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为了解决工件铣槽问题,我们革新一台半自动铣槽夹具(图1),提高工效十多倍,同时保证了质量、减轻劳动强度,经过一段时间的使用,比较理想,今介绍如下:一、工作原理在铣床XQ6125(或XQ61GZ、XQ6225等)主轴试转小手轮轴5上装上一只自制小齿轮作为主动轮4,由该齿轮通过挂轮组使被动轮1转动,由于被动轮1通过轴套17与迴转盘15紧固成一体,故使迴转盘15匀速旋转。迴转盘15上装有弹簧夹头11(共六个)、工件10装在弹簧夹头11内。由于
In order to solve the problem of workpiece milling, we innovate a semi-automatic milling groove fixture (Figure 1) to improve work efficiency more than 10 times, while ensuring the quality and reduce labor intensity, after a period of use, more ideal, this is introduced as follows: Working principle Milling machine XQ6125 (or XQ61GZ, XQ6225, etc.) spindle test hand wheel shaft 5 is equipped with a homemade pinion as the driving wheel 4, the gear through the wheel set to make the passive wheel 1 rotates, as the driven wheel 1 through the sleeve 17 and the rotary plate 15 are fastened together, so that the rotary plate 15 rotates at a constant speed. The turntable 15 is provided with a spring collet 11 (a total of six), the workpiece 10 is installed in the collet 11. due to