An Eccentric Distance Detecting Machine for Eccentric Sliding Brace Hinges

Abstract

The invention discloses an eccentric sliding hold hinge eccentric distance detector, which comprises a positioning device, a clamping device, and a pushing device, wherein the positioning device is used for positioning a head part when a to-be-detected sliding hold hinge is placed; the clamping device is used for horizontally fixing a sliding rail; and the pushing device is used for enabling a suspending arm to be pushed in a lateral face direction. A detection device is arranged on the other lateral face of the pushing device. When the head part of the to-be-detected product is placed on the positioning device at a certain end, a sensor arranged at the end firstly carries out sensing and respectively controls the clamping device, the pushing device and the detection device to carry out work via a time relay, and the eccentric distance of the sliding hold hinge is judged through vertically moving the position of a measuring template capable of moving vertically. When a sliding hold hinge with a disqualified eccentric distance is detected by the device, an alarm is automatically given, the detection efficiency is improved, and accuracy is also improved.

Description

technical field [0001] The invention relates to a device, in particular to a device for detecting the eccentric distance after the eccentric sliding stay hinge is closed. Background technique [0002] The "four-link" sliding stay hinge has the following problems during use: when the sliding stay hinge is closed to a certain extent, the sharp corner of the cantilever head of the top bracket starts to withstand and slide along the working surface of the guiding top corner until the sliding The support hinge is completely closed, which will inevitably lead to the wear of the sharp corner of the top support cantilever head and the working surface of the guide top corner. With the increase of the number of opening and closing, the wear will increase, and finally the window will not be closed tightly or even cannot be closed, which will affect the performance of the window. service life. In view of the above problems, some existing eccentric sliding stay hinges have been promoted...

AI Technical Summary

Problems solved by technology

[0002] The "four-link" sliding stay hinge has the following problems during use: when the sliding stay hinge is closed to a certain extent, the sharp corner of the cantilever head of the top bracket starts to withstand and slide along the working surface of the guiding top corner until the sliding The support hinge is completely closed, which will inevitably lead to the wear of the sharp corner of the top support cantilever head and the working surface of the guide top corner. With the increase of the number of opening and closing, the wear will increase, and finally the window will not be closed tightly or even cannot be closed, which will affect the performance of the window. service life

Not only time-consuming and labor-intensive, but also the quality of inspection cannot be guaranteed

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