge tab and the second edge tab, the slot defining an open end and a closed end; andthe threaded rod extends through the slot.
5. The pipe hanger of claim 3, wherein:
the proximal portion of the nut tab is bent about 90° relative to the body to fold over the circumferential side of the nut;the distal portion of the nut tab is bent about 90° relative to the proximal portion to fold over the distal rod end; andthe tab end of the distal portion of the nut tab is distal to the body of the anti-vibration washer.
6. The pipe hanger of claim 1, wherein:
each of the first and second tab legs defines a first leg section adjacent to the body, a second leg section adjacent to the tab end, and a bend line between the first and second leg sections;the distal portion of the nut tab is bent relative to proximal portions of the nut tab at the bend lines;the proximal portions comprise the first leg section of the first tab leg and the first leg section of the second tab leg; andthe distal portion com...		ASC Engineered Solutions, LLCUSASC ENGINEERED SOLUTIONS, LLCUS NH ExeterANVIL INTERNATIONAL, LLCUSTWO HOLLAND WAYF16L003/11F16L003/11
F16B039/10
F16L003/133		22-F16L0003/133F16L0003/133
F16B0039/108
F16L0003/11		--------Jordan Cameron Belen
Matthew William McNamara
Jason F. Santos		3USRI West Warwick
RI Portsmouth
RI Providence		McAndrews, Held & Malloy, Ltd.--Jonathan LiuJonathan Liu
Guang H Guan		US21574
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US20230135991		85EP0769647
GB186552
WO2021055479		3Belen, Jordan Cameron; Final Office Action for U.S. Appl. No. 16/573, 129, filed Sep. 17, 2019, mailed Nov. 6, 2020, 18 pgs.;Belen, Jordan Cameron; Final Office Action for U.S. Appl. No. 16/573,129, filed Sep. 17, 2019, mailed Sep. 28, 2021, 24 pgs.;Belen, Jordan Cameron; Non-Final Office Action for U.S. Appl. No. 16/573, 129, filed Sep. 17, 2019, mailed Mar. 31, 2021, 20 pgs.;Belen, Jordan Cameron; Non-Final Office Action for U.S. Appl. No. 16/573,129, filed Sep. 17, 2019, mailed Jul. 15, 2020, 28 pgs.;Belen, Jordan Cameron; Notice of Allowance for U.S. Appl. No. 16/573,129, filed Sep. 17, 2019, mailed Jan. 4, 2022, 10 pgs.;Belen, Jordan Cameron; Requirement for Restriction/Election for U.S. Appl. No. 16/573,129, filed Sep. 17, 2019, mailed Jun. 5, 2020, 9 pgs.;Defense Documentation Center (U.S.), Plastics: An ASTIA Report Bibliography, 1962, https://books.google.com/books/about/Plastics.html?id=c9grAQAAMAAJ. (Year: 1962).;Belen, Jordan Cameron; Final Office Action for U.S. Appl. No. 17/023,032, filed Sep. 16, 2020, Jul. 27, 2022, 21 pgs.;Belen, Jordan Cameron; Non-Final Office Action for U.S. Appl. No. 17/023,032, filed Sep. 16, 2020, mailed Feb. 11, 2022, 28 pgs.;Belen, Jordan Cameron; Notice of Allowance for U.S. Appl. No. 17/023,032, filed Sep. 16, 2020, mailed Sep. 23, 2022, 15 pgs.20-00-18ANVIL INTERNATIONAL, LLCValid-------------
64
CN118595545A2024-09-06一種膨脹螺栓銑尾裝置inventionCN202411051032.42024-08-01本發明公開了一種膨脹螺栓銑尾裝置，包括工作臺，所述工作臺上方設有驅動電機，所述驅動電機下端安裝有鋸片，所述工作臺上安裝有盛放機構，所述工作臺上安裝有鋸切機構；所述盛放機構包括盛放台、盛放塊、盛放槽、限位架；所述鋸切機構包括第一滾動軸承、轉動軸、驅動架、轉動杆、單向軸承、傳動齒輪、固定齒條、L形杆。本發明的有益效果是，通過工作人員將脹釘放入盛放槽內，通過驅動架可帶動多個盛放台進行移動，進而可使得脹釘移動到鋸片處，可同時對多個脹釘進行切槽，還可在切槽的時候放置脹釘，提高了工作效率，在切槽時，可通過限位架的上下移動，將脹釘進行固定，可防止脹釘晃動，保證了切割品質。;邯鄲市隆禹緊固件有限公司CN057150 河北省邯鄲市永年區臨洺關鎮西段莊村北邯鄲市隆禹緊固件有限公司CN----B23G009/00B23G009/00
B23D047/00
B23D047/04
B23D059/02
B23Q011/10
B23Q007/10		35-----------劉延嶺
柳波
劉博源
郝楠		4-


金甯
河北冀創信達智慧財產權代理事務所(普通合夥) 13159		20240906----0-0-00-00-20邯鄲市隆禹緊固件有限公司Pub.-------------
65
CN110030249B2024-09-03一種便於安裝的地鐵用防鬆螺母inventionCN201910418989.02019-05-20本發明提出了一種便於安裝的地鐵用防鬆螺母，其特徵在於：包括螺母頭、螺母柱、安裝手柄和防鬆條，所述螺母頭的中心處設有大螺孔，所述螺母頭的下方設有螺母柱，所述螺母柱的中心處設有小螺孔，所述大螺孔和小螺孔相互連通，所述螺母頭的外部設有安裝手柄，所述大螺孔內設有防鬆條。與現有技術相比，本發明提供的一種便於安裝的地鐵用防鬆螺母，結構合理，通過在螺母頭內部的大螺孔上設有若干個防鬆條和第二防鬆條，使得其不會應該地鐵的頻繁使用和振動引起鬆動甚至脫落，同時在螺母頭的外壁上焊接有安裝手柄，使得操作人員不需要專門的工具，徒手即可進行安裝。;嘉興華意科技股份有限公司CN314300 浙江省嘉興市海鹽縣武原街道武原工業園一星區陳家路8號嘉興華意科技股份有限公司CN ---F16B035/04F16B035/04
F16B035/06
F16B039/282		12-----------俞愛忠
吳勤華		2-
韓洪
杭州中利智慧財產權代理事務所(普通合夥) 33301		20240903-潘洪潘洪CN109538617
CN204628222
CN207864393
CN210141260
CN207364063		5-0-50CN110030249B11-15嘉興華意科技股份有限公司Valid-------------
66
CN118581346A2024-09-03一種緊固件用TA18鈦合金絲材及製備方法與應用inventionCN202410669611.92024-05-28本發明涉及一種緊固件用TA18鈦合金絲材的製備方法，該方法先獲取目標成分TA18鈦合金鑄錠，然後將目標TA18鈦合金鑄錠在1000～1150℃開坯鍛造，然後對目標TA18鈦合金棒坯兩火次軋製，第一火次軋製溫度為870～900℃，第二火次軋製溫度為840～860℃，然後650～750℃進行拉拔，然後矯直，然後593℃退火1h，然後磨光、拋光，此時合金橫截面組織為等軸狀α+β雙相組織，具有較高的強度和較優的塑性，合金屈服強度＞600MPa，抗拉強度＞750MPa，延伸率＞17％，斷面收縮率＞40％，滿足緊固件用鈦合金材料要求。;中國科學院金屬研究所CN110016 遼寧省瀋陽市沈河區文化路72號中國科學院金屬研究所CN----C22C001/03C22C001/03
C22C014/00
C22F001/18
B21C037/04		34-----------胡明
董利民
雷曉飛
訾贇
張兆雄
李森
楊銳		7-





馬馳
瀋陽科苑專利商標代理有限公司 21002		20240903----0-0-00-00-20中國科學院金屬研究所Pub.-------------
67
US12085108B22024-09-10Wallboard anchorinvention16/6942152019-11-25An anchor for wallboard installation includes an elongated anchor body including a driving end and a wall boring end. The anchor body has a main body portion running from the driving end toward the wall boring end. The wall boring end includes a plurality of axially cutting extending teeth. The anchor body includes an internal bore and diametrically opposed slots to facilitate split of an end portion of the anchor body when the anchor is installed in a wall and a fastener is inserted for mounting an object.1. An anchor for wallboard installation, comprising:
an elongated anchor body including a driving end and a wall boring end;wherein the anchor body has a main body portion running from the driving end toward the wall boring end;wherein the wall boring end includes a plurality of axially cutting extending teeth;wherein a pair of diametrically opposed recesses are formed in the main body portion to define wall portions of reduced thickness on the anchor body as compared to wall portions surrounding the recesses;wherein the anchor body includes an internal bore;wherein a pair of diametrically opposed slots are provided in the anchor body, wherein each slot is a through slot to the internal bore, wherein each slot includes a first end located in one of the recesses.		1. An anchor for wallboard installation, comprising:
an elongated anchor body including a driving end and a wall boring end;wherein the anchor body has a main body portion running from the driving end toward the wall boring end;wherein the wall boring end includes a plurality of axially cutting extending teeth;wherein a pair of diametrically opposed recesses are formed in the main body portion to define wall portions of reduced thickness on the anchor body as compared to wall portions surrounding the recesses;wherein the anchor body includes an internal bore;wherein a pair of diametrically opposed slots are provided in the anchor body, wherein each slot is a through slot to the internal bore, wherein each slot includes a first end located in one of the recesses.
2. The anchor of claim 1, wherein the elongated anchor body includes a distal positioning tip at the wall boring end, wherein the distal positioning tip is substantially conical, wherein each cutting tooth includes a forward cutting edge and a radial cutting edge, wherein the forward cutting edge is offset axially, in a direction toward the driving end, from the distal positioning tip.
3. The anchor of claim 2, wherein, for each cutting tooth, the radial cutting edge is defined by an intersection of a substantially planar first wall segment of the cutting tooth and a substantially planar second wall segment of the cutting tooth.
4. The anchor of claim 3, wherein the elongated anchor body includes a central axis, wherein, for each cutting tooth, the substantially planar first wall segment runs substantially parallel to but offset from the central axis, and the substantially planar second wall segment extends radially inwardly to define, in an axial end view, an enclosed acute angle.
5. The anchor of claim 2, wherein the elongated anchor body includes a central axis, wherein, for each cutting tooth, the forward cutting edge extends radially outward from and rearward from the distal positioning tip and axially toward the driving end such that an angle enclosed by each forward cutting edge and the central axis is less than ninety degrees and more than sixty degrees.
6. The anchor of claim 1, wherein the elongated anchor body includes a distal positioning tip at the wall boring end, wherein each slot extends beyond the one of the recesses toward the distal positioning tip.
7. The anchor of claim 1, wherein each slot runs from the first end for an axial length and terminates short of the distal positioning tip.
8. The anchor of claim 1, wherein each recess has a curved perimeter shape for stress relief.
9. The anchor of claim 8, wherein each curved perimeter shape includes a pair of ear projecting sections facing toward the driving end.
10. The anchor of claim 1, wherein the internal bore runs from the driving end toward a distal tip of the wall boring end, wherein the internal bore terminates short of the distal tip, wherein the internal bore includes a first bore section running from...		THE HILLMAN GROUP, INC.USTHE HILLMAN GROUP, INC.US OH Forest ParkJEFFERIES FINANCE LLC, AS ADMINISTRATIVE AGENTUS520 MADISON AVENUEF16B013/12F16B013/12
E04B001/74
F16B013/04
F16B013/06
F16B029/00
F16B013/00		23-F16B0029/00F16B0029/00
E04B0001/74
F16B0013/04
F16B0013/063
F16B0013/00		--------Hamid Faghidi
Nalinikanth Garikapati
Michael Martin Hicks		3CA
US		 Ontario
AZ Phoenix
AZ Gilbert		THOMPSON HINE LLP--Flemming SaetherFlemming SaetherUS120577
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US20210040971		94CA22059011-51US12085108
TW202028621
CA3062913A1		33-15JEFFERIES FINANCE LLC, AS ADMINISTRATIVE AGENTValid-------------
68
EP4424862A12024-09-04METHODS FOR MANUFACTURING WIRE ROD FOR COLD FORGING AND SCREW PART, HAVING EXCELLENT DRILLING CHARACTERISTICSinvention22907909.02022-12-13The present disclosure relates to methods for manufacturing a wire rod for cold forging and a screw part, which may manufacture with only quenching heat treatment a part with excellent drilling characteristics, and which may specifically manufacture a part to be used for mechanical coupling of automotive parts manufactured with different materials.A method for manufacturing a wire rod for cold forging having excellent drilling characteristics, the method comprising:
providing a billet including, in percent by weight (wt%), 0.30 to 0.50% of carbon (C), 0.30 to 0.50% of silicon (Si), 0.35 to 0.75% of manganese (Mn), 0.40 to 0.70% of chromium (Cr), 0.010 to 0.050% of titanium (Ti), 0.01 to 0.05% of aluminum (Al), 0.0010 to 0.0050% boron (B), 0.002 to 0.020% of nitrogen (N), and the balance of iron (Fe) and other inevitable impurities;heating the billet to a temperature of 900 to 1200°C and finish hot rolling the billet at a temperature of 800 to 1000°C to prepare a wire rod;coiling the wire rod at a temperature of 700 to 900°C to control an average crystal grain size of austenite to 30 µm or less; andcooling the coiled wire rod at a rate of 0.4 to 1.0°C/s.		A method for manufacturing a wire rod for cold forging having excellent drilling characteristics, the method comprising:
providing a billet including, in percent by weight (wt%), 0.30 to 0.50% of carbon (C), 0.30 to 0.50% of silicon (Si), 0.35 to 0.75% of manganese (Mn), 0.40 to 0.70% of chromium (Cr), 0.010 to 0.050% of titanium (Ti), 0.01 to 0.05% of aluminum (Al), 0.0010 to 0.0050% boron (B), 0.002 to 0.020% of nitrogen (N), and the balance of iron (Fe) and other inevitable impurities;heating the billet to a temperature of 900 to 1200°C and finish hot rolling the billet at a temperature of 800 to 1000°C to prepare a wire rod;coiling the wire rod at a temperature of 700 to 900°C to control an average crystal grain size of austenite to 30 µm or less; andcooling the coiled wire rod at a rate of 0.4 to 1.0°C/s.
The method according to claim 1, wherein a microstructure of the prepared wire rod includes, in area fraction, 45 to 60% of ferrite and 40 to 55% of pearlite.
A method for manufacturing a screw part, the method comprising:
softening heat-treating a wire rod at a temperature of 600 to 800°C, the wire rod comprising, in percent by weight (wt%), 0.30 to 0.50% of carbon (C), 0.30 to 0.50% of silicon (Si), 0.35 to 0.75% of manganese (Mn), 0.40 to 0.70% of chromium (Cr), 0.010 to 0.050% of titanium (Ti), 0.01 to 0.05% of aluminum (Al), 0.0010 to 0.0050% boron (B), 0.002 to 0.020% of nitrogen (N), and the balance of iron (Fe) and other inevitable impurities, wherein a microstructure includes, in area fraction, 45 to 60% of ferrite and 40 to 55% of pearlite, and an average crystal grain size of austenite is 30 µm or less;cold forging the softening heat-treated wire rod to form a screw part shape having a body diameter of 3 to 6 mm; -->heating the screw part shape at a temperature of 850 to 950°C for 500 to 4,000 seconds to control the average crystal grain size of austenite to 15 µm or less; andquenching the wire rod in a refrigerant at a temperature of 20 to 100°C after the heating.
The method according to claim 3, wherein the quenching is controlled to have a microstructure including, in an area fraction, 70% or more of autotempered martensite, 0.1 to 5.0% of bainite, 1 to 28% of fresh martensite, and 0.1 to 1.0% of retained austenite.
The method according to claim 3, wherein an average thickness of a carbide precipitated in crystal grains of prior austenite is controlled to 20 nm or less in the quenching.
The method according to claim 3, wherein the screw part has a hardness of 500 HV or more at room temperature.
A screw part comprising a microstructure including, in area fraction, 70% or more of autotempered martensite, 0.1 to 5% of bainite, 1 to 28% of fresh martensite, and 0.1 to 1% of retained austenite,
wherein an average thickness of a carbide precipitated in crystal grains of prior austenite is 20 nm or less, and the screw part has a hardness of 500 HV or more at room temperature.		POSCO Co., LtdKR6261, Donghaean-ro
Nam-gu		POSCO Co., LtdKR---C22C038/28C22C038/28
C22C038/32
C22C038/00
B21B001/16
C21D009/52		33C22C0038/00C22C0038/00
C22C0038/32
B21B0001/16
C22C0038/28
C21D0009/52		---202101808922021-12-16KRJUNG, Byungin
CHUN, Youngsoo
PARK, Yongsik		3KR Pohang-si Gyeongsangbuk-do 37681
Pohang-si Gyeongsangbuk-do 37669
Pohang-si Gyeongsangbuk-do 37689		Nederlandsch Octrooibureau--0JP3966493120EP4424862A1
CN118382715A
WO2023113442		33-18POSCO Co., Ltd-------------
69
CN118601991A2024-09-06扣件結構組裝於板體的方法inventionCN202410859454.82021-08-12本發明提供一種扣件結構組裝於板體的方法，扣件結構具有身部以及扣體；所述身部設有可焊層，所述可焊層用以焊接於板體；所述扣體與所述身部活動組合，所述扣體具有頭部及扣部。而所述身部或所述扣體，或所述身部與所述扣體同時用以被工具取起後置放於所述板體上進行焊接，使所述身部與所述板體組合。且所述身部或所述扣體，或所述身部與所述扣體同時組接助取單元使所述扣件結構通過所述助取單元用以被工具取起後置放於所述板體上進行焊接，使所述身部與所述板體組合。由此，本發明可快速將扣件結構組裝於板體上。;伍鐌科技股份有限公司CN中國臺灣新北市伍鐌科技股份有限公司CN----F16B005/02F16B005/02
F16B005/06
F16B005/08
F16B005/00		11--------109143067
TW109143067
102020000143067
TW102020000143067		2020-12-07TW王鼎瑞1- 劉雲貴
北京市浩天智慧財產權代理事務所(普通合夥) 11276		20240906----0-0-30-00-17伍鐌科技股份有限公司Pub.-------------
70
EP4234956B12024-09-11EXPANSION ANCHOR SYSTEM AND METHOD WITH MORTAR AND INORGANIC FILLERinvention22159136.52022-02-28The invention relates to a method for installing an expansion anchor (1) in a borehole,
wherein the expansion anchor (1) comprises
a bolt (2) with an expansion region (3) at the frontal end (4) and a neck region (5), wherein the expansion region (3) adjoins the neck region (5) and tapers to the neck region (5),
an expansion sleeve (6) at least partially surrounding the neck region (6), and
a thread (7) for a nut (8) at the rear end (9),
the method comprising the steps of
a) filling into the borehole a mortar, which comprises an organic polymer adhesive and inorganic filler,
b) inserting the expansion anchor (1) into the borehole with the frontal end (4) first,
c) applying a torque to withdraw the expansion anchor (1) a short distance out of the borehole, such that the expansion sleeve (6) is radially expanded, and
d) hardening and/or curing the mortar to obtain the installed expansion anchor (1),
wherein the mortar comprises ≤ 72.5 wt.% inorganic filler, based on the total weight of the mortar.;The invention also relates to a mounting system comprising a substrate having a borehole and an expansion anchor (1) installed in the borehole,
A method for installing an expansion anchor (1) in a borehole,
wherein the expansion anchor (1) comprises
a bolt (2) with an expansion region (3) at the frontal end (4) and a neck region (5), wherein the expansion region (3) adjoins the neck region (5) and tapers to the neck region (5),an expansion sleeve (6) at least partially surrounding the neck region (6), anda thread (7) for a nut (8) at the rear end (9),the method comprising the steps of
a) filling into the borehole a mortar, which comprises an organic polymer adhesive and inorganic filler,b) inserting the expansion anchor (1) into the borehole with the frontal end (4) first,c) applying a torque to withdraw the expansion anchor (1) a short distance out of the borehole, such that the expansion sleeve (6) is radially expanded, andd) hardening and/or curing the mortar to obtain the installed expansion anchor (1),wherein the mortar comprises ≤ 72.5 wt.% inorganic filler, based on the total weight of the mortar.		A method for installing an expansion anchor (1) in a borehole,
wherein the expansion anchor (1) comprises
a bolt (2) with an expansion region (3) at the frontal end (4) and a neck region (5), wherein the expansion region (3) adjoins the neck region (5) and tapers to the neck region (5),an expansion sleeve (6) at least partially surrounding the neck region (6), anda thread (7) for a nut (8) at the rear end (9),the method comprising the steps of
a) filling into the borehole a mortar, which comprises an organic polymer adhesive and inorganic filler,b) inserting the expansion anchor (1) into the borehole with the frontal end (4) first,c) applying a torque to withdraw the expansion anchor (1) a short distance out of the borehole, such that the expansion sleeve (6) is radially expanded, andd) hardening and/or curing the mortar to obtain the installed expansion anchor (1),wherein the mortar comprises ≤ 72.5 wt.% inorganic filler, based on the total weight of the mortar.
The method of claim 1, wherein the mortar comprises ≤ 65 wt.% inorganic filler, based on the total weight of the mortar.
The method of at least one of the preceding claims, wherein the mortar comprises ≤ 50 wt.% inorganic filler, based on the total weight of the mortar.
The method of at least one of the preceding claims, wherein the mortar comprises ≤ 20 wt.% inorganic filler, based on the total weight of the mortar. -->
The method of at least one of the preceding claims, wherein the mortar comprises ≥ 2 wt.%, preferably ≥ 5 wt.% inorganic filler, based on the total weight of the mortar.
The method of at least one of the preceding claims, wherein the organic polymer adhesive is an epoxy-amine or radically curable adhesive.
The method of at least one of the preceding claims, comprising a preceding step of drilling the borehole.
The method of at least one of the preceding claims, comprising a final step of applying a fixture to the installed expansion anchor (1).
A mounting system comprising a substrate having a borehole and an expansion anchor (1) installed in the borehole, wherein the expansion anchor (1) comprises
a bolt (2) with an expansion region (3) at the frontal end (4) and a neck region (5), wherein the expansion region (3) adjoins the neck region (5) and tapers to the neck region (5),an expansion sleeve (6) at least partially surrounding the neck region (6), anda thread (7) for a nut (8) at the rear end (9),wherein the borehole comprises a cured mortar, which comprises an organic polymer adhesive and inorganic filler,
wherein the mortar comprises ≤72.5 % inorganic filler, based on the total weight of the mortar.
The mounting system of claim 9, comprising a fixture (10) which is fixed to the expansion anchor (1).		Hilti AktiengesellschaftHilti AktiengesellschaftLIFeldkircherstrasse 100 9494 Schaan---F16B013/06F16B013/06
F16B013/14		11F16B0013/142F16B0013/142
F16B0013/065		----Spampatti, Matteo
Behrens, Nicole
Strohriegl, Kristina
Plenk, Christian
Shimahara, Hideki		5CH
DE		 9470 Buchs
81245 München
86836 Klosterlechfeld
86916 Kaufering
9472 Grabs		Hilti Aktiengesellschaft
Corporate Intellectual Property		---0EP3 159 554
WO2021/185965
DE10 216 897
DE10 360 156
DE10108844
DE102006000475
DE10360156
US20210198418
US2021332182
US2020362161
US2015232719
EP2021056941		1220EP4234956B111-18Hilti Aktiengesellschaft-------------
71
CN221639233U2024-09-03一種開槽螺母衝壓模具modelCN202323307124.82023-12-05本實用新型涉及一種開槽螺母衝壓模具，包括上模組、下模組、上模芯和下模芯，所述上模組包括第一模組和第二模組，第一模組和第二模組對稱設置將上模芯固定；所述第一模組的下面設置有環形凸台，所述環形凸台內開設有弧形卡槽；所述上模芯的上端設置有能夠與環形卡槽相配合的固定板，上模芯的下端圓周均勻分佈有沖槽凸塊，所述上模芯的下端設置有沖孔圓柱。本實用新型整體結構簡單，利用在上模芯上設置沖槽凸塊和沖孔圓柱，能夠直接衝壓成型帶有內孔的開槽螺母胚，無需再對螺母進行銑床操作，並避免澆築所產生的氣孔或是沙孔，提高良品率；本實用新型的實用性高，便於加工成本低，實用性強。;無錫市華東標準件製造有限公司CN214000 江蘇省無錫市藕塘錫陸路108號無錫市華東標準件製造有限公司CN ---B21D028/24B21D028/24
B21D028/34
B21D053/24		12-----------俞傑
曹志超		2-
殷紅梅
無錫市大為專利商標事務所(普通合夥) 32104		20240903----0-0-10-00-19無錫市華東標準件製造有限公司Valid-------------
72
CN221639277U2024-09-03一種自定位沉頭螺栓的成型模具modelCN202323312203.82023-12-05本實用新型涉及一種自定位沉頭螺栓的成型模具，包括上模組，所述上模組上開設有上模孔，上模芯的上端設置有能夠與上模孔相配合的固定凸環；所述下模組上開設有下模孔，下模孔內設置有下模芯，所述下模芯包括模套和內芯，所述模套內設置有內芯，所述內芯上開設有成型孔，所述成型孔為沉孔，成型孔上端一側的內芯上開設有凹槽。本實用新型的結構簡單，通過在成型孔的沉頭位置開設凹槽，使得衝壓成型的螺栓自帶定位塊，實現螺栓的自定位功能；通過衝壓成型的螺栓結構穩固，能夠避免螺栓澆鑄工藝中產生的沙孔或是氣孔，整體美觀，強度高；下模芯分為模套和內芯，加工不同尺寸的螺栓時只需更換不同內芯即可，操作方便，實用性強。;無錫市華東標準件製造有限公司CN214000 江蘇省無錫市藕塘錫陸路108號無錫市華東標準件製造有限公司CN ---B21D037/10B21D037/10
B21D053/24		12-----------俞傑
曹志超		2-
殷紅梅
無錫市大為專利商標事務所(普通合夥) 32104		20240903----0-0-10-00-19無錫市華東標準件製造有限公司Valid-------------
73
CN117987631B2024-09-03一種汽車螺栓生產用淬火裝置inventionCN202311853104.22023-12-29本發明公開了一種汽車螺栓生產用淬火裝置，包括機架，機架上設置有：托板，其用於承托螺栓；淬火池，淬火池上設置有圍板和多個隔板，圍板將淬火池分割為內池和外池，隔板將外池分割為多個空腔，空腔與內池相連通，淬火池上對稱活動設置有緊貼托板的多個封板。該發明提供的汽車螺栓生產用淬火裝置，在對螺栓進行淬火處理時，多個托板與多個封板配合將內池的頂部封住，螺栓與內池中的淬火油接觸，起火並冒煙，而內池頂部被封閉，內池中的空氣有限，火焰只會短暫存在就熄滅，冒出的煙也被封板阻擋而沿著封板底部的凹槽向外池流動，進入外池的其中一個空腔，並擠壓該空腔中的淬火油，該空腔中的淬火油由底部進入內池。;蘇州譽高緊固系統有限公司CN215400 江蘇省蘇州市太倉市城廂鎮弇山東路83號蘇州譽高緊固系統有限公司CN ---C21D009/00C21D009/00
C21D001/64		12-----------喻丙峰
喻高		2-
劉燕嬌
蘇州市方略專利代理事務所(普通合夥) 32267		20240903-殷民喜殷民喜CN115786658
CN208949347		2-0-10CN117987631B11-19蘇州譽高緊固系統有限公司Valid-------------
74
CN118595389A2024-09-06一種滾花套筒加工工藝及其加工裝置inventionCN202410849348.12024-06-27本申請涉及冷鐓加工的技術領域，尤其是涉及一種滾花套筒加工工藝及其加工裝置，包括第一冷鐓模具、第二冷鐓模具、第三冷鐓模具、第四冷鐓模具、第五冷鐓模具及第六冷鐓模具。第一冷鐓模具用於在粗胚兩端加工出預製孔一和預製孔二，以得到粗胚一；第二冷鐓模具用於第一次反擠壓預製孔一和預製孔二，得到粗胚二；第三冷鐓模具用於第二次反擠壓預製孔一和預製孔二，得到粗胚三；第四冷鐓模具用於第三次反擠壓預製孔一和預製孔二，以使預製孔一和預製孔二連通形成中心孔，得到粗胚四；第五冷鐓模具用於對粗胚四進行整形，得到粗胚五；第六冷鐓模具用於對粗胚五進行整形，得到成品。本申請具有降低加工成本的效果。;卓越緊固系統（上海）有限公司CN201800 上海市嘉定區嘉定工業區興文路1051號卓越緊固系統（上海）有限公司CN----B21K021/00B21K021/00
B21K027/06
B21K029/00
B21J003/00
B21J005/10
B21J009/02
B21J009/04
B21J013/02		27-----------徐國生
江波
王鬆		3-

許忱
上海維卓專利代理有限公司 31409		20240906----0-0-00-00-20卓越緊固系統（上海）有限公司Pub.-------------
75
CN221639408U2024-09-03一種螺帽成型機的打孔沖棒元件modelCN202420137984.72024-01-19本實用新型涉及打孔沖棒技術領域，尤其涉及一種螺帽成型機的打孔沖棒元件。包括沖孔板，沖孔板上固定連接有沖棒孔，沖孔板上轉動連接有轉動柱，轉動柱端部固定連接有轉板二，轉動柱與沖孔板之間設置有滑動杆一，轉動柱與沖孔板之間設置有滑動杆二，滑動杆一上固定連接有五個夾持板二，滑動杆二上固定連接有五個夾持板一，夾持板一與夾持板二相適配。當使用該裝置對沖棒進行拆卸時，轉動柱轉動帶動齒輪轉動，其帶動齒板一與齒板二向相反方向移動，齒板一帶動滑動塊與滑動杆二進行移動，齒板二帶動滑動杆一沿著固定柱進行移動，使得夾持板一與夾持板二向相反的方向移動，從而同時解除所有沖棒的限位元，加快了裝置的沖棒更換效率。;深圳市嘉美特科技有限公司CN518100 廣東省深圳市寶安區福海街道新和社區福海大道新興工業園二區6棟103深圳市嘉美特科技有限公司CN ---B21J005/10B21J005/10
B21J009/04
B21J013/00
B21J013/08		13-----------邱遠斌1- --20240903----0-0-00-00-20深圳市嘉美特科技有限公司Valid-------------
76
EP3693620B12024-09-11FASTENER MADE OF TWO DIFFERENT MATERIALS AND FASTENING ARRANGEMENTinvention20155880.62020-02-06Fastener (10) for attaching a panel to a frame comprising a body element (12) made in a first plastic material and a support element (14) made in a second plastic material, the second plastic material being less rigid than the first plastic material, the support element being at least in part overmolded on the body element. The body element comprises:
- a flange (16) having an internal and an external surface opposite the internal surface, the flange (16) being flat and having a rim (18),
- a stem (20) extending from the internal surface until a free end portion (22), wherein the free end portion of the stem has a conical shape,
- a grip portion (27) arranged on the external surface of the flange,
- engaging members (24, 26) extending from the stem and expanding obliquely upwards toward the internal surface of the flange,
and the support element (14) is overmolded on the rim and extends externally forming a spring collar extending at the perimeter of the flange and forming a non-zero angle with the flange, and wherein the support element is further overmolded on the engaging members.
Fastener (10) for attaching a panel to a frame comprising:
a) a body element (12) made in a first plastic material andb) a support element (14) made in a second plastic material,
the second plastic material being less rigid than the first plastic material,the support element being at least in part overmolded on the body element, whereinthe body element comprises
- a flange (16) having an internal and an external surface opposite the internal surface, the flange (16) being flat and having a rim (18),- a stem (20) extending from the internal surface until a free end portion (22), wherein the free end portion of the stem has a conical shape,- a grip portion (27) arranged on the external surface of the flange- engaging members (24, 26) extending from the stem and expanding obliquely upwards toward the internal surface of the flange, the engaging members (24, 26) having an internal surface facing the stem and an external surface opposite the internal surface,
wherein the support element (14) is overmolded on the rim and extends externally forming a spring collar extending at the perimeter of the flange and forming a non-zero angle with the flange, and wherein the support element is further overmolded on the engaging members,wherein each engaging member (24, 26) comprises a free end directed toward the internal surface of the flange (16), characterized in that a protrusion (30) is arranged on the free end, so thatthe protrusion (30) forms an abutment for the support element on the engaging member (24, 26), and wherein the support element (14) extends on the engaging members (24, 26) on their external surface and from the protrusion toward the free end of the stem, without extending on the free end of the stem.		Fastener (10) for attaching a panel to a frame comprising:
a) a body element (12) made in a first plastic material andb) a support element (14) made in a second plastic material,
the second plastic material being less rigid than the first plastic material,the support element being at least in part overmolded on the body element, whereinthe body element comprises
- a flange (16) having an internal and an external surface opposite the internal surface, the flange (16) being flat and having a rim (18),- a stem (20) extending from the internal surface until a free end portion (22), wherein the free end portion of the stem has a conical shape,- a grip portion (27) arranged on the external surface of the flange- engaging members (24, 26) extending from the stem and expanding obliquely upwards toward the internal surface of the flange, the engaging members (24, 26) having an internal surface facing the stem and an external surface opposite the internal surface,
wherein the support element (14) is overmolded on the rim and extends externally forming a spring collar extending at the perimeter of the flange and forming a non-zero angle with the flange, and wherein the support element is further overmolded on the engaging members,wherein each engaging member (24, 26) comprises a free end directed toward the internal surface of the flange (16), characterized in that a protrusion (30) is arranged on the free end, so thatthe protrusion (30) forms an abutment for the support element on the engaging member (24, 26), and wherein the support element (14) extends on the engaging members (24, 26) on their external surface and from the protrusion toward the free end of the stem, without extending on the free end of the stem.
Fastener (10) according to claim 1, wherein the free end portion (22) of the stem (20) comprises a first segment (S1) having a first conical shape and a second segment (S2) having a second conical shape, wherein the second segment (S2) extends between the first segment (S1) and the flange, and wherein the support element is overmolded on the second segment (S2), a base of the conical shape of the first segment (S1) forming an abutment for the support element overmoulded on the second segment. -->
Fastener (10) according to any of the preceding claims, wherein the support element overmolded on the engaging member (24, 26) further comprises flaps (F) extending sensibly parallel to the flange (16).
Fastener (10) according to any of the preceding claims, wherein two engaging members (24, 26) are provided, and wherein the stem has a rectangular cross section.
Fastener (10) according to any of the preceding claims, wherein the grip portion (27) comprises a first segment extending from the external surface of the flange with a restricted cross section, and a second segment extending from the first segment having an arc-shaped body.
Fastener (10) according to any of claims 1 to 5, wherein the grip portion (27) comprises a first segment extending fro...		Newfrey LLCNewfrey LLCUS1000 Stanley Drive New Britain, CT 06053---F16B021/08F16B021/08
F16B005/06		12F16B0005/0664F16B0005/0664
F16B0005/065
F16B0021/082
F16B0021/086		----191560432019-02-07EPKempf, Christian
Rosemann, Frank		2DE 35394 Gießen
35394 Gießen		SBD IPAdmin---0WO2011/043352
DE102016 203 141
JPH0 545 215
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EP1395420
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JPH0545215
US20120261942
WO2011043352		1040EP3693620B111-16Newfrey LLC-------------
77
US12078199B22024-09-03Self-punching functional element, component assembly and method of manufacturing a component assemblyinvention17/5809252022-01-21A self-punching functional element serves for fastening to a workpiece, in particular to a high-strength sheet metal part, and comprises a functional section; and a fastening section that has a contact surface for an engagement of a setting device, an end face remote from the contact surface, and an outer peripheral surface connecting the contact surface and the end face. The end face is radially outwardly bounded by a punching edge for punching a slug out of the workpiece, and at least one projection is provided at the outer peripheral surface adjacent to the contact surface, said projection rising from the outer peripheral surface in a radial direction and extending further outwardly in the radial direction than the punching edge.1. A self-punching functional element for fastening to a workpiece, said self-punching functional element comprising
a functional section; anda fastening section that hasa contact surface for an engagement of a setting device,an end face remote from the contact surface, andan outer peripheral surface connecting the contact surface and the end face,wherein the end face is radially outwardly bounded by a punching edge for punching a slug out of the workpiece, and wherein at least one projection is provided at the outer peripheral surface adjacent to the contact surface, said projection rising from the outer peripheral surface in aradial direction and extending further outwardly in the radial direction than the punching edge and, wherein the projection is continuous in the peripheral direction.		1. A self-punching functional element for fastening to a workpiece, said self-punching functional element comprising
a functional section; anda fastening section that hasa contact surface for an engagement of a setting device,an end face remote from the contact surface, andan outer peripheral surface connecting the contact surface and the end face,wherein the end face is radially outwardly bounded by a punching edge for punching a slug out of the workpiece, and wherein at least one projection is provided at the outer peripheral surface adjacent to the contact surface, said projection rising from the outer peripheral surface in aradial direction and extending further outwardly in the radial direction than the punching edge and, wherein the projection is continuous in the peripheral direction.
2. The self-punching functional element in accordance with claim 1, wherein the projection is conical and/or, viewed relative to a longitudinal axis of the functional element, has an at least sectionally curved and/or slanted course.
3. The self-punching fastening element in accordance with claim 1, wherein a maximum radial extent of the projection is arranged adjacent to or adjoining a transition to the contact surface.
4. The self-punching functional element in accordance with claim 1, wherein
the projection has an axial extent that corresponds to approximately 30% to 60% of an axial extent of the fastening section.
5. The self-punching functional element in accordance with claim 1, further comprising at least one feature providing security against rotation that is formed at the outer peripheral surface.
6. The self-punching functional element in accordance with claim 5, wherein a radial extent of the feature providing security against rotation substantially corresponds to a maximum radial extent of the projection.
7. The self-punching fastening element in accordance with claim 5, wherein a plurality of features providing security against rotation are provided that are arranged distributed in a peripheral direction at the outer peripheral surface.
8. The self-punching functional element in accordance with claim 1, wherein at least one of the contact surface and the end face is/are ring-shaped.
9. The self-punching functional element in accordance with claim 8, wherein the width of the end face ring is greater than 70% of the axial extent of the fastening section or of the axial extent of the outer peripheral surface.
10. The self-punching functional element in accordance with claim 1, wherein the end face has a recess.
11. The self-punching functional element in accordance with claim 1, wherein at least one of the fastening section and the punching edge has a geometry that deviates from a circular shape.
12. The self-punching functional element in accordance with claim 1, wherein at least two projections arranged separately from one another in the peripheral direction are provided.
13. The self-punching functional element in accordance with cla...		PROFIL Verbindungstechnik GmbH & Co. KGDEPROFIL Verbindungstechnik GmbH & Co. KGDE FriedrichsdorfPROFIL Verbindungstechnik GmbH & Co. KGDE-F16B039/00F16B039/00
F16B035/06
F16B039/282		12-F16B0035/06F16B0035/06
F16B0039/282		-----102021101366.62021-01-22DEChristian Sowa
Amer Mahlme
Tobias Jene		3DE Mühlheim/Main
Bad Homburg
Friedrichsdorf		Gregory J. Gore, Esq.--Gary W EstremskyGary W EstremskyUS3014609
US4555838
US7160047
US7988394
US20040076489
US20050025605
US20050158143
US20100129173
US20110038687
US20180094660
US20220112914		11DE3447006
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EP2302234
EP2412991
WO2005017369		5-20US12078199
EP4033113B1
CN114810772B
DE102021101366A1		44-18PROFIL Verbindungstechnik GmbH & Co. KGValid-------------
78
CN221639431U2024-09-03一種護欄螺栓加工用冷鐓機的上料機構modelCN202420029741.12024-01-05本實用新型涉及冷鐓機技術領域，提出了一種護欄螺栓加工用冷鐓機的上料機構，包括底座，底座的頂部固定安裝有安裝架，安裝架內側安裝有上料元件，上料元件包括兩個輸送輥，兩個輸送輥分別轉動安裝在安裝架內側的兩端，兩個輸送輥之間設置有用於輸送物料的輸送帶，兩個輸送輥通過輸送帶傳動連接，輸送帶的出口端設置有導料座，導料座固定安裝在安裝架內側，導料座的下方設有送料板，送料板的兩端均固定安裝有滑塊，兩個滑塊的一端均與安裝架滑動連接；安裝架的外側安裝有用於驅使輸送輥轉動和滑塊滑動的驅動組件。本實用新型可以使得輸送帶將物料間歇性的導向送料板上，這樣可以避免物料被連續性輸送造成堆積擠壓磨損的問題。;邯鄲市永年區鴻哲交通設施有限公司CN057150 河北省邯鄲市永年區西蘇鄉周村西街邯鄲市永年區鴻哲交通設施有限公司CN ---B21K027/00B21K027/0011-----------許康
許超
李佳行		3-

趙春雨
石家莊領皓專利代理有限公司 13130		20240903----0-0-00-00-20邯鄲市永年區鴻哲交通設施有限公司Valid-------------
79
CN221647359U2024-09-03一種快速拆裝防脫落保險圓柱銷結構modelCN202323000291.82023-11-07一種快速拆裝防脫落保險圓柱銷結構，屬於機械技術領域。膠嘴與固定螺絲的內孔連接，膠嘴的一端外圓周有錐面，第一工具有內徑錐孔，第二工具的內孔套在固定螺絲的外圓周，第一工具的內徑錐孔和膠嘴的錐面配合連接。本實用新型的優點是解決膠嘴和其固定螺栓被粘合後難以分離的問題，以便將膠嘴單獨拆下疏通重新使用，拆卸方便快捷,節省時間,同時較大的節約了生產成本。;北京淩雲東園科技有限公司CN101400 北京市懷柔區楊宋鎮鳳翔科技開發區一園28號北京淩雲東園科技有限公司CN ---F16B011/00F16B011/00
F16B019/02		12-----------郭文輝
劉俊廷
張晟琦
方海明
楊小寶		5-



毛燕生
北京市商泰律師事務所 11255		20240903----0-0-10-00-19北京淩雲東園科技有限公司Valid-------------
80
CN118578072A2024-09-03一種冷鐓成型剛性密封自鎖螺套與成型方法inventionCN202410968224.52024-07-18本發明公開了一種冷鐓成型剛性密封自鎖螺套與成型方法，涉及冷鐓成型螺套技術領域，為解決現有技術中，六角法蘭螺套需要通過二次加工來實現其剛性密封的功能，但其生產效率低，材料利用率也不高等缺點，導致零件成本高，利潤降低的問題。所述螺套主體的一端設置有平整的六角法蘭定位面，且定位面上有3個均勻分佈的定位凹槽，螺套主體的另一端設置為圓柱形，所述端的內部設置有鎖緊螺紋，鎖緊螺紋從端面向主體的另一端延伸到，在螺紋的另一端連接到斜45°的密封面，密封面連接所述螺套主體的六角法蘭定位面，通過六工位高速成型機實現除鎖緊內螺紋外的毛坯成形，在毛坯成形後，通過攻牙機加工內螺紋，在通過衝床的沖鉚實現螺套的自鎖功能。;無錫超捷汽車連接技術有限公司CN214192 江蘇省無錫市錫山區錫北鎮錫港路張涇東段388號無錫超捷汽車連接技術有限公司CN----B23P015/00B23P015/00
F16B037/00		22-----------程木鬆
郭金平
向忠冬		3-

孫衛斌
北京君泰水木智慧財產權代理有限公司 11906		20240903----0-0-00-00-20無錫超捷汽車連接技術有限公司Pub.-------------
81
EP4425003A22024-09-04EXPANSION ANCHOR AND METHOD OF MAKING AN EXPANSION ANCHORinvention24190135.42020-08-13A method of making an expansion anchor comprising the steps of: providing a metal rod having a thread along at least part of its outer surface; cutting the metal rod to obtain a required length of metal rod; welding an expansion section to an end of the obtained length of metal rod; and providing an expansion sleeve which in use interacts with the expansion section for increasing the expansion sleeve diameter; wherein the expansion section is integral with a spacer section and the step of welding involves welding an end of the spacer section to the threaded rod. An expansion anchor comprising a threaded rod part, an expansion section welded to an end of the rod part and an expansion sleeve which in use interacts with the expansion section for increasing the diameter of the expansion sleeve, wherein the expansion section is integral with a spacer section and an end of the spacer section is welded to the threaded rod part.
A method of making an expansion anchor comprising the steps of: providing a metal rod having a thread along at least part of its outer surface; cutting the metal rod to obtain a required length of metal rod (120); welding an expansion section (123) to an end of the obtained length of metal rod (120); and providing an expansion sleeve (140) which in use interacts with the expansion section (123) for increasing the expansion sleeve (140) diameter; wherein the expansion section (123) is integral with a spacer section (133) and the step of welding involves welding an end of the spacer section (133) to the threaded rod (120).A method of making an expansion anchor comprising the steps of: providing a metal rod having a thread along at least part of its outer surface; cutting the metal rod to obtain a required length of metal rod (120); welding an expansion section (123) to an end of the obtained length of metal rod (120); and providing an expansion sleeve (140) which in use interacts with the expansion section (123) for increasing the expansion sleeve (140) diameter; wherein the expansion section (123) is integral with a spacer section (133) and the step of welding involves welding an end of the spacer section (133) to the threaded rod (120).
The method of claim 1 wherein the expansion sleeve (140) is provided between the spacer section (133) and the expansion section (123) before the spacer section (133) is welded to the threaded rod (120).
The method of claim 1 or 2 wherein the spacer section (133) has a diameter substantially equal to the major diameter or the minor diameter of the threaded rod (120).
The method of any preceding claim wherein the step of welding involves electrical resistance welding.
The method of any of claims 1 to 3 wherein the step of welding involves solid-state welding, optionally friction welding.
The method of any preceding claim wherein at least one of the metal rod (120) and the expansion section (123) are formed of steel, optionally stainless steel or carbon steel.
An expansion anchor comprising a threaded rod part (120), an expansion section (123) welded to an end of the rod part (120) and an expansion sleeve (140) which in use interacts with the expansion section (123) for increasing the diameter of the expansion sleeve (140), wherein the expansion section (123) is integral with a --> spacer section (133) and an end of the spacer section (133) is welded to the threaded rod (120) part.
The anchor of claim 7 wherein the spacer section (133) has a diameter substantially equal to the major diameter or the minor diameter of the threaded rod (120).		Black & Decker, Inc.US1000 Stanley DriveBlack & Decker, Inc.US---F16B013/06F16B013/0611F16B0013/065F16B0013/065---2019126332019-09-03GBMAHRENHOLTZ, Philipp1DE D - 65510 IdsteinSBD IPAdmin--0US7857564140US11572912
EP4425003A2
EP3789622A1
GB201912633D0
GB2586805A		53-16Black & Decker, Inc.-------------
82
CN118582448A2024-09-03兩件式緊固組件inventionCN202410956679.52020-07-02一種孔緊固件（22）具有中間頭（38）和孔軸（40），孔軸（40）包括從中間頭的一側延伸的孔保持臂（42）。接納部（28）包括從基部（32）延伸的環形壁（30）以及由環形壁支撐並定位在環形壁內部的多個板保持表面（36）。結合板（44）可通過所述多個板保持表面被接合並保持在接納部內，以將卡接緊固件和孔緊固件結合在一起。接納部和結合板中的每個從作為孔緊固件的一部分的中間頭和作為卡接緊固件的一部分的卡接軸中的不同的一個延伸。結合板可延伸為孔緊固件的一部分，並且卡接軸可延伸為卡接緊固件的一部分。;紐弗雷公司US美國康涅狄格州新不列顛紐弗雷公司US----F16B021/07F16B021/07
F16B005/06
F16B021/08
F16B021/09		12--------16/807,916
US16/807,916
102019000509270
US102019000509270
102020000807916
US102020000807916		2020-03-03
2019-07-11		US納傑萬·拉薩姆
蒂恩·T·碟普
羅傑·E·皮隆
安德魯·C·海德克
奧代·阿梅爾·薩弗瑞
傑森·A·邁耶斯
里安·奧斯塔奇
史蒂文·M·貝內戴蒂		8-






張紅
魯恭誠
北京銘碩智慧財產權代理有限公司 11286		20240903----0-0-40-00-16紐弗雷公司Pub.-------------
83
EP4423400A12024-09-04BLIND FASTENERinvention22778145.72022-09-06Howmet Aerospace Inc.US201 Isabella StreetHowmet Aerospace Inc.US---F16B019/10F16B019/1011F16B0019/1072F16B0019/1072
F16B0019/1054		---2021175151082021-10-29USHAYLOCK, Luke L.1US Pittsburgh, Pennsylvania 15212-5858Forresters IP LLP--0020EP4423400A1
WO2023075933
US20230138175		33-18Howmet Aerospace Inc.-------------
84
EP4425002A12024-09-04SCREW CONNECTIONinvention24159967.92024-02-27AKO-Kunststoffe Alfred Kolb GmbHDEGrosse Minke 10AKO-Kunststoffe Alfred Kolb GmbHDE---F16B005/02F16B005/02
F16B005/06
F16B025/00		12F16B0005/0291F16B0005/0291
F16B0005/0614
F16B0025/0015
F16B2200/403		---1020232018262023-02-28DEMüller, Harald
Gawron, Lukas		2DE 69723 Oftersheim
74921 Helmstadt-Bargen		Patentanwälte
Ruff, Wilhelm, Beier, Dauster & Partner mbB		--0US3106994
US5674023		200EP4425002A1
US20240288024
DE102023201826A1		33-20AKO-Kunststoffe Alfred Kolb GmbH-------------
85
EP4428380A12024-09-11SCREW, METHOD FOR PRODUCING A SCREW AND ARRANGEMENT WITH A SCREWinvention24159139.52024-02-22Reisser Schraubentechnik GmbHDEFritz-Müller-Strasse 10Reisser Schraubentechnik GmbHDE---F16B025/00F16B025/0011F16B0025/0063F16B0025/0063
F16B0025/0078
F16B0025/0094		---1020231059642023-03-10DEBenz, Thomas1DE 74653 Ingelfingen-CriesbachPatentanwälte
Ruff, Wilhelm, Beier, Dauster & Partner mbB		--0000-00-20Reisser Schraubentechnik GmbH-------------
86
US20240295235A12024-09-05APPARATUS FOR FRANGIBLY SUPPORTING AN OBJECT TO A BASEinvention18/6631222024-05-14An apparatus for frangibly supporting an object to a base includes a lower part comprising a base coupling portion and a lower engagement portion and an upper part comprising an object coupling portion and an upper engagement portion. The base coupling portion is coupled to the base for attaching the lower part to the base. The object coupling portion is coupled to the object for attaching the object to the upper part. The upper engagement portion is disengageably engaged with the lower engagement portion for decouplably coupling the upper part with the lower part. The engaging and the disengaging of the upper engagement portion with the lower engagement portion is based on an engaging action and a disengaging action applied to the upper part in relation to the lower part.1. An apparatus for frangibly supporting an object to a base, the apparatus comprising:
a lower part comprising a base coupling portion and a lower engagement portion, wherein the base coupling portion is configured to be coupled to the base for attaching the lower part to the base; andan upper part comprising an object coupling portion and an upper engagement portion, wherein the object coupling portion is configured to be coupled to the object for attaching the object to the upper part, wherein the upper engagement portion is configured to be disengageably engaged with the lower engagement portion for decouplably coupling the upper part with the lower part, wherein a shape of at least a portion of the upper engagement portion complements a shape of at least a portion of the lower engagement portion, wherein the engaging of the upper engagement portion with the lower engagement portion is based on at least one engaging action applied to the upper part in relation to the lower part for the coupling of the upper part with the lower part, wherein the disengaging of the upper engagement portion from the lower engagement portion is based on at least one disengaging action applied to the upper part in relation to the lower part for decoupling the upper part from the lower part, wherein the upper engagement portion is configured for transitioning from a disengaged state to an engaged state based on the applying of the at least one engaging action for the engaging, wherein the upper engagement portion is configured for transitioning from the engaged state to the disengaged state based on the applying of the at least one disengaging action for the disengaging.		1. An apparatus for frangibly supporting an object to a base, the apparatus comprising:
a lower part comprising a base coupling portion and a lower engagement portion, wherein the base coupling portion is configured to be coupled to the base for attaching the lower part to the base; andan upper part comprising an object coupling portion and an upper engagement portion, wherein the object coupling portion is configured to be coupled to the object for attaching the object to the upper part, wherein the upper engagement portion is configured to be disengageably engaged with the lower engagement portion for decouplably coupling the upper part with the lower part, wherein a shape of at least a portion of the upper engagement portion complements a shape of at least a portion of the lower engagement portion, wherein the engaging of the upper engagement portion with the lower engagement portion is based on at least one engaging action applied to the upper part in relation to the lower part for the coupling of the upper part with the lower part, wherein the disengaging of the upper engagement portion from the lower engagement portion is based on at least one disengaging action applied to the upper part in relation to the lower part for decoupling the upper part from the lower part, wherein the upper engagement portion is configured for transitioning from a disengaged state to an engaged state based on the applying of the at least one engaging action for the engaging, wherein the upper engagement portion is configured for transitioning from the engaged state to the disengaged state based on the applying of the at least one disengaging action for the disengaging.
2. The apparatus of claim 1, wherein the base coupling portion comprises at least one male thread disposed on an outer surface of the base coupling portion, wherein the base comprises a hole comprising at least one female thread disposed on an inner surface of the hole, wherein the at least one male thread is threadedly coupled to the at least one female thread for the coupling of the base coupling portion to the base.
3. The apparatus of claim 1, wherein the object coupling portion comprises an interior space and an opening leading into the interior space, wherein the object coupling portion is configured for receiving at least a portion of the object into the interior space through the opening, wherein the coupling of the object to the object coupling portion is based on the receiving.
4. The apparatus of claim 3, wherein the object coupling portion comprises at least one hole extending from an outer surface of the object coupling portion to an inner surface of the object coupling portion, wherein the inner surface defines the interior space, wherein the at least one hole is engageable with at least one fastening element, wherein the at least one fastening element is transitionable between a fastened position and at least one unfastened position after the engaging of the at least one fastening...		Michael Edward CummingsUSMichael Edward CummingsUS----F16B031/02F16B031/0211-F16B0031/021F16B0031/021-----PCT/US23/318002023-09-01WOMichael Edward Cummings1USFL Trinity-------0-0-00-00-20Michael Edward CummingsPub.-------------
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EP4155558B12024-09-04FASTENING ASSEMBLY FOR ANCHORING IN AN ANCHOR HOLEinvention22193378.12022-09-01Zu einer Verankerung einer Ankerstange (3) mit einem Mörtel in einem Ankerloch schlägt die Erfindung vor, ein Zentrierelement (4) auf ein vorderes Ende (6) der Ankerstange (3) aufzusetzen, das Anlageelemente (11) aufweist, die schräg nach außen über einen gedachten Umzylinder (30) eines Zentrierrings (5) überstehen, der in Abstand vom Zentrierelement (4) auf die Ankerstange (3) aufgesetzt wird. Der Zentrierring (5) weist einen kleineren Durchmesser als das Ankerloch auf, so dass er sich bei einem Einbringen in das Ankerloch nicht auf der Ankerstange (3) verschiebt. Eine Lochwand des Ankerlochs drückt die schräg nach außen stehenden Anlageelemente (11) elastisch nach innen, wodurch das vordere Ende der Ankerstange (3) im Ankerloch zentriert wird.
Fastening arrangement for anchoring an anchor rod (3) in an anchor hole (26) using a hardening mass (28), comprising the anchor rod (3), a centering element (4) which is arranged at a front end (6) on the anchor rod (3) and which has at least one contact element (11), and a centering ring (5) which is arranged in contact with the anchor rod (3) at an axial distance from the front end (6) and which defines an imaginary surrounding cylinder (30) that is concentric with the anchor rod (3), wherein, in an undeformed state, at least part of the at least one contact element (11) of the centering element (4) is located outside the surrounding cylinder (30) of the centering ring (5), and wherein the at least one contact element (11) is movable in a radial direction relative to the anchor rod (3) such that it is located completely inside the surrounding cylinder (30).Fastening arrangement for anchoring an anchor rod (3) in an anchor hole (26) using a hardening mass (28), comprising the anchor rod (3), a centering element (4) which is arranged at a front end (6) on the anchor rod (3) and which has at least one contact element (11), and a centering ring (5) which is arranged in contact with the anchor rod (3) at an axial distance from the front end (6) and which defines an imaginary surrounding cylinder (30) that is concentric with the anchor rod (3), wherein, in an undeformed state, at least part of the at least one contact element (11) of the centering element (4) is located outside the surrounding cylinder (30) of the centering ring (5), and wherein the at least one contact element (11) is movable in a radial direction relative to the anchor rod (3) such that it is located completely inside the surrounding cylinder (30).
Fastening arrangement according to claim 1, characterized in that the anchor rod (3) is arranged in an anchor hole (26) such that the centering element (4) and the centering ring (5) are located in the anchor hole (26) at a distance from the borehole mouth.
Fastening arrangement according to claim 2, characterized in that the surrounding cylinder (30) of the centering ring (5) has a smaller diameter than the anchor hole (26) and in that the at least one contact element (11) of the centering element (4) is in contact with a hole wall of the anchor hole (26).
Fastening arrangement according to either claim 2 or claim 3, characterized in that the anchor rod (3) is fastened in the anchor hole (26) using a hardened mass (28) which has been introduced into the anchor hole (26) in a flowable state before hardening and has been distributed in an annular gap (29) that surrounds the anchor rod (3) in the anchor hole (26).
Fastening arrangement according to one or more of the preceding claims, characterized in that the at least one contact element (11) of the centering element (4) is radially resilient about a tangential axis (17) that is tangential to a central axis (19) of the centering element (4) and about a parallel axis (18) that is parallel to the central axis (19). -->
Fastening arrangement according to claim 5, characterized in that the tangential axis (17) of the at least one contact element (11) of the centering element (4) is arranged outside of a circumferential center of the at least one contact element (11) and preferably on a longitudinal edge (20) of the at least one contact element (11).
Fastening arrangement according to either claim 5 or claim 6, characterized in that a planar development of the contact element (11) is L-shaped.
Fastening arrangement according to claim 7, characterized in that the at least one contact element (11) has a radially inward connection (14) into which it merges with a tangential bend (15).
Fastening arrangement according to claim 8, characterized in that the centering element (4) has axial passages (16) between the connections (14) of two contact ...		fischerwerke GmbH & Co. KGfischerwerke GmbH & Co. KGDEKlaus-Fischer-Strasse 1 72178 Waldachtal---F16B013/14F16B013/14
F16B043/02		12F16B0013/141F16B0013/141
F16B0043/02		----102021124671
102022117150		2021-09-23
2022-07-11		DETresoldi, Antonio
Martini, Michele		2IT 35020 Masera di Padova (PD)
30038 Spinea (VE)		Suchy, Ulrich Johannes---0EP2 128 458
DE102011 001 271
DE102013 101 505
DE3 014 078
DE3 204 417
DE3 411 253
DE9 405 387
FR88 658
DE3204417		920EP4155558B1
CN115853876A		22-18fischerwerke GmbH & Co. KG-------------
88
CN111911588B2024-09-03緊固元件的間距保持件、緊固元件和緊固方法inventionCN202010386184.52020-05-09一種用於緊固元件的間距保持件(1)，緊固元件用於將安裝部件(2)以減振方式緊固至承載件(3)，間距保持件(1)具有基體(4)，基體具有第一凸緣區域(5)和相反的第二凸緣區域(6)、並且還具有通道(7)，連接至承載件(3)的緊固件(8)可以至少部分地接納在該通道中。基體(4)具有至少兩件式的設計、並且包括第一主體部件(9)和第二主體部件(10)，主體部件(9，10)可以可拆卸地連接至彼此以形成基體(4)，在主體部件(9，10)的連接狀態下，在第一凸緣區域與第二凸緣區域(5，6)之間設有間隙區域(11)，可以通過該間隙區域來至少部分地接納配置在安裝部件(2)中的緊固孔(18)的邊緣。;伊利諾斯工具製品有限公司US美國伊利諾州伊利諾斯工具製品有限公司US ---F16F015/08F16F015/08
F16B043/00		22-----------弗洛裡安·杜埃爾
阿爾伯特·斯邦克
托爾斯滕·克萊恩		3-

脫穎
秦婷婷
上海脫穎律師事務所 31259		20240903-胡鑫胡鑫CN2022513361US57999301-40CN111911588B
US11365780
DE102019113663B4
DE102019113663A1		43-16伊利諾斯工具製品有限公司Valid-------------
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