Automatic branching equipment for cables and branching method of automatic branching equipment

Abstract

The invention relates to the technical field of electric wire processing, in particular to automatic branching equipment for cables and a branching method of the automatic branching equipment. The automatic branching equipment comprises a wire folding mechanism, a branching CCD camera, a branching gripping jaw mechanism, a branching roller mechanism, a branching locating mechanism and a cover board take mechanism; after the line folding mechanism vertically bends and fixes core wires, the branching CCD camera identifies the colors of the core wires in a vertical bent state and judges the positions of the core wires; the branching gripping jaw mechanism correspondingly captures each core wire and places each core wire on the corresponding position of the branching roller mechanism according to identification and judgment of the branching CCD camera; the branching roller mechanism carries out branching and line arrangement on the core wires captured by the branching gripping jaw mechanism, so that the core wires are kept in a parallel state; and finally the a branching locating mechanism is matched with the cover board take mechanism to carry out setting branching on the core wires. Compared with the traditional manual branching, a lot of labor cost is saved; the problem of high product scrap rate caused by a human error is overcome; and meanwhile, the production efficiency and the production quality are improved.

Description

Technical field [0001] The invention relates to the technical field of wire processing, in particular to a cable automatic wire distribution equipment and a wire distribution method thereof. Background technique [0002] At present, the domestic production of plug wiring is manual operation. In actual production, this production process is divided into three sections: line management, line separation, and clamping, which are operated by three groups of workers. Among them, the branching section requires workers to manually sort the core wires of the twisted pair according to the requirements, that is, arrange the eight core wires in a fixed color sequence. [0003] Manual line separation requires high operational proficiency and concentration of workers. Since the core wires have many colors and similar colors, it is easy to cause visual fatigue to distinguish colors with both eyes for a long time, which will increase the probability of man-made core wire sequencing errors and inc...

AI Technical Summary

Problems solved by technology

[0003] Manual thread separation requires relatively high proficiency and concentration of workers. Since the core wires have many colors and are similar in color, it is easy to cause visual fatigue with the eyes for a long time to distinguish the colors, which will increase the probability of man-made core wire sorting errors and increase the scrap rate.

In addition, in order to meet the production volume of the next section, multiple workers are required to work in separate lines at the same time

[0004] Therefore, manual line separation has the disadvantages of high labor intensity, high labor cost, low production efficiency, and uneven product quality, which has a great impact on the production cost and production efficiency of the enterprise.

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