Wire cable automatic branching device

Abstract

The invention relates to a wire cable automatic branching device which comprises a branching device, a wire pressing device, a wire stirring device, a CCD camera arranged on the outer side of a frame body and at least one die. The branching device, the wire pressing device and the wire stirring device are arranged on the frame body and are matched with each other. A branching disc is arranged on the branching device. A wire groove is formed in the side periphery of the branching disc. The wire groove can clamp a rotating wire harness and move the wire harness to any wire outlet which is communicated with the die. A wire pressing door is arranged on the branching device. The wire pressing door can press a plurality of wire harnesses to the side periphery of the branching disc. The wire stirring device can push the wire harnesses to the die from the wire outlets in a moving mode. Automatic branching is carried out by matching of the branching disc and the wire pressing door, the CCD camera is used for color distinguishing, the wire stirring device is used for pushing the wire harnesses into the corresponding wire groove, branching high efficiency and automation are achieved, and meanwhile branching errors caused by manual branching are avoided.

Description

technical field [0001] The invention relates to a device capable of classifying and arranging strands of cables, in particular to an automatic cable branching device. Background technique [0002] Cables in electronic communication applications include several wire harnesses. Due to application requirements, different wire harnesses need to be arranged in different positions, and the cables arranged in each wire slot on the circuit board will have predetermined regulations. The several wire harnesses contained in the usual cables are all different colors, and each color is that the wire harnesses can be inserted into the corresponding wire grooves of different circuit boards. It is an extremely complicated work, and the wire harness is separated one by one by hand and then stuck into the corresponding wire slot. This process is relatively slow and cannot adapt to the high-volume and fast manufacturing process, and the phenomenon of misalignment in the manual wire separation ...

AI Technical Summary

Problems solved by technology

The several wire harnesses contained in the usual cables are all different colors, and each color is that the wire harnesses can be inserted into the corresponding wire grooves of different circuit boards. It is an extremely complicated work, and the wire harness is separated one by one by hand and then stuck into the corresponding wire slot. This process is relatively slow and cannot adapt to the high-volume and fast manufacturing process, and the phenomenon of misalignment in the manual wire separation process occurs from time to time.

There is no device in the prior art that can quickly split the cables, and continue to use a splitting method and device

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