Wire twisting method of automatic sleeve penetrating equipment

Abstract

A wire twisting method of automatic sleeve penetrating equipment is applied to an automatic multi-shaft penetrating insulation sleeve winding machine. A lower XYZ module is positioned below an upper XYZ module, a linear bearing is connected to a mounting rack, a main shaft module is arranged in the middle of the upper XYZ module, the lower XYZ module is positioned below the main shaft module, themain shaft module comprises a rotating main shaft and a rotating clamp, the rotating clamp is mounted at the tail end of the rotating spindle, a product with a symmetrical L-shaped pin is mounted on the rotary fixture, the lower XYZ module comprises an L-shaped bracket and a guide pin, a cross beam is arranged in the middle of the L-shaped bracket, two ends of the cross beam are rotationally connected with the L-shaped brackets, the guide pin is horizontally and vertically mounted on the rear side of the beam, at least two wires penetrate through the guide pin, one end of each wire is fixed toa pin of a product, the guide pin is located on the front side of the same axis of the rotating main shaft, the rotating main shaft rotates, the wires between the pin of the product and the guide pinrotate rapidly, rapid screwing of multiple strands of wires is achieved, and the manufacturing cost and the manufacturing difficulty of the multi-axis winding machine are reduced.

Description

technical field [0001] The invention belongs to the technical field of automatic casing threading equipment, and in particular relates to a twisting method for automatic casing threading equipment. Background technique [0002] The automatic casing threading machine winding equipment has been widely recognized by the industry due to its high production efficiency. Before the multi-strand wire is threaded through the casing, the thread will be twisted into a twist-shaped thread before the casing threading action. The practice in the industry is to use a rotating mechanism to tighten the wire during the wire retraction process after the winding is completed. However, the rotating mechanism is bulky and applied to the multi-axis winding machine. If the spacing is too large, the manufacturing cost and difficulty of the multi-axis winding machine will be increased, and the twisting efficiency will be reduced, which will affect the subsequent casing threading process. Contents o...

AI Technical Summary

Problems solved by technology

The practice in the industry is to use a rotating mechanism to tighten the wire during the wire retraction process after the winding is completed. However, the rotating mechanism is bulky, and the application of the multi-axis winding machine results in a multi-axis winding machine axis. If the spacing is too large, the manufacturing cost and difficulty of the multi-axis winding machine will be increased, and the twisting efficiency will be reduced, which will affect the subsequent casing threading process.

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