Metal zipper tooth loss detection device

Abstract

A metal zipper tooth loss detection device disclosed by the present invention comprises an installing base, and a through zipper embryo part and an induction device which are arranged on the installing base. The through zipper embryo part is equipped with a single-edge zipper embryo channel in and through which a single-edge zipper embryo is inputted and passes, and the induction device comprises a dialing rod and a detection inductor. One end of the dialing rod is a detection end, and the other end is a connection end. The detection end is embedded in the single-edge zipper embryo channel movably, at detection, the detection end presses against and is contacted with the zipper teeth of the single-edge zipper embryo, the connection end is connected with the induction device, and the induction device is triggered via the movement of the dialing rod. The above detection device is simpler in structure, ingenious in design, accurate and rapid in detection effect, the position connection relation of the parts is stable and reliable, the positioning of the defective products is conducive, the detection frequency of the operators is reduced, the working efficiency is improved, and the output of the adverse production is reduced substantially.

Description

technical field [0001] The invention relates to a detection device for lack of teeth of a zipper, in particular to a detection device for a metal zipper with a lack of teeth. Background technique [0002] During the zipper production process, there are many adverse phenomena, such as the phenomenon of missing teeth, which needs to be carefully identified by manual identification. When the detection volume is large, the efficiency is very low. Therefore, it is not good to check the zipper missing teeth by manual identification actual. [0003] It is very necessary to control the product process by adding detection devices to the stable operation of the equipment. The production process steps of different types of zippers are different, so the detection steps of different types of zippers are in different order in the production process, and the detection methods are different. At present, there are devices for testing the number of teeth of nylon zippers in the market, and t...

AI Technical Summary

Problems solved by technology

[0002] During the zipper production process, there are many adverse phenomena, such as the phenomenon of missing teeth, which needs to be carefully and carefully identified by manual identification. When the detection volume is large, the efficiency is very low, so it is not good to check the zipper missing teeth by manual identification actual

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