ABCDEFGHIJKLMNOPQRSTUVWXYZAAABACADAEAFAGAHAIAJAKALAMANAOAPAQARASATAUAVAWAXAYAZBABBBCBDBEBFBGBHBIBJBKBLBMBNBOBPBQBRBSBTBU
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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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TWI858156B2024-10-11螺紋成形和螺紋鎖定之緊固件invention1091349272020-10-08一種緊固件，包括：一桿部，具有一橫截面輪廓，該桿部在其一第一端部具有一進入點及在其一第二端部具有一頭部，其中該橫截面輪廓具有三個以上的葉瓣；其中該桿部在其上於一第一區域與一第二區域刻有一第一螺紋輪廓，其中該第一螺紋輪廓是設計成在螺母構件中生成內螺紋的螺紋成形螺紋輪廓；其中該第一區域在該進入點處開始沿所述桿部延伸大約一第一預定數目的螺紋節距，其中該第一區域的直徑從該進入點到該第二區域漸增；其中該第二區域具有固定的外徑且延伸大約一第二預定數目的螺紋節距；以及一第三區域，具有與該第一螺紋輪廓不同的一第二螺紋輪廓，該第三區域從來自該第二區域的過渡區沿該桿部之其餘部分的一實質部分朝該頭部的一底部延伸，其中該第二螺紋輪廓尺寸設定成可在與該螺母構件的點處進行尖端侵入，以基於該第一螺紋輪廓的知識而產生機械鎖定，從而在由該第一螺紋輪廓及該第二螺紋輪廓形成的內螺紋之間產生期望的機械干涉量。一種緊固件，包括：一桿部，具有一橫截面輪廓，該桿部在其一第一端部具有一進入點及在其一第二端部具有一頭部，其中該橫截面輪廓具有三個以上的葉瓣；其中該桿部在其上於一第一區域與一第二區域刻有一第一螺紋輪廓，其中該第一螺紋輪廓是設計成在螺母構件中生成內螺紋的螺紋成形螺紋輪廓；其中該第一區域在該進入點處開始沿所述桿部延伸大約一第一預定數目的螺紋節距，其中該第一區域的直徑從該進入點到該第二區域漸增；其中該第二區域具有固定的外徑且延伸大約一第二預定數目的螺紋節距；以及一第三區域，具有與該第一螺紋輪廓不同的一第二螺紋輪廓，該第三區域從來自該第二區域的過渡區沿該桿部之其餘部分的一實質部分朝該頭部的一底部延伸，其中該第二螺紋輪廓尺寸設定成可在與該螺母構件的點處進行尖端侵入，以基於該第一螺紋輪廓的知識而產生機械鎖定，從而在由該第一螺紋輪廓及該第二螺紋輪廓形成的內螺紋之間產生期望的機械干涉量。
如請求項1之緊固件，其中該第一螺紋輪廓具有大約60°的角度。
如請求項1之緊固件，其中該第一螺紋輪廓具有大致為輻射型的螺紋輪廓。
如請求項1之緊固件，其中該第一螺紋輪廓具有一約拋物線形螺紋輪廓。
如請求項1之緊固件，其中該橫截面輪廓大致呈圓形。
一種緊固件，包括：一桿部，具有一橫截面輪廓，該桿部在其一第一端部具有一進入點及在其一第二端部具有一頭部，其中該桿部的該橫截面輪廓從大致呈圓形的橫截面轉變為大致呈非圓形的橫截面；其中該桿部在其上於一第一區域與一第二區域刻有一第一螺紋輪廓，其中該第一螺紋輪廓是設計成在螺母構件中生成內螺紋的螺紋成形螺紋輪廓；其中該第一區域在該進入點處開始沿所述桿部延伸大約一第一預定數目的螺紋節距，其中該第一區域的直徑從該進入點到該第二區域漸增；其中該第二區域具有固定的外徑且延伸大約一第二預定數目的螺紋節距；以及一第三區域，具有與該第一螺紋輪廓不同的一第二螺紋輪廓，該第三區域從來自該第二區域的過渡區沿該桿部之其餘部分的一實質部分朝該頭部的一底部延伸，其中該第二螺紋輪廓尺寸設定成可在與該螺母構件的點處進行尖端侵入，以基於該第一螺紋輪廓的知識而產生機械鎖定，從而在由該第一螺紋輪廓及該第二螺紋輪廓形成的內螺紋之間產生期望的機械干涉量。
一種緊固件，包括：一桿部，具有一橫截面輪廓，該桿部在其一第一端部具有一進入點及在其一第二端部具有一頭部，其中該桿部的該橫截面輪廓從大致呈非圓形的橫截面轉變為大致呈圓形的橫截面；其中該桿部在其上於一第一區域與一第二區域刻有一第一螺紋輪廓，其中該第一螺紋輪廓是設計成在螺母構件中生成內螺紋的螺紋成形螺紋輪廓；其中該第一區域在該進入點處開始沿所述桿部延伸大約一第一預定數目的螺紋節距，其中該第一區域的直徑從該進入點到該第二區域漸增；其中該第二區域具有固定的外徑且延伸大約一第二預定數目的螺紋節距；以及一第三區域，具有與該第一螺紋輪廓不同的一第二螺紋輪廓，該第三區域從來自該第二區域的過渡區沿該桿部之其餘部分的一實質部分朝該頭部的一底部延伸，其中該第二螺紋輪廓尺寸設定成可在與該螺母構件的點處進行尖端侵入，以基於該第一螺紋輪廓的知識而產生機械鎖定，從而在由該第一螺紋輪廓及該第二螺紋輪廓形成的內螺紋之間產生期望的機械干涉量。
如請求項1之緊固件，其中該第一預定螺紋節距數目為三。
如請求項1之緊固件，其中該第二預定螺紋節距數目為六。
如請求項1之緊固件，其中該第一螺紋輪廓為一螺紋成形螺紋輪廓。
如請求項1之緊固件，其中該第二螺紋輪廓為一螺紋鎖定螺紋輪廓。
如請求項1之緊固件，其中該第一螺紋輪廓係尺寸設定成產生用於與該第二螺紋輪廓接合的最佳化內螺紋。		美商研究工程製造公司US美國美商研究工程製造公司US---F16B039/30F16B039/30
F16B025/00
F16B037/00		13-----16/598,2882019-10-10US賀伯特　愛德蒙Ａ
哥麥斯　肯尼斯Ｊ
玻爾　鄧尼斯Ｏ
雷諾　約翰Ｒ
布席齊克　巴比Ｌ		5US



王彥評
賴碧宏		臺北市大安區敦化南路2段77號8樓
臺北市大安區敦化南路2段77號8樓		5129賴耿賢賴耿賢0GB1367796140I858156
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CN114531888A
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CA3155261A1
AU2020363401A1		1111I858156RESEARCH ENGINEERING & MANUFACTURING, INC.16美商研究工程製造公司Valid-------------
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CN118728819A2024-10-01一種鐵路電機抱軸瓦用緊固件及其安裝方法inventionCN202410851384.12024-06-28本發明提供了一種鐵路電機抱軸瓦用緊固件及其安裝方法，屬於緊固設備技術領域，所述螺栓為實心結構，所述螺栓一端設置有第一螺紋、所述螺栓另一端設置有第二螺紋，所述第二螺紋與所述螺母相配合，所述墊片一側設置有若干異形刺，所述墊片另一側設置有若干周向分佈的棘齒，通過旋緊所述螺母，推動所述墊片上的異形刺與軸瓦殼表面抵緊，所述棘齒旋轉方向與螺母擰緊時的方向一致，通過設置有實心螺栓，能夠提供螺栓一定的強度要求；通過設置有異形刺以及棘齒，能夠提高螺栓螺母緊固效果的同時防止振動導致的螺母鬆動，另外使得本發明中的緊固件省卻了清洗乾燥以及待粘膠凝固透徹的步驟，緊固件安裝以及拆卸方便，成本低。;浙江互盟電氣科技發展有限公司CN310000 浙江省杭州市錢塘區下沙街道金喬街583號金灣創業大廈二區一幢519室浙江互盟電氣科技發展有限公司CN----F16B035/00F16B035/00
F16B039/28
F16B039/282		12-----------張小軍1- 陳思聰
合肥市科融智慧財產權代理事務所(普通合夥) 34126		20241001----0-0-00-00-20浙江互盟電氣科技發展有限公司Pub.-------------
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US20240337281A12024-10-10APPARATUS FOR TIGHTENING THREADED FASTENERSinvention18/7403602024-06-11This application seeks to protect Applicant's HYTORC® Z® System which involves: tools having multi-speed/multi-torque modes with torque multiplication and vibration mechanisms without use of external reaction abutments; a force transfer means to yield in-line co-axial action and reaction for use with such tools; driving means and shifting means capable of attaching to washers under the nut for use with such tools and force transfer means; associated washers and fasteners for use with such tools, force transfer means and driving means; and related accessories for use with such tools, force transfer means, driving means, washers and fasteners.;The HYTORC® Z® System includes the following: Z® Washers located under nuts or bolt heads of various types having engageable perimeters of multiple shapes, sizes, geometries and serrations, such as washer/fastener radius engagement differentials, and frictionally biased faces with relatively higher friction against the flange surface and relatively lower friction against the nut, such as friction coefficient increasing treatment means of various types, sizes and locations; HYTORC Z® Guns incorporating a powerful impact mechanism and a precise torque multiplier in the same tool combining rapid run-down with calibrated torque; HYTORC® Z® Sockets with dual drive coaxial action and reaction having outer sleeves to react on Z® Washers and an inner sleeves to turn nuts or bolt heads; HYTORC® ZR Spline Adapters and Reaction Plates for backwards compatibility with HYTORC®'s torque/tension systems including the AVANTI® and ICE® square drive systems, the STEALTH® limited clearance system, the pneumatic jGUN® series, the FLASH® Gun and LITHIUM Series electric multipliers and more; the combination of HYTORC® Z® Washer and the HYTORC® Z® Dual Friction Washer™ including a dual friction-enhanced face washer and/or the HYTORC® Z® Nut/Bolt for counter-torque under a nut or bolt head on the other side of the joint; HYTORC® Z® Dual Drive Offset Links for tight clearances while using HYTORC®'s torque/tension systems; HYTORC® Z® Vibration Mechanisms applied thereof; Z®-Direct Tension Indicating Washers; HYTORC® Z® Washer and Nut Assemblies; and any combinations thereof. Further disclosures include: Tapered Fastener Assemblies; Tapered Torsional Couplings; Two-Part Tapered Nut Assemblies; and Two-Part Tapered Thread Nut Assemblies.1. A two-part tapered thread nut assembly for use with either a stud or a bolt of a threaded fastener and a torque device including:
a rigid inner member having an inner surface threadedly engagable with the fastener and an outer surface defined by a thread formation that forms a taper;an outer member having an inner surface defined by an inversely tapered thread formation that is threadedly engagable with the tapered thread formation of the outer surface of the inner member; andwherein the two-part nut assembly, when rotated by an action portion of the torque device, applies a load to the threaded fastener.		1. A two-part tapered thread nut assembly for use with either a stud or a bolt of a threaded fastener and a torque device including:
a rigid inner member having an inner surface threadedly engagable with the fastener and an outer surface defined by a thread formation that forms a taper;an outer member having an inner surface defined by an inversely tapered thread formation that is threadedly engagable with the tapered thread formation of the outer surface of the inner member; andwherein the two-part nut assembly, when rotated by an action portion of the torque device, applies a load to the threaded fastener.
2. An apparatus according to claim 1 wherein the inner member is either superficially, partially, selectively or thoroughly metallurgically hardened.
3. An apparatus according to any preceding claim wherein the inner member is either superficially, partially, selectively or thoroughly metallurgically hardened by either: flame hardening; induction hardening; carburizing; boriding; nitriding; cyaniding; carbonitridring; ferritic nitrocarburizing; annealing; quenching; aging; tempering; heat treating (differential, flame, induction, case, etc.); cold treating (cryogenic); or any combination thereof.
4. An apparatus according to any preceding claim having decreased, relative to known three piece nut assemblies, dimensions for limited bolting clearances and increased, relative to known nuts, prevention of thread galling, fractures and load loss.
5. An apparatus according to any preceding claim wherein a load bearing surface area between the inner and the outer members allows for strategically biased vertical and radial stress distribution without having to substantially increase apparatus dimensions.
6. An apparatus according to any preceding claim wherein the thread formation of the outer surface of the inner member and the inversely tapered thread formation of the inner surface of the outer member are shaped as any suitable relatively rotatable means, having either constant or variable step quantities, dimensions, geometries, angles and/or intervals.
7. An apparatus according to any preceding claim wherein the thread formation of the outer surface of the inner member and the inversely tapered thread formation of the inner surface of the outer member are shaped either as frustums of a smoothly stepped cone for a relatively low plurality of steps or frustums of a smooth sloped cone for a relatively high plurality of steps having either constant or variable step quantities, dimensions, geometries, angles and/or intervals.
8. An apparatus according to any preceding claim wherein the taper of the inner member increases from an upper surface to a lower surface, and wherein the taper of the outer member decreases from an upper surface to a lower surface.
9. An apparatus according to any preceding claim wherein the taper of the inner member decreases from an upper surface to a lower surface, and wherein the taper of the outer member increases fr...		HYTORC Division UNEX CorporationUSHYTORC Division UNEX CorporationUS NJ MahwahHYTORC Division UNEX CorporationUS-F16B031/02F16B031/02
B25B021/00
B25B021/02
B25B023/00
B25B023/14
F16B039/26
F16B041/00
F16B043/00		26-F16B0031/028F16B0031/028
B25B0021/00
B25B0023/0078
B25B0023/1415
F16B0039/26
F16B0041/002
F16B0043/00
B25B0021/02
F16B0031/02
F16B2200/95		--------John K. JUNKERS
Xioaxing ZHANG
Eric P. JUNKERS
Michael F. DOLAN
David E. LAY		5USNJ Saddle River
NJ Somerset
NJ Mahwah
NJ Manasquan
UT Highland		-------0-0-00-00-20HYTORC Division UNEX CorporationPub.-------------
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TWI857681B2024-10-01螺絲invention1121243702023-06-29一種螺絲，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，一設於該第一端之頭部，一設於該第二端之尾部，以及一螺旋環設於該桿體之螺牙部，其中，該螺牙部沿一螺旋方向設置，且具有複數設於該第一端與該第二端間之螺牙，而該每一螺牙具有一朝向該頭部之上牙面，以及一朝向該尾部之下牙面；其特徵在於：當相鄰之螺牙沿一軸線方向呈間隔設置時，該桿體於外周面形成一設置面，該設置面上凹設有一螺旋環槽，以及一容置部，且該螺旋環槽沿該螺牙部之螺旋方向進行延伸，並位於至少一上牙面與該容置部間，該螺旋環槽呈弧狀設置，而該容置部係沿該螺牙部之螺旋方向進行設置，並具有複數凹溝，該等凹溝沿該軸線方向且由至少一下牙面朝該螺旋環槽延伸，並與該螺旋環槽相連通，另，該等凹溝與該螺旋環槽具有不同深度。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，一設於該第一端之頭部，一設於該第二端之尾部，以及一螺旋環設於該桿體之螺牙部，其中，該螺牙部沿一螺旋方向設置，且具有複數設於該第一端與該第二端間之螺牙，而該每一螺牙具有一朝向該頭部之上牙面，以及一朝向該尾部之下牙面；其特徵在於：當相鄰之螺牙沿一軸線方向呈間隔設置時，該桿體於外周面形成一設置面，該設置面上凹設有一螺旋環槽，以及一容置部，且該螺旋環槽沿該螺牙部之螺旋方向進行延伸，並位於至少一上牙面與該容置部間，該螺旋環槽呈弧狀設置，而該容置部係沿該螺牙部之螺旋方向進行設置，並具有複數凹溝，該等凹溝沿該軸線方向且由至少一下牙面朝該螺旋環槽延伸，並與該螺旋環槽相連通，另，該等凹溝與該螺旋環槽具有不同深度。
根據請求項1所述螺絲，其中，該螺旋環槽設於部分螺牙之間。
根據請求項1所述螺絲，其中，該等凹溝設於部分螺牙之間。
根據請求項1所述螺絲，其中，該桿體定義一中心線，該等凹溝之延伸方向與該中心線呈平行設置。
根據請求項1所述螺絲，其中，該桿體定義一中心線，該等凹溝之延伸方向與該中心線呈傾斜設置。
根據請求項1所述螺絲，其中，該等凹溝呈弧狀設置。		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---F16B025/02F16B025/0211-----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35128賴耿賢賴耿賢TWM5983491CN1963242
DE202011000982
EP1544480
EP1892425
EP3040563		510-00I857681TAIWAN SHAN YIN INTERNATIONAL CO., LTD.19慶達科技股份有限公司ValidNONO2024/10/012043/06/28NONONONONO62030/09/30
6
TWI857686B2024-10-01螺絲invention1121249782023-07-04一種螺絲，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，一設於該第一端之頭部，一設於該第二端之尾部，以及複數螺旋環設於該桿體之螺牙，其中，該每一螺牙具有一朝向該頭部之上牙面，一朝向該尾部之下牙面，以及一形成於該上牙面與該下牙面相接處之牙峰；其特徵在於： 相鄰之該等螺牙於該桿體上沿軸向進行間隔設置，以於該桿體上定義出一外周面，且該外周面具有複數設於該等螺牙間之設置面，該外周面具有至少一網紋部，且該網紋部設於至少一設置面上，該網紋部具有複數相互交錯設置之槽道，另，該等螺牙之牙峰上凹設有複數凹槽，且該每一凹槽周緣形成一切刃，而任二相鄰之凹槽間形成一凸齒，再者，任二相鄰之螺牙所設之凸齒與凹槽的位置恰好相反。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，一設於該第一端之頭部，一設於該第二端之尾部，以及複數螺旋環設於該桿體之螺牙，其中，該每一螺牙具有一朝向該頭部之上牙面，一朝向該尾部之下牙面，以及一形成於該上牙面與該下牙面相接處之牙峰；其特徵在於： 相鄰之該等螺牙於該桿體上沿軸向進行間隔設置，以於該桿體上定義出一外周面，且該外周面具有複數設於該等螺牙間之設置面，該外周面具有至少一網紋部，且該網紋部設於至少一設置面上，該網紋部具有複數相互交錯設置之槽道，另，該等螺牙之牙峰上凹設有複數凹槽，且該每一凹槽周緣形成一切刃，而任二相鄰之凹槽間形成一凸齒，再者，任二相鄰之螺牙所設之凸齒與凹槽的位置恰好相反。
根據請求項1所述螺絲，其中，該等凹槽呈圓弧狀設置。
根據請求項1所述螺絲，其中，該等凹槽與該等凸齒設於部分螺牙上。
根據請求項1所述螺絲，其中，複數網紋部設於相鄰之設置面上。
根據請求項1所述螺絲，其中，複數網紋部設於間隔之設置面上。
根據請求項1所述螺絲，其中，至少一設置面上凹設有一螺旋環槽。
根據請求項1所述螺絲，其中，該網紋部設於至少一設置面之部分表面。
根據請求項1所述螺絲，其中，該等螺牙定義出一第一牙段與一第二牙段，且該第二牙段與該第一牙段相互間隔且環設於該桿體上。		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---F16B025/02F16B025/02
F16B025/04
F16B025/08		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35128賴耿賢賴耿賢TWM590200
TWM598349		2CN1963242
CN2761900
US2003/0198532
US2007/0166124		410-00I857686TAIWAN SHAN YIN INTERNATIONAL CO., LTD.19慶達科技股份有限公司ValidNONO2024/10/012043/07/03NONONONONO62030/09/30
7
CN118728821A2024-10-01一種自鎖螺母inventionCN202211743619.22022-12-22本發明自鎖螺母包括：螺母主體，螺紋、變型牙型角。所述自鎖螺母設有通孔，通孔內設有螺紋，在每兩個螺紋之間的牙型角設置為變形牙型角，其兩側的螺牙上，設有一個或兩個凸出或凹進的斜面或曲面，與外力配合，使自鎖螺母螺紋的變形牙型角能對與其相互連接對應的螺牙的兩面夾緊。;王英峰CN071802 河北省保定市雄縣昝崗鎮昝南村4組026王英峰CN----F16B037/00F16B037/00
F16B039/282		12-----------請求不公佈姓名1- --20241001----0-0-20-00-18王英峰Pub.-------------
8
CN118728826A2024-10-01一種防鬆緊固件inventionCN202411232544.02024-09-04本發明涉及緊固件技術領域，尤其是一種防鬆緊固件，包括：鎖緊螺母，鎖緊螺母的一端設置有多個彈性懸臂，中段設置有外螺紋；擠壓螺母，連接於鎖緊螺母的外螺紋；每個彈性懸臂分為沿徑向方向靠近軸線的夾持懸臂，和遠離軸線的止退懸臂；擠壓螺母設置有擠壓部；夾持懸臂與擠壓部之間設置有夾持抵接結構，夾持抵接結構推動夾持懸臂產生靠近軸線的彈性形變；止退懸臂與擠壓部之間具有止退抵接結構，止退抵接結構通過止退懸臂鎖止擠壓部的位置，維持夾持懸臂靠近軸線的彈性形變。擠壓螺母與擠壓部抵接鎖緊螺母，通過夾持抵接結構使夾持懸臂能夠夾緊螺栓，通過止退抵接結構阻擋擠壓部遠離擠壓螺母，從而防止擠壓螺母和擠壓部鬆動。;成都市欣欣高強度緊固件製造有限公司CN611430 四川省成都市新津工業園區A區成都市欣欣高強度緊固件製造有限公司CN----F16B039/12F16B039/12
F16B037/00
F16B013/10		13-----------曾茂雪
趙永彬
李鑫科		3-

王堅敏
成都拓荒者智慧財產權代理有限公司 51254		20241001----0-0-00-00-20成都市欣欣高強度緊固件製造有限公司Pub.-------------
9
CN118728825A2024-10-01一種防鬆緊固螺栓結構inventionCN202410810274.02024-06-21本發明公開了一種防鬆緊固螺栓結構，包括下螺杆、內插杆、上鎖套和鎖母；在下螺杆的中柱段的頂部環繞其上方的頂柱段設置有多個彈舌；在內插杆上設置有用於將彈舌向外擠壓與被緊固件上的螺紋孔內壁抵接的結構；上鎖套的頂板套設在上柱段外側，套筒套設在頂柱段外側；在上鎖套上開設有多個槽口，並在槽口內轉動設置有抵接板，頂柱段的頂部將抵接板的橫板頂起以使豎板傾斜並與被緊固件上的螺紋孔內壁抵接；在頂板與內插杆間還設置有多個用於防止裝配後內插杆轉動的卡塊；中柱段和套筒外側均設置有外螺紋並與被緊固件上的螺紋孔螺紋相連。該緊固螺栓結構在裝配後，彈舌和抵接板能夠與被緊固件的螺紋孔緊密抵接實現防鬆。;江蘇永昊高強度螺栓有限公司CN214518 江蘇省泰州市靖江市敦義大橋東首江蘇永昊高強度螺栓有限公司CN----F16B039/10F16B039/10
F16B039/02		11-----------朱漢華
趙靈傑
朱進		3-

周飛虎
南京新慧恒誠智慧財產權代理有限公司 32424		20241001----0-0-00-00-20江蘇永昊高強度螺栓有限公司Pub.-------------
10
TW202438778A2024-10-01防磨耗螺絲invention1121328752023-08-30一種防磨耗螺絲包含有一U形防磨耗片以及一鎖附螺絲。U形防磨耗片用以夾持一散熱基板，而鎖附螺絲穿設於U形防磨耗片，用以固定散熱基板。此外，防磨耗螺絲更包含有一壓力彈簧，安裝於鎖附螺絲以及U形防磨耗片之間，用以施加壓力於U形防磨耗片以及散熱基板。雙鴻科技股份有限公司TW新北市新莊區五權三路6號3樓雙鴻科技股份有限公司TW---F16B039/284F16B039/284
F16B039/34		11-----63/455,4802023-03-29US張正儒
周牧廷
程以勒
林宛萱
蘇中乾		5TW



李世章
秦建譜		臺北市中山區鬆江路148號11樓
臺北市中山區鬆江路148號11樓		2219-0010-00-AURAS TECHNOLOGY CO., LTD.19雙鴻科技股份有限公司Pub.-------------
11
CN112743344B2024-10-01半管狀緊固件鉚釘的自動化安裝的自動化鉚釘裝置和方法inventionCN202011123858.92020-10-20本發明涉及半管狀緊固件鉚釘的自動化安裝的自動化鉚釘裝置和方法，提供了一種用於安裝半管狀緊固件鉚釘的自動化鉚釘裝置。所述裝置包括數控(NC)鑽鉚機和控制器。NC鑽鉚機包括下頭部，下頭部具有下壓力襯套、下鑽杆和下砧座以將鐓鍛力施加到半管狀緊固件鉚釘的尾部部分。NC鑽鉚機還包括上頭部，上頭部具有上壓力襯套、上鑽杆和上砧座，上砧座保持所述半管狀緊固件鉚釘以將半管狀緊固件鉚釘插入在鉚釘接收孔中。下鑽杆從工件的下側對鉚釘接收孔進行埋孔。控制器引導下砧座的突出部的移動以施加鐓鍛力，並且在下沉孔內的尾部部分中形成預定的張開輪廓。;波音公司US美國伊利諾州波音公司US ---B23P023/04B23P023/04
B21J015/14
B21J015/38		22-----------K·R·庫爾德爾
C·E·舍費爾
J·J·基爾溫
T·S·戈達德
T·E·伯恩斯
E·T·達拉克
J·L·弗爾		7-





張穎
北京紀凱智慧財產權代理有限公司 11245		20241001-趙宏圖趙宏圖CN102328011
CN105458725		2-0-40CN112743344B
EP3815810B1
US11453044
US11185912		43-16波音公司Valid-------------
12
CN221800313U2024-10-01一種便於操作的鉚釘緊固件modelCN202420248979.32024-02-01本實用新型公開了一種便於操作的鉚釘緊固件，屬於鉚釘緊固件技術領域，包括鉚釘筒，所述鉚釘筒內側壁上部固定連接有第一卡扣環，所述第一卡扣環橫截面為直角三角形且環內側壁為傾斜向下的斜邊，所述鉚釘筒內側壁插接有錘擊芯，所述錘擊芯頂部外側壁固定連接有可與第一卡扣環配合連接的第二卡扣環，所述第二卡扣環橫截面為直角三角形且環外側壁為傾斜向上的斜邊，本實用新型公開的便於操作的鉚釘緊固件在不需要鉚釘槍，錘擊就能安裝的基礎上，通過可相互配合的第一卡扣環和第二卡扣環，在安裝好後，可將錘擊芯牢牢卡在鉚釘筒內，難以掉落。;江蘇特固緊固件有限公司CN223600 江蘇省宿遷市沭陽縣廟頭鎮工業區國泰南路2號江蘇特固緊固件有限公司CN ---F16B019/08F16B019/0811-----------王亞春
朱江		2-
李挺
南京司南專利代理事務所(普通合夥) 32431		20241001----0-0-00-00-20江蘇特固緊固件有限公司Valid-------------
13
US20240328450A12024-10-03QUICK INSTALL NUTinvention18/5372572023-12-12A quick install nut is provided. The nut includes an entrance end, an exit end, a first threaded portion corresponding to the entrance end, a second threaded portion corresponding to the exit end and connected with the first threaded portion. The first threaded portion includes a first slot, a segment of first internal thread formed in the first slot, and a first relief space communicating with the first slot radially. The second threaded portion includes a second slot, a segment of second internal thread formed in the second slot, and a second relief space communicating with the second slot radially. The first and the second slots are disposed on a central axis in a staggered manner. A compression wall is formed on the first threaded portion. After being tilted, the nut is placed and moved along a threaded fastener and returned to achieve fast and firm fastening.1. A quick install nut comprising: an entrance end, an exit end, a half-shell first threaded portion corresponding to the entrance end, and a half-shell second threaded portion corresponding to the exit end and connected with the first threaded portion; wherein the first threaded portion includes a first slot, a segment of first internal thread formed on an inner surface of the first slot, and a first relief space communicating with a radial opening of the first slot; wherein the second threaded portion is composed of a second slot, a segment of second internal thread formed on an inner surface of the second slot, and a second relief space communicating with a radial opening of the second slot; wherein the first slot and the second slot are disposed on a central axis of the quick install nut in a staggered manner so that the radial openings of the first and the second slots are in opposite directions with a 180-degree angle between the radial openings; wherein a compression wall is formed on the first threaded portion.1. A quick install nut comprising: an entrance end, an exit end, a half-shell first threaded portion corresponding to the entrance end, and a half-shell second threaded portion corresponding to the exit end and connected with the first threaded portion; wherein the first threaded portion includes a first slot, a segment of first internal thread formed on an inner surface of the first slot, and a first relief space communicating with a radial opening of the first slot; wherein the second threaded portion is composed of a second slot, a segment of second internal thread formed on an inner surface of the second slot, and a second relief space communicating with a radial opening of the second slot; wherein the first slot and the second slot are disposed on a central axis of the quick install nut in a staggered manner so that the radial openings of the first and the second slots are in opposite directions with a 180-degree angle between the radial openings; wherein a compression wall is formed on the first threaded portion.
2. The quick install nut as claimed in claim 1, wherein the first threaded portion and the second threaded portion have a distance on the central axis between them and connected with each other by a connecting portion.
3. The quick install nut as claimed in claim 2, wherein the connecting portion includes two connection ribs correspondingly connected with two corresponding sides of the first threaded portion and the second threaded portion; a crossing space is defined among the connection ribs and adjacent area for communicating with the first slot, the first relief space, the second slot, and the second relief space.
4. The quick install nut as claimed in claim 3, wherein each of the connection rib is provided with a pulled surface for manual turning and operation.
5. The quick install nut as claimed in claim 3, wherein the connection rib is further extending and connected to outer wall surfaces on two opposite sides of the second threaded portion.
6. The quick install nut as claimed in claim 1, wherein the first internal thread on the inner surface of the first slot and the second internal thread formed on the inner surface of the second slot are distributed without over a semicircle in a circumferential direction.
7. The quick install nut as claimed in claim 1, wherein the compression wall of the first threaded portion is U-shaped and provided a slanting surface formed on each of two ends of the compression wall.
8. The quick install nut as claimed in claim 1, wherein an outer peripheral wall of the first threaded portion is provided with a mounting-and-locking peripheral wall for allowing a wrench tool to mount and hold.
9. The quick install nut as claimed in claim 8, wherein a plurality of teeth for mounting and locking is formed on the mounting-and-locking peripheral wall.
10. The quick install nut as claimed in claim 1, wherein the quick install nut further includes a locking portion which is disposed on a periphery...		Globe Union Industrial Corp.TWGlobe Union Industrial Corp.TW-GLOBE UNION INDUSTRIAL CORP.TWNO. 22, JIANGUO RD., TANZI DIST.F16B037/08F16B037/0811-F16B0037/0814F16B0037/0814-----20232062193602023-03-27CNCHAO-TA YANG
HIS-TSUNG CHEN		2TW Taichung City
Taichung City		-------0-0-10-00-19GLOBE UNION INDUSTRIAL CORP.Pub.-------------
14
TW202438782A2024-10-01夾鉗式緊固件invention1131109972024-03-25一種夾鉗式緊固件包括界定一中心軸線之一軸及與該軸配合的具有一外週邊之一頭部。複數個肋部安置在該頭部下方以接合一工件。該複數個肋部在一方向上自位於該夾鉗式緊固件之該中心軸線附近的一位移軸環徑向地向外延伸至該頭部之該外週邊。該複數個肋部中之每一者包括至少形成每一肋部之一側壁及一參數輪廓的多個區段。該夾鉗式緊固件包括與該軸配合之一保持環及與該軸配合、位於該位移軸環與該保持環之間的一保持槽。該複數個肋部及該位移軸環經組態以在該緊固件固定至該工件時使工件材料徑向位移至該保持槽中且使應力在該工件材料內擴散。美商艾克曼智慧財產有限責任公司US美國美商艾克曼智慧財產有限責任公司US---F16B035/06F16B035/0611-----18/190,7572023-03-27US唐那凡　史蒂芬
瓦朱二世　布萊恩		2US
林志剛臺北市中山區南京東路2段125號7樓2219-0000-00-ACUMENT INTELLECTUAL PROPERTIES, LLC20美商艾克曼智慧財產有限責任公司Pub.-------------
15
CN221800321U2024-10-01防腐防銹的碳鋼螺栓modelCN202323416731.82023-12-14本實用新型公開一種防腐防銹的碳鋼螺栓，包括螺杆、螺帽和螺母，所述螺杆的頭部與所述螺帽的內部設置有匹配的螺紋；所述螺杆的尾部和所述螺母的內部設置有匹配的螺紋，所述螺杆、螺帽和螺母表面上均設置有疊加的保護層。本實用新型在碳鋼螺栓上設置多層保護層，使得該碳鋼螺栓具有耐酸、堿、鹵素等介質腐蝕生銹的性能，進而擴大其應用範圍。;甘肅省建設監理有限責任公司CN730070 甘肅省蘭州市安寧區建甯東路3001號20樓甘肅省建設監理有限責任公司CN ---F16B035/04F16B035/04
F16B035/06
F16B033/06		12-----------王建棟
王志勇		2-
王巧麗
青島致嘉智慧財產權代理事務所(普通合夥) 37236		20241001----0-0-10-00-19甘肅省建設監理有限責任公司Valid-------------
16
US12104634B12024-10-01Two-piece fastenerinvention18/6725002024-05-23A two-piece fastener used to combine two substrates of the same or differing thickness. The fastener may include a bolt portion and a locking base. The bolt portion and locking base may include complimentary sets of teeth and mechanically engage with one another when the bolt is passed through the two substrates and affixed to the locking base.1. A two-piece fastener, comprising:
a bolt comprising a cap having a bottom face joined to an elongated neck having a top end and a bottom end;a first set of teeth disposed on the neck at a location between the top end and the bottom end;a locking base comprising a flange and a pair of elongated tubes, the flange defining a through hole and each of the elongated tubes comprising an inner surface and defining a passage therein in fluid communication with the through hole; anda second set of teeth disposed along each of the pair of elongated tubes,wherein the first set of teeth and the second set of teeth are configured to removably engage each other, and wherein each of the pair of elongated tubes are configured to flex toward and away from each other as the first set of teeth are engaging the second set of teeth.		1. A two-piece fastener, comprising:
a bolt comprising a cap having a bottom face joined to an elongated neck having a top end and a bottom end;a first set of teeth disposed on the neck at a location between the top end and the bottom end;a locking base comprising a flange and a pair of elongated tubes, the flange defining a through hole and each of the elongated tubes comprising an inner surface and defining a passage therein in fluid communication with the through hole; anda second set of teeth disposed along each of the pair of elongated tubes,wherein the first set of teeth and the second set of teeth are configured to removably engage each other, and wherein each of the pair of elongated tubes are configured to flex toward and away from each other as the first set of teeth are engaging the second set of teeth.
2. The two-piece fastener of claim 1, further comprising:
a locking pin receptacle that is positioned along the neck of the bolt.
3. The two-piece fastener of claim 2, further comprising:
a locking pin that is configured to engage the locking pin receptacle of the bolt.
4. The two-piece fastener of claim 1, wherein the first set of teeth comprise a first plurality of serially aligned protrusions located along a first side of the neck, and a second plurality of serially aligned protrusions located along a second side of the neck, and
wherein each of the first plurality of serially aligned protrusions and the second plurality of serially aligned protrusions are located parallel to each other.
5. The two-piece fastener of claim 4, wherein each of the first plurality of serially aligned protrusions and the second plurality of serially aligned protrusions extend along an entirety of the neck from the top end to the bottom end.
6. The two-piece fastener of claim 4, wherein the second set of teeth comprise a first plurality of serially aligned protrusions located along an inside facing surface of one of the pair of tubes, and a second plurality of serially aligned protrusions located along an inside facing surface of the other of the pair of tubes,
wherein each protrusion of the first set of teeth are configured to removably engage each protrusion of the second set of teeth to secure the bolt within the through hole of the locking base.
7. The two-piece fastener of claim 6, wherein each of the plurality of protrusions in the first set of teeth are constructed and engaged to mechanically interface with each of the plurality of protrusions in the second set of teeth to mechanically attach the bolt to the locking base.
8. The two-piece fastener of claim 7, wherein each of the plurality of protrusions in the first set of teeth are constructed and engaged to mechanically disengage from each of the plurality of protrusions in the second set of teeth by rotating the bolt relative to the locking base.
9. The two-piece fastener of claim 1, wherein the two-piece fastener comprises:
at least one material conducive to the construction of the faste...		Edwin IngallsUSEdwin IngallsUS----F16B021/04F16B021/0411-F16B0021/04F16B0021/04--------Edwin Ingalls1USFL The VillagesJason T. Daniel, Esq.
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US12104639B22024-10-01Fastener assemblyinvention17/6817662022-02-26A fastener assembly having a novel capture feature, or features, integrated within a unique and a newly defined portion of the fastener which protrudes from the working surface is provided. The fastener assembly comprises a bolt and a circular clip. The bolt comprises a threaded shank having a longitudinal axis and a transverse axis orthogonal to the longitudinal axis; a head section continuous with the shank, the head section comprising a head; a washer portion; and a groove integrally formed between the head and the washer portion. The circular clip is configured to be received within the groove of the head section.1. A fastener assembly, comprising:
a bolt, the bolt comprising:
a threaded shank having a longitudinal axis and a transverse axis orthogonal to the longitudinal axis;a head section continuous with the shank, the head section comprising:
a head;a washer portion; anda groove integrally formed between the head and the washer portion; anda clip configured to be received within the groove of the head section; andwherein the clip forms a gear having teeth for receipt into another toothed part.		1. A fastener assembly, comprising:
a bolt, the bolt comprising:
a threaded shank having a longitudinal axis and a transverse axis orthogonal to the longitudinal axis;a head section continuous with the shank, the head section comprising:
a head;a washer portion; anda groove integrally formed between the head and the washer portion; anda clip configured to be received within the groove of the head section; andwherein the clip forms a gear having teeth for receipt into another toothed part.
2. The fastener assembly of claim 1, wherein the diameter of the groove is smaller than the diameters of the head and the washer portion.
3. The fastener assembly of claim 1, wherein the clip rotates freely within the groove.
4. The fastener assembly of claim 1, wherein the clip comprises:
a main circular portion; andan attachment portion, the attachment portion integrally connected to, and extending outwardly from, the main circular portion.
5. The fastener assembly of claim 4, wherein the clip is formed from a single spring wire during manufacturing.
6. The fastener assembly of claim 5, wherein the main circular portion is configured to be received within the groove of the head section of the bolt.
7. The fastener assembly of claim 4, the attachment portion is configured to receive a linkage for attaching the fastener assembly to a structure.
8. The fastener assembly of claim 1, wherein the clip is configured to spring open upon application of pressure and snap closed within the groove when located.
9. The fastener assembly of claim 1, wherein the clip forms an electrical contact with the threaded shank.
10. A fastener assembly, comprising:
a bolt, the bolt comprising:
a threaded shank having a longitudinal axis and a transverse axis orthogonal to the longitudinal axis;a head section continuous with the shank, the head section comprising:
a head;a washer portion; anda groove integrally formed between the head and the washer portion; anda clip configured to be received within the groove of the head section; andwherein the clip forms a pulley.
11. A fastener assembly, comprising:
a bolt, the bolt comprising:
a threaded shank having a longitudinal axis and a transverse axis orthogonal to the longitudinal axis;a head section continuous with the shank, the head section comprising:
a head;a washer portion; anda groove integrally formed between the head and the washer portion; anda clip configured to be received within the groove of the head section; andwherein the clip comprises a first component and a second component that fasten together to form a solid snap ring.		Roberto E. RobainaUSRDI (Robaina Design Innovations) LLCUS CA CerritosRDI (ROBAINA DESIGN INNOVATIONS) LLCUS18000 STUDEBAKER ROAD, SUITE 700F16B021/18F16B021/18
F16B041/00		12-F16B0041/002F16B0041/002--------Roberto E. Robaina1USCA CerritosHeidi Eisenhut
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US20240328449A12024-10-03Adjustable Torqueing Systeminvention18/6206382024-03-28An adjustable torqueing system for a plurality of bodies where at least one hole is located on each body. A fastener is inserted into the holes that are concentric with each other and an inner nut that is placed on the fastener holds the bodies together by keeping the fastener fixed on the bodies and in the hole. An outer nut that is placed on the inner nut by a user surrounds the inner nut. An outer surface is located at an area of the inner nut and contacts the outer nut. An inner surface located at an area of the outer nut contacts the inner nut, and a plurality of protrusions located on the outer surface consecutively around the direction that the outer surface extends a plurality of tabs located on the inner surface consecutively around the direction that the inner surface extends.1. An adjustable torqueing system (1) comprising:
a plurality of bodies (2);at least one hole (D) that is located on each body (2);a fastener (3) that is inserted into the holes (D) that are concentric with each other;an inner nut (4) that is placed on the fastener (3) and holds the plurality of bodies (2) together by keeping the fastener (3) fixed on the plurality of bodies (2) and in the hole (D);an outer nut (5) that is placed on the inner nut (4) by a user and surrounds the inner nut (4);an outer surface (6) located at an area of the inner nut (4) that contacts the outer nut (5);an inner surface (7) located at an area of the outer nut (5) that contacts the inner nut (4);a plurality of protrusions (8) located on the outer surface (6), consecutively around a direction that the outer surface (6) extends;a plurality of tabs (9) located on the inner surface (7), consecutively around a direction that the inner surface (7) extends;a ring (10) with a plurality of different cross-sectional areas along its length, which is positioned on the outer nut (5) to be concentric with the outer nut (5), wherein the ring (10) is rotated around its own direction by the user and compresses the outer nut (5) towards the inner nut (4) by means of a gear path thereon, so that the inner surface (7) and the outer surface (6) almost completely contact with each other, wherein the ring (10) enables at least one of the plurality of protrusions (8) and/or the plurality of tabs (9) to be partially deformed; andwherein the outer nut (5) compresses the inner nut (4) by means of the ring (10), wherein if the user applies a torque on the outer nut (5), the fastener (3) is fixed.		1. An adjustable torqueing system (1) comprising:
a plurality of bodies (2);at least one hole (D) that is located on each body (2);a fastener (3) that is inserted into the holes (D) that are concentric with each other;an inner nut (4) that is placed on the fastener (3) and holds the plurality of bodies (2) together by keeping the fastener (3) fixed on the plurality of bodies (2) and in the hole (D);an outer nut (5) that is placed on the inner nut (4) by a user and surrounds the inner nut (4);an outer surface (6) located at an area of the inner nut (4) that contacts the outer nut (5);an inner surface (7) located at an area of the outer nut (5) that contacts the inner nut (4);a plurality of protrusions (8) located on the outer surface (6), consecutively around a direction that the outer surface (6) extends;a plurality of tabs (9) located on the inner surface (7), consecutively around a direction that the inner surface (7) extends;a ring (10) with a plurality of different cross-sectional areas along its length, which is positioned on the outer nut (5) to be concentric with the outer nut (5), wherein the ring (10) is rotated around its own direction by the user and compresses the outer nut (5) towards the inner nut (4) by means of a gear path thereon, so that the inner surface (7) and the outer surface (6) almost completely contact with each other, wherein the ring (10) enables at least one of the plurality of protrusions (8) and/or the plurality of tabs (9) to be partially deformed; andwherein the outer nut (5) compresses the inner nut (4) by means of the ring (10), wherein if the user applies a torque on the outer nut (5), the fastener (3) is fixed.
2. The adjustable torqueing system (1) according to claim 1, comprising a wall (11) that is located at a section of the outer nut (5) that contacts the ring (10), wherein the wall (11) has helical-shaped gears on a surface thereof in contact with the ring (10), and enables the section with a narrowed cross-sectional area to approach the outer nut (5) when the ring (10) is rotated.
3. The adjustable torqueing system (1) according to claim 2, wherein the ring (10) has walls approaching each other when the ring (10) in conical form is rotated around itself so that the wall (11) is compressed and the inner surface (7) and the outer surface (6) approach each other upon the compression of the wall (11).
4. The adjustable torqueing system (1) according to claim 1, comprising:
at least one indicator (12) that is located on the ring (10), with a mark thereon indicating the positions to be adopted by the ring (10) when rotated around a direction it extends, wherein the at least one indicator (12) enables the user to choose the torque to be applied; anda thread (13) that is located on the outer nut (5) and enables the user to see a level that the ring (10) has been moved by being rotating around a direction it extends.
5. The adjustable torqueing system (1) according to claim 4, wherein the inner nut (4) is ro...		TUSAS-TURK HAVACILIK VE UZAY SANAYII ANONIM SIRKETITRTUSAS-TURK HAVACILIK VE UZAY SANAYII ANONIM SIRKETITR-TUSAS-TURK HAVACILIK VE UZAY SANAYII ANONIM SIRKETITRFETHIYE MAHALLESI HAVACILIK BULVARI NO:17F16B031/02F16B031/0211-F16B0031/02F16B0031/02-----2023/0035222023-03-31TRFatih TURK1TR Kahramankazan/Ankara-------0-0-00-00-20TUSAS-TURK HAVACILIK VE UZAY SANAYII ANONIM SIRKETIPub.-------------
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US12104638B22024-10-01Interlocking fastening upper electrode assembly having improved fastening force, and plasma device including sameinvention17/9060212021-02-15An interlocking fastening upper electrode assembly having an improved fastening force is proposed. The assembly is configured such that a bush inserted into a silicon electrode protrudes above the silicon electrode, and the protruding portion is inserted into and coupled to an anodizing plate so as to suppress rotation of the bush, the assembly including: an inner and outer tab composite nut coupled to an assembly groove of the silicon electrode and an anodizing plate so as to prevent rotation; an inner and outer tab nut assembled in the assembly groove of the silicon electrode and fitted to the outside of the inner and outer tab composite nut; and an assembly module coupled through the inside of a through part of the anodizing plate and assembled with the inner and outer tab composite nut in order to fix the anodizing plate provided above the silicon electrode.1. An interlocking fastening upper electrode assembly having an improved fastening force, the assembly comprising:
an inner and outer tab composite nut coupled to an assembly groove of a silicon electrode and an anodizing plate so as to prevent rotation;an inner and outer tab nut assembled into the assembly groove of the silicon electrode and fitted around the inner and outer tab composite nut; andan assembly module coupled through an inner portion of a through part of the anodizing plate and assembled with the inner and outer tab composite nut in order to fix the anodizing plate provided above the silicon electrode,wherein the inner and outer tab composite nut comprises: an insertion part inserted into the assembly groove below the inner and outer tab composite nut to be in close contact with an inner surface of the assembly groove; a fastening part extended above the insertion part and comprising a tap so as to be fastened to the inner and outer tab nut; a rotation prevention part located on the fastening part and coupled to the through part of the anodizing plate to prevent rotation of the inner and outer tab composite nut; and a fastening groove having a screw thread so as to allow the assembly module to be fastened through the rotation prevention part, andthe rotation prevention part protrudes above the silicon electrode and is inserted into the anodizing plate assembled by the assembly module, and the rotation prevention part has an oval shape, or a triangular shape, or a hexagonal shape, or other polygonal shape so as to prevent rotation of the inner and outer tab composite nut, and a gap is generated in thethrough part to be located around the rotation prevention part, the gap being an empty space remaining after the rotation prevention part is coupled to the through part.		1. An interlocking fastening upper electrode assembly having an improved fastening force, the assembly comprising:
an inner and outer tab composite nut coupled to an assembly groove of a silicon electrode and an anodizing plate so as to prevent rotation;an inner and outer tab nut assembled into the assembly groove of the silicon electrode and fitted around the inner and outer tab composite nut; andan assembly module coupled through an inner portion of a through part of the anodizing plate and assembled with the inner and outer tab composite nut in order to fix the anodizing plate provided above the silicon electrode,wherein the inner and outer tab composite nut comprises: an insertion part inserted into the assembly groove below the inner and outer tab composite nut to be in close contact with an inner surface of the assembly groove; a fastening part extended above the insertion part and comprising a tap so as to be fastened to the inner and outer tab nut; a rotation prevention part located on the fastening part and coupled to the through part of the anodizing plate to prevent rotation of the inner and outer tab composite nut; and a fastening groove having a screw thread so as to allow the assembly module to be fastened through the rotation prevention part, andthe rotation prevention part protrudes above the silicon electrode and is inserted into the anodizing plate assembled by the assembly module, and the rotation prevention part has an oval shape, or a triangular shape, or a hexagonal shape, or other polygonal shape so as to prevent rotation of the inner and outer tab composite nut, and a gap is generated in thethrough part to be located around the rotation prevention part, the gap being an empty space remaining after the rotation prevention part is coupled to the through part.
2. The assembly of claim 1, wherein a width of the gap that is the empty space remaining after the rotation prevention part is coupled to the through part is ranged from 0.1 to 0.3 mm.
3. The assembly of claim 1, wherein the inner and outer tab nut comprises a tap on an outer portion thereof so as to be fastened into the assembly groove of the silicon electrode, and
the inner and outer tab nut has a coupling groove having a screw thread therein so that the inner and outer tab composite nut is coupled thereto through upper and lower ends thereof.
4. The assembly of claim 1, wherein rotation grooves are respectively formed at opposite portions of an upper portion of the inner and outer tab nut so as to allow the inner and outer tab nut to be rotated by a fastening tool.
5. The assembly of claim 1, wherein the assembly module comprises:
a clamp bolt inserted into the through part of the anodizing plate and fastened to the inner and outer tab composite nut;a ring washer provided outside the clamp bolt and fitted into the through part of the anodizing plate;a spring washer fitted around the clamp bolt and located above the ring washer; anda plurality of a first releasin...		TEM CO., LTD.KRTEM CO., LTD.KR Cheonan-siTEM CO., LTD.KR97-8, 2GONGDAN 5-RO, SEOBUK-GUF16B039/12F16B039/12
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CN221800329U2024-10-01一種防軸向鬆脫的壓鉚螺母modelCN202323569247.92023-12-27本實用新型涉及一種防軸向鬆脫的壓鉚螺母，它包括：螺母本體，所述螺母本體具有相對設置的第一端面和第二端面；固定環，所述固定環一體連接在螺母本體的第一端面上；咬合塊，所述咬合塊一體連接在螺母本體的第一端面上，所述咬合塊圓周分佈在固定環的外側；本實用新型通過在螺母本體的一側設置咬合塊和咬合槽，當壓鉚螺母鉚接在板材上後，板材被擠入咬合槽內，從而提高板槽與壓鉚螺母之間結構的穩定性，避免壓鉚螺母發生轉動；通過在固定環靠近螺母本體的一側設置朝向相反的外導料面和內導料面，當壓鉚螺母鉚接之後，外導料面和內導料面會對壓鉚螺母進行軸向的限位，避免壓鉚螺母發生軸向鬆脫，從而提高壓鉚螺母的軸向防脫性能。;蘇州新淩高強度緊固件有限公司CN215000 江蘇省蘇州市吳中區甪直鎮淞石路69號蘇州新淩高強度緊固件有限公司CN ---F16B037/06F16B037/0611-----------陳國龍
饒陳偉
孫菲
孫丁
邱宇
晏鵬		6-




--20241001----0-0-10-00-19蘇州新淩高強度緊固件有限公司Valid-------------
21
US12110919B22024-10-08Bimetallic stainless screwinvention17/8004792021-02-09A screw includes a shank having a tip, a rear end which is disposed opposite the tip, and a longitudinal axis which extends through the tip and through the rear end. The shank consists of a first steel material. A screw thread helix is disposed on the shank and protrudes from the shank. The screw thread helix consists of a second steel material that is different from the first steel material. Both the first steel material and the second steel material are stainless steels.1. A concrete screw for an outdoor application, comprising:
a shank having a tip, a rear end which is disposed opposite the tip, and a longitudinal axis which extends through the tip and through the rear end, wherein the shank consists of a first steel material; anda screw thread helix which is disposed on the shank and which protrudes from the shank, wherein the screw thread helix consists of a second steel material that is different from the first steel material;wherein both the first steel material and the second steel material are stainless steels of respective different grades;wherein the first steel material has a Vickers hardness below 440 HV10;wherein the second steel material has a Vickers hardness between 550 HV10 and 800 HV10.		1. A concrete screw for an outdoor application, comprising:
a shank having a tip, a rear end which is disposed opposite the tip, and a longitudinal axis which extends through the tip and through the rear end, wherein the shank consists of a first steel material; anda screw thread helix which is disposed on the shank and which protrudes from the shank, wherein the screw thread helix consists of a second steel material that is different from the first steel material;wherein both the first steel material and the second steel material are stainless steels of respective different grades;wherein the first steel material has a Vickers hardness below 440 HV10;wherein the second steel material has a Vickers hardness between 550 HV10 and 800 HV10.
2. The screw according to claim 1, wherein the screw thread helix spans at least 40% of a length of the shank.
3. The screw according to claim 1, wherein a ratio of an outer thread diameter of the screw thread helix to a pitch of the screw thread helix is between 1 and 2 at least in regions of the screw thread helix.		Hilti AktiengesellschaftLIHilti AktiengesellschaftLI SchaanHILTI AKTIENGESELLSCHAFTLIFELDKIRCHERSTRASSE 100F16B025/00F16B025/0011-F16B0025/0026F16B0025/0026
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TW202438779A2024-10-01緊固件、緊固總成及安裝緊固件的方法invention1131108122024-03-22本發明揭示將一緊固件(10)安裝至具有一第一及一第二工件(54、58)之一結構(34)之方法、緊固總成及緊固件(10)，該緊固件包括: 一螺樁(12)，其具有：一頭部(16)；及一軸(18)，其沿一縱向軸線(X)延伸且界定一軸長度(Ls)，其中該軸(18)包括一鎖定部分(24)，該鎖定部分(24)界定一軸徑(Ds)； 一軸環(14)，其經調適以安裝在該軸(18)之該鎖定部分(24)上，該軸環(14)包括一第一軸環端(36)、一第二軸環端(38)、自該第一軸環端(36)延伸至該第二軸環端(38)之一中心穿孔(40)，該中心穿孔(40)界定一孔徑(Db)，且一主要部分(42)經調適以型鍛於該鎖定部分(24)上， 其中該孔徑(Db)與該軸徑(Ds)之一比係約1.10:1。英商艾佛德英國有限公司GB英國英商艾佛德英國有限公司GB---F16B013/04F16B013/04
F16B035/04
F16B039/34		13-----23163880.02023-03-23歐洲專利局布魯爾　強納森1GB陳長文
呂光
陳初梅		臺北市信義區忠孝東路4段555號8樓
臺北市信義區忠孝東路4段555號8樓
臺北市信義區忠孝東路4段555號8樓		2219-0000-00-AVDEL UK LIMITED20英商艾佛德英國有限公司Pub.-------------
23
TWI841303B2024-05-01具內螺紋的予嵌式螺帽成型方法及其裝置invention1121100572023-03-17本發明揭露一種具內螺紋的予嵌式螺帽成型方法及其裝置，包含一夾台機構及一進刀機構。該夾台機構包含數個可隨轉盤轉動的夾座組，各夾座組可夾持待攻牙元件。該進刀機構包含數個進刀組，復將各攻牙鑽頭依規格有序的安裝在各進刀組上。該進刀組可控制攻牙鑽頭對待攻牙元件進行切削，待攻牙元件受某一攻牙鑽頭完成階段攻牙動作後，該夾台機構的轉盤即以預定角度旋轉，使全部夾座組隨轉盤轉動一特定角度，使待攻牙元件漸進式被所有攻牙鑽頭實施攻牙任務後，即完成待攻牙元件的內螺紋製作。一種具內螺紋的予嵌式螺帽成型方法，包含一夾台機構及一進刀機構；該夾台機構包含數個可以夾持待攻牙元件的夾座組，該數個夾座組係固定在一轉盤上，當轉盤以預定角度旋轉時，各夾座組即隨轉盤轉動一特定角度；該進刀機構包含數個與夾座組數量匹配的進刀組，各進刀組均包含一滑座及一滑台，而滑台可在滑座上藉油(氣)壓缸而往復位移；該滑臺上固定有一傳動機及一變速機，該變速機前端設有旋轉夾具可夾持攻牙鑽頭，當傳動機動作時可使攻牙鑽頭依預定轉速旋轉，配合滑台在滑座上前移，使攻牙鑽頭行進刀動作；進刀機構的各攻牙鑽頭係對應該夾台機構的夾座組夾住的待攻牙元件中心軸線；藉此，該進刀機構之各攻牙鑽頭可同時對匹配數量的待攻牙元件進行內螺紋孔的攻牙動作，每一攻牙鑽頭可依需求選擇適當飽牙度的攻牙鑽頭進行階段性攻牙任務，一待攻牙元件受一攻牙鑽頭完成階段攻牙動作後，該夾台機構的轉盤即以預定角度旋轉，使全部夾座組隨轉盤轉動一特定角度，使每一待攻元件漸進式被所有攻牙鑽頭實施攻牙任務後，即完成待攻元件的內螺紋製作。一種具內螺紋的予嵌式螺帽成型方法，包含一夾台機構及一進刀機構；該夾台機構包含數個可以夾持待攻牙元件的夾座組，該數個夾座組係固定在一轉盤上，當轉盤以預定角度旋轉時，各夾座組即隨轉盤轉動一特定角度；該進刀機構包含數個與夾座組數量匹配的進刀組，各進刀組均包含一滑座及一滑台，而滑台可在滑座上藉油(氣)壓缸而往復位移；該滑臺上固定有一傳動機及一變速機，該變速機前端設有旋轉夾具可夾持攻牙鑽頭，當傳動機動作時可使攻牙鑽頭依預定轉速旋轉，配合滑台在滑座上前移，使攻牙鑽頭行進刀動作；進刀機構的各攻牙鑽頭係對應該夾台機構的夾座組夾住的待攻牙元件中心軸線；藉此，該進刀機構之各攻牙鑽頭可同時對匹配數量的待攻牙元件進行內螺紋孔的攻牙動作，每一攻牙鑽頭可依需求選擇適當飽牙度的攻牙鑽頭進行階段性攻牙任務，一待攻牙元件受一攻牙鑽頭完成階段攻牙動作後，該夾台機構的轉盤即以預定角度旋轉，使全部夾座組隨轉盤轉動一特定角度，使每一待攻元件漸進式被所有攻牙鑽頭實施攻牙任務後，即完成待攻元件的內螺紋製作。
一種具內螺紋的予嵌式螺帽成型裝置，其主要包含夾台機構及進刀機構所構成；該夾台機構包含數個可以夾持待攻牙元件的夾座組，該數個夾座組係固定在一轉盤上，當轉盤以預定角度旋轉時，各夾座組即隨轉盤轉動一特定角度；該夾座組包含一下夾持座及一上夾持座，該上夾持座受一油(氣)壓缸的行程控制而可行上、下位移，下夾持座上端面設有一下夾持槽，而上夾持座的下端面設有一上夾持槽，當上夾持座受油(氣)壓缸的控制而下移時，該下夾持座及上夾持座合併，使其下夾持槽及上夾持槽得以穩固的夾住待攻牙元件；該進刀機構包含數個與夾座組數量匹配的進刀組，各進刀組包含一滑座及一滑台，該各滑座係對應在各夾座組的軸線位置，而滑台則可在滑座上藉伺服馬達往復位移；該滑臺上固定有一傳動機及一變速機，該變速機前端設有旋轉夾具可夾持攻牙鑽頭，當傳動機帶動變速機時，可使攻牙鑽頭依預定轉速旋轉，同時滑台可藉伺服馬達帶動螺桿的推移，而在滑座上前移，使攻牙鑽頭行進刀動作；該進刀機構的攻牙鑽頭可依需求選擇適當飽牙度的攻牙鑽頭進行階段性攻牙任務；藉此，該夾台機構之數個夾座組夾持待攻牙元件，使待攻牙元件漸進式被攻牙鑽頭進刀，進而對待攻牙元件進行攻牙動作。		安拓實業股份有限公司TW高雄市岡山區岡燕路485巷106號安拓實業股份有限公司TW---B23G009/00B23G009/00
B23G001/04
B23G001/44
B21K001/64		23-----張土火1TW李榮唐高雄市鼓山區明誠四路10號14樓5113熊正一熊正一TW200944309
TW201927661		2CN1511665
CN2637068
US2014/0186139		310I84130311I84130319安拓實業股份有限公司ValidNONO2024/05/012043/03/16NONONONONO32027/04/30
24
TW202438780A2024-10-01金屬屬膨脹錨栓及金屬膨脹錨栓的施工方法invention1121349272023-09-13本發明提供一種施工時不需特殊工具且施工者或管理者能目視確認的金屬膨脹錨栓及金屬膨脹錨栓的施工方法。金屬膨脹錨栓100包含具有螺絲孔11b的錨栓本體10、套設於第二軸部12的膨脹套筒20、螺接於第二軸部12的擴徑構件30及具有與螺絲孔11b螺接的螺絲軸42的旋轉體40。第二軸部12形成有公螺紋。擴徑構件30藉由錨栓本體10的旋轉而進入膨脹套筒20內側使膨脹套筒20膨脹。旋轉體40藉由螺絲軸42的螺接旋動，自第一螺接狀態成為第二螺接狀態。當旋轉體40在第二螺接狀態下被施加超過規定值的轉動力矩，則螺絲軸42與螺絲孔11b的螺紋嵌合解除而空轉。三幸商事顧問股份有限公司TW臺北市鬆山區敦化北路207號7樓之7三幸商事顧問股份有限公司TW---F16B013/06F16B013/06
F16B035/00		12-----2023-0514232023-03-28JP八木澤康衛1JP林志青臺北市信義區鬆隆路102號18樓之12219-0010-00-SANKO FASTEM TAIWAN CO.,LTD.19三幸商事顧問股份有限公司Pub.-------------
25
CN118728820A2024-10-01可自拆卸汽車螺栓構件的自拆卸方法inventionCN202411224359.72024-09-03本發明涉及汽車螺栓構件技術領域，具體為可自拆卸汽車螺栓構件的自拆卸方法，汽車螺栓構件包括螺杆和螺帽，螺帽固定連接在螺杆的一端，螺杆的表面呈螺紋狀固定纏繞有雙絞鋁絲，其自拆卸方法包括以下步驟：確定安裝在汽車輪胎上的汽車螺栓構件是否可進行絲電爆；進行絲電爆自拆卸前，確定當前放電器是否可以正常工作；當可以進行絲電爆的汽車螺栓構件的絲電爆自拆卸結束後，判斷當前放電器工作狀態是否合格，若合格則對下一個可進行絲電爆的汽車螺栓構件進行充電，若不合格則更換當前放電器，對更換後的當前放電器進行是否可以正常工作檢查。本發明大大提高了拆卸效率，尤其是在大量報廢汽車需要處理的情況下，可以大大縮短作業時間。;南昌大學
泰安市特種設備檢驗研究院		CN330031 江西省南昌市紅谷灘區學府大道999號
南昌大學
泰安市特種設備檢驗研究院		CN----F16B035/04F16B035/04
B23P019/04
F16B035/00		22-----------付豔恕
宋鑫華
葉小軍
趙朋龍
畢新泗
張兆東
國樹東		7-





孫宏遠
淄博眾仕達智慧財產權代理有限公司 37498		20241001----0-0-00-00-20南昌大學,泰安市特種設備檢驗研究院Pub.-------------
26
CN221800330U2024-10-01一種防鬆動式異形壓鉚螺母modelCN202323569249.82023-12-27本實用新型涉及一種防鬆動式異形壓鉚螺母，它包括：螺體，所述螺體具有相對設置的第一端面和第二端面；嵌體，所述嵌體一體連接在螺體的第一端面；導體，所述導體一體連接在嵌體遠離螺體的一側；外嵌部，所述外嵌部開設在嵌體的外側；內嵌部，所述內嵌部開設在嵌體靠近導體的一側；導槽，所述導槽開設在導體的外側且與內嵌部相連。本實用新型防鬆動式異形壓鉚螺母結構簡單，通過在螺體的一側設置嵌體、內嵌部和外嵌部，以對壓鉚螺母進行限位；通過在嵌體的一側設置導體，對壓鉚螺母進行軸向限位，當壓鉚螺母鉚接至鋼板上後，既可以避免其發生軸向移動，也可以避免其發生軸向轉動，提高了壓鉚螺母防鬆的性能，結構更加穩定可靠。;蘇州新淩高強度緊固件有限公司CN215000 江蘇省蘇州市吳中區甪直鎮淞石路69號蘇州新淩高強度緊固件有限公司CN ---F16B037/06F16B037/0611-----------陳國龍
饒陳偉
孫菲
孫丁
邱宇
晏鵬		6-




--20241001----0-0-10-00-19蘇州新淩高強度緊固件有限公司Valid-------------
27
US12104636B22024-10-01Quick release and quick installation nutinvention16/9207352020-07-05A quick-release and quick-installation nut includes a nut body. The nut body includes a first threaded block and a second threaded block. An inner wall of the first threaded block and an inner wall of the second threaded block are formed with inner threaded surfaces for cooperating with an outer threaded surface of a screw rod. A right end of the first threaded block is detachably connected to a right end of the second threaded block. A left end of the first threaded block is hingedly or detachably connected to a left end of the second threaded block. The nut can realize quick disassembly and installation with the screw rod.1. A quick-release and quick-installation nut used for cooperating with a screw rod, comprising a nut body, the nut body including a first threaded block and a second threaded block, an inner wall of the first threaded block and an inner wall of the second threaded block being formed with inner threaded surfaces for cooperating with an outer threaded surface of the screw rod; a right end of the first threaded block being detachably connected to a right end of the second threaded block;
the right end of the first threaded block is detachably connected to the right end of the second threaded block through a first connecting member; one of the right end of the first threaded block and the right end of the second threaded block is provided with a first connecting portion, another one of the right end of the first threaded block and the right end of the second threaded block is provided with a second connecting portion; two ends of the first connecting member are provided with a first elastic claw portion and a second elastic claw portion respectively, the first elastic claw portion rotatably clasps the first connecting portion; the first connecting member rotates about the first connecting portion towards a first direction so that the second elastic claw portion clasps the second connecting portion, and the first connecting member rotates about the first connecting portion towards a second direction opposite to said first direction so that the second elastic claw portion is disengaged from the second connecting portion;a left end of the first threaded block is detachably connected to a left end of the second threaded block through a second connecting member; one of the left end of the first threaded block and the left end of the second threaded block is provided with a first coupling portion, another one of the left end of the first threaded block and the left end of the second threaded block is provided with a second coupling portion; two ends of the second connecting member are provided with a first elastic hook portion and a second elastic hook portion respectively; the second elastic hook portion rotatably clasps the second coupling portion; the second connecting member rotates about the second coupling portion towards a first direction so that the first elastic hook portion clasps the first coupling portion, and the second connecting member rotates about the second coupling portion towards a second direction opposite to said first direction so that the first elastic hook portion is disengaged from the first coupling portion.		1. A quick-release and quick-installation nut used for cooperating with a screw rod, comprising a nut body, the nut body including a first threaded block and a second threaded block, an inner wall of the first threaded block and an inner wall of the second threaded block being formed with inner threaded surfaces for cooperating with an outer threaded surface of the screw rod; a right end of the first threaded block being detachably connected to a right end of the second threaded block;
the right end of the first threaded block is detachably connected to the right end of the second threaded block through a first connecting member; one of the right end of the first threaded block and the right end of the second threaded block is provided with a first connecting portion, another one of the right end of the first threaded block and the right end of the second threaded block is provided with a second connecting portion; two ends of the first connecting member are provided with a first elastic claw portion and a second elastic claw portion respectively, the first elastic claw portion rotatably clasps the first connecting portion; the first connecting member rotates about the first connecting portion towards a first direction so that the second elastic claw portion clasps the second connecting portion, and the first connecting member rotates about the first connecting portion towards a second direction opposite to said first direction so that the second elastic claw portion is disengaged from the second connecting portion;a left end of the first threaded block is detachably connected to a left end of the second threaded block through a second connecting member; one of the left end of the first threaded block and the left end of the second threaded block is provided with a first coupling portion, another one of the left end of the first threaded block and the left end of the second threaded block is provided with a second coupling portion; two ends of the second connecting member are provided with a first elastic hook portion and a second elastic hook portion respectively; the second elastic hook portion rotatably clasps the second coupling portion; the second connecting member rotates about the second coupling portion towards a first direction so that the first elastic hook portion clasps the first coupling portion, and the second connecting member rotates about the second coupling portion towards a second direction opposite to said first direction so that the first elastic hook portion is disengaged from the first coupling portion.
2. The quick-release and quick-installation nut as claimed in claim 1, wherein one end of the second elastic claw portion of the first connecting member is provided with a first pull piece.
3. The quick-release and quick-installation nut as claimed in claim 2, wherein one end of the first elastic hook portion of the second connecting member is provided with a second pull piece.		HARDA (XIAMEN) PLASTIC CO., LTD.CNHARDA (XIAMEN) PLASTIC CO., LTD.CN-HARDA INTELLIGENT TECHNOLOGIES CO., LTD.CNBUILDING 37#, HULI ZONE, TONGAN INDUSTRIAL AREAF16B037/08F16B037/0811-F16B0037/0892F16B0037/0892-----202020512908.12020-04-09CNYulin Qiu1CN Xiamen----William D Hutton, Jr.William D Hutton, Jr.
Dil K. Magar		US1021110
US1099224
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US5199675
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US20190032822
US20190071848		14DE2437756
EP1777451
EP2072842
GB855037
JP2014020504
WOWO-2014108826		6-40US12104636
CN212455160U
WO2021203570
DE202020005869U1
DE112020006692T5		54-16HARDA INTELLIGENT TECHNOLOGIES CO., LTD.Valid-------------
28
CN221800339U2024-10-01一種防止丟失的螺母元件modelCN202420544788.12024-03-20本實用新型提供一種防止丟失的螺母元件，涉及螺母連接件技術領域，包括螺栓和鎖緊防丟機構，所述螺栓的外側設置有鎖緊防丟機構，通過鎖緊防丟機構的設置，當插塊與凸塊相遇時，凸塊會受到插塊的推力並向內移動，內部的彈簧因受到擠壓而產生收縮，當凸塊上的特定凸起部位恰好嵌入插塊的對應凹槽時，之前被壓縮的彈簧會迅速恢復彈力，確保凸塊緊密牢固地卡合在插塊內部，實現了保護帽與螺帽之間的穩定連接，使用時，將下墊片旋入螺杆的螺紋段，接著將上墊片與下墊片緊密結合，當受到振動或衝擊時，上下墊片之間的咬合關係會發生微小的相對位移，借助這種相對錯動產生的摩擦力，有效阻止了墊片與螺杆之間的相對轉動。;浙江振高汽車科技有限公司CN323316 浙江省麗水市遂昌縣雲峰街道環三路29號浙江振高汽車科技有限公司CN ---F16B041/00F16B041/00
F16B033/00
F16B039/10
F16B039/12		13-----------徐彤
范以齊
趙棟
隗姜帥		4-


於福
武漢同譽智慧財產權代理有限公司 42320		20241001----0-0-00-00-20浙江振高汽車科技有限公司Valid-------------
29
TWI858065B2024-10-11扭矩限制螺絲invention1091168292020-05-21一種扭矩限制螺絲組合件，包括：一螺絲及一帽蓋，該帽蓋圍繞該螺絲且可旋轉地固定至該螺絲；該螺絲包括：一螺絲頭，其具有在頂部的一狹窄頸部及在底部的一直徑擴大的基部，該頸部的頂部具有位於其中心之一凹孔，該凹孔界定一可變形的頸部邊緣，該螺絲頭的基部具有複數個帶有相鄰凸輪的周邊徑向齒，每個凸輪在該複數個周邊徑向齒中的每個之間具有向外表面；以及一螺紋桿，其從該基部向下延伸，該帽蓋包括：一本體，其具有從該本體向下延伸之複數個彈性扭矩傳遞臂，該等彈性扭矩傳遞臂配置成使得該等彈性扭矩傳遞臂的向內表面接合該螺絲頭的該等凸輪，該等彈性扭矩傳遞臂具有可朝一第一旋轉方向而不是朝與該第一旋轉方向相反的一第二旋轉方向與該螺絲頭的該複數個周邊徑向齒的徑向壁接合之後緣，其中該帽蓋朝該第二旋轉方向旋轉藉由該等彈性扭矩傳遞臂對該等凸輪的夾緊摩擦力來施加一預選扭矩至該螺絲；以及一帽蓋通孔，其具有內徑減小的一徑向內環；用於將該帽蓋可旋轉地固定至該螺絲的手段，其包括使該頸部邊緣變形，以將該徑向內環固定在該頸部邊緣與該螺絲頭的基部之間。一種扭矩限制螺絲組合件，包括：一螺絲及一帽蓋，該帽蓋圍繞該螺絲且可旋轉地固定至該螺絲；該螺絲包括：一螺絲頭，其具有在頂部的一狹窄頸部及在底部的一直徑擴大的基部，該頸部的頂部具有位於其中心之一凹孔，該凹孔界定一可變形的頸部邊緣，該螺絲頭的基部具有複數個帶有相鄰凸輪的周邊徑向齒，每個凸輪在該複數個周邊徑向齒中的每個之間具有向外表面；以及一螺紋桿，其從該基部向下延伸，該帽蓋包括：一本體，其具有從該本體向下延伸之複數個彈性扭矩傳遞臂，該等彈性扭矩傳遞臂配置成使得該等彈性扭矩傳遞臂的向內表面接合該螺絲頭的該等凸輪，該等彈性扭矩傳遞臂具有可朝一第一旋轉方向而不是朝與該第一旋轉方向相反的一第二旋轉方向與該螺絲頭的該複數個周邊徑向齒的徑向壁接合之後緣，其中該帽蓋朝該第二旋轉方向旋轉藉由該等彈性扭矩傳遞臂對該等凸輪的夾緊摩擦力來施加一預選扭矩至該螺絲；以及一帽蓋通孔，其具有內徑減小的一徑向內環；用於將該帽蓋可旋轉地固定至該螺絲的手段，其包括使該頸部邊緣變形，以將該徑向內環固定在該頸部邊緣與該螺絲頭的基部之間。
如請求項1之螺絲組合件，其中，該等彈性扭矩傳遞臂構造及配置成向該等凸輪施加一向內彈簧力。
如請求項2之螺絲組合件，其中，該螺絲頭的底表面係平面的。
如請求項3之螺絲組合件，其中，該等彈性扭矩傳遞臂的末端在軸向上未達到該螺絲頭的基部，以致於在該等彈性扭矩傳遞臂的末端與該基部的平面之間具有一垂直間隙。
如請求項1之螺絲組合件，其中，該帽蓋與該螺絲以最小軸向遊隙鬆弛地且可旋轉地連結。
如請求項1之螺絲組合件，其中，該等凸輪的每個表面由一斜面界定，該斜面具有距該螺絲的中心軸線之距離逐漸變化的位置。
如請求項1之螺絲組合件，其中，該帽蓋通孔的頂部係具有用於旋轉該螺絲組合件之工具接合表面的一承窩。		美商賓工程工廠公司US美國美商賓工程工廠公司US---F16B023/00F16B023/00
F16B031/02		12-----62/850,6642019-05-21US馬隆尼　麥可
史托茲　小羅伯特		2US
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		5129賴耿賢賴耿賢0DE102016117392
US2003/0049092
WO2004/079866
WO2017/003287		440I858065
JP7481365
CN113825918B
US11493075
EP3973198A1
WO2020236813
SG11202112563QA
CA3140617A1
MX2021014140A		99I858065PENN ENGINEERING & MANUFACTURING CORP.16美商賓工程工廠公司Valid-------------
30
CN114810783B2024-10-01一種用於軌道交通車廂的防脫型螺栓inventionCN202210378014.12022-04-12本發明公開了一種用於軌道交通車廂的防脫型螺栓，屬於緊固件技術領域，包括螺栓本體、螺母本體、止擋件和鎖緊件，所述螺母本體位於所述螺栓本體和所述止擋件之間，所述螺栓本體的端部上設置有螺紋柱，所述螺母本體螺接在所述螺紋柱上，所述螺母本體的端部上開設有多個凹槽；本發明通過將止擋件上的形狀為正多邊形棱柱的定位柱，插入到螺紋柱端部的形狀為正多邊形孔的定位槽內，螺紋柱對止擋件的轉動自由度進行限制，止擋件上的多根限位柱插入到螺母本體的多個凹槽內，即可使螺母本體的轉動自由度得到限制，使用鎖緊件將止擋件連接在螺紋柱上，即可完成止擋件的安裝，從而起到了螺母本體防脫的作用，防脫安裝方便，結構設計巧妙。;蘇州中新精密工業有限公司CN215008 江蘇省蘇州市工業園區金江路56號蘇州中新精密工業有限公司CN ---F16B037/00F16B037/00
F16B035/04
F16B039/28		13-----------顏壽水1- 李亭亭
蘇州瑞光智慧財產權代理事務所(普通合夥) 32359		20241001-李秋豔李秋豔CN110792678
CN204677573		2-0-20CN114810783B11-18蘇州中新精密工業有限公司Valid-------------
31
CN221800334U2024-10-01帶有自鎖功能的法蘭盤六角螺母modelCN202323404172.92023-12-14本實用新型公開了帶有自鎖功能的法蘭盤六角螺母，涉及尼龍自鎖螺母技術領域，本實用新型包括螺母主體和法蘭盤，法蘭盤底部通過強力膠連接有第一密封圈，螺母主體頂部連接有第二密封圈，且第二密封圈頂部連接有折疊套，折疊套頂部連接有墊片環，且墊片環頂部貫穿有螺絲。本實用新型通過折疊套、墊片環、第一密封圈和第二密封圈的設置，第一密封圈內圈向下彎曲避免影響螺栓的進入導致阻力增大，當螺母主體擰緊時，第一密封圈被結構件和法蘭盤壓緊產生形變，使第一密封圈的內圈向螺栓方向彎曲變形；有效對螺母與螺栓之間的接觸面進行密封保護，從而減少生銹的可能性，同時能夠增大摩擦力減少螺母鬆動。;江蘇東睿航太科技有限公司CN215400 江蘇省蘇州市太倉市城廂鎮弇山西路136號1號廠房1-1江蘇東睿航太科技有限公司CN ---F16B039/28F16B039/28
F16B039/282
F16B037/00		12-----------王春雨
李懷永
劉有平
宋耀		4-


--20241001----0-0-10-00-19江蘇東睿航太科技有限公司Valid-------------
32
CN221800574U2024-10-01一種螺栓密封圈結構modelCN202420361829.32024-02-27本實用新型提供一種螺栓密封圈結構，涉及密封圈技術領域，包括有螺栓本體，螺栓本體的外表壁螺紋連接有第一連接板，螺栓本體的外表壁螺紋連接有第二連接板，且第一連接板的底部與第二連接板的頂部相接觸，螺栓本體的外表壁活動套設有彈簧墊片，且彈簧墊片的底部與第一連接板的頂部相接觸，螺栓本體的外表壁活動套設有密封圈本體，且密封圈本體的底部與彈簧墊片的頂部相接觸，密封圈本體的頂部開設有填充槽，填充槽的內表壁設置有彈簧圈，本實用新型中，通過彈簧圈本身具有一定彈性的作用，且和密封圈本體以及螺母本體的配合下，可以在螺栓本體連接處產生較大的預緊力，進一步提高了密封圈對螺栓的密封效果。;無錫銳豐五金有限公司CN214142 江蘇省無錫市新吳區梅村街道金城東路515號無錫銳豐五金有限公司CN ---F16J015/06F16J015/06
F16B043/00
F16B039/24
B32B033/00
B32B015/04		35-----------孫益峰1- 李文祥
廣州粵弘專利代理事務所(普通合夥) 44492		20241001----0-0-00-00-20無錫銳豐五金有限公司Valid-------------
33
CN115929761B2024-10-01一種可實現單側預緊單側防鬆的螺栓緊固結構inventionCN202211691704.92022-12-27本發明涉及一種螺栓緊固結構，具體涉及一種可實現單側預緊單側防鬆的螺栓緊固結構。解決了因結構、環境空間或者被緊固零件設計要求、材料屬性等條件受限，無法通過傳統螺栓連接緊固方法實現零件連接的技術問題。本發明螺栓緊固結構包括螺杆，設置在螺杆一端的螺帽、套裝在螺杆上的異形防鬆墊片和螺母組件；螺帽上設置有第一卡槽和兩個第一防鬆凸台；異形防鬆墊片上設置有第二卡槽和第二防鬆凸台；第一卡槽和第二卡槽相扣，形成十字形結構，兩個第一防鬆凸台和第二防鬆凸台形成防鬆凸台；待連接的第一零件和第二零件上分別設置有長圓孔；防鬆凸台與長圓孔大小相適配，防鬆凸台位於長圓孔內，螺母組件套裝在螺杆上且與第一零件頂緊接觸。;西安鑫垚陶瓷複合材料股份有限公司CN710117 陝西省西安市高新區畢原一路西段912號西安鑫垚陶瓷複合材料股份有限公司CN ---F16B039/24F16B039/24
F16B039/282
F16B035/06		12-----------田錄錄
陳旭
廖軍剛
楊攀
邢朝陽
吳亞明
王佳民
成來飛		8-






王少文
西安智邦專利商標代理有限公司 61211		20241001-高卉高卉CN2135409681WO20211145281-20CN115929761B
WO2024139398		22-18西安鑫垚陶瓷複合材料股份有限公司Valid-------------
34
US12104642B22024-10-01Flexible fastener captivatorinvention17/7502192022-05-20A flexible fastener captivator includes a flange comprising an orifice configured to enable a fastener to pass through and an adhesive, and a flexible cap coupled with the flange and configured to provide operational access to a fastener encapsulated within the cap, where the cap includes a retaining structure configured to hold a separate fastener within the cap. The retaining structure may be configured as a plurality of flexible ledges extending from an inner surface of the cap and having a planar surface configured to support a head of a separate fastener, such as a standard off-the-shelf screw or bolt. Such a captivator can be dimensioned commensurate with the fastener type and size for which its use is intended, and/or captivator strips may be constructed in Rack Units of length.1. A fastener captivator comprising:
a flange comprising an orifice configured to enable a fastener to pass through, and an adhesive side including an adhesive; anda flexible cap coupled with the flange, the cap configured to provide operational access to a fastener when encapsulated within the cap, wherein the cap comprises:
a retaining structure positioned within, the retaining structure configured to hold the fastener when encapsulated within the cap, andwherein the retaining structure comprises a plurality of intermittent flexible ledges extending from an inner surface of the cap, each flexible ledge comprising a substantially planar and normal surface to the inner surface and configured to support a head of the fastener when encapsulated within the cap.		1. A fastener captivator comprising:
a flange comprising an orifice configured to enable a fastener to pass through, and an adhesive side including an adhesive; anda flexible cap coupled with the flange, the cap configured to provide operational access to a fastener when encapsulated within the cap, wherein the cap comprises:
a retaining structure positioned within, the retaining structure configured to hold the fastener when encapsulated within the cap, andwherein the retaining structure comprises a plurality of intermittent flexible ledges extending from an inner surface of the cap, each flexible ledge comprising a substantially planar and normal surface to the inner surface and configured to support a head of the fastener when encapsulated within the cap.
2. The fastener captivator of claim 1, wherein the flange is annular in form.
3. The fastener captivator of claim 1, wherein the cap is cylindrical in form.
4. The fastener captivator of claim 1, wherein:
the flange is annular; andthe cap is cylindrical.
5. The fastener captivator of claim 1, wherein the cap further comprises a plurality of notches extending from a top surface of the cap toward the flange.
6. The fastener captivator of claim 1, wherein the cap further comprises:
a plurality of notches extending from a top surface of the cap toward the flange;wherein the planar surface of each ledge of the plurality of flexible ledges is positioned substantially in plane with a bottom edge of each notch of the plurality of notches.
7. The fastener captivator of claim 1, further comprising a series of the flexible caps coupled together with a contiguous series of the flanges.
8. The fastener captivator of claim 7, further comprising multiple series of the flexible caps coupled together with the contiguous series of the flanges.
9. The fastener captivator of claim 8, further comprising one or more trimming index between each series of the multiple series.
10. The fastener captivator of claim 1, wherein each flexible ledge extends at an acute angle upward from the inner surface of the cap to the planar and normal surface.
11. A method comprising:
positioning a fastener captivator to a workpiece, the fastener captivator comprising:
a flange comprising an orifice configured to enable a fastener to pass through, and an adhesive side including an adhesive with which the fastener captivator is configured to adhere to the workpiece, anda flexible cap coupled with the flange, the cap comprising a retaining structure configured within to hold a fastener when within the cap,wherein the retaining structure comprises a plurality of intermittent flexible ledges extending from an inner surface of the cap, each flexible ledge comprising a substantially planar and normal surface to the inner surface and configured to support a head of a fastener when encapsulated within the cap,wherein the cap is configured to provide operational access to a fastener when encapsulated within the cap; andinserting a fa...		Western Digital Technologies, Inc.USWestern Digital Technologies, Inc.US CA San JoseJPMORGAN CHASE BANK, N.A.US10 S. DEARBORN L2F16B005/02F16B005/0211-F16B0005/0208F16B0005/0208--------Jeff Wilke
Bart Carter		2USCO Palmer Lake
CO Pueblo		John D. Henkhaus--Sarang AfzaliSarang Afzali
Darrell C Ford		US2707774
US3218906
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US5851095
US6238155
US8523505
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US10082169
US11927212
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US20090137160
US20100290860
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US20180335065
US20200080584
US20200325920
US20210231162		19JP45784231MW Components, Retainers, Panel Screw Retariners—Captive Screw Retainers, 10 pages, downloaded as early as Feb. 25, 2022 from https://www.mwcomponents.com/retainers.;Titgemeyer Gmbh & Co. KG, Captive® self-clinching fasteners, 76 pages, downloaded as early as Feb. 28, 2022 from https://www.titgemeyer.com/fileadmin/titgemeyer/downloads/befestigungstechnik/gewindetraeger/katalog/en/10044EN1019_1_Captive_Einpress_Befestiger.pdf.;Froese, Michelle, Prevent loose hardware with PEM captive panel screws, Fastener Engineering, Jun. 4, 2021, 6 pages, WTWH Media LLC., downloaded from https://fastenerengineering.com/prevent-loose-hardware-with-pem-captive-panel-screws/.;Bossard, Captive Mount Hardware, 1 page, downloaded as early as Feb. 28, 2022 from https://americas.bossard.com/captive-mount-hardware/.;Southco, Inc., Captive Screws, 8 pages, downloaded as early as Feb. 25, 2022 from https://southco.com/en_us_int/fasteners/captive-screws.20US12104642
CN118302608A
WO2023224802
DE112023000259T5		44-18JPMORGAN CHASE BANK, N.A.Valid-------------
35
CN221810956U2024-10-08一種防鬆螺栓元件modelCN202323625735.72023-12-28本實用新型提供一種防鬆螺栓元件，包括螺栓主體、防鬆墊片以及防鬆螺母；所述螺栓主體包括頭部、與頭部相連接的螺杆以及設置於螺杆上的卡槽；所述卡槽沿螺杆的軸向延伸；所述防鬆墊片包括與螺杆相配合的內孔和處於內孔外側的環部；所述環部具有朝向內孔延伸的卡位凸起；所述卡位凸起與卡槽相配合；所述防鬆墊片還包括多個非均勻間隔設置的彈片；所述彈片與環部相連接。在安裝防鬆墊片時，防鬆墊片沿螺杆的軸向滑動，卡位凸起滑入卡槽內，有效的防止墊片相對螺杆發生轉動；在安裝防鬆螺母時，防鬆螺母逐步旋進，彈片的端部伸入容置槽內，有效的防止防鬆螺母反轉導致螺栓組件鬆脫。;曾雲輝CN365001 福建省三明市梅列區群英一村14棟405號曾雲輝CN ---F16B039/10F16B039/10
F16B039/24		11-----------曾雲輝1CN365001 福建省三明市梅列區群英一村14棟405號田敏
福建省君祥智慧財產權代理事務所(普通合夥) 35325		20241008----0-0-10-00-19曾雲輝Valid-------------
36
US12110915B22024-10-08Clearance hole for self-piercing rivetinvention17/4613002021-08-30A system for attaching layers of material together comprised of a self-piercing rivet, a layer having a clearance hole through which the self-piercing rivet passes on assembly, and a layer free of a clearance hole and into which the self-piercing rivet is at least partially inserted. The system may include a third layer free of a clearance hole. The system may also include three layers wherein the clearance hole is formed in the middle layer. If the clearance hole is formed in the middle layer, the width of the hole may be greater than the diameter of the self-piercing rivet to avoid contact between the rivet and the middle layer. The layer having the clearance hole may be a hard material such as steel. One or more of the layers may be material that is difficult to pierce or can be damaged if pierced.1. A system for attaching layers of material together comprising:
a self-piercing rivet having a head, body and tail;a plurality of layers, including:a top layer;a bottom layer free of a clearance hole and into which said self-piercing rivet is at least partially inserted;two or more middle layers provided between the top layer and bottom layer; anda clearance hole through which said self-piercing rivet passes during assembly in one of the: i) top layer; ii) the top layer and an uppermost layer of the two or more middle layers; iii) the top layer and a lowermost layer of the two or more middle layers; and iii) two or more of the two or more middle layers,wherein each clearance hole is configured to provide a hollow clearance space between the self-piercing rivet and each of the plurality of layers in which a clearance hole is provided after the plurality of layers are attached together by said self-piercing rivet with a portion of a layer of the plurality of layers in which a clearance hole is not provided being captured within the body of the rivet as the rivet pierces such layer.		1. A system for attaching layers of material together comprising:
a self-piercing rivet having a head, body and tail;a plurality of layers, including:a top layer;a bottom layer free of a clearance hole and into which said self-piercing rivet is at least partially inserted;two or more middle layers provided between the top layer and bottom layer; anda clearance hole through which said self-piercing rivet passes during assembly in one of the: i) top layer; ii) the top layer and an uppermost layer of the two or more middle layers; iii) the top layer and a lowermost layer of the two or more middle layers; and iii) two or more of the two or more middle layers,wherein each clearance hole is configured to provide a hollow clearance space between the self-piercing rivet and each of the plurality of layers in which a clearance hole is provided after the plurality of layers are attached together by said self-piercing rivet with a portion of a layer of the plurality of layers in which a clearance hole is not provided being captured within the body of the rivet as the rivet pierces such layer.
2. A system for attaching layers of material together according to claim 1, wherein a clearance hole is only provided in one of the plurality of layers.
3. A system for attaching layers of material together according to claim 2, wherein the clearance hole is provided in the top layer.
4. A system for attaching layers of material together according to claim 2, wherein the layer having the clearance hole formed therein is formed from one of steel, carbon-fiber or a magnesium alloy.
5. A system for attaching layers of material together according to claim 1, wherein there are clearance holes provided in two of the plurality of layers.
6. A system for attaching layers of material together according to claim 5, wherein the clearance holes are provided in adjacent ones of the plurality of layers.
7. A system for attaching layers of material together according to claim 6, wherein the clearance holes are provided in the top and an uppermost middle layer.
8. A system for attaching layers of material together according to claim 6, wherein the clearance holes are provided in the middle layers.
9. A system for attaching layers of material together according to claim 5, wherein the clearance holes are provided in non-adjacent ones of the plurality of layers.
10. A system for attaching layers of material together according to claim 9, wherein the clearance holes are provided in top and a lowermost middle layer.
11. A system for attaching layers of material together according to claim 5, wherein the two layers having the clearance hole formed therein are formed from one of steel, carbon-fiber or a magnesium alloy.
12. A system for attaching layers of material together according to claim 1, wherein portions of two of the plurality of layers are captured within the body of the rivet.
13. A system for attaching layers of material together according to claim 12, wherein portio...		Ford Global Technologies, LLCUSFord Global Technologies, LLCUS MI DearbornFORD GLOBAL TECHNOLOGIES, LLCUS330 TOWN CENTER DRIVE, SUITE 800F16B019/08F16B019/08
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CN118728823A2024-10-01螺母及其加工工藝inventionCN202410899729.02024-07-05本發明公開了一種螺母及其加工工藝，該螺母包括：本體，包括內螺紋段、與內螺紋段連接的連接段，本體內設有貫穿內螺紋段和連接段的通孔；內螺紋段設有與通孔連通的注膠槽；連接段相對通孔徑向凹設有用於灌膠的第一凹槽。其加工工藝包括：外輪廓加工、通孔加工、注膠槽加工、內螺紋加工、第一凹槽加工。通過在內螺紋段設有與通孔連通的注膠槽以及在連接段相對通孔徑向凹設有用於灌膠的第一凹槽，使得螺母在整體結構上均具有良好的減振緩衝作用。;藝精工國際技術創新（深圳）有限公司CN523575 廣東省深圳市寶安區鬆崗街道燕川社區燕朝路43號A棟二樓B區藝精工國際技術創新（深圳）有限公司CN----F16B039/02F16B039/02
F16B037/00
F16F015/08		23-----------董志剛
董文傑
李輝
張世基
高鳴
王玉環
張東風
馬佳駿
戴海飛
王偉明
朱新華
陳鵬
何雪峰		13-











賈特
深圳三眾智慧財產權代理事務所(普通合夥) 44434		20241001----0-0-00-00-20藝精工國際技術創新（深圳）有限公司Pub.-------------
38
CN221800322U2024-10-01一種鐵塔安裝用防鬆螺栓結構modelCN202323521385.X2023-12-22本實用新型涉及一種鐵塔安裝用防鬆螺栓結構，包括螺栓，所述螺栓的底部開設有豎槽，豎槽的中央開設有圓槽，豎槽和圓槽內共同插接有限位架，限位架的底部對稱地固定安裝有兩個豎板，豎板位於豎槽內，螺栓的側面通過螺紋安裝有螺母一和螺母二，螺母一和螺母二分別與限位架的頂部和底部接觸，圓槽內通過螺紋安裝有螺紋柱；本方案通過限位架插入到豎槽和圓槽內，限位架的上表面與螺母一的下表面接觸，豎板位於豎槽內，可對螺栓的底部的內部進行支撐，螺紋柱可對限位架進行擠壓對限位架進行固定，螺栓的側面還設置有螺母二，螺母二位於豎板的外部，可對限位架進一步限位，整體內外受力穩定，熱脹冷縮和晃動也不會輕易鬆脫。;衡水廣廈鐵塔製造有限公司CN053010 河北省衡水市開發區勝利西路2618號衡水廣廈鐵塔製造有限公司CN ---F16B035/04F16B035/04
F16B039/22
F16B037/00		13-----------高元
付海波
王忠瑞
於學清
萬智慧
牛書雲		6-




黃蠶
杭州麥知專利代理事務所(普通合夥) 33397		20241001----0-0-10-00-19衡水廣廈鐵塔製造有限公司Valid-------------
39
CN221800336U2024-10-01一種具有防鬆脫結構的緊固螺母modelCN202323534229.72023-12-25本實用新型公開了一種具有防鬆脫結構的緊固螺母，包括緊固螺母本體，所述緊固螺母本體套設在緊固螺栓的外表面上且通過螺紋配合與所述緊固螺栓進行連接，所述緊固螺母本體的下方設置有副螺母，所述副螺母上表面設置有旋轉板，所述旋轉板通過旋轉元件與副螺母轉動連接，本實用新型通過轉動副螺母使副螺母向緊固螺母本體靠近，從而使副螺母與緊固螺母本體之間的防鬆彈簧被壓縮，防鬆彈簧被壓縮後，會使緊固螺母本體的底部受到一個向上的來自防鬆彈簧恢復形變的擠壓力，從而增加緊固螺母本體內螺紋與緊固螺栓外螺紋之間的擠壓力，進而提高緊固螺母本體內螺紋與緊固螺栓外螺紋之間摩擦力，使得緊固螺母本體難以鬆脫。;蘇州市易和工貿有限公司CN215000 江蘇省蘇州市相城區北橋街道恒威路10號蘇州市易和工貿有限公司CN ---F16B039/284F16B039/28411-----------易碧海1- 季棟林
蘇州銘浩智慧財產權代理事務所(普通合夥) 32246		20241001----0-0-10-00-19蘇州市易和工貿有限公司Valid-------------
40
CN118391336B2024-10-01一種以結構防鬆的螺紋副及聯結方法inventionCN202410814472.42024-06-24本發明涉及螺紋副技術領域，公開了一種以結構防鬆的螺紋副及聯結方法，包括螺栓，用於依次貫穿第二連接工件和第一連接工件；內齒螺母，與所述螺栓螺紋連接；螺母配合副，套設於所述螺栓上，所述螺母配合副位於所述第一連接工件與所述內齒螺母之間，所述螺母配合副通過鍵塊與所述螺栓滑動配合，且所述鍵塊相對於所述螺栓的徑向位移受限，防止螺母配合副與螺栓相對轉動，所述螺母配合副與所述內齒螺母之間通過齒紋嚙合；所述螺母配合副為彈性金屬材質。本發明避免振動等情況下導致螺紋副鬆動，保證整體的連接穩定，具備非人為故意拆卸則永不鬆動的效果，適用範圍廣。;華東交通大學CN330013 江西省南昌市經濟技術開發區雙港東大街808號華東交通大學CN ---F16B013/10F16B013/10
F16B037/00
F16B039/28
F16B043/00		14-----------黃志超
陳興茂
周澤傑
吳東
張永超		5-



李彬
北京東方盛凡智慧財產權代理有限公司 11562		20241001-郝曼郝曼CN1022459141-0-00CN118391336B11-20華東交通大學Valid-------------
41
CN118728818A2024-10-01一種單面連接螺栓inventionCN202411075609.52024-08-07本發明提供了一種單面連接螺栓，包括：芯杆、以及套裝在所述芯杆上的釘套；所述芯杆由扳擰結構、斷頸槽、第一頭部、光杆組成，所述光杆的末端周向開設有外螺紋；所述釘套由第二頭部、杆部組成，所述第二頭部與所述第一頭部相配合，所述杆部內部中空設置，且所述杆部的末端周向開設有與所述光杆的外螺紋相匹配的內螺紋，所述杆部的中間部位設置有變形區域。本發明所述的一種單面連接螺栓在實現單面安裝的條件下，以減少組成元件產品分件的數量，實現較高的剪切、抗拉等性能，保證芯杆斷裂面與機體表面平齊。;航太精工股份有限公司CN300300 天津市東麗區引航道1號航太精工股份有限公司CN----F16B031/00F16B031/00
F16B035/00		12-----------魏亮亮
孫昂
林忠亮
單壟壟
徐磊欣		5-



薛萌萌
天津企興智財智慧財產權代理有限公司 12226		20241001----0-0-00-00-20航太精工股份有限公司Pub.-------------
42
TW202438689A2024-10-01鋼棒、螺栓及螺栓製造方法invention1131060472024-02-21本發明提供一種適合作為大直徑、高強度且高韌性的螺栓的材料的鋼棒、大直徑、高強度且高韌性的螺栓及該螺栓的製造方法。鋼棒1中，化學組成以質量%計為C：0.35%以上且0.45%以下、Si：0.10%以上且0.50%以下、Mn：0.50%以上且2.00%以下、P：0.030%以下、S：0.030%以下、Ni：1.00%以上且3.00%以下、Cr：0.50%以上且2.00%以下及Mo：0.10%以上且0.50%以下，且剩餘部分為Fe及雜質，DI值為420以上，直徑為65 mm以上。日商傑富意鋼鐵股份有限公司JP日本日商傑富意鋼鐵股份有限公司JP---C22C038/22C22C038/22
C21D009/00		22-----2023-0561762023-03-30JP井原直哉
中島孝一		2JP
卓俊傑
鮑亞嵐
卓孟儀		臺北市中正區羅斯福路2段100號7樓之1
臺北市中正區羅斯福路2段100號7樓之1
臺北市中正區羅斯福路2段100號7樓之1		2219-0000-00-JFE STEEL CORPORATION20日商傑富意鋼鐵股份有限公司Pub.-------------
43
CN221800335U2024-10-01不鬆動螺母modelCN202420199477.62024-01-28一種不鬆動螺母，包括螺母內襯、螺母，其特徵在於螺母內襯內圈為正常螺紋，外圈為反向螺紋，頂部是擋邊；螺母為普通螺母，但是內圈的螺紋是反向螺紋；本技術擰入螺母，按正常方向擰是擰緊，按反方向擰的話，由於螺母的內圈和螺母內襯的外圈都是反向螺紋，所以反方向擰的話，螺母還是往下壓緊的，因此螺母正常擰是緊固，反向擰也是緊固，達到不會鬆動的效果。;駱威龍CN518000 廣東省深圳市羅湖區南湖街道江背路廬山花園E棟18B駱威龍CN ---F16B039/28F16B039/28
F16B037/00		12-----------駱威龍1CN518000 廣東省深圳市羅湖區南湖街道江背路廬山花園E棟18B--20241001----0-0-00-00-20駱威龍Valid-------------
44
TWI858695B2024-10-11散熱裝置的固定元件及其安裝方法invention1121171642023-05-09一種散熱裝置的固定元件，係具有：一螺絲，其一端具有螺絲頭，另一端則形成有複數外螺紋，該螺絲於外螺紋的區段上方具有一環形槽卡設一扣環，該螺絲的螺絲頭與外螺紋之間穿設一彈簧，該彈簧具有一頂端及一底端，該彈簧之底端係抵接於該扣環；一套筒，係為一兩端呈開放狀的管狀結構，其內部具有一容置空間，該容置空間設有具有彈簧的螺絲，並該套筒透過一限位單元可對該彈簧的上端限位，令該彈簧於該套筒之容置空間內被壓縮，該限位單元可直接成型於套筒上與該套筒結合一體，或以外加之預設元件等方式與該套筒搭配使用，透過解除該限位單元對該彈簧的干涉或限位，令該彈簧的彈簧力獲得釋放，使得以令該等彈簧的頂端向上頂撐該螺絲頭。一種散熱裝置的固定元件，係具有：一螺絲，其一端具有螺絲頭，另一端則形成有複數外螺紋，該螺絲於外螺紋的區段上方具有一環形槽卡設一扣環，該螺絲的螺絲頭與外螺紋之間穿設一彈簧，該彈簧具有一頂端及一底端，該彈簧之底端係抵接於該扣環；一套筒，係為一兩端呈開放狀的管狀結構，其內部具有一容置空間，該容置空間設有具有彈簧的螺絲，並該套筒透過一限位單元可對該彈簧的上端限位，令該彈簧於該套筒之容置空間內被壓縮，該限位單元可直接成型於套筒上與該套筒結合一體，或以外加之預設元件等方式與該套筒搭配使用，透過解除該限位單元對該彈簧的干涉或限位，令該彈簧的彈簧力獲得釋放，使得以令該等彈簧的頂端向上頂撐該螺絲頭。
如請求項1之散熱裝置的固定元件，其中該套筒具有呈開放狀的一上端及一下端，該容置空間介於該上、下端之間，所述套筒近上端處開設有一對視窗，該視窗具有一上緣及一下緣，該等窗口由該套筒外側向該套筒的容置空間方向貫穿並連通該容置空間。
如請求項2之散熱裝置的固定元件，其中該該限位單元兩端連接該視窗之上、下緣，該限位單元係為一可活動或可撓性之凸體，並該限位單元具有一第一面及一第二面，所述第一面及第二面分別設於該限位單元的內、外表面，該第一面及該第二面至少一面係呈凸出狀，該第一面向該容置空間方向凸出。
如請求項2之散熱裝置的固定元件，其中該限位單元係為一外部元件，並對應由該視窗處穿設進入該容置空間供該彈簧之上端抵頂，令該彈簧壓縮限制於該套筒之容置空間內。
如請求項4之散熱裝置的固定元件，其中該限位單元係片體或橫桿或環體其中任一，徑向由前述兩視窗穿入或嵌入該套筒之容置空間對該彈簧產生干涉而限位於該套筒之容置空間內。
一種散熱裝置的安裝方法，係包含下列步驟：提供一如請求項1至4項之任一項的散熱裝置的固定元件；步驟A：準備一散熱裝置，並在該散熱裝置的四隅分別安裝所述固定元件；步驟B：將該散熱裝置對應放置在一裸晶發熱源的上方，並先透過該等固定元件以螺鎖的方式暫與該裸晶發熱源初步預鎖定位；步驟C：最後同時解除該散熱裝置上所有受限於套筒內的彈簧，令該等彈簧受到釋放後同步提供該散熱裝置向該裸晶發熱源一同步且均勻下壓貼合力。
如請求項6所述之散熱裝置的安裝方法，其中該固定元件的套筒及該彈簧下端係抵接該散熱裝置上側表面，該扣環抵接該散熱裝置下側表面，該固定元件係固定於該散熱裝置上。		奇鋐科技股份有限公司TW新北市新莊區五權二路24號7樓之3奇鋐科技股份有限公司TW---F16B005/02F16B005/02
H01L023/40		22-----藍文基1TW孫大龍臺北市大安區復興南路2段283號7樓5129賴耿賢賴耿賢0CN211017061
CN211951083		210-00I858695ASIA VITAL COMPONENTS CO., LTD.19奇鋐科技股份有限公司Valid-------------
45
CN118543911B2024-10-08一種緊固件加工用螺紋打磨裝置inventionCN202411026151.42024-07-30本發明公開了一種緊固件加工用螺紋打磨裝置，屬於緊固件加工技術領域，包括：支撐架，支撐架的底部設置有收集箱；打磨機本體，打磨機本體的底部固定連接於支撐架的頂部；傳輸機構，傳輸機構設置於支撐架上；固定機構，固定機構設置有多組，每組固定機構均包括連接板、推動部件、兩組限位部件和固定部件，通過調節安裝箱的位置，通過傳輸機構和固定機構的配合使緊固件移動到清潔機構上，通過轉動部件和清潔部件的配合，使毛刷輥緊貼緊固件的內壁，清潔杆緊貼緊固件的外壁使清潔杆轉動，對緊固件的外表進行清潔，同時毛刷輥對緊固件的內部進行清潔，通過傳輸機構和固定機構的配合，將緊固件帶到收集箱的頂並且鬆開緊固件，方便使用者收集緊固件。;江蘇百固工程機械部件製造有限公司CN225700 江蘇省泰州市興化市陳堡鎮工業集中區文明路江蘇百固工程機械部件製造有限公司CN ---B23G001/36B23G001/36
B23G001/44		11-----------何冬凱1- 王培蘊
北京卓恒智慧財產權代理事務所(特殊普通合夥) 11394		20241008-李瓊李瓊CN215615584
CN216706763
CN112405196		3-0-00CN118543911B11-20江蘇百固工程機械部件製造有限公司Valid-------------
46
US20240328445A12024-10-03ANTI-WEAR SCREWinvention18/5231762023-11-29An anti-wear screw includes a U-shaped anti-wear clip and a locking screw. The U-shaped anti-wear clip is used to clamp on a heat dissipation substrate, and the locking screw is passed through the U-shaped anti-wear clip to fix the heat dissipation substrate. In addition, the anti-wear screw further includes a pressure spring installed between the locking screw and the U-shaped anti-wear clip to exert pressure on the U-shaped anti-wear clip and the heat dissipation substrate.1. An anti-wear screw, comprising:
a U-shaped anti-wear clip clamping on a heat dissipation substrate; anda locking screw passing through the U-shaped anti-wear clip to fix the heat dissipation substrate.		1. An anti-wear screw, comprising:
a U-shaped anti-wear clip clamping on a heat dissipation substrate; anda locking screw passing through the U-shaped anti-wear clip to fix the heat dissipation substrate.
2. The anti-wear screw of claim 1, further comprising:
a pressure spring installed between the locking screw and the U-shaped anti-wear clip to exert pressure on the U-shaped anti-wear clip and the heat dissipation substrate.
3. The anti-wear screw of claim 2, wherein the U-shaped anti-wear clip comprises:
an upper clamping arm;a connecting portion connecting to the upper clamping arm; anda lower clamping arm connecting to the connecting portion, wherein the upper clamping arm and the lower clamping arm have a length difference, and a length of the lower clamping arm is greater than a length of the upper clamping arm.
4. The anti-wear screw of claim 3, wherein the U-shaped anti-wear clip comprises a first guiding portion and a second guiding portion, the first guiding portion is formed at a terminal portion of the upper clamping arm and is bent upwardly, and the second guiding portion is formed at a terminal portion of the lower clamping arm and is bent downwardly.
5. The anti-wear screw of claim 3, wherein the upper clamping arm and the lower clamping arm respectively comprise a V-shaped guiding notch.
6. The anti-wear screw of claim 5, wherein the V-shaped guiding notch of the lower clamping arm comprises a smallest width, and the smallest width is smaller than an outer diameter of the locking screw.
7. The anti-wear screw of claim 6, wherein the locking screw comprises:
a first portion having a first outer diameter;a second portion having a second outer diameter, wherein the second portion is connected to the first portion;a third portion having a third outer diameter connected to the second portion, wherein the second outer diameter is smaller than the first outer diameter and the third outer diameter; anda screw head having a fourth outer diameter, wherein the screw head is connected to the third portion and the fourth outer diameter is greater than the first outer diameter, the second outer diameter and the third outer diameter.
8. The anti-wear screw of claim 7, wherein the first outer diameter is greater than or equal to the third outer diameter.
9. The anti-wear screw of claim 8, wherein the lower clamping arm of the U-shaped anti-wear clip comprises a first opening communicated with a V-shaped guiding notch of the lower clamping arm, wherein the upper clamping arm of the U-shaped anti-wear clip comprises a second opening communicated with a V-shaped guiding notch of the upper clamping arm, and a second opening inner diameter of the second opening is greater than a first opening inner diameter of the first opening.
10. The anti-wear screw of claim 9, wherein the first opening further comprises a first opening entrance width, the first opening entrance width is smaller than the first opening inner diameter, and the second outer ...		Auras Technology Co., Ltd.TWAuras Technology Co., Ltd.TW-AURAS TECHNOLOGY CO., LTD.TW3F., NO.6, WUQUAN 3RD RD., XINZHUANG DIST.,F16B005/02F16B005/02
F16B005/06		11-F16B0005/0266F16B0005/0266
F16B0005/0621
H05K0007/2039		--------Cheng-Ju CHANG
Moo-Ting CHOU
Yi-Le CHENG
Wan-Hsuan LIN
Chung-Chien SU		5TW New Taipei City
New Taipei City
New Taipei City
New Taipei City
New Taipei City		-------0-0-10-00-19AURAS TECHNOLOGY CO., LTD.Pub.-------------
47
WO2024209553A12024-10-10FASTENING NUTinventionJP20230139712023-04-04Provided is a nut that extends the fatigue life of a bolt used in bolt and nut fastening, and that is easily manufactured. A nut (1) has a nut body (2) provided with a flange part (5), and has a shallow recess (7) having a depth of 1.25 pitch or less, provided on the axial side of a seating surface (5s) which is a flat surface extending perpendicularly to the axis on the fastening side of the nut body (2). The nut (1) preferably has an additional rigid part (6) on the open side.
　ナット本體とねじ穴からなるナットであって、
　ナットは軸線及び軸線方向と軸線に垂直な半徑方向とを有し、
　ナット本體は半徑方向の軸線側を內側、軸線から遠ざかる側を外側又は外周側といい、
　以下において、ナット本體における軸線Ｚから半徑方向Ｘの特定の位置までの寸法を「半徑寸法」と定義し、「半徑方向寸法」とは區別され、
　ねじ穴は、ねじ穴のねじ穀底を結んで形成されるねじ穀底円筒面の半徑寸法であるねじ穀底半徑寸法Ｒ０と、ねじピッチＰを有し、
　ナット本體は、軸線方向に、角型ナット部と、角型ナット部の外周の半徑寸法より大きい外周の半徑寸法を有するフランジ部とを有し、ナット本體のフランジ部側を締結側、角型ナット部側を開放側とし、
　フランジ部は、締結側末端に半徑方向に延在する座面を有し、かつ座面より軸線側に、軸線方向に見て円環狀であり、座面の延長面より開放側に深さを有する窪みを有し、
　窪みは、座面の延長面から軸線方向の最大深さＤｍが、ねじピッチＰの１．２５倍以下（Ｄｍ≦１．２５Ｐ）である
ことを特徴とするナット。

　ナット本體とねじ穴からなるナットであって、
　ナットは軸線及び軸線方向と軸線に垂直な半徑方向とを有し、
　ナット本體は半徑方向の軸線側を內側、軸線から遠ざかる側を外側又は外周側といい、
　以下において、ナット本體における軸線Ｚから半徑方向Ｘの特定の位置までの寸法を「半徑寸法」と定義し、「半徑方向寸法」とは區別され、
　ねじ穴は、ねじ穴のねじ穀底を結んで形成されるねじ穀底円筒面の半徑寸法であるねじ穀底半徑寸法Ｒ０と、ねじピッチＰを有し、
　ナット本體は、軸線方向に、角型ナット部と、角型ナット部の外周の半徑寸法より大きい外周の半徑寸法を有するフランジ部とを有し、ナット本體のフランジ部側を締結側、角型ナット部側を開放側とし、
　フランジ部は、締結側末端に半徑方向に延在する座面を有し、かつ座面より軸線側に、軸線方向に見て円環狀であり、座面の延長面より開放側に深さを有する窪みを有し、
　窪みは、座面の延長面から軸線方向の最大深さＤｍが、ねじピッチＰの１．２５倍以下（Ｄｍ≦１．２５Ｐ）である
ことを特徴とするナット。


　ナットの軸線を含む縦斷面（以下、単に「ナット縦斷面」ともいう）において、ナット本體は開放側末端に開放側付加剛性部を有し、開放側付加剛性部は、その半徑方向內側表面の半徑寸法Ｒ１がねじ穀底半徑寸法Ｒ０より大きい部分であり、開放側付加剛性部の軸線方向寸法ＨａはねじピッチＰの０．５倍以上である、
請求項１に記載のナット。


　ナット本體は、開放側末端に、半徑方向外側面の半徑寸法Ｒ３が角型ナット部の対角半徑寸法Ｒｎより小さい減徑部を有し（Ｒ３＜Ｒｎ）、減徑部の軸線方向の寸法Ｈｃは、開放側付加剛性部の軸線方向寸法Ｈａより大きい、
請求項２に記載のナット。


　窪みは、窪みの軸線側末端における、座面の延長面から軸線方向の深さＤｉが、最大深さＤｍより小さく（Ｄｉ＜Ｄｍ）、好ましくは、窪み（７）の最大深さＤｍと前記深さＤｉとの差Ｄｄが、ねじピッチＰの０倍より大きく、１．０倍以下（０＜Ｄｄ≦１．０Ｐ）である、
請求項１又は２に記載のナット。


　フランジ部は、フランジ部の最大半徑寸法Ｒｆｍと角型ナット部の半徑寸法Ｒｎとの寸法差Ｌｆｄ＝（Ｒｆｍ―Ｒｎ）が、ねじピッチＰの１．８倍以上（Ｌｆｄ≧１．８Ｐ）である、
請求項１又は２に記載のナット。


　フランジ部は、座面からフランジ部と角型ナット部の境界までの軸線方向の高さＨｆｍが、ねじピッチＰの２倍以上４倍以下（２Ｐ≦Ｈｆｍ≦４Ｐ）である、
請求項１又は２に記載のナット。


　ナット縦斷面において、フランジ部は、フランジ部のうち半徑寸法が最大徑Ｒｆｍの部分であるフランジ最外周部と、フランジ最外周部と座面とを結ぶ応力緩和曲線で構成される応力緩和部と、フランジ最外周部と角型ナット部とを結ぶ傾斜部とから構成され、フランジ最外周部は軸線方向に延在する直線であるが、點であってもよく、
　フランジ最外周部は、フランジ最外周部と傾斜部との境界における座面の延長面からの軸線方向の高さＨｆが、窪みの最大深さＤｍより大きく（Ｈｍ＞Ｄｍ）、かつ、高さＨｆはねじピッチＰの１．２倍以上（Ｈｆ≧１．２Ｐ）である、
請求項１又は２に記載のナット。


　ねじ穀底円筒面から窪みの外側末端までの半徑方向寸法Ｌｍは、ねじピッチＰの１．０倍より大きく（１．０Ｐ＜Ｌｍ）、かつ、半徑方向寸法Ｌｍは、角型ナット部の外周のねじ穀底円筒面からの半徑方向寸法Ｌｎより小さい（Ｌｍ＜Ｌｎ）、
請求項１又は２に記載のナット。


　窪みは最大深さＤｍを有する部位を有し、最大深さＤｍを有する部位は、ねじ穀底円筒面から半徑方向寸法Ｌｄｍの位置にあり、半徑方向寸法Ｌｄｍは、ねじ穀底円筒面から窪みの外側末端までの半徑方向寸法Ｌｍを基準にして、半徑方向寸法Ｌｍの５分の２より大きい、
請求項８に記載のナット。


　ナット縦斷面において、窪みは、窪みと座面との境界から窪みの軸線側末端に向かい、最大深さＤｍの部位）を含む応力緩和曲線部と、任意に、応力緩和曲線部の軸線側にあり略半徑方向に延在する直線部とを含む、
請求項９に記載のナット。


　ナット縦斷面において、窪みは、窪みと座面との境界から第１の直線部と、その第１の直線部の末端から半徑方向內側に延びて最大深さＤｍの部位を有する応力緩和曲線部と、任意に、窪みの軸線側末端まで略半徑方向に延在する第２の直線部を含む、
請求項９に記載のナット。


　ナット縦斷面において、座面の內側末端の半徑寸法Ｒｒと角型ナット部の外周の半徑寸法Ｒｎとの差Ｌｄ＝（Ｒｎ―Ｒｒ）は、ねじピッチＰの０．３倍以上（Ｌｄ≧０．３Ｐ）である、
請求項１又は２に記載のナット。


　座面の內側末端から外側末端までの半徑方向寸法Ｌｓは、ねじピッチＰの１．０倍以上（Ｌｓ≧１．０Ｐ）である、
請求項１又は２に記載のナット。


　座面の面積Ｓは、角型ナット部の半徑寸法Ｒｎを半徑とする円の面積Ｓｎから、ねじ穀底の半徑寸法Ｒ０を半徑とする円の面積Ｓ０を減算した面積Ｓｓ＝（Ｓｎ―Ｓ０）の０．７倍以上１．２倍以下（０．７Ｓｓ≦Ｓ≦１．２Ｓｓ）である、
請求項１又は２に記載のナット。


　フランジ部の応力緩和部の半徑方向寸法Ｌｒ＝（Ｒｆｍ―Ｒｓｍ）は、ねじピッチＰの０．７倍以上である、
請求項６に記載のナット。


　ナット縦斷面において、フランジ部の傾斜部は、半徑方向に対して１５°～４５°（１５°≦θ≦４５°）の範囲內の角度θを有する、
請求項６に記載のナット。


　請求項１～１６のいずれか一項に記載のナットと、ナットに対応するボルトとを用いて、被締結物を基材に固定するための締結構造であることを特徴とするボルト・ナット締結構造。


　前記締結構造が、振動、溫度変化、圧力変化、腐食性環境の少なくとも１つを含む環境で用いられている、請求項１７に記載のボルト・ナット締結構造。


　前記締結構造が、自動車、航空機、宇宙機器、橋梁、原動機（モーター、エンジン）、風力発電機、建設機械、土木機械、鉱山機械、鉄道車両、クレーン、船舶、発電機器、送電機器（鉄塔）、パイプライン（フランジ接続部）、昇降機（エレベーター、エスカレーター）、真空機器、半導體製造裝置、鋳鍛造・製鉄機械、工作機械、鉄鋼建築物からなる群から選ばれる用途に用いられている、請求項１７又は１８に記載のボルト・ナット締結構造。
MATSUO INDUSTRY CORPORATIONS
IMOTT INC.		JP18-13, Omorinishi 4-chome, Ota-ku, Tokyo,1430015,〒1430015,JP
16-12, Azaminominami 3-chome, Aoba-ku, Yokohama-shi, Kanagawa,2250012,〒2250012,JP		MATSUO INDUSTRY CORPORATIONS
IMOTT INC.		JP
JP		----F16B037/00F16B037/0011-----------HAYASHIDA, Tatsuaki
MATSUO, Makoto		2JP1-24-15, Ushikubohigashi, Tsuzuki-ku, Yokohama-shi, Kanagawa,2240014,〒2240014,JP
c/o Matsuo industry corporations, 18-13, Omorinishi 4-chome, Ota-ku, Tokyo,1430015,〒1430015,JP		AOKI, Atsushi et al.SEIWA PATENT & LAW, Toranomon Hills Mori Tower, 23-1, Toranomon 1-chome, Minato-ku, Tokyo,1050001,〒1050001,JP-----0-0-10-00-19MATSUO INDUSTRY CORPORATIONS,IMOTT INC.-------------
48
CN221800328U2024-10-01異型焊接螺母modelCN202420271424.02024-02-04本實用新型公開了異型焊接螺母，涉及異型焊接螺母技術領域，包括：異型焊接螺母，所述異型焊接螺母底部接觸有平板，所述異型焊接螺母頂部開設有圓孔一，所述平板頂部開設有圓孔二，所述圓孔一位置與圓孔二的位置相對應，所述圓孔一和圓孔二內部設置有固定元件；所述固定組件包括圓柱塊，所述圓柱塊頂部固定安裝有密封塊，所述圓柱塊內部開設有空氣槽。本實用新型通過固定元件，被擠壓的空氣會進入到方形槽中並對方形塊進行擠壓，受力後的方形塊通過推杆將限位板推出，從而達到代替螺釘進行固定的作用，避免了傳統螺釘在環境因素和使用時間的影響下出現生銹的問題，生銹的螺釘在拆卸時需要耗費大量的時間嚴重影響工作效率。;常熟市科創精密緊固件有限公司CN215500 江蘇省蘇州市常熟高新技術產業開發區富春江路11號常熟市科創精密緊固件有限公司CN ---F16B037/04F16B037/04
F16B037/06		11-----------王凱
馮巍		2-
王慧敏
北京理文智慧財產權代理事務所(特殊普通合夥) 33244		20241001----0-0-00-00-20常熟市科創精密緊固件有限公司Valid-------------
49
EP3929450B12024-10-02A FASTENERinvention21172265.72021-05-05A fastener for coupling two panel structures, comprising: a base member, having a proximal end portion and a distal end portion extending along a longitudinal axis; a first member, provided on said base member towards said proximal end portion, said first member comprising a through bore having a first central axis that is parallel to said longitudinal axis; a second member, provided on said base member towards said distal end portion and spaced apart from said first member so as to form a receiving portion configured to receive at least one panel structure, comprising an aperture defining an internal surface and having a second central axis that is coaxially aligned with said first central axis, said internal surface comprising at least one stop member protruding radially inwardly from said internal surface, and a nut member, coaxially aligned within and frangibly connected to said internal surface of said aperture, comprising at least one block member protruding radially outward from an outer surface of said nut member and configured to stoppingly engage with said at least one stop member, and wherein, during use, said nut member is configured to move from a first position, where said nut is frangibly connected to said internal surface, to a second position, where said least one block member is abuttingly engaged with said at last one stop member so as to allow axial movement of said nut member within said aperture of said second member.
A fastener (100, 400) for coupling two panel structures (200a, 200b, 202b, 500a, 500b), comprising:
a base member (106, 406), having a proximal end portion (104) and a distal end portion (110) extending along a longitudinal axis (120);a first member (102, 402), provided on said base member (106, 406) towards said proximal end portion (104), said first member (102, 402) comprising a through bore (112) having a first central axis (116) that is parallel to said longitudinal axis (120);a second member (108, 408), provided on said base member (106, 406) towards said distal end portion (110) and spaced apart from said first member (102, 402) so as to form a receiving portion (130, 430) configured to receive at least one panel structure (200a, 500a), comprising an aperture (114, 414) defining an internal surface and having a second central axis (118) that is coaxially aligned with said first central axis (116), said internal surface comprising at least one stop member (122a, 122b, 422a, 422b) protruding radially inwardly from said internal surface, anda nut member (124, 424), coaxially aligned within and frangibly connected to said internal surface of said aperture (114, 414), comprising at least one block member (126a, 126b, 426a, 426b) protruding radially outward from an outer surface of said nut member (124, 424) and configured to stoppingly engage with said at least one stop member (122a, 122b, 422a, 422b), and
wherein, during use, said nut member (124, 424) is configured to move from a first position, where said nut member (124, 424) is frangibly connected to said internal surface, to a second position, where said at least one block member (126a, 126b, 426a, 426b) is abuttingly engaged with said at last one stop member (122a, 122b, 422a, 422b) so as to allow axial movement of said nut member (124, 424) within said aperture (114, 414) of said second member (108, 408).		A fastener (100, 400) for coupling two panel structures (200a, 200b, 202b, 500a, 500b), comprising:
a base member (106, 406), having a proximal end portion (104) and a distal end portion (110) extending along a longitudinal axis (120);a first member (102, 402), provided on said base member (106, 406) towards said proximal end portion (104), said first member (102, 402) comprising a through bore (112) having a first central axis (116) that is parallel to said longitudinal axis (120);a second member (108, 408), provided on said base member (106, 406) towards said distal end portion (110) and spaced apart from said first member (102, 402) so as to form a receiving portion (130, 430) configured to receive at least one panel structure (200a, 500a), comprising an aperture (114, 414) defining an internal surface and having a second central axis (118) that is coaxially aligned with said first central axis (116), said internal surface comprising at least one stop member (122a, 122b, 422a, 422b) protruding radially inwardly from said internal surface, anda nut member (124, 424), coaxially aligned within and frangibly connected to said internal surface of said aperture (114, 414), comprising at least one block member (126a, 126b, 426a, 426b) protruding radially outward from an outer surface of said nut member (124, 424) and configured to stoppingly engage with said at least one stop member (122a, 122b, 422a, 422b), and
wherein, during use, said nut member (124, 424) is configured to move from a first position, where said nut member (124, 424) is frangibly connected to said internal surface, to a second position, where said at least one block member (126a, 126b, 426a, 426b) is abuttingly engaged with said at last one stop member (122a, 122b, 422a, 422b) so as to allow axial movement of said nut member (124, 424) within said aperture (114, 414) of said second member (108, 408).
A fastener according to claim 1, wherein said first member (102, 402) and said second member (108, 408) are arranged perpendicular to said longitudinal axis (120) of said base member (106, 406).
A fastener according to any one of the preceding claims, wherein said nut member (124, 424) is configured to rotate from said first position to said second position. -->
A fastener according to any one of the preceding claims, further comprising at least one resilient leg (128a, 128b, 428a, 428b) provided on any one of said base member (106, 406), said first member (102, 402) and said second member (108, 408) and arranged laterally with respect to said longitudinal axis (120) and extending into said receiving portion (130, 430), configured to biasingly engage with a panel structure (200a, 500a) received in said receiving portion (130, 430).
A fastener according to claim 4, comprising at least two resilient legs (128a, 128b, 428a, 428b), each one arranged laterally with respect to said longitudinal axis (120) on opposing sides of said base member (106, 406).
A fastener according to any one ...		Illinois Tool Works, Inc.Illinois Tool Works, Inc.US155 Harlem Avenue Glenview, Illinois 60025---F16B037/04F16B037/0411F16B0037/044F16B0037/044----203825472020-06-23EPARTETA UNANUA, Javier1US Illinois, 60025HGF---0WO01/98033
DE102004 017 449
WO0198033
DE102004017449		430EP3929450B1
US11530715
CN113833723A		33-17Illinois Tool Works, Inc.-------------
50
CN112392840B2024-10-01鎖緊螺母inventionCN201910757886.72019-08-16本發明涉及一種鎖緊螺母，所述鎖緊螺母(2)能夠抵靠在位於其軸向端側的端側件(1)上，所述鎖緊螺母(2)包括螺母主體(21)，所述螺母主體(21)具有中心孔，所述中心孔設置有用於與配合件(3)的外螺紋配合的內螺紋，其中，所述鎖緊螺母(2)還包括鎖緊部，所述鎖緊部從所述螺母主體(21)沿軸向延伸至所述軸向端側，所述鎖緊部包括多個周向分佈的鎖緊分支部(22)，其中，所述鎖緊分支部(22)從所述螺母主體延伸至所述軸向端側的延伸方向與所述鎖緊螺母(2)的軸線(X)相傾斜，使得當所述鎖緊螺母(2)抵靠在所述端側件(1)時，所述鎖緊分支部(22)能夠變形從而產生防止所述鎖緊螺母(2)鬆動的力矩(T)。;舍弗勒技術股份兩合公司DE德國黑措根奧拉赫舍弗勒技術股份兩合公司DE ---F16B039/28F16B039/28
F16B037/00		12-----------馬求山
楊炳春		2-
柳春雷
北京東方億思智慧財產權代理有限責任公司 11258		20241001-趙磊趙磊CN203146547
CN202182100		2-0-50CN112392840B11-15舍弗勒技術股份兩合公司Valid-------------
51
CN118148999B2024-10-01一種帶楔形塊的自鎖防鬆元件inventionCN202310104193.42023-02-13本發明公開了一種帶楔形塊的自鎖防鬆元件，其包括：螺母和墊片，螺母和墊片上均設置有若干楔形塊，楔形塊在螺母、墊片接觸面上凹凸配合，楔形塊上楔面為方向與螺紋斜面方向相反的斜面，根據螺紋間摩擦係數、楔形塊間的摩擦係數、被緊固件表面摩擦係數以及螺紋升角，精確計算楔形塊的楔角取值範圍。使墊片發生鬆動方向旋轉時，防鬆組件穩定自鎖。;拉薩譽致信科技有限公司CN850000 西藏自治區拉薩市柳梧新區電子商務產業園三樓309室拉薩譽致信科技有限公司CN ---F16B039/24F16B039/24
F16B039/28
F16B037/00		12-----------李琪
袁新璐
餘磊		3-

龐啟成
成都海成智慧財產權代理事務所(普通合夥) 51357		20241001-張銳張銳CN1124129511-0-11CN118148999B11-19拉薩譽致信科技有限公司Valid-------------
52
TWM661448U2024-10-11快拆機構model1122095702023-09-04一種快拆機構，包括：一個含螺紋之公邊機構為一個殼體，其上方有外螺紋設計供螺母將物件固定用，中間外緣有讓活動板手可以扭轉之6角外型，殼體內有一個插銷及一個彈簧，殼體下方有一個或多數個鋼珠，及一個或多數個鋼珠孔；一個含內溝槽之母邊螺絲，其螺絲上方中心有可容納含螺紋之公邊機構底部及鋼珠、插銷底部之空間，上方外緣有讓活動板手可以扭轉之6角外型，下方有螺紋可以鎖進另一物件中，最終使兩物件透過該快拆機構之鎖定與解鎖狀態達到快速拆裝之目的。一種快拆機構，包括：一個含螺紋之公邊機構為一個殼體，其上方有外螺紋設計供螺母將物件固定用，中間外緣有讓活動板手可以扭轉之6角外型，殼體內有一個插銷及一個彈簧，殼體下方有一個或多數個鋼珠，及一個或多數個鋼珠孔；一個含內溝槽之母邊螺絲，其螺絲上方中心有可容納含螺紋之公邊機構底部及鋼珠、插銷底部之空間，上方外緣有讓活動板手可以扭轉之6角外型，下方有螺紋可以鎖進另一物件中，最終使兩物件透過該快拆機構之鎖定與解鎖狀態達到快速拆裝之目的。
如請求項1所述之快拆機構，其含螺紋之公邊機構中間外緣為6角形外型或非圓形之形狀。
如請求項1所述之快拆機構，其含內溝槽之母邊螺絲有用於讓鋼珠在鎖定狀態下可以存放鋼珠之環狀溝槽。
如請求項1所述之快拆機構，其含內溝槽之母邊螺絲有可以收納插銷下方凸出之凹槽。
如請求項1所述之快拆機構，其含螺紋之公邊機構中心之插銷含有斜面及平面設計使該機構可以進入鎖定或解鎖狀態。
如請求項1所述之快拆機構，其含螺紋之公邊機構下方之鋼珠孔直徑比鋼珠大0.1mm~0.15mm。
如請求項1所述之快拆機構，其含螺紋之公邊機構下方之鋼珠孔有卡槽比鋼珠孔直徑小0.2~0.4mm。
如請求項1所述之快拆機構，其含螺紋之公邊機構中心之彈簧之彈簧常數為0.08~0.25kg/mm。		蔡維澤TW宜蘭縣五結鄉鎮安路63巷36弄26號蔡維澤TW---F16B019/02F16B019/0211-----蔡維澤1TW5129-0010-00M661448TSAI, WEIZE19蔡維澤Valid-------------
53
US20240328446A12024-10-03Riveted Assemblies and Methods for Riveting Componentsinvention18/7324632024-06-03Riveted assemblies are provided that can include: a first component having opposing first and second sidewalls; a second component having opposing third and fourth sidewalls; and a rivet extending between a head along a shank to an end, the rivet piercing the first sidewall with the end of the rivet being between the first and fourth sidewalls, wherein the end of the rivet is deformed and interlocks the first and second components. Methods for affixing at least two components using a rivet are provided that can include: providing a first component having opposing first and second sidewalls; providing a second component having opposing third and fourth sidewalls; providing a rivet extending between a head along a shank to an end; and projecting the rivet through at least the third sidewall of the second component to deform and form an affixing interface to interlock the first and second components.1. A riveted assembly comprising:
a first component having opposing first and second sidewalls;a second component having opposing third and fourth sidewalls; anda rivet extending between a head along a shank to an end, the rivet piercing the first sidewall with the end of the rivet being between the first and fourth sidewalls, wherein the end of the rivet is deformed and interlocks the first and second components.		1. A riveted assembly comprising:
a first component having opposing first and second sidewalls;a second component having opposing third and fourth sidewalls; anda rivet extending between a head along a shank to an end, the rivet piercing the first sidewall with the end of the rivet being between the first and fourth sidewalls, wherein the end of the rivet is deformed and interlocks the first and second components.
2. The riveted assembly of claim 1 wherein the second surface of the first component abuts the third sidewall of the second component.
3. The riveted assembly of claim 1 wherein the rivet comprises Al or Al alloy.
4. The riveted assembly of claim 1 wherein the shank of the rivet is tubular and solid.
5. The riveted assembly of claim 1 wherein the rivet comprises Al or Mg and pierces the fourth sidewall of the second component.
6. A method for affixing at least two components using a rivet, the method comprising:
providing a first component having opposing first and second sidewalls;providing a second component having opposing third and fourth sidewalls;providing a rivet extending between a head along a shank to an end; andprojecting the rivet through at least the third sidewall of the second component to deform and form an affixing interface to interlock the first and second components.
7. The method of claim 6 further comprising abutting the second sidewall of the first component to the third sidewall of the second component.
8. The method of claim 6 wherein the rivet includes a flanged head.
9. The method of claim 6 wherein the rivet includes a blunt head.
10. The method of claim 6 wherein the rivet includes a blunt end.
11. The method of claim 6 wherein the rivet includes a conical end.
12. The method of claim 6 wherein the rivet includes a hemispherical end.		BATTELLE MEMORIAL INSTITUTEUSBATTELLE MEMORIAL INSTITUTEUS WA RichlandBATTELLE MEMORIAL INSTITUTEUS-F16B005/04F16B005/04
B21J015/02
F16B019/08		23-F16B0005/04F16B0005/04
B21J0015/025
F16B0019/08		--------Vineet V. Joshi
Sina Shahrezaei
Curt A. Lavender
Rob J. Seffens
Mark A. Rhodes
Darrell R. Herling
Aashish Rohatgi		7USWA Richland
WA Richland
WA Richland
WA Kennewick
WA Kennewick
WA Kennewick
WA Richland		-------0-0-00-00-20BATTELLE MEMORIAL INSTITUTEPub.-------------
54
US12109842B22024-10-08Hub lock nut assemblyinvention17/6051322019-04-29A hub lock nut assembly for retaining a vehicle wheel hub in position. The hub lock nut assembly comprising a hub lock nut and a mating component with which the hub lock nut is arranged to be mated in a mated position. The hub lock nut comprises a circumferential inner wall defining a central hole, the inner wall having a threaded portion. One of the hub lock nut or the mating component comprises at least one resilient portion adapted to be movable in a radial direction outwardly of the central hole when subjected to an external force provided by the other of the mating component or the hub lock nut. The at least one resilient portion having an engagement area for receiving said external force, wherein the engagement area is located radially outwardly of the threaded portion.1. A vehicle wheel hub lock assembly for retaining a vehicle wheel hub in position, the vehicle wheel hub lock assembly comprising:
a vehicle wheel hub lock nut comprising:
a circumferential inner wall defining a central hole, the inner wall having a threaded portion; andat least one resilient portion; anda mating component with which the vehicle wheel hub lock nut is configured to be releasably mated in a mated position, the mating component constituting part of a vehicle spindle, vehicle knuckle, or vehicle wheel axle portion;wherein the at least one resilient portion is adapted to be movable in a radial direction outwardly from the central hole when subjected to an external force provided by the mating component, the at least one resilient portion arranged to provide prevailing torque to the vehicle wheel hub lock nut when subjected to the external force, the at least one resilient portion having an engagement area for receiving the external force, wherein the engagement area is located radially outwardly of the threaded portion in the mated position; andwherein the mating component comprises a protrusion extending radially outwards from the mating component and configured to subject the resilient portion to the external force in the mated position.		1. A vehicle wheel hub lock assembly for retaining a vehicle wheel hub in position, the vehicle wheel hub lock assembly comprising:
a vehicle wheel hub lock nut comprising:
a circumferential inner wall defining a central hole, the inner wall having a threaded portion; andat least one resilient portion; anda mating component with which the vehicle wheel hub lock nut is configured to be releasably mated in a mated position, the mating component constituting part of a vehicle spindle, vehicle knuckle, or vehicle wheel axle portion;wherein the at least one resilient portion is adapted to be movable in a radial direction outwardly from the central hole when subjected to an external force provided by the mating component, the at least one resilient portion arranged to provide prevailing torque to the vehicle wheel hub lock nut when subjected to the external force, the at least one resilient portion having an engagement area for receiving the external force, wherein the engagement area is located radially outwardly of the threaded portion in the mated position; andwherein the mating component comprises a protrusion extending radially outwards from the mating component and configured to subject the resilient portion to the external force in the mated position.
2. The vehicle wheel hub lock assembly of claim 1, wherein the at least one resilient portion is in the form of a snap collar portion located radially of the threaded portion and projecting axially away from the threaded portion, the at least one resilient portion being adapted to flex in the radial direction outwardly from the central hole when subjected to the force.
3. The vehicle wheel hub lock assembly of claim 1, wherein the central hole is further defined by a circumferential non-threaded portion, wherein a ledge extends radially outwardly from the threaded portion to the non-threaded portion, wherein the resilient portion is connected to the ledge and projects axially away from the ledge.
4. The vehicle wheel hub lock assembly of claim 1, wherein the vehicle wheel hub lock nut comprises a flat annular end surface facing in the axial direction, wherein the resilient portion is located at the radial outer periphery of the annular end surface and wherein the resilient portion projects in the axial direction away from the annular end surface.
5. The vehicle wheel hub lock assembly of claim 1, wherein a safety washer constitutes the mating component.
6. The vehicle wheel hub lock assembly of claim 5, wherein the safety washer comprises an annular protrusion extending radially outwards from the safety washer, wherein the protrusion is configured to subject the resilient portion of the vehicle wheel hub lock nut to the external force when in the mated position.
7. The vehicle wheel hub lock assembly of claim 1, wherein at least a portion of the vehicle wheel hub lock nut is integrally formed by hot-formed steel.
8. The vehicle wheel hub lock assembly of claim 1, wherein the external force i...		Volvo Truck CorporationSEVolvo Truck CorporationSE GothenburgVOLVO TRUCK CORPORATIONSESE405-08B60B027/06B60B027/06
B60B035/14
F16B039/284
F16B039/32
B60B027/02
B60B035/02
B60B035/12		23-B60B0027/065B60B0027/065
F16B0039/284
B60B0027/02
B60B0035/02
B60B0035/12		--------Ramachandran Sandrasekaran
Kent Augustsson
Tobias Andersson		3IN
SE		 Karnataka
Bollebygd
Torslanda		Withrow & Terranova, PLLC--William D Hutton, Jr.William D Hutton, Jr.
Carl J Carlson		US168597
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CH476223
CN1457401
CN101999052
CN102245914
CN102272465
CN103244539
CN204327712
CN205331183
CN105829739
CN107100923
DE102012025165
DE102013016714
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TW200900598
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WO2020221429		27First Office Action for Chinese Patent Application No. 201980095799.8, mailed Feb. 11, 2023, 11 pages.;Notification to Grant for Chinese Patent Application No. 201980095799.8, mailed Jul. 1, 2023, 6 pages.;Intention to Grant for European Patent Application No. 19724748.9, mailed Oct. 17, 2023, 28 pages.;First Office Action for Chinese Patent Application No. 201980095807.9, mailed Aug. 29, 2023, 22 pages.;Examination Report for European Patent Application No. 19723696.1, mailed Sep. 1, 2023, 5 pages.;International Search Report and Written Opinion for International Patent Application No. PCT/EP2019/060963, mailed Jan. 22, 2020, 14 pages.;Second Written Opinion for International Patent Application No. PCT/EP2019/060963, mailed Jul. 3, 2020, 7 pages.;International Preliminary Report on Patentability for International Patent Application No. PCT/EP2019/060963, mailed Feb. 4, 2021, 24 pages.;International Search Report and Written Opinion for International Patent Application No. PCT/EP2019/060964, mailed Jan. 21, 2020, 14 pages.;Non-Final Office Action for U.S. Appl. No. 17/605,137, mailed Apr. 25, 2024, 6 pages.52US12109842
EP3963221B1
CN113728172B
WO2020221428		44-15VOLVO TRUCK CORPORATIONValid-------------
55
CN118728813A2024-10-01一種飛機大型部件對接的螺紋-斜錐結構組合膨脹銷inventionCN202410994418.22024-07-24本發明提供一種飛機大型部件對接的螺紋‑斜錐結構組合膨脹銷。中心空心軸(1)外套有膨脹套(2)，中心空心軸(1)中心穿有中心螺紋杆(3)，中心螺紋杆(3)頭端穿出中心空心軸(1)尾端後與螺母(4)螺紋連接；螺母(4)在中心螺紋杆(3)上旋動時，推動中心空心軸(1)頭端沿軸向深入膨脹套(2)，將膨脹套(2)沿徑向脹開。本發明解決了大部件對接過程中偏心孔定位困難，效率低下，輔助工序準備時間長，人工作業困難和成本高昂的工藝問題。;中航通飛華南飛機工業有限公司CN519040 廣東省珠海市金海中路999號201B棟中航通飛華南飛機工業有限公司CN----F16B013/06F16B013/0611-----------張浩然
付景麗
馮萬喜
楊新良		4-


孫帥平
貴州國防工業專利中心 52001		20241001----0-0-00-00-20中航通飛華南飛機工業有限公司Pub.-------------
56
CN221810951U2024-10-08一種錨固螺栓及帶壓儲罐堵漏裝置modelCN202323566454.92023-12-26本實用新型公開了一種錨固螺栓及帶壓儲罐堵漏裝置，涉及帶壓堵漏技術領域，包括套管，包括連接頭和錨固頭；固定組件，包括螺杆和螺母；堵漏裝置，包括堵漏元件和緊固元件。本實用新型的有益效果為通過錨固頭使錨固螺栓卡合在儲罐內部，墊片配合橡膠墊圈對漏點進行封堵，同時緊固螺母對其進行緊固，能夠實現對漏點的臨時封堵，之後通過焊接鋼板對儲存不燃物的帶壓儲罐漏點進行封堵，可在儲罐正常使用狀態下進行堵漏，免于對儲罐進行降壓影響正常生產。;貴州黔希化工有限責任公司CN551500 貴州省畢節市黔西市經濟開發區(文峰辦事處三角社區楊柳塘)貴州黔希化工有限責任公司CN ---F16B035/00F16B035/00
F16B043/00
B65D090/22		23-----------王丙紅
黃千里
劉鬆
吳江瑋
匡子君
鄧光情
劉慧芳		7-





梁經宛
南京禹為智慧財產權代理事務所(特殊普通合夥) 32272		20241008----0-0-10-00-19貴州黔希化工有限責任公司Valid-------------
57
WO2024209731A12024-10-10FASTENING NUTinventionJP20230406312023-11-10Provided is a nut that extends the fatigue life of a bolt used in bold and nut fastening, and that is easily manufactured. A nut (1) has a nut body (2) provided with a flange part (5), and has a shallow recess (7) having a depth of 1.5 pitch or less, provided on the axial side of a seating surface (5s) which is a flat surface extending perpendicularly to the axis on the fastening side of the nut body (2). The nut (1) preferably has an additional rigid part (6) on the open side.
　ナット本體（２）とねじ穴（３）からなるナット（１）であって、
　ナット（１）は、軸線及び軸線方向（Ｚ）と軸線に垂直な半徑方向（Ｘ）とを有し、
　ナット本體（２）は、半徑方向（Ｘ）の軸線側を「內側」、軸線から遠ざかる側を「外側」又は「外周側」といい、
　以下において、ナット本體（２）における軸線から半徑方向（Ｘ）の特定の位置までの寸法を「半徑寸法」と定義し、半徑方向（Ｘ）における特定の２點間の寸法である「半徑方向寸法」とは區別され、
　ねじ穴（３）は、ねじ穴（３）のねじ穀（３ｂ）を結んで形成されるねじ穀円筒面（３ｅ）の半徑寸法であるねじ穀半徑寸法Ｒ０と、ねじピッチＰを有し、
　ナット本體（２）は、軸線方向（Ｚ）に、角型ナット部（４）とフランジ部（５）とを有し、ナット（１）のフランジ部（５）側を「締結側」、角型ナット部（４）側を「開放側」とし、
　角型ナット部（４）は、角型ナット部（４）の外周面に內接する円筒面の半徑寸法である角型ナット部（４）の外周內接円筒半徑寸法Ｒｎと、角型ナット部（４）の外周面に外接する円筒面の半徑寸法である角型ナット部（４）の外周外接円筒半徑寸法Ｒｎоとを有し、
　フランジ部（５）は、外周外接円筒半徑寸法Ｒｎｏより大きい外周の半徑寸法を有し、
　フランジ部（５）は、締結側末端に軸線に垂直な方向（Ｘ）に延在する平面からなる座面（５ｓ）を有し、
　フランジ部（５）は、座面（５ｓ）より軸線側に、軸線方向（Ｚ）に見て円環狀であり、座面の延長面（５ｅ）より開放側に深さを有する窪み（７）を有し、
　窪み（７）は、座面の延長面（５ｅ）から軸線方向（Ｚ）の最大深さＤｍが、ねじピッチＰの１．５倍未満（Ｄｍ＜１．５Ｐ）である
ことを特徴とするナット（１）。

　ナット本體（２）とねじ穴（３）からなるナット（１）であって、
　ナット（１）は、軸線及び軸線方向（Ｚ）と軸線に垂直な半徑方向（Ｘ）とを有し、
　ナット本體（２）は、半徑方向（Ｘ）の軸線側を「內側」、軸線から遠ざかる側を「外側」又は「外周側」といい、
　以下において、ナット本體（２）における軸線から半徑方向（Ｘ）の特定の位置までの寸法を「半徑寸法」と定義し、半徑方向（Ｘ）における特定の２點間の寸法である「半徑方向寸法」とは區別され、
　ねじ穴（３）は、ねじ穴（３）のねじ穀（３ｂ）を結んで形成されるねじ穀円筒面（３ｅ）の半徑寸法であるねじ穀半徑寸法Ｒ０と、ねじピッチＰを有し、
　ナット本體（２）は、軸線方向（Ｚ）に、角型ナット部（４）とフランジ部（５）とを有し、ナット（１）のフランジ部（５）側を「締結側」、角型ナット部（４）側を「開放側」とし、
　角型ナット部（４）は、角型ナット部（４）の外周面に內接する円筒面の半徑寸法である角型ナット部（４）の外周內接円筒半徑寸法Ｒｎと、角型ナット部（４）の外周面に外接する円筒面の半徑寸法である角型ナット部（４）の外周外接円筒半徑寸法Ｒｎоとを有し、
　フランジ部（５）は、外周外接円筒半徑寸法Ｒｎｏより大きい外周の半徑寸法を有し、
　フランジ部（５）は、締結側末端に軸線に垂直な方向（Ｘ）に延在する平面からなる座面（５ｓ）を有し、
　フランジ部（５）は、座面（５ｓ）より軸線側に、軸線方向（Ｚ）に見て円環狀であり、座面の延長面（５ｅ）より開放側に深さを有する窪み（７）を有し、
　窪み（７）は、座面の延長面（５ｅ）から軸線方向（Ｚ）の最大深さＤｍが、ねじピッチＰの１．５倍未満（Ｄｍ＜１．５Ｐ）である
ことを特徴とするナット（１）。


　ナット本體（２）とねじ穴（３）からなるナット（１）であって、
　ナット（１）は、軸線及び軸線方向（Ｚ）と軸線に垂直な半徑方向（Ｘ）とを有し、
　ナット本體（２）は、半徑方向（Ｘ）の軸線側を「內側」、軸線から遠ざかる側を「外側」又は「外周側」といい、
　以下において、ナット本體（２）における軸線から半徑方向（Ｘ）の特定の位置までの寸法を「半徑寸法」と定義し、半徑方向（Ｘ）における特定の２點間の寸法である「半徑方向寸法」とは區別され、
　ねじ穴（３）は、ねじ穴（３）のねじ穀（３ｂ）を結んで形成されるねじ穀円筒面（３ｅ）の半徑寸法であるねじ穀半徑寸法Ｒ０と、ねじピッチＰを有し、
　ナット本體（２）は、軸線方向（Ｚ）に、角型ナット部（４）とフランジ部（５）とを有し、ナット（１）のフランジ部（５）側を「締結側」、角型ナット部（４）側を「開放側」とし、
　角型ナット部（４）は、角型ナット部（４）の外周面に內接する円筒面の半徑寸法である角型ナット部（４）の外周內接円筒半徑寸法Ｒｎと、角型ナット部（４）の外周面に外接する円筒面の半徑寸法である角型ナット部（４）の外周外接円筒半徑寸法Ｒｎоとを有し、
　フランジ部（５）は、外周外接円筒半徑寸法Ｒｎｏより大きい外周の半徑寸法を有し、
　フランジ部（５）は、締結側末端に軸線に垂直な方向（Ｘ）に延在する平面からなる座面（５ｓ）を有し、
　フランジ部（５）は、座面（５ｓ）より軸線側に、軸線方向（Ｚ）に見て円環狀であり、座面の延長面（５ｅ）より開放側に深さを有する窪み（７）を有し、
　軸線方向（Ｚ）から見てフランジ部（５）のフランジ最外周部（５оｍ）を外縁とする軸側の面積Ｓ３から座面の軸側末端（５ｓｉ）を外縁とする軸側の面積Ｓ２を差し引いた面積Ｓｍ（＝Ｓ３－Ｓ２）は、角型ナット部（４）の外周內接円筒半徑寸法Ｒｎを半徑とする円の面積Ｓｎから、ねじ穀半徑寸法Ｒ０を半徑とする円の面積Ｓ０を減算した面積Ｓｓ＝（Ｓｎ―Ｓ０）を基準として、面積Ｓｓの０．５５倍以上（Ｓ≧０．５５Ｓｓ）であり、
　窪み（７）は、座面の延長面（５ｅ）から軸線方向（Ｚ）の最大深さＤｍが、ねじピッチＰの１．５倍未満（Ｄｍ＜１．５Ｐ）である
ことを特徴とするナット（１）。


　ナット本體（２）とねじ穴（３）からなるナット（１）であって、
　ナット（１）は、軸線及び軸線方向（Ｚ）と軸線に垂直な半徑方向（Ｘ）とを有し、
　ナット本體（２）は、半徑方向（Ｘ）の軸線側を「內側」、軸線から遠ざかる側を「外側」又は「外周側」といい、
　以下において、ナット本體（２）における軸線から半徑方向（Ｘ）の特定の位置までの寸法を「半徑寸法」と定義し、半徑方向（Ｘ）における特定の２點間の寸法である「半徑方向寸法」とは區別され、
　ねじ穴（３）は、ねじ穴（３）のねじ穀（３ｂ）を結んで形成されるねじ穀円筒面（３ｅ）の半徑寸法であるねじ穀半徑寸法Ｒ０と、ねじピッチＰを有し、
　ここにおいて、ねじピッチＰはＪＩＳのねじに関する標準規格又はＪＩＳの前記標準規格と対応する各國又は國際機関の標準規格（以下、ＪＩＳを含めてまとめて単に「標準規格」と稱する。）に基づくねじピッチであり、
　ナット本體（２）は、軸線方向（Ｚ）に、角型ナット部（４）とフランジ部（５）とを有し、ナット（１）のフランジ部（５）側を「締結側」、角型ナット部（４）側を「開放側」とし、
　角型ナット部（４）は、角型ナット部（４）の外周面に內接する円筒面の半徑寸法である角型ナット部（４）の外周內接円筒半徑寸法Ｒｎと、角型ナット部（４）の外周面に外接する円筒面の半徑寸法である角型ナット部（４）の外周外接円筒半徑寸法Ｒｎоとを有し、
　フランジ部（５）は、外周外接円筒半徑寸法Ｒｎｏより大きい外周の半徑寸法を有し、
　フランジ部（５）は、締結側末端に軸線に垂直な方向に延在する平面からなる座面（５ｓ）を有し、
　フランジ部（５）は、座面（５ｓ）より軸線側に、軸線方向（Ｚ）に見て円環狀であり、座面の延長面（５ｅ）より開放側に深さを有する窪み（７）を有し、
　窪み（７）は、座面の延長面から軸線方向（Ｚ）の最大深さＤｍが、ねじピッチＰの１．５倍未満（Ｄｍ＜１．５Ｐ）である
ことを特徴とするナット（１）。


　ナット本體（２）とねじ穴（３）からなるナット（１）であって、
　ナット（１）は、軸線及び軸線方向（Ｚ）と軸線に垂直な半徑方向（Ｘ）とを有し、
　ナット本體（２）は、半徑方向（Ｘ）の軸線側を「內側」、軸線から遠ざかる側を「外側」又は「外周側」といい、
　以下において、ナット本體（２）における軸線から半徑方向（Ｘ）の特定の位置までの寸法を「半徑寸法」と定義し、半徑方向（Ｘ）における特定の２點間の寸法である「半徑方向寸法」とは區別され、
　ねじ穴（３）は、ねじ穴（３）のねじ穀（３ｂ）を結んで形成されるねじ穀円筒面（３ｅ）の半徑寸法であるねじ穀半徑寸法Ｒ０と、ねじピッチＰを有し、
　ここにおいて、ねじピッチＰはＪＩＳのねじに関する標準規格又はＪＩＳと対応する各國又は國際機関の標準規格（以下、ＪＩＳを含めてまとめて単に「標準規格」と稱する。）に基づくねじピッチであり、
　ナット本體（２）は、軸線方向（Ｚ）に、角型ナット部（４）とフランジ部（５）とを有し、ナット１）のフランジ部（５）側を「締結側」、角型ナット部（４）側を「開放側...		MATSUO INDUSTRY CORPORATIONS
IMOTT INC.		JP18-13, Omorinishi 4-chome, Ota-ku, Tokyo,1430015,〒1430015,JP
16-12, Azaminominami 3-chome, Aoba-ku, Yokohama-shi, Kanagawa,2250012,〒2250012,JP		MATSUO INDUSTRY CORPORATIONS
IMOTT INC.		JP
JP		----F16B037/00F16B037/0011--------PCT/JP2023/0139712023-04-04JPHAYASHIDA, Tatsuaki
MATSUO, Makoto		2JP1-24-15, Ushikubohigashi, Tsuzuki-ku, Yokohama-shi, Kanagawa,2240014,〒2240014,JP
c/o Matsuo industry corporations, 18-13, Omorinishi 4-chome, Ota-ku, Tokyo,1430015,〒1430015,JP		AOKI, Atsushi et al.SEIWA PATENT & LAW, Toranomon Hills Mori Tower, 23-1, Toranomon 1-chome, Minato-ku, Tokyo,1050001,〒1050001,JP-----0-0-10-00-19MATSUO INDUSTRY CORPORATIONS,IMOTT INC.-------------
58
CN221800312U2024-10-01一種拉通式抽芯鉚釘modelCN202322966960.02023-11-03本實用新型公開了一種拉通式抽芯鉚釘，包括釘體、芯杆；釘體包括形成為空心桶狀結構的釘主體，釘主體的第一端形成有沉頭部；芯杆包括杆體，杆體的外徑小於釘體內徑，杆體的第一端設置有沉頭狀的頭部，頭部內設置有盲孔；工作時，芯杆的第二端從釘主體的第二端穿入後從第一端穿出，芯杆的第一端與釘主體的第二端裝配配合。本申請因為釘體的特殊結構，使得本申請相對實心鉚釘，鉚接後形成空心鉚釘，重量減少50％左右，隨鉚接固定板厚度增加，減重效果越明顯；通過設置直槽結構，可在安裝前讓芯杆與釘體形成過盈裝配，防止芯杆從釘體脫落，便於在批量的鉚接需求下實現大量的前期準備工作；另外直槽結構並不會過度影響鉚接的安裝。;成都邁特航空製造有限公司CN610000 四川省成都市郫都區成都現代工業港北片區港北一路89號成都邁特航空製造有限公司CN ---F16B019/08F16B019/0811-----------劉濤
邱廷貴
李佳
林燚
李龍
徐貴慶
高敏
羅曉峰
陳剛
陳永建
杜濤
朱承節
朱學忠		13-











肖會
成都貞元會專智慧財產權代理有限公司 51390		20241001----0-0-10-00-19成都邁特航空製造有限公司Valid-------------
59
CN221810953U2024-10-08一種壓槽防鬆螺母modelCN202420348789.92024-02-26本實用新型提供一種壓槽防鬆螺母，包括螺母，所述螺母內螺紋一端面設有間隔分佈的壓槽，用來解決目前防鬆螺母採用使用工程塑料等材料附著在螺紋上，以增加內外螺紋之間的摩擦力，但是在實際應用過程中，由於工程塑料等材料其自身的特殊性質，在高溫的使用場景下，工程塑料等材料所帶來的防鬆效果會隨著溫度升高元件降低的技術問題。;蘇州域展精密五金有限公司CN215000 江蘇省蘇州市工業園區尖浦路3號二棟105室（該地址不得從事零售）蘇州域展精密五金有限公司CN ---F16B037/00F16B037/00
F16B039/282		12-----------徐向念1- 蔡慶新
安徽華普專利代理事務所(普通合夥) 34151		20241008----0-0-00-00-20蘇州域展精密五金有限公司Valid-------------
60
CN221800327U2024-10-01一種新型螺母緊固式F型母連接器modelCN202420561910.62024-03-22本實用新型公開了一種新型螺母緊固式F型母連接器，包括：F公頭，所述F公頭的表面螺紋套設有螺母，且螺母的下表面一體化設置有下固定片，所述下固定片的下表面設置有平面斜齒，相鄰所述平面斜齒之間設置有凹面齒紋；在螺母的下表面一體化設置有下固定片，在下固定片上設置有防滑齒紋，增大了螺母與工件表面的接觸面積，鋸齒狀凸緣將螺母的壓力分佈在被固定的F母插頭上，產生鎖定作用以防止鬆動，並節省了人工和材料的成本，同時採用一體化設置，減少額外墊片的使用，降低成本的同時，避免出現漏套的情況。;菲勒克斯科技（常州）有限公司CN213022 江蘇省常州市新北區河海工業園菲勒克斯科技（常州）有限公司CN ---F16B037/00F16B037/00
F16B039/282		12-----------韓波1- 段雪媛
北京鼎雲升智慧財產權代理事務所(普通合夥) 11495		20241001----0-0-00-00-20菲勒克斯科技（常州）有限公司Valid-------------
61
US12104628B22024-10-01Fastener hole restoration deviceinvention17/5610272021-12-23A small frangible device for repairing stripped or damaged holes for reinsertion of a screw or nail while reusing and maintaining the original properties of the fastener and capable of immediate use with minimal preparation. The device is characterized as having a generally elongated rounded exterior surface with a relatively narrow end and an opposite thicker end forming a tapering conical shape with a hollow interior and a textured outer surface further characterized by a plurality of non-contiguous, mis-aligned, raised, semi-spherical bumps.1. A device for restoring damaged fastener holes in a medium comprising:
a fastener sleeve having an exterior surface, a substantially hollow interior, a first narrow end, a second opposite thick end, wherein the fastener sleeve is configured to be selectively shortened to fully fit inside a target fastener hole;wherein the exterior surface and the hollow interior each taper in decreasing diameter from the second opposite relatively thick end to the first narrow end;wherein the fastener sleeve comprises a nub section disposed on its second opposite thick end and a plurality of circumferential scores extending sequentially to the first narrow end configured to allow the fastener sleeve to be snapped into two pieces at a location of any of one chosen circumferential score;wherein the fastener sleeve comprises a textured surface on the exterior surface and said exterior surface further comprising a plurality of randomly placed, non-contiguous mis-aligned semi-spherical raised bumps substantially along an entire length of the exterior surface.		1. A device for restoring damaged fastener holes in a medium comprising:
a fastener sleeve having an exterior surface, a substantially hollow interior, a first narrow end, a second opposite thick end, wherein the fastener sleeve is configured to be selectively shortened to fully fit inside a target fastener hole;wherein the exterior surface and the hollow interior each taper in decreasing diameter from the second opposite relatively thick end to the first narrow end;wherein the fastener sleeve comprises a nub section disposed on its second opposite thick end and a plurality of circumferential scores extending sequentially to the first narrow end configured to allow the fastener sleeve to be snapped into two pieces at a location of any of one chosen circumferential score;wherein the fastener sleeve comprises a textured surface on the exterior surface and said exterior surface further comprising a plurality of randomly placed, non-contiguous mis-aligned semi-spherical raised bumps substantially along an entire length of the exterior surface.
2. The device of claim 1, wherein the device is made from a single material of plastic or hard rubber.
3. A device for restoring damaged fastener holes in a medium comprising:
an elongated fastener sleeve having an exterior surface, a substantially hollow interior, a first narrow end, a second opposite and thick end, wherein the exterior surface is conical shaped from the first narrow end to the second opposite and thick end and the substantially hollow interior is defined by a tapering conical shape, and the fastener sleeve is configured to be selectively shortened to fully fit inside a target fastener hole;wherein the fastener sleeve comprises a nub section disposed on its second opposite and thick end and a plurality of circumferential scores extending sequentially to the first narrow end configured to allow the fastener sleeve to be snapped into two pieces at the location of any of one chosen circumferential score;wherein the fastener sleeve comprises a textured surface on the exterior surface and said exterior surface further comprising a plurality of randomly placed, non-contiguous mis-aligned semi-spherical raised bumps substantially along an entire length of the exterior surface.
4. The device of claim 3, wherein the device is made from a single material of plastic or hard rubber.		Shark ToolersUSShark ToolersUS NJ Morris PlainsSTATHIS & LIEBESFELD, LLC DBA SHARK TOOLERSUS19 EXETER STREETF16B013/12F16B013/1211-F16B0013/124F16B0013/124
F16B0013/128		--------James Stathis1USNJ Morris PlainsBaldini Law, LLC--Eugene G ByrdEugene G Byrd
Jock Wong		US805040
US1972119
US2523239
US2927497
US3094892
US3199398
USRE28227
US3981051
US4235150
US4708552
US5145301
US5332153
US5738278
US9587662
US10125533
US20160102696
US20160102698
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WOWO-02066845
WOWO-2017160152		9-30US1210462811-17STATHIS & LIEBESFELD, LLC DBA SHARK TOOLERSValid-------------
62
CN221800308U2024-10-01一種鋅合金和塑膠兩片夾扣件modelCN202323639663.12023-12-29本實用新型涉及種鋅合金和塑膠兩片夾扣件，包括一個塑膠制的外殼體，所述外殼體內設有一個鋅合金制可以轉動的轉體，所述外殼體從前往後分別是螺絲塊、連接條塊、第一圓弧塊，所述轉體從前往後分別是推塊、拉塊、支撐板、第二圓弧塊、頂塊，所述推塊上設有具有一個斜面的推槽，所述拉塊上設有螺釘固定孔，所述螺絲塊上設有螺釘旋入孔；所述推槽的斜面的截面是一條弧線，所述弧線中間低、兩側高；所述從而推槽的對稱面上過最低點連線；所述螺釘固定孔是自攻的。有益效果在於：由於進入推槽的斜面是對稱線最低的U型的，從而轉體不會偏航轉動，自攻螺釘也會順利的對準進入螺釘固定孔內完成固定。;寧波永誠五金機械有限公司CN315302 浙江省寧波市慈溪市古塘街道宗興東路66號寧波永誠五金機械有限公司CN ---F16B013/04F16B013/0411-----------蔡躍新
宋立青
孫治輝
馬贇		4-


徐策
寧波久日專利代理事務所(普通合夥) 33299		20241001----0-0-10-00-19寧波永誠五金機械有限公司Valid-------------
63
TWI845229B2024-06-11螺絲搓牙機之安全結構invention1121113962023-03-25本發明為一種螺絲搓牙機之安全結構，該安全結構係與搓牙機傳動軸同軸配置；主要包含一排料機構、一連動機構及一擋料機構；其中排料機構與搓牙機之搓牙槽道齊平銜接，而連動機構則與擋料機構相互連接，且將連動機構與搓牙機之頂料機構和搓牙機構，由搓牙機傳動軸提供旋轉動力一併驅動，進而連動擋料機構與搓牙機之頂料機構產生橫向位移；當螺絲料件被頂料機構頂入搓牙槽道內，透過搓牙機構進行搓牙後，同步使鐵屑及油水向下分離，而螺絲料件則被搓牙板帶動向前分離，待螺絲料件被帶進排料機構之同時，即使擋料結構之頂桿，伸入排料機構之排料槽道內，防止螺絲料件被搓牙板之拉回動作帶回搓牙槽道，令完成搓牙之螺絲料件被限制在排料機構之排料槽道上，再藉由排料機構之排油槽分離螺絲料件之殘餘油水，達到安全及乾淨分離之效果。
一種螺絲搓牙機之安全結構，包含一排料機構、一連動機構、一擋料機構；其中該排料機構，設於該搓牙機之搓牙槽道末端，包括滑軌及調整軌道兩支軌道，所述兩軌道間形成一排料槽道；該連動機構具有一套設在搓牙機傳動軸上之驅動輪，且該驅動輪輪身厚度上形成至少一個位差結構、一推桿，該推桿頂端下端設一轉輪頂接在該驅動輪之該位差結構上，該推桿末端固接一拉動桿，利用該推桿之該轉輪順著位差結構之位置變化導引，使該推桿產生橫向移位，帶動該拉動桿同步移位；該擋料機構係與該連動機構之該拉動桿固接，包括一滑座，且該滑座上固設有頂桿，對應插置於該排料機構之該排料槽道內；藉此，當該搓牙機傳動軸旋轉，驅動搓牙板向前搓牙後，使鐵屑與油水往下分離，而螺絲料件則被帶向前分離至該排料機構之該排料槽道時，同步使該頂桿受該連動機構帶動而伸入該排料槽道內，阻隔該螺絲料件位於該排料槽道，防止螺絲料件被帶回該搓牙槽道，避免兩螺絲料件產生碰撞，提高操作安全性。
一種螺絲搓牙機之安全結構，包含一排料機構、一連動機構、一擋料機構；其中該排料機構，設於該搓牙機之搓牙槽道末端，包括滑軌及調整軌道兩支軌道，所述兩軌道間形成一排料槽道；該連動機構具有一套設在搓牙機傳動軸上之驅動輪，且該驅動輪輪身厚度上形成至少一個位差結構、一推桿，該推桿頂端下端設一轉輪頂接在該驅動輪之該位差結構上，該推桿末端固接一拉動桿，利用該推桿之該轉輪順著位差結構之位置變化導引，使該推桿產生橫向移位，帶動該拉動桿同步移位；該擋料機構係與該連動機構之該拉動桿固接，包括一滑座，且該滑座上固設有頂桿，對應插置於該排料機構之該排料槽道內；藉此，當該搓牙機傳動軸旋轉，驅動搓牙板向前搓牙後，使鐵屑與油水往下分離，而螺絲料件則被帶向前分離至該排料機構之該排料槽道時，同步使該頂桿受該連動機構帶動而伸入該排料槽道內，阻隔該螺絲料件位於該排料槽道，防止螺絲料件被帶回該搓牙槽道，避免兩螺絲料件產生碰撞，提高操作安全性。

如請求項1之螺絲搓牙機之安全結構，其中該驅動輪之位差結構，係包含一個以上之凹槽，且該凹槽由驅動輪輪身直接形成。

如請求項1之螺絲搓牙機之安全結構，其中該排料機構之滑軌頂緣係設為由寬漸窄之結構型態。

如請求項1之螺絲搓牙機之安全結構，其中該擋料機構滑座之頂桿上方更設有一蓋體，用以封閉該排料槽道之上方空間。

如請求項1之螺絲搓牙機之安全結構，其中該排料機構之調整軌道上設有數道排油槽，供螺絲料件之含油量由該排油槽排出。
陳逢霖TW臺南市永康區尚頂路59巷17號陳逢霖TW---B21H003/06B21H003/06
B23Q011/00
B23G001/44		33-----陳逢霖1TW5117林桂忠林桂忠0CN107030233
CN108672621
US6192727		310I84522911I84522919陳逢霖ValidNONO2024/06/112043/03/24NONONONONO12025/06/10
64
US20240337284A12024-10-10THREADED ELEMENT WHICH COMPRISES OR CONSISTS OF A METAL AND WHICH HAS AN INTERNAL THREADinvention18/5791542022-07-04A threaded element comprising or consisting of a metal having an internal thread which is produced by additive manufacturing, and to a method for producing a threaded element comprising or consisting of a metal having an internal thread. The threaded element comprises a body, an opening that defines an inner wall of the body, and a threaded section having a thread. The body comprises a first end and a second end. The opening extends at least partially from the first end toward the second end of the body. The threaded section is formed on the inner wall of the opening, and the inner wall has at least one recess which crosses the threaded section. A surface of the threaded section has a roughness Rz in the range of 5-50 μm, in particular 10-25 μm.1. A threaded element comprising or consisting of a metal having an internal thread produced by additive manufacturing, comprising:
a body;an opening that defines an inner wall of the body, and,a threaded section having a thread;wherein the body comprises a first end and a second end;wherein the opening extends at least partially from the first end toward the second end of the body;wherein the threaded section is formed on the inner wall of the opening;wherein the inner wall has at least one recess which crosses the threaded section; and,wherein a surface of the threaded section has a roughness Rz in the range of 2.5 μm, in particular 10-25 μm.		1. A threaded element comprising or consisting of a metal having an internal thread produced by additive manufacturing, comprising:
a body;an opening that defines an inner wall of the body, and,a threaded section having a thread;wherein the body comprises a first end and a second end;wherein the opening extends at least partially from the first end toward the second end of the body;wherein the threaded section is formed on the inner wall of the opening;wherein the inner wall has at least one recess which crosses the threaded section; and,wherein a surface of the threaded section has a roughness Rz in the range of 2.5 μm, in particular 10-25 μm.
2. The threaded element according to claim 1, wherein an outer diameter of the thread is at least 0.5 mm.
3. The threaded element according to claim 1, wherein the metal is selected from the group consisting of amorphous alloys and/or precious metals.
4. The threaded element according to claim 1, wherein the recess and/or the thread comprises a chamfer at the first end and/or second end of the body.
5. The threaded element according to claim 1, wherein the thread comprises a plurality of thread turns, wherein the thread turns have a flank angle of 10° to 70°.
6. The threaded element according to claim 1, wherein the threaded section has a conical shape relative to the longitudinal axis of the opening.
7. The threaded element according to claim 1, wherein the inner wall of the body has a plurality of recesses which extend at least partially from the first end toward the second end of the opening.
8. The threaded element according to claim 1, wherein the recess is formed helically along the threaded section.
9. The threaded element according to claim 1, wherein the recess comprises a counter thread which is formed at least partially in the opposite direction to the thread of the threaded section.
10. The threaded element according to claim 1, wherein the recess extends substantially in the longitudinal direction of the opening, wherein portions of the recess are offset in the radial direction of the opening.
11. The threaded element according to claim 1, wherein a base width of the thread turns varies along the thread.
12. A method for producing a threaded element comprising or consisting of a metal having an internal thread according claim 1, the threaded element comprising:
a body;an opening that defines an inner wall of the body, and,a threaded section having a thread;the body comprising a first end and a second end;the opening extending at least partially from the first end toward the second end of the body;the threaded section being formed on the inner wall of the body;the inner wall having at least one recess which crosses the threaded section; and,a surface of the threaded section having a roughness Rz in the range of 2.5-60 μm, in particular 10-25 μm;wherein the threaded element is produced using an additive manufacturing method.
13. The method according to claim 12, wherein the additive ...		Heraeus Amloy Technologies GmbHDEHeraeus Amloy Technologies GmbHDE-HERAEUS AMLOY TECHNOLOGIES GMBHDEHERAEUSSTRAßE 12 - 14F16B037/08F16B037/08
B22F005/06
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B33Y010/00
B33Y080/00		35-F16B0037/0828F16B0037/0828
B22F0005/06
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B33Y0080/00		-----21186163.82021-07-16EPBeytullah Yasin KILIC
Ronald Allan ROSENBERGER
Hans Jürgen WACHTER
Elena BIEN
Tim GLÄSER		5DE Hanau
Hanau
Karlstein
Karlstein
Karlstein		-------0-0-20-00-18HERAEUS AMLOY TECHNOLOGIES GMBHPub.-------------
65
CN221800338U2024-10-01一種鑽尾螺絲modelCN202420322970.22024-02-21本實用新型公開了一種鑽尾螺絲，包括螺絲本體，螺絲本體的一端具有鑽尾部、另一端具有六角蓋頭，所述螺絲本體上設有連接六角蓋頭的墊片，所述墊片上開設有若干繞螺絲本體的軸線作環形陣列分佈的鎖止孔，鎖止孔內設有沿所述螺絲本體的切向作延伸的鎖止彈片；當所述螺絲本體作順時針旋轉為旋緊時，所述鎖止彈片的左端連接在鎖止孔的孔壁上、右端伸出鎖止孔並作向下傾斜延伸；當所述螺絲本體作逆時針旋轉為旋緊時，所述鎖止彈片的右端連接在鎖止孔的孔壁上、左端伸出鎖止孔並作向下傾斜延伸。該螺絲具有防鬆、防盜的特點，整體功能完善，實用性強。;寶勳精密螺絲（浙江）有限公司CN314112 浙江省嘉興市嘉善縣惠民街道成功路77號寶勳精密螺絲（浙江）有限公司CN ---F16B039/284F16B039/284
F16B041/00		12-----------黃鯤木1- 裘俊豪
嘉興啟帆專利代理事務所(普通合夥) 33253		20241001----0-0-00-00-20寶勳精密螺絲（浙江）有限公司Valid-------------
66
CN118728824A2024-10-01防磨耗螺絲inventionCN202311105564.72023-08-30一種防磨耗螺絲包含有一U形防磨耗片以及一鎖附螺絲。U形防磨耗片用以夾持一散熱基板，而鎖附螺絲穿設於U形防磨耗片，用以固定散熱基板。此外，防磨耗螺絲還包含有一壓力彈簧，安裝於鎖附螺絲以及U形防磨耗片之間，用以施加壓力於U形防磨耗片以及散熱基板。;春鴻電子科技（重慶）有限公司CN401329 重慶市九龍坡區金鳳鎮鳳儀路5號春鴻電子科技（重慶）有限公司CN----F16B039/10F16B039/10
F16B035/00
G06F001/20		23--------63/455,480
US63/455,480
002023000455480
US002023000455480		2023-03-29US張正儒
周牧廷
程以勒
林宛萱
蘇中乾		5-



張鵬
隆天智慧財產權代理有限公司 72003		20241001----0-0-10-00-19春鴻電子科技（重慶）有限公司Pub.-------------
67
CN221800323U2024-10-01一種用於新能源電池板的螺栓元件modelCN202420026590.42024-01-05本實用新型公開了一種用於新能源電池板的螺栓元件，包括螺栓，螺栓包括螺紋杆，螺紋杆內均勻的開設有多個插槽，螺紋杆的外圈均勻的開設有多個插孔，插孔的內腔貫穿連接有卡條，插槽的內腔設置有推片，卡條與推片固定連接，推片遠離卡條的一側與插槽的內壁之間連接有彈簧。在將螺紋杆穿過太陽能電池板上預設的螺紋孔時，可將卡條按入插槽內，此時推片擠壓彈簧並使其產生彈性形變，當螺紋杆穿過螺紋孔後，彈簧恢復原狀並通過推片將卡條推出插槽，卡條可將螺栓卡在太陽能電池板上，此時反向旋轉螺栓，無法將螺栓擰鬆，如此可防止螺栓在長期使用中因外力誤觸碰而產生鬆動，可始終將太陽能電池板固定牢靠，以保證太陽能電池板的正常使用。;何伯虓CN102400 北京市房山區長陽萬興路86號-N544何伯虓CN ---F16B035/06F16B035/06
F16B035/04
F16B039/28
F16B039/284		12-----------何伯虓1CN102400 北京市房山區長陽萬興路86號-N544--20241001----0-0-00-00-20何伯虓Valid-------------
68
CN221808917U2024-10-08一種拉鉚工具modelCN202420349967.X2024-02-23本實用新型提供了一種拉鉚工具，包括握把，所述的握把的一端設有安裝孔，所述的安裝孔中可拆卸設有六角座，所述的六角座上方設有卡位環，所述的卡位環可固定在安裝孔中並限制六角座垂直移動，所述的安裝孔頂部位於卡位環上方可拆卸設有軸承組件，所述的軸承組件包括上下兩個墊圈以及位於兩個墊圈之間的推力滾針軸承，所述的安裝孔頂部的與軸承組件過盈配合，所述的安裝孔頂部的側面設有至少一個拆卸槽；實用新型採用可更換的六角座設計，可根據不同規格的拉鉚母更換對應的六角座，適用範圍更廣；軸承元件和卡位元環設計，提高了工具的穩定性，減少了誤差，保證了拉鉚品質。;東莞市塘廈弘雲五金螺絲批發部CN523000 廣東省東莞市塘廈鎮橫塘社區塘清東路32號一樓2號東莞市塘廈弘雲五金螺絲批發部CN ---B21J015/10B21J015/10
B21J015/38		11-----------周錦賓1- 何健施
廣州市一新專利商標事務所有限公司 44220		20241008----0-0-00-00-20東莞市塘廈弘雲五金螺絲批發部Valid-------------
69
CN221800331U2024-10-01一種防鬆螺紋元件modelCN202323581442.32023-12-27本實用新型公開了一種防鬆螺紋元件，屬於連接件技術領域，包括有螺杆，和螺紋連接在螺杆上的第一連接件，且第一連接件的一端螺紋連接有第二連接件，第二連接件的內部一端對第一連接件的一端收緊，且第一連接件的一端對螺杆夾緊，第一連接件包括第一異形螺母，且第一異形螺母為T型結構，第一異形螺母的一端成圓周陣列固定設置有彈性夾頭，彈性夾頭之間成錐形結構，彈性夾頭位於第二連接件的內部，通過螺杆和第一連接件對外部兩個部件進行緊固，且擰上第二連接件後，使得彈性夾頭收縮，彈性夾頭對螺杆進行夾緊，達到彈性夾頭與螺杆之間互鎖的效果，並在緊固後只產生軸向拉力，而沒有徑向剪力，避免產生應力疲勞，提高穩定性和使用效果。;馮德玲CN421001 湖南省衡陽市石鼓區團結村35棟101戶馮德玲CN ---F16B039/02F16B039/02
F16B037/00		12-----------馮德玲1CN421001 湖南省衡陽市石鼓區團結村35棟101戶管士濤
北京清控智雲智慧財產權代理事務所(特殊普通合夥) 11919		20241001----0-0-10-00-19馮德玲Valid-------------
70
CN221800332U2024-10-01套管緊固件組件modelCN202323404198.32023-12-14本實用新型公開了套管緊固件組件，涉及套管緊固件技術領域，本實用新型包括套管主體和第二沉頭板，套管主體內部設置有自鎖元件，且自鎖元件包括彈簧，彈簧頂部連接有限位銷，且限位銷內部連接有磁鐵。本實用新型通過自鎖元件的設置，當螺紋杆即將擰緊時，使限位槽靠近限位銷，隨著第二沉頭板的自轉使多個限位槽公轉，此時限位銷與限位槽內部另一側的斜坡抵接，從而使限位銷受力下移壓縮彈簧，螺紋杆擰緊後限位銷被彈簧驅動上移回到限位槽中，當第二沉頭板受震動力影響反轉時，限位銷與限位槽內部一側的圓弧面相抵，此時限位銷不會受力下移縮入套管主體中，從而避免螺紋杆鬆動；有效避免套管緊固鬆動，同時方便拆裝。;江蘇東睿航太科技有限公司CN215400 江蘇省蘇州市太倉市城廂鎮弇山西路136號1號廠房1-1江蘇東睿航太科技有限公司CN ---F16B039/22F16B039/22
F16B039/28		11-----------王春雨
李懷永
劉有平
宋耀		4-


--20241001----0-0-10-00-19江蘇東睿航太科技有限公司Valid-------------
71
CN221810950U2024-10-08一種防滑絲的自攻螺絲modelCN202421073738.62024-05-16本實用新型提供一種防滑絲的自攻螺絲，屬於自攻螺絲技術領域；包括：螺絲柱；第一螺絲紋，設置在所述螺絲柱上，用於增加自攻螺絲與接觸物的摩擦；第二螺絲紋，設置在所述螺絲柱上，用於加速自攻螺絲的攻絲效果；且所述第一螺絲紋和所述第二螺絲紋呈上下分佈；所述第二螺絲紋呈齧齒形螺紋；若干倒刺，設置在所述第一螺絲紋上，用於提高自攻螺絲防鬆功能。本實用新型通過設置第一螺絲紋、第二螺絲紋和倒刺，自攻螺絲擰入材料達到指定深度後，倒刺能夠嵌入材料內部，形成額外的機械鎖定作用，增大螺紋與被緊固材料之間的摩擦力和抵抗扭轉的力量，顯著提高防鬆性能，有效防止自攻螺絲在負載作用下回轉而導致的鬆動或滑絲情況。;北京富華鑫標準件有限公司CN101509 北京市密雲區西田各莊鎮西田各莊村東（北京市田莊畜牧場院內8號平房）北京富華鑫標準件有限公司CN ---F16B025/10F16B025/1011-----------朱陽陽
鄧遙遠
郭薇		3-

肖夢華
安徽宇瑞智慧財產權代理事務所(普通合夥) 34269		20241008----0-0-00-00-20北京富華鑫標準件有限公司Valid-------------
72
US12112467B22024-10-08Method of inspecting a fastener, and a system and apparatus for inspecting a fastenerinvention17/5191302021-11-04One or more methods of inspecting one or more structural features of an installed fastener in a structure or substructure, and a manually-operated or automated inspection apparatus and an inspection system for inspecting one or more structural features of a fastener in a structure or substructure.1. A method of inspecting a fastener installed in a fastening hole of a region of a structure that is enclosed or has limited access, the method comprising:
positioning an inspection apparatus for entry along a longitudinal axis thereof through an adjacent fastening hole of the installed fastener to be inspected;detecting structural features of one or more of the fastener and an inspection environment external to the fastener as inspection data that comprises image data, measurement data, and position data;conducting an inspection evaluation of the inspection data by conducting a comparison based on one or more of the image data, the measurement data, and the position data of a retention feature of the installed fastener with one or more predetermined threshold inspection data; andmaking an inspection determination of the installed fastener in response to the inspection evaluation.		1. A method of inspecting a fastener installed in a fastening hole of a region of a structure that is enclosed or has limited access, the method comprising:
positioning an inspection apparatus for entry along a longitudinal axis thereof through an adjacent fastening hole of the installed fastener to be inspected;detecting structural features of one or more of the fastener and an inspection environment external to the fastener as inspection data that comprises image data, measurement data, and position data;conducting an inspection evaluation of the inspection data by conducting a comparison based on one or more of the image data, the measurement data, and the position data of a retention feature of the installed fastener with one or more predetermined threshold inspection data; andmaking an inspection determination of the installed fastener in response to the inspection evaluation.
2. The method of claim 1, further comprising, before detecting the structural features, illuminating one or more of the installed fastener and the inspection environment external to the fastener.
3. The method of claim 1, wherein the inspection determination comprises determining, in response to the inspection evaluation, whether the retention feature satisfies one or more predetermined retention criteria.
4. An inspection apparatus for inspecting a fastener installed in a fastening hole of a region of a structure that is enclosed or has limited access, the inspection apparatus comprising:
an inspection member, positioned for entry along a longitudinal axis thereof through an adjacent fastening hole of the installed fastener to be inspected;a sensor array, arranged in the inspection member, the sensor array comprising one or more sensors to detect structural features of one or more of the installed fastener and an inspection environment external to the installed fastener as inspection data that comprises image data, measurement data, and position data; anda control module, arranged in the inspection member, the control module comprising one or more processors configured to control the inspection member and the sensor array, conduct an inspection evaluation of the inspection data by conducting a comparison based on one or more of the image data, the measurement data, and the position data of a retention feature of the installed fastener with one or more predetermined threshold inspection data, and make an inspection determination of the installed fastener in response to the inspection evaluation.
5. The inspection apparatus of claim 4, further comprising one or more light sources, controlled by the control module, to illuminate the installed fastener and the inspection environment.
6. The inspection apparatus of claim 5, wherein the one or more processors configured to control the one or more light sources by dynamically adjusting an illuminating intensity of light emitted by the one or more light sources.
7. The inspection apparatus of claim 5, wherein the inspec...		The Boeing CompanyUSThe Boeing CompanyUS IL ChicagoTHE BOEING COMPANYUS100 NORTH RIVERSIDE PLAZAG06T007/00G06T007/00
B21J015/28
G01B011/02
G01N021/88
G01N021/95
G06T007/70
G06V010/40		55-G06T0007/0004G06T0007/0004
B21J0015/28
G06T0007/70
G06V0010/40		--------Monica J. Brockway
Farahnaz Sisco		2USWA Bothell
WA Mukilteo		Jordan IP Law, LLC--Asghar H BilgramiAsghar H BilgramiUS20040114133
US20140259600
US20180324908
US20190072381
US20200139425
US20220146256
US20230386008		7CA3124778
EP2546022
EP2809072
EP4140615
JP2013-177760		5European Search Report for EPO Patent Application No. 21196990.2, mailed Feb. 18, 2022, 10 pages.;First Office Action for European Application No. 21196990.2, dated Aug. 18, 2023, 10 pages.30US12112467
EP3995256A1		22-17THE BOEING COMPANYValid-------------
73
US20240328442A12024-10-03Beam Clamp, and a Mounting Assemblyinvention18/7380602024-06-10A beam clamp for attachment to a flange of a structural building member and from which to support or brace a service component. The beam clamp has a clamp body, and a set screw. The clamp body includes a first jaw section with at least one mounting through hole, a second jaw section, a joining section that interconnects the first and second jaw sections, and a transverse opening that is to receive the flange. A contact surface, on the second jaw section is formed with surface irregularities providing a roughness that enhances engagement of the contact surface with the flange. In use of the beam clamp, the contact surface is in contact with the flange of the structural member, the set screw is installed in the mounting through hole, and the flange is screwed within transverse opening between the tip of the set screw and the contact surface.1. A beam clamp for attachment to a flange of a structural building member and from which to support or brace a service component, the beam clamp comprising:
a clamp body that includes: a first jaw section that includes at least one mounting through hole, at least one second jaw section, a joining section that interconnects the first and second jaw sections, and a transverse opening that is to receive the flange, the transverse opening being defined by the first and second jaw sections and the joining section, and a contact surface on the at least one second jaw section, wherein in use of the beam clamp, the contact surface is in contact with the flange of the structural member, and wherein the contact surface is formed with surface irregularities providing a roughness that enhances engagement of the contact surface with the flange; andat least one set screw that is to be installed in the mounting through hole, whereby, in use of the clamp, the flange is secured within transverse opening between the tip of the at least one set screw and the contact surface.		1. A beam clamp for attachment to a flange of a structural building member and from which to support or brace a service component, the beam clamp comprising:
a clamp body that includes: a first jaw section that includes at least one mounting through hole, at least one second jaw section, a joining section that interconnects the first and second jaw sections, and a transverse opening that is to receive the flange, the transverse opening being defined by the first and second jaw sections and the joining section, and a contact surface on the at least one second jaw section, wherein in use of the beam clamp, the contact surface is in contact with the flange of the structural member, and wherein the contact surface is formed with surface irregularities providing a roughness that enhances engagement of the contact surface with the flange; andat least one set screw that is to be installed in the mounting through hole, whereby, in use of the clamp, the flange is secured within transverse opening between the tip of the at least one set screw and the contact surface.
2. A beam clamp according to claim 1, wherein the surface irregularities are in the form of one or more sets of alternating ridges and furrows that are formed in the contact surface.
3. A beam clamp according to claim 2, wherein the ridges and furrows are substantially parallel to one another.
4. A beam clamp according to either claim 2 or 3, wherein the ridges and furrows are formed so as to be substantially transverse to the direction of insertion of the flange into the transverse opening.
5. A beam clamp according to any one of claims 1 to 4, wherein the amplitude of the surface irregularities is less than 1 mm.
6. A beam clamp according to any one of claims 1 to 5, wherein the ratio of the width of the second jaw section between the pair of lateral faces to the minimum separation of the first and second jaw sections is at least 1.25:1.
7. A beam clamp according to any one of claims 1 to 6, wherein the ratio of the depth of the second jaw section to the minimum separation of the first and second jaw sections is at least 1.5:1.
8. A beam clamp according to any one of claims 1 to 7, wherein the surface irregularities are created by a cutting tool that is used to form the transverse opening in the clamp body.
9. A beam clamp according to any one of claims 1 to 8, wherein the clamp body is made of a hardened steel.
10. A beam clamp according to any one of claims 1 to 9, wherein the set screw has a shank with a waisted formation that acts as a stress concentrator such that the shank shears within the waisted formation when a predetermined torque is applied to the shank.
11. A beam clamp for attachment to a flange of a structural building member and from which to support or brace a service component, the beam clamp comprising:
a clamp body that includes: a first jaw section that includes at least one mounting through hole, at least one second jaw section, a joining section that intercon...		Polyplas International Ply LtdAUPoyplas International Ply LtdAU RowvillePoyplas International Ply LtdAU-F16B002/06F16B002/06
F16B002/00
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F16L003/11
F16L003/24		24-F16B0002/065F16B0002/065
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F16L0003/11		-----20199025562019-07-19AUPeter Luscombe
John Jansen Van Vuuren
Tinus Smith
Daryl Wong
James Renshaw		5AU Rowville
Rowville
Rowville
Rowville
Rowville		-------0-0-00-00-20Poyplas International Ply LtdPub.-------------
74
CN221800325U2024-10-01一種扭斷螺母及生產裝置modelCN202420202992.52024-01-29本實用新型公開了一種扭斷螺母，包括旋動本體，設置有旋動部，且旋動本體中部開設有容置腔；螺母主體，旋動本體套設於螺母主體的外部，以使螺母主體接納于容置腔內；螺母主體的外周面設置有至少一個阻擋結構，以使旋動本體可帶動螺母主體旋轉；在旋動旋動本體的扭矩大於設定扭矩時，阻擋結構破壞，以使旋動本體與螺母主體之間產生相對轉動；阻擋機構包括設置於螺母主體外部的至少一個凸棱以及設置于容置腔內壁的凹槽，凹槽與凸棱一一對應，且凸棱嵌設於凹槽內，螺栓上的扭矩足夠大，以使凸棱與螺母主體斷裂，旋動本體無法繼續帶動螺母主體旋轉；此外，還公開了其生產裝置，用於扭斷螺母的生產。;嘉興正英五金有限公司CN314200 浙江省嘉興市平湖市林埭鎮林中路413號嘉興正英五金有限公司CN ---F16B037/00F16B037/00
F16B031/00
B23D037/00
B23P023/04		34-----------鄭建平
鄭家駿		2-
丁鵬
嘉興佳聯專利代理事務所(普通合夥) 33507		20241001----0-0-00-00-20嘉興正英五金有限公司Valid-------------
75
TWM661794U2024-10-11防鬆螺帽良劣之揀選裝置model1132082942024-08-02一種防鬆螺帽良劣之揀選裝置，其設置於一沖床上；該揀選裝置包括一控制裝置、一壓力檢知器及一啟閉裝置；該啟閉裝置包括一壓缸及一由該壓缸驅動位移之滑動板；該沖床具有一工作平臺，該工作平臺上設有一受動力驅動旋轉之轉盤及一沖壓裝置；而該轉盤旋轉面高於該工作平臺，該轉盤環周緣凹設有複數等間隔配置之螺帽置定區，各該螺帽置定區可分別持定一螺帽，且該沖壓裝置及任一螺帽置定區之位置可呈垂直方向對應；該控制裝置與該壓力檢知器及該壓缸呈電性連接，該壓力檢知器設置於該沖壓裝置上；及該啟閉裝置之壓缸鎖固在該工作平臺下方，使該滑動板可呈該轉盤之徑向方向滑移，並於該工作平臺上設有一通孔，該通孔位在沖壓後之螺帽置定區下方之位置，該控制裝置驅動該壓缸使該滑動板可開啟或關閉該通孔。一種防鬆螺帽良劣之揀選裝置，其設置於一沖床上；該揀選裝置包括一控制裝置、一壓力檢知器及一啟閉裝置；該啟閉裝置包括一壓缸及一由該壓缸驅動位移之滑動板；該沖床具有一工作平臺，該工作平臺上設有一受動力驅動旋轉之轉盤及一沖壓裝置；而該轉盤旋轉面高於該工作平臺，該轉盤環周緣凹設有複數等間隔配置之螺帽置定區，各該螺帽置定區可分別持定一螺帽，且該沖壓裝置及任一螺帽置定區之位置可呈垂直方向對應；該控制裝置與該壓力檢知器及該壓缸呈電性連接，該壓力檢知器設置於該沖壓裝置上；及該啟閉裝置之壓缸鎖固在該工作平臺下方，使該滑動板可呈該轉盤之徑向方向滑移，並於該工作平臺上設有一通孔，該通孔位在沖壓後之螺帽置定區下方之位置，該控制裝置驅動該壓缸使該滑動板可開啟或關閉該通孔。
如請求項1所述之防鬆螺帽良劣之揀選裝置，其中該控制裝置設有一壓力值接收單元及一驅動單元，該壓力值接收單元與該壓力檢知器呈電性連接、該驅動單元與該壓缸呈電性連接。
如請求項1所述之防鬆螺帽良劣之揀選裝置，其中該沖壓裝置包括一沖頭、一設置於該沖頭之上模具及一設置於該工作平臺上之下模具，且該上模具、任一螺帽置定區與下模具三者位置可呈垂直方向對應。
如請求項3所述之防鬆螺帽良劣之揀選裝置，其中該壓力檢知器設置於該下模具底面。
如請求項3所述之防鬆螺帽良劣之揀選裝置，其中該壓力檢知器設置於該沖頭與該上模具之間。		廖正印TW臺中市大裡區慈善路132號廖正印TW---F16B039/00F16B039/0011-----廖正印1TW5129-0000-00M66179420廖正印Valid-------------
76
CN221800337U2024-10-01一種緊固性強的汽配螺母modelCN202420007045.02024-01-03本實用新型公開了一種緊固性強的汽配螺母，涉及汽配螺母技術領域，具體為包括螺母本體，所述螺母本體位於螺栓的下方，所述螺母本體的外表面固定連接有安裝環，所述安裝環的內壁開設有凹槽，所述凹槽的內壁滑動連接有滑杆，所述螺母本體的內壁開設有滑槽，所述滑槽的內壁滑動連接有滑塊，所述滑塊的下表面固定連接有安裝板，所述安裝板的一側固定連接有限位板。該緊固性強的汽配螺母，通過六角槽、放置槽、滑動槽、滑動塊、移動板、第二彈簧、活動杆和加持板之間的配合設置，在將內六角安裝到六角槽的時候，通過第二彈簧的彈性，使加持板對內六角進行加持固定，避免造成掉落，從而起到了加持的作用，達到了加持的目的。;上海騁錕五金製品有限公司CN201400 上海市奉賢區金碧路1990號1層上海騁錕五金製品有限公司CN ---F16B039/284F16B039/284
F16B037/00		12-----------尹葰嫣1- 劉健
南通甯競智凡專利代理事務所(普通合夥) 32666		20241001----0-0-00-00-20上海騁錕五金製品有限公司Valid-------------
77
US20240328448A12024-10-03FASTENER DEVICEinvention18/2318692023-08-09A fastener device includes a body portion and a second clamping portion. The body portion includes a first clamping portion and a shank portion, where the shank portion is fixed to the first clamping portion, and the second clamping portion includes an engaging member. The engaging member is provided with an opening, and a first protruding structure. The opening allows the shank portion to pass therethrough, and that the first protruding structure is adjacent to the opening. The shank portion includes a rack structure, such that when the shank portion is inserted into the opening, the first protruding structure will be engaged with the rack structure.1. A fastener device, comprising:
a body portion, including a first clamping portion and a shank portion, wherein the shank portion is fixed to the first clamping portion; anda second clamping portion, including an engaging member, wherein the engaging member is provided with an opening, and a first protruding structure, and wherein the opening allows the shank portion to pass therethrough, and the first protruding structure is adjacent to the opening;wherein, the shank portion includes a rack structure, such that when the shank portion is inserted into the opening, the first protruding structure will be engaged with the rack structure.		1. A fastener device, comprising:
a body portion, including a first clamping portion and a shank portion, wherein the shank portion is fixed to the first clamping portion; anda second clamping portion, including an engaging member, wherein the engaging member is provided with an opening, and a first protruding structure, and wherein the opening allows the shank portion to pass therethrough, and the first protruding structure is adjacent to the opening;wherein, the shank portion includes a rack structure, such that when the shank portion is inserted into the opening, the first protruding structure will be engaged with the rack structure.
2. The fastener device as claimed in claim 1, wherein when the shank portion is inserted into the opening, at least one clamping space is formed between the first clamping portion and the second clamping portion.
3. The fastener device as claimed in claim 2, wherein the shank portion includes a first side and a second side which are opposite to each other, and wherein the rack structure is located at the first side, and the second side is provided with a rail structure.
4. The fastener device as claimed in claim 3, wherein the engaging member is further provided with a second protruding structure, and the second protruding structure is adjacent to the opening, and wherein the second protruding structure and the first protruding structure are arranged opposite to each other.
5. The fastener device as claimed in claim 4, wherein the rail structure is employed to receive the second protruding structure.
6. The fastener device as claimed in claim 3, wherein the engaging member is further provided with two extended slots which are in communication with the opening.
7. The fastener device as claimed in claim 6, wherein the two extended slots are adjacent to the first protruding structure.
8. The fastener device as claimed in claim 6, wherein the first protruding structure extends, substantially, along a second direction, and the second protruding structure extends substantially, along a first direction, such that the first direction and the second direction are in reverse directions to each other.
9. The fastener device as claimed in claim 8, wherein the rack structure includes, at periphery, two edge strips, and the two extended slots are employed to receive the two edge strips.
10. The fastener device as claimed in claim 3, wherein the body portion and/or the second clamping portion are made of elastic material.		Yi-Chang WUTWYi-Chang WUTW----F16B021/18F16B021/1811-F16B0021/186F16B0021/186
F16B0005/0642		-----1121125532023-03-31TWYi-Chang WU1TW Taoyuan City-------0-0-10-00-19Yi-Chang WUPub.-------------
78
CN118720041A2024-10-01一種螺栓鍛造成形裝置及其使用方法inventionCN202411057783.72024-08-02本發明提供一種螺栓鍛造成形裝置及其使用方法，屬於螺栓鍛造技術領域，該螺栓鍛造成形裝置及其使用方法包括，工作平臺，第一支撐器固定連接於工作平臺的上端，第一電機固定連接於第一支撐器的後端，工型固定架設於工作平臺的上側，兩個第一轉軸均轉動連接於工型固定架內，第一轉軸的前端固定連接有第一電機，本裝置通過引入原料拉直技術，確保了原料在進入鍛造過程前具備更佳的平直度和一致性，從而有效避免了因原料形狀不規則而引發的鍛造過程中材料流動不均勻的問題，同時，本裝置還增設了收集和處理系統，專門用於收集和處理在螺栓製造過程中產生的切割碎屑和雜碎，防止它們散落在工作區域，進而提高了工作效率並增強了工作安全性。;重慶錦康精密標準件有限公司CN400000 重慶市大足區萬古工業園區重慶錦康精密標準件有限公司CN----B21K027/00B21K027/00
B21K027/06
B21K001/44		12-----------周金康
周寬		2-
劉芳洲
北京奇眸智達智慧財產權代理有限公司 11861		20241001----0-0-00-00-20重慶錦康精密標準件有限公司Pub.-------------
79
US12104637B12024-10-01Locking fastener utilizing an inserted keyinvention17/8951362022-08-25A locking fastener utilizing an inserted key preferably includes a fastener and a lock key. The fastener includes a drive head and a threaded shank. The drive head is preferably a countersunk head. A drive cavity is formed in a top of the drive head. The threaded shank extends from a bottom of the drive head. The lock key preferably includes a tapered head and a shank. The shank extends downward from a bottom of the tapered head. A head projection extends outward from a rear of the tapered head. At least one shank projection extends outward from a front of the shank. A key slot is formed in a side of the drive head and a side of the threaded shank. A head retention slot is formed in the key slot, adjacent a top of the drive head to receive the head tapered projection.1. A locking fastener utilizing an inserted key, comprising:
a fastener including a drive head and a threaded shank, one end of said threaded shank extends from a bottom of said drive head, a drive cavity is formed in a top axial surface of said drive head; anda lock key including a head and a shank, said shank extends downward from a bottom of said head, at least one shank projection extends outward from a front of said shank, a head projection extends outward from a rear of said head, a key slot is formed in a side of said drive head and said threaded shank, said key slot is sized to receive said lock key, a head retention slot is formed in said key slot to receive said head projection, where in use said fastener is inserted through a first object and tightened in a threaded hole of a second object, and said lock key is inserted through said top axial surface of said drive head into said key slot to prevent rotation of said fastener, where in use said head projection is locked in said head retention slot to prevent upward movement of said lock key.		1. A locking fastener utilizing an inserted key, comprising:
a fastener including a drive head and a threaded shank, one end of said threaded shank extends from a bottom of said drive head, a drive cavity is formed in a top axial surface of said drive head; anda lock key including a head and a shank, said shank extends downward from a bottom of said head, at least one shank projection extends outward from a front of said shank, a head projection extends outward from a rear of said head, a key slot is formed in a side of said drive head and said threaded shank, said key slot is sized to receive said lock key, a head retention slot is formed in said key slot to receive said head projection, where in use said fastener is inserted through a first object and tightened in a threaded hole of a second object, and said lock key is inserted through said top axial surface of said drive head into said key slot to prevent rotation of said fastener, where in use said head projection is locked in said head retention slot to prevent upward movement of said lock key.
2. The locking fastener utilizing an inserted key of claim 1 wherein:
said head projection includes a flat head top and a head angled relief, said head angled relief extends downward and inward toward said shank from an outward edge of said flat head top.
3. The locking fastener utilizing an inserted key of claim 1 wherein:
said key slot stops just above an opposing end of said threaded shank.
4. The locking fastener utilizing an inserted key of claim 1 wherein:
said drive cavity has a hex shape.
5. The locking fastener utilizing an inserted key of claim 1 wherein:
said head retention slot is formed in said key slot, adjacent a top of said drive head.
6. A locking fastener utilizing an inserted key, comprising:
a fastener including a drive head and a threaded shank, one end of said threaded shank extends from a bottom of said drive head, a drive cavity is formed in a top axial surface of said drive head; anda lock key including a head and a shank, said shank extends downward from a bottom of said head, a head projection extends outward from a rear of said head, a key slot is formed in a side of said drive head and said threaded shank, said key slot is sized to receive said lock key, a head retention slot is formed in said key slot to receive said head projection, where in use said fastener is inserted through a first object and tightened in a threaded hole of a second object, and said lock key is inserted through said top axial surface of said drive head into said key slot to prevent rotation of said fastener, where in use said head projection is locked in said head retention slot to prevent upward movement of said lock key.
7. The locking fastener utilizing an inserted key of claim 6 wherein:
said head projection includes a flat top and an angled relief, said angled relief extends downward and inward toward said shank from an outward edge of said flat top.
8. The locking fastener utilizing an...		Patrick J. SantiniUSPatrick J. SantiniUS----F16B039/28F16B039/28
F16B039/04		11-F16B0039/04F16B0039/04--------Patrick J. Santini1USWI West BendDonald J. Ersler--Gary W EstremskyGary W EstremskyUS514623
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US20210310506		12-0-20-00-18Patrick J. SantiniValid-------------
80
CN118728814A2024-10-01一種聯排墊片鋼釘inventionCN202310352442.12023-03-30本發明涉及一種裝修工具領域，具體涉及一種聯排墊片鋼釘；本發明提供了一種聯排墊片鋼釘，具有這樣的特徵，包括：鋼釘，包括頂帽、釘身和釘頭；連接部件，用於連接多個鋼釘；以及墊片，連接在鋼釘的釘身上，並且連接在靠近釘頭的部分，其中，頂帽的直徑大於釘身的直徑，墊片外壁的直徑大於頂帽的直徑；因為連接件的設計，使得打釘過程中，不需要每一次射釘都需要用手插入一枚墊片鋼釘，只需要一次裝填可使用多枚鋼釘，直到多枚鋼釘被使用完後再次裝填，不僅提高了工作效率並且還提高了工作的安全性。;台州市大江實業有限公司CN317500 浙江省台州市溫嶺市工業城機電園區台州市大江實業有限公司CN----F16B015/08F16B015/0811-----------竹再君
周洪峰
楊濤
李海軍
張雲宰
陳達坡
楊明軍		7-





鬱旦蓉
上海德昭智慧財產權代理有限公司 31204		20241001----0-0-10-00-19台州市大江實業有限公司Pub.-------------
81
US12104629B22024-10-01Fastenerinvention18/0494502022-10-25A fastener provided with a pin and a body configured to insert the pin. The pin has a pin flange and a pin shaft extending in the vertical direction from the pin flange; and the main body has a bottom, an opening formed in the bottom for inserting the pin, a member to be mounted locking part formed vertically from the bottom along the opening in order to lock to the member to be mounted, a pin flange temporary holding part for temporarily fixating, before attaching to the member to be mounted, the pin flange at a first position opposite to the member to be mounted locking part relative to the bottom, and a pin flange lock for locking the pin flange at a second position closer to the bottom than the first position while mounted on the member to be mounted.1. A fastener for securing to a member to be mounted defining a through hole, the fastener comprising:
a pin, and; wherein the pin includes a pin flange and a pin shaft extending in the vertical direction from the pin flange; anda main body configured to insert the pin and the main body includes:
a bottom part including a first side and a second side vertically opposite to the first side,an opening partially defined in and vertically through the bottom part for inserting the pin,a member to be mounted locking part extending vertically from the second side of the bottom part along the opening, the member to be mounted locking part insertable though the through hole of the member to be mounted and operable with the pin to lock to the member to be mounted,a pin flange temporary holding part for temporarily fixating, before attaching to the member to be mounted, the pin flange at a first position relative to the first side of the bottom part, anda pin flange locking part for locking the pin flange at a second position closer to the first side of the bottom part than the first position when mounted on the member to be mounted; andwherein:
the main body further includes a ring-shaped main body-side annular part extending vertically from the first side of the bottom part and radially around the opening, the ring-shaped main body side annular part defining an outer diameter; andthe pin further includes a ring-shaped pin-side annular part extending vertically from the pin flange toward a tip of the pin, and when mounted on the member to be mounted, an outer surface of the main body side annular part and an inner surface of the pin side annular part come into surface contact.		1. A fastener for securing to a member to be mounted defining a through hole, the fastener comprising:
a pin, and; wherein the pin includes a pin flange and a pin shaft extending in the vertical direction from the pin flange; anda main body configured to insert the pin and the main body includes:
a bottom part including a first side and a second side vertically opposite to the first side,an opening partially defined in and vertically through the bottom part for inserting the pin,a member to be mounted locking part extending vertically from the second side of the bottom part along the opening, the member to be mounted locking part insertable though the through hole of the member to be mounted and operable with the pin to lock to the member to be mounted,a pin flange temporary holding part for temporarily fixating, before attaching to the member to be mounted, the pin flange at a first position relative to the first side of the bottom part, anda pin flange locking part for locking the pin flange at a second position closer to the first side of the bottom part than the first position when mounted on the member to be mounted; andwherein:
the main body further includes a ring-shaped main body-side annular part extending vertically from the first side of the bottom part and radially around the opening, the ring-shaped main body side annular part defining an outer diameter; andthe pin further includes a ring-shaped pin-side annular part extending vertically from the pin flange toward a tip of the pin, and when mounted on the member to be mounted, an outer surface of the main body side annular part and an inner surface of the pin side annular part come into surface contact.
2. The fastener according to claim 1, wherein the main body further includes a side wall extending vertically from the bottom part on the first side opposite to the member to be mounted locking part, and the pin flange locking part and the pin flange temporary holding part are formed on the side wall.
3. The fastener according to claim 2, wherein the pin flange temporary holding part is formed as a pair of holding claws at first locations facing each other on the side wall, and the pin flange locking part is formed as a pair of locking claws at second locations facing each other on the side wall.
4. The fastener according to claim 1, wherein the main body further includes a pin shaft part support part extending vertically from the second side of the bottom part in a vertical direction along the opening at a position different from that of the member to be mounted locking part, and the pin shaft part support part supports the pin shaft.
5. A fastener for securing to a workpiece defining a through hole, the fastener comprising:
a pin including a pin flange extending radially and a pin shaft extending axially from an underside of the pin flange to a flange tip; anda body including:
a bottom including a first side and a second side axially opposite to the first side;an opening partial...		NEWFREY LLCUSNEWFREY LLCUS CT New BritainNEWFREY LLCUS1000 STANLEY DRIVEF16B019/10F16B019/1011-F16B0019/10F16B0019/10
F16B0019/1081
Y10T0024/309		-----2021-1736612021-10-25JPShin Kataoka1JP UtsunomiyaMichael P. Leary--Robert SandyRobert Sandy
Michael S Lee		US4122583
US8926244
US20110164942
US20130149066
US20200263717
US20240018983		6-0-20US12104629
JP2023063692
CN116025625A		33-18NEWFREY LLCValid-------------
82
CN221800474U2024-10-01減振防護結構modelCN202420536444.62024-03-19本實用新型提出一種減振防護結構，屬於機械減振防護結構技術領域，包括第一螺栓以及與第一螺栓相配合的螺母，第一螺栓由具有外螺紋的第一栓體和與第一栓體上端連接的第一栓帽組成；第二螺栓由具有外螺紋的第二栓體和與第二栓體上端連接的第二栓帽組成；其中，螺母與第二螺栓的第二栓帽由緩衝彈性體包覆，螺母與第二栓帽物理間隔。該結構可以有效降低高低頻振動對待固定件的影響。;名商科技有限公司CN516200 廣東省惠州市惠陽經濟開發區葉挺大道三和段569名商科技有限公司CN ---F16F015/023F16F015/023
F16F015/08
F16B041/00
F16B035/00
F16B037/00		24-----------江志洲
劉彥會
黃彩鳳		3-

陳裕恒
深圳市金博仕智慧財產權代理有限公司 441040		20241001----0-0-00-00-20名商科技有限公司Valid-------------
83
CN118224171B2024-10-01一種防鬆元件inventionCN202310104191.52023-02-13本發明公開了一種防鬆元件，其包括：螺母和墊片，螺母和墊片均為邊長為Lx的正六邊形，螺母、墊片上均設置有若干楔形塊，楔形塊在螺母、墊片接觸面上相互嵌合，楔形塊包括第一楔面和第二楔面，第一楔面為方向與螺紋斜面方向反向的斜面，第二楔面為與第一楔面相鄰的豎直高度為L的臺階立面，分別以墊片繞螺母緊固方向轉動時，預緊力增加最大化，墊片繞螺母鬆動方向轉動時，防鬆元件穩定自鎖為目標，得楔形塊楔角最優取值範圍，增強防鬆元件防鬆性能。;拉薩譽致信科技有限公司CN850000 西藏自治區拉薩市柳梧新區電子商務產業園三樓309室拉薩譽致信科技有限公司CN ---F16B039/24F16B039/24
F16B039/28
F16B037/00		12-----------李琪
袁新璐
餘磊		3-

龐啟成
成都海成智慧財產權代理事務所(普通合夥) 51357		20241001-高卉高卉CN1141355641-0-10CN118224171B11-19拉薩譽致信科技有限公司Valid-------------
84
CN221800326U2024-10-01一種橢圓箍圈式防鬆螺母modelCN202420420114.02024-03-05一種橢圓箍圈式防鬆螺母，屬於緊固件技術領域，其在現有的螺母基礎上增設了橢圓箍圈，所述橢圓箍圈的內環壁所構成的內橢圓的短徑和長徑分別稱為內短徑和內長徑，所述橢圓箍圈的內短徑等於螺母內徑的90.0％‑99.9％，所述橢圓箍圈通過直連部與螺母直接固定相連，所述直連部的連接長度占橢圓箍圈周長的3％‑30％。其有益效果是由於橢圓箍圈的內短徑小於螺母的內徑，在擰緊在螺杆上時橢圓箍圈能夠抱緊螺杆，有效防止螺母鬆脫；結合三角防滑齒或倒刺齒時，安裝在螺杆上，在自然環境中，螺母很難或者不會往鬆的方向旋轉鬆動；不僅操作非常方便，而且便於生產和包裝存儲管理。;河北中車陸星防鬆技術有限公司
劉啟超		CN056800 河北省邯鄲市魏縣經濟開發區天雨東路3001號
河北中車陸星防鬆技術有限公司
劉啟超		CN
---F16B037/00F16B037/00
F16B039/282		12-----------河北中車陸星防鬆技術有限公司
劉啟超		2CN056800 河北省邯鄲市魏縣經濟開發區天雨東路3001號
李智祥
重慶創新專利商標代理有限公司 50125		20241001----0-0-00-00-20河北中車陸星防鬆技術有限公司,劉啟超Valid-------------
85
CN221790747U2024-10-01一種連接板螺栓孔打點定位裝置modelCN202323670273.02023-12-30一種連接板螺栓孔打點定位裝置，屬於鋼結構製作加工技術領域。包括底座(1)、背板(2)、下挑板(3)、彈簧(4)、樣沖杆(5)、卡棍(6)、上挑板(7)、螺釘(8)、連接立板(9)、套管(10)、連接橫板(11)。將連接板水準放在打點定位裝置的底座上，並在下挑板的下方，調整樣沖杆，使樣沖杆下頂尖對準連接板劃線上的螺栓孔點位，擊鑿樣沖杆頂端，樣沖杆穿過下挑杆矩形孔擊打連接板螺栓孔點位，形成樣沖點，由於彈簧的回彈，樣沖杆回復原位，以此進行打點定位，直到連接板螺栓孔點位元全部打完。優點在於，組裝簡單，操作方便，減少了作業人員的安全隱患，同時保證了打點定位的精度，減少了返工，降低了施工成本。;北京首鋼建設集團有限公司CN100041 北京市石景山區蘋果園路15號北京首鋼建設集團有限公司CN ---B21D028/30B21D028/30
B21D028/34
B21D028/36		11-----------李林峰
郭維維
雷豔輝
鄭國
高愛輝
王順
周天寶		7-





劉月娥
北京華誼智慧財產權代理有限公司 11207		20241001----0-0-10-00-19北京首鋼建設集團有限公司Valid-------------
86
CN221790951U2024-10-01一種用於鋁合金減震塔雙面拉鉚自動翻轉快換工裝modelCN202322846799.32023-10-24本實用新型涉及鋁合金減震塔領域，公開了一種用於鋁合金減震塔雙面拉鉚自動翻轉快換工裝，包括BASE底座，所述電機座右側位置固定連接有驅動電機，所述齒輪軸左側位置固定連接有旋轉快換盤座，所述旋轉快換盤座內壁中間位置設置有快換機構，所述反面拉鉚工裝底座頂板右側位置設置有反面拉鉚工裝快換滑板，所述反面拉鉚工裝快換滑板底部中間位置貫穿並設置有頂升氣缸。本實用新型中，鋁合金減震塔通過翻轉平移機構通過無杆氣缸驅動到反面拉鉚工裝處，驅動電機驅動翻轉快換機構翻轉180°實現鋁合金減震塔翻轉，通過定位銷將鋁合金減震塔固定，拉鉚完成後，正面拉鉚工裝打開夾緊機構退出定位銷。;辰致科技有限公司CN402760 重慶市璧山區璧泉街道牛角灣路7號附12號辰致科技有限公司CN ---B21J015/38B21J015/3811-----------莊大清
黃軍
潘武兵
彭超
陳亮
黃義銀
余果
尹長名
韓吉祥		9-







何仕鵬
北京鼎德寶專利代理事務所(特殊普通合夥) 11823		20241001----0-0-10-00-19辰致科技有限公司Valid-------------
87
CN221800333U2024-10-01一種帶有墊圈結構的螺栓頭modelCN202420023248.92024-01-04本實用新型公開了一種帶有墊圈結構的螺栓頭，涉及機械工程技術領域。一種帶有墊圈結構的螺栓頭，包括螺栓杆，螺栓杆的上表面固定連接有螺栓頭，螺栓頭的下端開設有墊圈槽，螺栓杆的外表面開設有八個第一彈簧槽，八個第一彈簧槽的內壁均滑動連接有第一限位塊，八個第一彈簧槽的內部均固定連接有第一復位彈簧，通過限位元裝置中第一限位元塊和墊圈內部滑動連接的第二限位塊分別與對應的第一限位塊槽的內壁接觸和第二限位塊槽的內壁接觸，通過固定套與定位杆的一端螺紋連連接，實現對墊圈進行固定，這樣在設備運行時產生的震動時，通過第一復位彈簧和第二復位彈簧對其進行緩衝，降低震動產出的作用力，使墊圈不易鬆動，大大的提高了螺栓的穩定性。;瑞標集團有限公司CN325204 浙江省溫州市里安市國際汽摩配產業園區瑞標集團有限公司CN ---F16B039/26F16B039/26
F16B039/28		11-----------劉勇平
李達
梁修海
占其斌
陳晉淼		5-



江錦利
北京知創巨集信智慧財產權代理有限公司 51350		20241001----0-0-00-00-20瑞標集團有限公司Valid-------------
88
CN221810954U2024-10-08自鎖式盲孔螺母modelCN202421118165.42024-05-22本實用新型公開了自鎖式盲孔螺母，涉及機械零件技術領域。本實用新型包括外殼，外殼的內部通過安裝元件設置有內芯，外殼的頂部還設置有自鎖元件；安裝元件中的底板固定連接在外殼的底部，底板表面中心位置的通槽內間隙配合有安裝塊，安裝塊的頂部焊接在內芯的底部，底板的下表面前後端均沿縱向活動連接有卡塊，卡塊的一端分別間隙配合在位於安裝塊前後端面上的卡槽內部。本實用新型通過安裝元件中的第一螺紋杆帶動卡塊向卡槽的內部進行運動，實現了將內芯固定在外殼的內部，並通過自鎖元件中的套杆和第二螺紋杆帶動弧形塊和凸塊進行運動，通過弧形塊和凸塊進行自鎖，解決了現有的不便於對其內芯進行更換和不便於解除自鎖的問題。;紹興銘鼎裝飾工程有限公司CN312030 浙江省紹興市柯橋區華舍街道瓜渚東路1567-2室紹興銘鼎裝飾工程有限公司CN ---F16B037/00F16B037/00
F16B039/28		12-----------章建強1- 汪奕
長沙準星專利代理事務所(普通合夥) 43241		20241008----0-0-00-00-20紹興銘鼎裝飾工程有限公司Valid-------------
89
WO2024202565A12024-10-03STEEL BAR, BOLT, AND METHOD FOR PRODUCING BOLTinventionJP20240041982024-02-07Provided are: a steel bar suitable as a material for a bolt having a large diameter, high strength, and high toughness; a bolt having a large diameter, high strength, and high toughness; and a method for producing the bolt. The steel bar 1 has a chemical composition, in mass %, of C: 0.35-0.45% inclusive, Si: 0.10-0.50% inclusive, Mn: 0.50-2.00% inclusive, P: 0.030% or less, S: 0.030% or less, Ni: 1.00-3.00% inclusive, Cr: 0.50-2.00% inclusive, and Mo: 0.10-0.50% inclusive, the balance being Fe and impurities, and has a DI value of 420 or more and a diameter of 65 mm or more.
JFE STEEL CORPORATIONJP2-3, Uchisaiwai-cho 2-chome, Chiyoda-ku, Tokyo,1000011,〒1000011,JPJFE STEEL CORPORATIONJP----C22C038/00C22C038/00
C21D009/00
C22C038/58
F16B035/00		33--------2023-0561762023-03-30JPIHARA Naoya
NAKASHIMA Koichi		2JPc/o Intellectual Property Dept., JFE STEEL CORPORATION, 2-3, Uchisaiwai-cho 2-chome, Chiyoda-ku, Tokyo,1000011,〒1000011,JP
c/o Intellectual Property Dept., JFE STEEL CORPORATION, 2-3, Uchisaiwai-cho 2-chome, Chiyoda-ku, Tokyo,1000011,〒1000011,JP		SUGIMURA Kenji36F, Kasumigaseki Common Gate West, 3-2-1, Kasumigaseki, Chiyoda-ku, Tokyo,1000013,〒1000013,JP-----0-0-00WO202420256511-20JFE STEEL CORPORATION-------------
90
CN221790958U2024-10-01一種螺栓成型機的坯料自動感應加熱裝置modelCN202420050013.92024-01-09本實用新型涉及螺栓成型技術領域，具體為一種螺栓成型機的坯料自動感應加熱裝置，包括加熱箱，所述加熱箱的底端焊接有連接插杆，所述連接插杆的底端插接於坯料箱的頂端，所述坯料箱的底壁一側螺紋連接有伸縮杆，所述伸縮杆的頂端設有保護盒，所述保護盒的內部放置有伺服電機，所述伺服電機的輸出端插接有旋轉機構，所述旋轉機構的底壁的中部插接有液壓氣缸的驅動端，所述液壓氣缸的底部螺紋連接底箱的底壁的中部。改良後的加熱裝置，液壓氣缸推動螺栓坯料升入至加熱箱內部的加熱線圈的位置時，可被自動感應器感應到，啟動加熱線圈對螺栓坯料自動加熱，啟動伺服電機，帶動從動齒輪內部的螺栓坯料在加熱線圈的範圍內自轉，進行全方位均勻加熱。;江蘇甬怡緊固件有限公司CN222111 江蘇省連雲港市贛榆區海頭鎮興莊村金興南路6號江蘇甬怡緊固件有限公司CN ---B21K029/00B21K029/00
B21K001/44
B21K027/00
H05B006/02
H05B006/36		24-----------賈興旺
吳茂雙
韋長紅
李剛
仲啟超		5-



高濱澤
北京快易權智慧財產權代理有限公司 11660		20241001----0-0-00-00-20江蘇甬怡緊固件有限公司Valid-------------
91
EP3938662B12024-10-09MULTI-PIECE ANTI-VIBRATION LOCKING FASTENERinvention20771040.12020-01-13A three-piece locking fastener (10), comprising:
an intermediate component (12) having a one piece body with an exterior surface and an enlarged polygonal shaped head (18), a first hollowed interior extending between opposite ends, said intermediate component (12) including a plurality of interior threads (30) arrayed in a first direction and extending from a first of said opposite ends, a recess (34) defined within said enlarged polygonal shaped head (18) and extending inwardly from the other of said opposite ends and terminating in an undercut ledge (36), a polygonal inner perimeter (38) configured in said recess (34) and communicating said first hollowed interior with said undercut ledge (36);a first fastener (14) having a further one piece body with a first enlarged head (20) and a first stem with a second hollowed interior, a first exterior thread pattern (24) configured on said first stem extending in the first direction for rotationally inter-engaging with said interior threads (30) of said intermediate component (12) when installed through said first selected one of said opposite ends, said second hollowed interior of said first fastener (14) exhibiting a further plurality of interior threads (30) extending in a second direction that is opposite to the first direction; anda second fastener (16) having a second enlarged head (22) and a second stem, upon which is configured a second exterior thread pattern (32) extending in the second direction and, upon being installed through said enlarged polygonal shaped head(18) and within the other selected one of said opposite ends of said intermediate component (12), said polygonal inner perimeter communicating said second stem within said intermediate component (12) and in engagement with said hollow threaded interior of said previously installed first fastener (14), with said second enlarged head (22) being received within said recess (34) and against said undercut ledge (36), said second fastener (16) rotationally inter-engaging said interior threads (30) of said first fastener (14) in the second direction, with loosening of either of said first and second fasteners (14, 16) being prevented.		A three-piece locking fastener (10), comprising:
an intermediate component (12) having a one piece body with an exterior surface and an enlarged polygonal shaped head (18), a first hollowed interior extending between opposite ends, said intermediate component (12) including a plurality of interior threads (30) arrayed in a first direction and extending from a first of said opposite ends, a recess (34) defined within said enlarged polygonal shaped head (18) and extending inwardly from the other of said opposite ends and terminating in an undercut ledge (36), a polygonal inner perimeter (38) configured in said recess (34) and communicating said first hollowed interior with said undercut ledge (36);a first fastener (14) having a further one piece body with a first enlarged head (20) and a first stem with a second hollowed interior, a first exterior thread pattern (24) configured on said first stem extending in the first direction for rotationally inter-engaging with said interior threads (30) of said intermediate component (12) when installed through said first selected one of said opposite ends, said second hollowed interior of said first fastener (14) exhibiting a further plurality of interior threads (30) extending in a second direction that is opposite to the first direction; anda second fastener (16) having a second enlarged head (22) and a second stem, upon which is configured a second exterior thread pattern (32) extending in the second direction and, upon being installed through said enlarged polygonal shaped head(18) and within the other selected one of said opposite ends of said intermediate component (12), said polygonal inner perimeter communicating said second stem within said intermediate component (12) and in engagement with said hollow threaded interior of said previously installed first fastener (14), with said second --> enlarged head (22) being received within said recess (34) and against said undercut ledge (36), said second fastener (16) rotationally inter-engaging said interior threads (30) of said first fastener (14) in the second direction, with loosening of either of said first and second fasteners (14, 16) being prevented.
The locking fastener (10) of claim 1, said enlarged head (20) of said first fastener (14) further comprising a number of interconnected sides having a polygonal shape.
The locking fastener (10) of claim 1, said second enlarged head (22) of said second fastener (16) is curved.
The locking fastener (10) of claim 3, further comprising a tool bit engageable recess profile (23) incorporated into said enlarged head (22) of said second fastener (16).
The locking fastener (10) of claim 1, said intermediate component (12) and said first and second fasteners (14,16) each constructed from a rigid material.
The locking fastener (10) of claim 1, further comprising first and second layers (2, 4) having aligning apertures (6, 8) through which said intermediate component (12) extends, said enlarged polygonal shaped ...		Size, Earl AllenSize, Earl AllenUS3264 Primrose Drive Rochester Hills MI 48307---F16B005/02F16B005/02
F16B039/22
F16B039/02
F16B037/12
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F16B033/02		14F16B0005/0241F16B0005/0241
F16B0037/125
F16B0033/006
F16B2033/025
F16B0039/02		----201962816964 P
201916507104		2019-03-12
2019-07-10		USSize, Earl Allen1US Rochester Hills MI 48307Marks & Clerk LLP---0EP0 634 583
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92
CN221800320U2024-10-01一種新型的隔離柵底螺栓modelCN202420196966.62024-01-26本實用新型公開了一種新型的隔離柵底螺栓，包括：螺栓本體、加固殼和保護帽，所述螺栓本體的上端設置有防鬆罩，所述螺栓本體的上端固定安裝有六角緊固頭，所述六角緊固頭的內端開設有矩形槽；所述加固殼固定安裝在防鬆罩的上端，所述加固殼的內端開設有卡合槽，所述加固殼設置在六角緊固頭的外側；所述保護帽的外端等角度固定安裝有卡合件，所述保護帽的頂端一體式安裝有帽頂蓋，所述帽頂蓋的下端固定安裝有矩形塊，所述防鬆罩的內端開設有內槽，所述內槽螺紋連接在螺栓本體的外端，該新型的隔離柵底螺栓，具有防鬆加固的作用，具有安裝方便且不便於拆卸的效果，避免被他人破壞拆卸。;新疆那巴高速公路發展有限責任公司
新疆交投建設管理有限責任公司		CN841003 新疆維吾爾自治區巴音郭楞蒙古自治州庫爾勒市團結南路37號社區綜合樓5樓
新疆那巴高速公路發展有限責任公司
新疆交投建設管理有限責任公司		CN
---F16B033/00F16B033/00
F16B041/00
F16B023/00
F16B039/10		14-----------李傑
甫爾海提·艾尼瓦爾
石建疆
李紅康
邵明星
高玉		6-




楊明
成都四慧智慧財產權代理事務所(普通合夥) 51307		20241001----0-0-00-00-20新疆那巴高速公路發展有限責任公司,新疆交投建設管理有限責任公司Valid-------------
93
EP3822026B12024-10-02TAPERED LOBULAR DRIVER AND FASTENERinvention20214628.82016-08-18A fastener systems includes a fastener and a driver, each of which have three alternating lobes and troughs that define the drive surfaces. The three alternating lobes and troughs are each defined by an outer radius portion, a drive side transition, an inner transition radius, and a reverse drive portion.;The fastener recess and the driver each also have a side wall defined by the outer transition radius that tapers at a taper angle relative to the rotational axis. The fastener side wall may taper at about 60. The driver side wall may taper at about 60. Alternatively, the driver side wall may taper at angle at least 10 less than the taper angle of the recess side wall, such as 42. The drive side transition defines a drive angle which may be between 0 and 5.
A fastener system comprising:
a fastener (310) having a head (311) with a recess (312), and a threaded shank (313),
the recess (312) defined by a series of three alternating lobes (314) and troughs (316) about a rotational axis, each of the alternating lobes (314) and troughs (316) defined by in series an outer radius portion (320), a drive side transition (322), an inner transition radius (324), and a reverse drive portion (326); anda driver (700) comprising a shaped tapered bit (212) defined by a series of three alternating driver lobes and driver troughs about the rotational axis, each of the alternating driver lobes and driver troughs defined by in series an outer radius portion (720), a drive side transition (722), an inner transition radius (724), and a reverse drive portion;wherein each of the driver lobes and of the recess lobes has a tapering height and width with a substantially constant ratio of lobe width to lobe height,wherein the driver lobes have a side wall (230) defined by the outer radius portion with a taper angle relative to the rotational axis less than or equal to the taper angle of the recess side wall, andcharacterised in that the recess (312) having a side wall (330) defined by the outer radius portion with a taper angle of about 60° from the rotational axis and in that the reverse drive portion of the driver comprises a concave portion (726') and catch portion (726"), wherein the catch portion defines a reverse drive angle of about 45°.		A fastener system comprising:
a fastener (310) having a head (311) with a recess (312), and a threaded shank (313),
the recess (312) defined by a series of three alternating lobes (314) and troughs (316) about a rotational axis, each of the alternating lobes (314) and troughs (316) defined by in series an outer radius portion (320), a drive side transition (322), an inner transition radius (324), and a reverse drive portion (326); anda driver (700) comprising a shaped tapered bit (212) defined by a series of three alternating driver lobes and driver troughs about the rotational axis, each of the alternating driver lobes and driver troughs defined by in series an outer radius portion (720), a drive side transition (722), an inner transition radius (724), and a reverse drive portion;wherein each of the driver lobes and of the recess lobes has a tapering height and width with a substantially constant ratio of lobe width to lobe height,wherein the driver lobes have a side wall (230) defined by the outer radius portion with a taper angle relative to the rotational axis less than or equal to the taper angle of the recess side wall, andcharacterised in that the recess (312) having a side wall (330) defined by the outer radius portion with a taper angle of about 60° from the rotational axis and in that the reverse drive portion of the driver comprises a concave portion (726') and catch portion (726"), wherein the catch portion defines a reverse drive angle of about 45°.
The fastener system of claim 1, wherein the driver side wall has a taper angle of about 60° from the rotational axis.
The fastener system of claim 1, wherein the driver side wall has a taper angle of about 42° from the rotational axis. -->
The fastener system of claim 1, wherein the taper angle of the driver side wall is at least 10° less than the taper angle of the recess side wall (330).
The fastener system of claim 1, wherein the drive side transition (222) is linear and defines a drive angle relative to a radial line extending from the rotational axis and tangent to the inner transition radius.
The fastener system of claim 5, wherein the drive angle is between about 0° and 5°.
The fastener system of claim 5, wherein the drive side transition has a length between about 20% and 60% of the lobe height.
The fastener system of claim 1, wherein the inner transition radius comprises a first segment defined by a first radius and a second segment defined by a second radius greater than the first radius.
The fastener system of claim 1, wherein the driver comprises a tip portion and the outer transition portion is tapered at about 140° in the tip portion.
The fastener system of claim 1 further comprising a plurality of additional fasteners of different sizes, each of the plurality of additional fasteners having at least one cross section of a recess that is substantially the same as a cross section of the recess of the fastener, wherein the driver is configured to transmit torque to eac...		Infastech Intellectual Properties Pte. Ltd.Infastech Intellectual Properties Pte. Ltd.SG8 Marina Boulevard 05-02
Marina Bay Financial Centre Tower 1 Singapore 018981		---B25B015/00B25B015/00
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F16B0023/0053		----201562206555 P2015-08-18USLUKES, Richard W.
BLAESS, Donald K.
RISKIN, Sean		3US Decorah, CA California 52101
Dekorah, IA Iowa 52101
Pleasanton, CA California 94588		Grünecker Patent- und Rechtsanwälte
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94
US12108971B22024-10-08Bone screw for the treatment of bone collapses or deformations, in the case of the Charcot foot, and insertion instrument of anti-migration elements into the bone screwinvention16/6099042018-05-03A bone screw for Charcot foot includes a non-threaded intermediate portion between threaded tip and head portions. The intermediate portion is longer than the tip and head portions. The head portion has an outer diameter larger than the intermediate and tip portions. The screw includes at least one transverse hole on the intermediate portion with a circular cross-section which is arranged for inserting a pin to prevent migration of the screw. The screw includes a helical groove on the intermediate portion. The head portion is removably coupled to the intermediate portion by a shape coupling between two profiles which allows only one relative coupling orientation or at least two relative coupling orientations rotated by a specific angular distance with respect to each other. The head portion is coupled to the intermediate portion by a shape coupling between two profiles comprising a radial groove and a radial relief.1. An improved bone screw for the treatment of bone collapses and deformations in the case of the so-called Charcot foot, comprising a non-threaded intermediate portion spaced between a tip portion and a head portion both of which being externally threaded; wherein the non-threaded intermediate portion is longer than the tip portion; wherein the non-threaded intermediate portion is longer than the head portion; said head portion having an outer diameter larger than said intermediate portion and said tip portion; said head portion having a head seat for coupling a tightening device; said bone screw further comprising at least one transverse hole on the non-threaded intermediate portion, said transverse hole having a circular cross-section at both its inlet and outlet and being arranged for inserting a corresponding at least one pin to prevent the migration of said bone screw when implanted into the bone; said bone screw further comprising a helical groove on the non-threaded intermediate portion; wherein said head portion is removably coupled to said intermediate portion;
wherein said head portion is coupled to said intermediate portion by means of a shape coupling between two profiles, which allows only one relative coupling orientation or at least two relative coupling orientations rotated by a specific angular distance with respect to each other; wherein said head portion is coupled to said intermediate portion by means of a shape coupling between two profiles comprising a radial groove and a radial relief adapted to be inserted within said radial groove.		1. An improved bone screw for the treatment of bone collapses and deformations in the case of the so-called Charcot foot, comprising a non-threaded intermediate portion spaced between a tip portion and a head portion both of which being externally threaded; wherein the non-threaded intermediate portion is longer than the tip portion; wherein the non-threaded intermediate portion is longer than the head portion; said head portion having an outer diameter larger than said intermediate portion and said tip portion; said head portion having a head seat for coupling a tightening device; said bone screw further comprising at least one transverse hole on the non-threaded intermediate portion, said transverse hole having a circular cross-section at both its inlet and outlet and being arranged for inserting a corresponding at least one pin to prevent the migration of said bone screw when implanted into the bone; said bone screw further comprising a helical groove on the non-threaded intermediate portion; wherein said head portion is removably coupled to said intermediate portion;
wherein said head portion is coupled to said intermediate portion by means of a shape coupling between two profiles, which allows only one relative coupling orientation or at least two relative coupling orientations rotated by a specific angular distance with respect to each other; wherein said head portion is coupled to said intermediate portion by means of a shape coupling between two profiles comprising a radial groove and a radial relief adapted to be inserted within said radial groove.
2. The bone screw according to claim 1, wherein said shape coupling between two profiles allows two relative coupling orientations rotated by 180° with respect to each other.
3. The bone screw according to claim 1, wherein one of said head portion and said intermediate portion has a female element with the radial groove; the other between said head portion and said intermediate portion having at least one male element with the radial relief adapted to be inserted within said radial groove when the shape coupling between said male element and said female element is achieved defining two relative coupling orientations rotated by 180° with respect to each other.
4. The bone screw according to claim 1, wherein one of said head portion and said intermediate portion has a female element defining a polygonal seat, at least a face of said polygonal seat comprising a radial groove; the other between said head portion and said intermediate portion having at least one male element defining a polygonal profile adapted to engage in said polygonal seat, at least a face of said polygonal profile having an elongated radial ridge adapted to slide within the radial groove.		Orthofix S.R.L.ITORTHOFIX S.R.L.IT VeronaORTHOFIX S.R.L.ITVIA DELLE NAZIONI, 9A61B017/86A61B017/86
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IT201700048446A1		75-14ORTHOFIX S.R.L.Valid-------------
95
CN118720290A2024-10-01一種航空器零件深孔螺紋的加工裝置inventionCN202410942306.22024-07-15本發明公開了一種航空器零件深孔螺紋的加工裝置，涉及航空器技術領域。該航空器零件深孔螺紋的加工裝置，包括底座板、升降結構、前後移動結構、橫移推進結構和卡緊結構，底座板的頂部滑動安裝有橫移基座，橫移基座的頂部設置有升降滑板，升降滑板的頂部設置有安裝座，安裝座的左側轉動安裝有安裝卡套，安裝卡套的內部插設有線型連杆，線型連杆的一端設置有絲錐刀具，底座板的頂部固定安裝有放置座。該航空器零件深孔螺紋的加工裝置，能夠自動對孔，無需調整航空零件的位置，而且能夠將工件橫向放置並驅動絲錐刀具深入其內進行深孔螺紋的加工，使其航空零件的固定更加便捷和穩固，提高了深孔螺紋的加工精度。;成都天啟瑞合航空航太裝備智慧製造有限公司CN610000 四川省成都市新都區石板灘街道通優路成都天啟瑞合航空航太裝備智慧製造有限公司CN----B23G001/44B23G001/44
B23Q001/26
B23Q003/06		23-----------吳慶紅
胡猛
譚影		3-

景志敏
成都華複智慧財產權代理有限公司 51298		20241001----0-0-00-00-20成都天啟瑞合航空航太裝備智慧製造有限公司Pub.-------------
96
CN118719904A2024-10-01一種精密螺栓模具成型壓制工裝inventionCN202411098737.12024-08-12本發明提供一種精密螺栓模具成型壓制工裝，涉及螺栓生產加工技術領域，包括機架，機架上方設置有壓力機，壓力機下方設置有連接板，連接板下表面固定連接有支撐板，支撐板下表面設置有上模具，壓力機下表面固定連接有連接軸，機架上表面開設有卡槽一，卡槽一內設置有下模具，下模具下表面固定連接有連接塊，當在進行成型壓制時，首先將原材料進行切割、熱處理等預處理工作，預處理完成後，將切割完後的圓棒放置在下模具內，此時啟動氣缸帶動壓力機向下衝壓，壓力機下方設置的上模具即對圓棒進行成型處理，成型完成後將圓棒取出，完成整體的成型壓制處理，在針對不同粗細的圓棒進行固定。;上海東風汽車專用件有限公司CN201400 上海市奉賢區陽明路199號上海東風汽車專用件有限公司CN----B21D022/02B21D022/02
B21D037/10
B21D045/02
B21K001/68		24-----------湯斌傑
陳衛東
雷雄傑
李剛		4-


程偉
重慶路霞言專利代理事務所(普通合夥) 50333		20241001----0-0-00-00-20上海東風汽車專用件有限公司Pub.-------------
97
CN221791298U2024-10-01一種螺母攻絲裝置modelCN202420163562.72024-01-23本實用新型涉及機械加工設備技術領域，提出了一種螺母攻絲裝置，包括加工操作臺，所述加工操作臺上端面兩側均對稱固定安裝有豎板，每兩個所述豎板之間均設置有便於螺母限位元傳送的的傳送組件，所述述加工操作臺上端面一側固定安裝有L型支撐架，所述L型支撐架上安裝有攻絲元件，本實用新型中通過啟動液壓缸帶動U型連接板往復運動，同時啟動驅動電機一帶動驅動錐形齒輪轉動，驅動錐形齒輪帶動兩個從動錐形齒輪轉動，兩個從動錐形齒輪從而帶動攻絲頭對螺母進行攻絲，同時啟動電動推杆帶動攻絲頭向相對應的螺母靠近，從而實現對多個螺母進行攻絲加工，且一個驅動電機一同時為兩個攻絲頭提供動力，耗能低的同時且增加了工作效率。;武安市瑞成緊固件製造有限公司CN056321 河北省邯鄲市武安市北安樂鄉徐家坡村武安市瑞成緊固件製造有限公司CN ---B23G001/20B23G001/20
B23G001/44		11-----------徐有成
徐世凱		2-
劉鈣
石家莊領皓專利代理有限公司 13130		20241001----0-0-00-00-20武安市瑞成緊固件製造有限公司Valid-------------
98
CN221800324U2024-10-01一種隱藏式螺絲modelCN202420322965.12024-02-21本實用新型公開了一種隱藏式螺絲，包括螺絲本體，螺絲本體的一端為尖端、另一端具有呈圓臺狀的釘尾，釘尾具有大頭端和小頭端，小頭端與所述螺絲本體相連，所述大頭端的中央開設有十字槽，所述大頭端上設有呈封閉環狀的骨架擋圈，骨架擋圈的一端連接在所述大頭端上、另一端沿螺絲本體的軸向作延伸，所述骨架擋圈圍在十字槽外。該螺絲具有端面附著力強，易隱藏的特點，整體功能完善，實用性強。;寶勳精密螺絲（浙江）有限公司CN314112 浙江省嘉興市嘉善縣惠民街道成功路77號寶勳精密螺絲（浙江）有限公司CN ---F16B035/06F16B035/0611-----------黃鯤木1- 裘俊豪
嘉興啟帆專利代理事務所(普通合夥) 33253		20241001----0-0-00-00-20寶勳精密螺絲（浙江）有限公司Valid-------------
99
CN113165091B2024-10-01鑽螺紋孔刀具和用於加工螺紋孔的方法inventionCN201980078305.52019-11-07本發明涉及一種用於產生工件螺紋孔(1)的鑽螺紋孔刀具，工件螺紋孔的內螺紋(9)具有螺紋外直徑(dA)和螺紋芯部直徑(dK)，其中，鑽螺紋孔刀具(23)可在鑽螺紋孔行程(G)中攻入未預鑽底孔的工件(5)中，並且在逆向行程(R)中可將鑽螺紋孔刀具(23)在相反的旋轉方向上從螺紋孔(1)中引導出來，其中，在鑽螺紋孔刀具(23)的鑽尖(25)上構造用於產生底孔(30)的端側的底孔切削刃(27)，並且其中，在至少一個孔鑽型肋(35)上構造具有至少、尤其是剛好一個成型齒(41、42、43)的螺紋成型區段(29)，利用螺紋成型區段(29)可在鑽螺紋孔行程(G)中在底孔壁中加工出內螺紋粗輪廓(8)，內螺紋粗輪廓(8)具有螺紋外直徑(dA)和與螺紋芯部直徑(dK)相比減小的螺紋內直徑(dI)。根據本發明，在刀具軸向上在構造在鑽尖(25)上的底孔切削刃(27)和螺紋成型區段(29)之間提供擴孔切削刃(51)，借助于擴孔切削刃在逆向行程(R)中將螺紋內直徑(dI)擴大到螺紋芯部直徑(dK)，確切的說在形成完成的內螺紋(9)的情況下。;奧迪股份公司DE德國因戈爾施塔特奧迪股份公司DE ---B23G005/20B23G005/2011-----------P·科普頓1- 汪勤
吳鵬
北京市中諮律師事務所 11247		20241001-袁媛袁媛-0DE102016008478
US4271554
WO2018028810		3-50CN113165091B
EP3887084B1
WO2020108938
DE102018220397A1		44-15奧迪股份公司Valid-------------
100
CN118728815A2024-10-01一種抑制打滑的單面連接件及其鉚接方法inventionCN202410855347.82024-06-28本發明提供了一種抑制打滑的單面連接件及其鉚接方法，包括變形螺套、抽釘、螺母，變形螺套與螺母抵接並且同軸，變形螺套、螺母位於安裝板的同一側面，且變形螺套遠離螺母的端面與安裝板抵接；抽釘穿過安裝板、螺套、螺母，並與螺母固定連接，通過抽動抽釘使變形螺套發生變形以形成大底角，實現連接件對安裝板的鉚接。本發明有益效果：鉚接安裝時有效防止打滑，實現單面連接螺栓安裝鉚接的效果。;航太精工股份有限公司CN300300 天津市東麗區引航道1號航太精工股份有限公司CN----F16B019/04F16B019/04
F16B039/282		12-----------郭啟龍
黃金湖
張坤
方宜琦
孟祥慶
張永偉
王寶輝		7-





石倩倩
天津企興智財智慧財產權代理有限公司 12226		20241001----0-0-00-00-20航太精工股份有限公司Pub.-------------