电子工业专用设备2024,Vol.53Issue(1) :58-62,68.

快慢自适应大夹持力机构设计及实验验证

Design and Experimental Verification of Fast&Slow Adaptive Mechanism with Large Clamping Force

田世伟 周庆奎 赵宏亮 赵宝君 宋婉贞 班超
电子工业专用设备2024,Vol.53Issue(1) :58-62,68.

快慢自适应大夹持力机构设计及实验验证

Design and Experimental Verification of Fast&Slow Adaptive Mechanism with Large Clamping Force

田世伟 1周庆奎 1赵宏亮 1赵宝君 1宋婉贞 1班超1
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作者信息

  • 1. 中国电子科技集团公司第四十五研究所,北京 100176
  • 折叠

摘要

通过快慢自适应夹持机构的锁紧和开启可以实现部件之间紧密地连接和分离,为保证提供足够且稳定的垂向夹持力,在该机构设计过程中采用了大杠杆比例的机械原理;同时考虑到部件之间的连接需要快速完成,在该机构设计过程中考虑了气路原理设计和电气控制逻辑及方案,共同完成自动判断夹持快慢的时间段.利用精密力传感器对该机构进行夹持力的测试,测试结果表明该设计具有足够的可靠性及稳定性.

Abstract

Tight connection and separation between components can be achieved through the locking and opening of the fast and slow adaptive clamping mechanism.To ensure sufficient and stable vertical clamping force,the mechanical principle of large lever ratio is adopted in the design process of this mechanism.At the same time,considering that the connection between components will need to be completed quickly,the design process of the mechanism takes into account the principle of gas circuit design and electrical control logic and scheme,jointly completing the time period for automatic determination of clamping speed.The clamping force of the mechanism was tested using precision force sensors,and the test results show that the design has sufficient reliability and stability.

关键词

快慢自适应/气路原理设计/夹持机构/部件连接/电控方案/力测试

Key words

Speed adaptation/Design of air circuit principles/Clamping mechanism/Electric control scheme/Force testing

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出版年

2024
电子工业专用设备
中国电子科技集团公司第四十五研究所

电子工业专用设备

影响因子:0.157
ISSN:1004-4507
参考文献量1
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