A weaving point stacking thread detection machine

Abstract

The invention relates to a weaving point stacking wire detection machine, which is characterized in that it is composed of a suspension wire bracket, an insulated suspension wire, a detection piece, and a trigger device. Horizontally parallel to the detection piece, up and down concentrically hoisted on the suspension wire bracket through the insulated suspension wire, and the upper end surface of the trigger device is 3-5mm away from the bottom of the detection piece, and the lower end surface is 5-10mm away from the weaving point. The design of this knitting point stacking line detection machine is scientific and reasonable, and mechanical detection is used to replace manual work. It has the advantages of timely and sensitive detection, can effectively improve product quality, avoid product scrapping, reduce human waste, and reduce labor intensity. It is a highly innovative machine. The knitting point stacking line inspection machine.

Description

technical field [0001] The invention belongs to the field of cable and wire production equipment, in particular to a weaving point stacking wire detection machine. Background technique [0002] The braiding machine is an important equipment for the production of cables and wires. During the braiding production process, due to the improper matching of the take-up tension and the pay-off tension, sometimes the braiding core of the braiding machine stops moving, while the braiding spindle is still braiding. In this case, a pile of threads will form near the weaving point as a large knot, and this problem will lead to product rejection. The current knitting machine does not have a pile-up detection device at the knitting point, and it needs to rely on manual observation to find the pile-up at the knitting point and stop the machine. However, it is difficult to find the pile-up at the knitting point manually in a timely and effective manner. Contents of the invention [0003] ...

AI Technical Summary

Problems solved by technology

In this case, a pile of threads will form near the weaving point as a large knot, and this problem will lead to product rejection

The current knitting machine does not have a pile-up detection device at the knitting point, and it needs to rely on manual observation to find the pile-up at the knitting point and stop the machine. However, it is difficult to detect the pile-up at the knitting point manually in a timely and effective manner.

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