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A platform for research: civil engineering, architecture and urbanism
Anti-drop stay wire clamping structure
The invention discloses an anti-drop stay wire clamping structure, which belongs to the technical field of automobile door locks and comprises a novel stay wire connector and a novel door lock or handle mechanism. Elastic deformation mechanisms are arranged at the two ends of the novel stay wire connector; and a guide auxiliary mechanism is arranged at the upper end of the novel door lock or handle mechanism. In the process that the novel stay wire connector is clamped into a novel door lock or a handle mechanism, only an elastic deformation mechanism on the novel stay wire connector needs to be overcome, and the insertion force value is much smaller than the insertion force value of the assembly that a rigid stay wire connector needs to be extruded and deformed in the prior art; interlocking is carried out through the locking anti-disengaging mechanism, the reverse pull-out force value is very large, in other words, disengaging can be prevented in the using process through connection, the novel stay wire connector can be easily guided into a novel door lock or a handle mechanism through the guiding auxiliary mechanism, and after clamping is completed, the novel stay wire connector returns through the elastic deformation mechanism to give out a warning tone.
本发明公开了一种防脱的拉线卡接结构，属于汽车门锁技术领域，包括新型拉线接头和新型门锁或把手机构；新型拉线接头的两端均设置有弹性变形机构；新型门锁或把手机构的上端设置有设置有导向辅助机构。本发明新型拉线接头卡入新型门锁或者把手机构过程中，仅需克服新型拉线接头上的弹性变形机构，插入力值相对于公知技术需要将刚性的拉线接头挤压变形的装配从插入力小得多，当新型拉线接头卡接到位后，通过锁止防脱机构进行互锁，反向的拔出力值非常大，即连接可以防止在使用过程中脱出，通过导向辅助机构可以使新型拉线接头较为轻松的导向进入到新型门锁或把手机构中，卡接完毕后通过弹性变形机构回位发出提示音。
Anti-drop stay wire clamping structure
The invention discloses an anti-drop stay wire clamping structure, which belongs to the technical field of automobile door locks and comprises a novel stay wire connector and a novel door lock or handle mechanism. Elastic deformation mechanisms are arranged at the two ends of the novel stay wire connector; and a guide auxiliary mechanism is arranged at the upper end of the novel door lock or handle mechanism. In the process that the novel stay wire connector is clamped into a novel door lock or a handle mechanism, only an elastic deformation mechanism on the novel stay wire connector needs to be overcome, and the insertion force value is much smaller than the insertion force value of the assembly that a rigid stay wire connector needs to be extruded and deformed in the prior art; interlocking is carried out through the locking anti-disengaging mechanism, the reverse pull-out force value is very large, in other words, disengaging can be prevented in the using process through connection, the novel stay wire connector can be easily guided into a novel door lock or a handle mechanism through the guiding auxiliary mechanism, and after clamping is completed, the novel stay wire connector returns through the elastic deformation mechanism to give out a warning tone.
本发明公开了一种防脱的拉线卡接结构，属于汽车门锁技术领域，包括新型拉线接头和新型门锁或把手机构；新型拉线接头的两端均设置有弹性变形机构；新型门锁或把手机构的上端设置有设置有导向辅助机构。本发明新型拉线接头卡入新型门锁或者把手机构过程中，仅需克服新型拉线接头上的弹性变形机构，插入力值相对于公知技术需要将刚性的拉线接头挤压变形的装配从插入力小得多，当新型拉线接头卡接到位后，通过锁止防脱机构进行互锁，反向的拔出力值非常大，即连接可以防止在使用过程中脱出，通过导向辅助机构可以使新型拉线接头较为轻松的导向进入到新型门锁或把手机构中，卡接完毕后通过弹性变形机构回位发出提示音。
Anti-drop stay wire clamping structure
一种防脱的拉线卡接结构
ZHANG YANG (author) / WU JIE (author) / DING ZHIYONG (author) / WU SHUPING (author) / XIAO JUNPING (author) / ZHANG ZHIPING (author) / WU HUALIN (author) / DENG LEI (author) / XIA MIN (author)
2023-11-21
Patent
Electronic Resource
Chinese
IPC:
E05B
LOCKS
,
Schlösser
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