Adjustable line winding mechanism of coiling machine of halogen-free crosslinked lines

Abstract

The invention relates to power-line and cable processing equipment, and particularly relates to an adjustable line winding mechanism of a coiling machine of halogen-free crosslinked lines. The adjustable line winding mechanism comprises a cylinder, a motor and a traction device, wherein the motor drives one horizontal-H-shaped wheel to rotate; the cylinder is arranged on one linear sliding channel; the cylinder is vertical to the linear sliding channel; the output end of the top part is fixedly connected with one limiting ring; the traction device is arranged at one end of the linear sliding channel, and the outer part of the traction device is connected with one traction rod which is fixedly connected with the cylinder; the linear sliding channel is vertical to a side plate of the horizontal-H-shaped wheel. The adjustable line winding mechanism adopting the technical scheme has the beneficial effects that the traction device drives the cylinder positioned on the linear sliding channel to move back and forth, cables are conveyed to the horizontal-H-shaped wheel for winding after passing through the limiting ring on the cylinder, and the cylinder drives the limiting ring in a back-and-forth manner and further drives the cables to move back and forth, so that the filling degree of the coiled cables is ensured; simultaneously, the cylinder can enable the limiting ring to move up and down, and the positions of the cables can be adjusted at any time, so that the line winding quality is ensured and the efficiency is improved.

Description

technical field [0001] The invention relates to wire and cable processing equipment, in particular to an adjustable take-up mechanism of a halogen-free cross-linked wire coiler. Background technique [0002] Wire take-up is generally the last process of wire and cable production. This process is basically completed by manual operation, which is basically a semi-automatic operation. The wire take-up process is completed by the cooperation of humans and motors, and the cable is rolled into a disc. In this process, workers need to start and stop the motor continuously, cut the wires, and complete the winding work, which is not efficient. During the winding process, the cables coming from the pay-off end are sent to the I-shaped wheel on the motor in a straight line. In fact, the cable coiling process is not uniform, and sometimes there are even large gaps, resulting in inconsistent lengths of each coil, which affects the accuracy and quality of the product. Contents of the in...

AI Technical Summary

Problems solved by technology

In this process, workers need to start and stop the motor continuously, cut the wires, and complete the winding work, which is not efficient. During the winding process, the cables coming from the pay-off end are sent to the I-shaped wheel on the motor in a straight line. On the other hand, the coiling process of the cable is uneven, and sometimes there are even large gaps, resulting in inconsistent lengths of each coil, which affects the accuracy and quality of the product

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