A kind of automatic wire sorting device

Abstract

The invention discloses an automatic branching and sequencing device of a wire rod. The automatic branching and sequencing device comprises a detection mechanism, a sequencing mechanism and a controller, wherein the detection mechanism comprises an industrial camera, a lens and a light source, the sequencing mechanism comprises a fixed clip, a branching table, a branching clip and a movable assembly, the branching clip is fixed on the movable assembly, the movable assembly drives the branching clip to move in an X-axis direction and an Z-axis direction, a plurality of wire core grooves are formed in the branching tables along the X-axis direction and are arranged in parallel, and the wire core grooves are more than wire cores by one in quantity. The industrial camera, the branching clip and the movable assembly are electrically connected with the controller, the plurality of wire core grooves are formed in the branching table, so that the controller can acquire an arrangement sequence of the wire cores placed on the branching table through the industrial camera, the optimal branching scheme is obtained through calculation, and the wire cores are sequenced according to colors by means of the extra one empty wire core groove through controlling the movable assembly to drive the branching clip. By the sequencing device, the arrangement of multiple wire cores can be achieved, the optimal scheme is obtained through calculation of the controller, the branching time is short, and the branching efficiency is high.

Description

technical field [0001] The application relates to wire production equipment, in particular to a wire automatic sorting device. Background technique [0002] Wire is an important medium for connecting electrical appliances. With the rapid development of electronic technology, the types and quantities of electrical appliances are increasing rapidly, and the amount of wire is also increasing at a high speed. [0003] The wire generally consists of a cable and at least two connectors, the connectors are connected to electrical appliances, and the cable completes the signal transmission function. For example, the USB cable for charging the mobile phone, the VGA cable and HDMI cable connected between the host computer and the monitor, etc. When the wire is produced, the wire cores of different colors in the cable should be connected to the connector in a fixed order. In the prior art, the separation and sorting of the wire cores after wire stripping requires manual handling by t...

AI Technical Summary

Problems solved by technology

In the prior art, the separation and sorting of wire cores after wire stripping needs to be handled manually by the operator, which has the problems of low efficiency and error-prone

[0004] In the prior art, "A Method for Distributing Wires of Cables", application number: 201010178569.9, introduces a method of distributing wires, but it is only applicable to three-core power cords

"A process method for automatic cable separation", application number: 201410492428.2, and "communication cable double-ended color line separation device and line separation method", application number: 201410533001.2 introduces an automatic line separation method, Turn out the wire cores one by one through the distribution board and press them into the designated position. This method needs to identify the wire cores one by one, which is inefficient and error-prone. The mechanical structure is complicated, and it is easy to insulate the wire cores when turning out the wire cores. layer damage, resulting in defective

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