Cable cutting and stripping quality monitoring device

Abstract

The invention provides a cable cutting and stripping quality monitoring device. The first sensing light curtain and the second sensing light curtain of the monitoring device are arranged at both ends of the support. When the cable touches or leaves the first sensing light curtain and the second sensing light curtain , the first sensing light curtain and the second sensing light curtain send trigger signals respectively; the encoding unit is close to the first sensing light curtain, and performs counting and stop counting operations on the cables passing through the encoder according to the trigger signal of the first sensing light curtain , and obtain the length data of the cable according to the count; the image acquisition unit is close to the second sensing light curtain, and the image acquisition unit acquires the images of the front end and the end of the cable respectively according to the trigger signal of the second induction light curtain, and obtains the front end or tail end according to the image The stripping length data of each layer at the end. The invention does not require manual inspection and is not affected by subjective factors, and can monitor the cable production, so as to know the cable processing status in time, detect in time when the equipment is unstable, and reduce the loss of cable materials.

Description

technical field [0001] The invention relates to the field of cable processing, in particular to a cable cutting and stripping quality monitoring device. Background technique [0002] At present, most advanced cables, such as coaxial RF cables for communication, are cut and stripped by automatic cutting and stripping equipment, but the precision control of the total length and the multi-layer stripping length of the end still requires manual labor. Carry out random sampling inspection on the produced cable batches to judge whether they meet the production standards. This method of using spot checks to control the size of the cable cutting length and stripping length has the following disadvantages: each cable cannot be tested, and the actual product pass rate is unstable; manual measurement will be caused by subjective factors. The passing rate of random inspection is unstable; the cable production cannot be intelligently monitored, and the processing status of the equipment...

AI Technical Summary

Problems solved by technology

[0002] At present, most advanced cables, such as coaxial RF cables for communication, are cut and stripped by automatic cutting and stripping equipment, but the precision control of the total length and the multi-layer stripping length of the end still requires manual labor. Randomly check the produced cable batches to determine whether they meet the production standards

This method of using spot checks to control the size of the cable cutting length and stripping length has the following disadvantages: each cable cannot be tested, and the actual product pass rate is unstable; manual measurement will be caused by subjective factors. The passing rate of random inspection is unstable; the cable production cannot be intelligently monitored, and the processing status of the equipment cannot be understood in time. If the cable is processed into unqualified products due to unstable equipment, even if the random inspection finds out, the entire batch of production is often completed. The output is unqualified, resulting in expensive cable material loss

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