Cable conduction detection machine with compact structure

Abstract

The invention discloses a cable conduction detection machine with a compact structure, which relates to cable detection, and aims to solve the problem that a cable processing production line in the prior art lacks equipment for detecting a cable before an end is installed. Thecable conduction detection machine with a compact structure is technically characterized by comprising a mounting base, a vertical frame, an upper sliding base and a lower sliding base, wherein the upper sliding base and the lower sliding base are provided with a multi-stage contact assembly in a matched mode, the multi-stage contact assembly comprises an upper cutter set mounting base and a lower cutter set mounting base, and the upper cutter set mounting base and the lower cutter set mounting base are provided with inner core contact blades, inner insulating layer blades and shielding wire pressing heads, and the inner core contact blade, the inner insulating layer blade and the shielding wire pressure head are connected with a PLC. According to the cable conduction detection machine with the compact structure, the cable before the mounting end is mounted is detected, so that the influence on the production efficiency and the waste of raw materials caused by mounting the end at the end part of the cable which is not qualified originally are avoided.

Description

technical field [0001] The present invention relates to cable detection, and more specifically, it relates to a compact cable conduction detection machine. Background technique [0002] The processing process of the cable end includes stripping the outer insulator, chopping and turning up the shielding net, combing the shielding net, stripping the inner insulator, installing the end and testing the cable. [0003] In actual production, it is found that the four steps of stripping the outer insulator, chopping and turning up the shielding net, combing the shielding net and stripping the inner insulator all have hidden dangers of damaging the cable. The cables that have been damaged in the first four processes are terminated. The installation and final inspection of the head not only affect the actual production efficiency, but also waste raw materials (ends). [0004] To sum up, the cable processing production line in the prior art lacks a device for detecting the cable befo...

AI Technical Summary

Problems solved by technology

[0003] In actual production, it is found that the four steps of stripping the outer insulator, chopping and turning up the shielding net, combing the shielding net and stripping the inner insulator all have hidden dangers of damaging the cable. The cables that have been damaged in the first four processes are terminated. The installation and final inspection of the head not only affect the actual production efficiency, but also waste raw materials (ends)

[0004] To sum up, the cable processing production line in the prior art lacks a device for detecting the cables before the terminals are installed; therefore, a new solution needs to be proposed to solve this problem

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