A compact wire-receiving device for cable production and a method for arranging and replenishing wires thereof

Abstract

The invention provides tight take-up equipment for cable production and a cable arrangement and supplementing method of the tight take-up equipment. The tight take-up equipment comprises a rack, a cable drawing machine, continuous annealing equipment, a potentiometer, a dance wheel, a cable arrangement device and a take-up device, wherein the cable drawing machine, the continuous annealing equipment, the potentiometer, the dance wheel, the cable arrangement device and the take-up device are mounted on the rack, and the cable drawing machine and the continuous annealing equipment are integrally arranged. The cable arrangement device comprises a cable arrangement servo alternating current motor, a ball screw and a cable guide wheel. The cable arrangement servo alternating current motor is connected with the ball screw through a coupling. The ball screw is connected with the cable guide wheel through a nut. During cable arrangement, a precision ball screw and a linear guide rail are adopted for transmission, the cable arrangement servo alternating current motor is adopted for control, and the cable arrangement pitch and stroke are computed automatically; the pneumatic control is adopted for tightening / loosening of a take-up disc, and safety and reliability are achieved; the tapered detachable take-up disc is adopted, tight take-up forming is achieved, a cylinder body is shrinkable, a binding belt is adopted for binding, the thermal shrinkage film sealing type packaging is conducted, the production efficiency of cables is improved greatly, the production cost of enterprises is lowered, and the production quality of the cables is improved.

Description

Technical field: [0001] The invention relates to a compact wire-receiving device for cable production and a wire-arrangement and wire-replenishing method thereof. Background technique: [0002] At present, the take-up mechanisms used in cable production are all driven by the rotary drive device to rotate the conical take-up reel. There is no axial movement during the process, so that the cables wound outside the tapered take-up reel are too concentrated, and the tapered finished copper wire is easy to collapse during use, resulting in midway parking and waste of raw materials, and it is harmful to the tapered take-up reel and The cable itself is damaged to a certain extent, which greatly reduces the production efficiency of the cable, increases the production cost of the cable, and reduces the production quality of the cable. Invention content: [0003] In order to make up for the deficiencies of the prior art, the present invention provides a compact wire-receiving devic...

AI Technical Summary

Problems solved by technology

[0002] At present, the take-up mechanisms used in cable production are all driven by the rotary drive device to rotate the conical take-up reel. There is no axial movement during the process, so that the cables wound outside the tapered take-up reel are too concentrated, and the tapered finished copper wire is easy to collapse during use, resulting in midway parking and waste of raw materials, and it is harmful to the tapered take-up reel and The cable itself is damaged to a certain extent, which greatly reduces the production efficiency of the cable, increases the production cost of the cable, and reduces the production quality of the cable.

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