A color separation and stripping machine

Abstract

The invention discloses a color-differentiation wire stripper which is composed of a wire smoothening device, a color identification device, and a color-differentiation wire cutting device. The wire smoothening device is composed of a base, a T-shaped holding plate, a wire smoothening motor, a clamping lifting cylinder, up-and-down clamping cylinders, a left-and-right clamping cylinder, a cylinder mounting plate, lower wire smoothening clips, upper wire smoothening clips, and a compass type wire branching fork. The color identification device is composed of a camera, a color identification system, and a PLC data storage circuit. The color-differentiation wire cutting device is composed of a base, tool rests, a tool rest holding plate, wire cutting motors, tool rest guide rails, an inner sheath stripping cylinder, upper tool rest clamping plates, wire cutting cylinders, moving blade holding plates, moving blades, and static blades. The color-separation wire stripper of the invention has the characteristics of reasonable structure design, simple and convenient operation, precision processing, high degree of automation, human cost saving, efficient and high-quality processing and production, and the like.

Description

Technical field [0001] The invention belongs to the technical field of wire processing, and specifically relates to a color separation wire stripping machine. Background technique [0002] Nowadays, with the development of the electronics industry, there are more and more electronic products, and these products have higher and higher requirements for the sockets they need to use, so the socket design is also showing a trend of complexity, diversification of functions, and larger volume. In the production process of this kind of socket, the power cord generally uses three-core wire, and the length of the socket end is different. [0003] At present, the production of three-core wires with different lengths at the socket end is mostly done manually, so the manual workload is large, and the length error of the manually completed line is also relatively large, so it is easy to cause a large manual workload. The efficiency is low, and some three-core wires will be wasted due to unsuita...

AI Technical Summary

Problems solved by technology

[0003] At present, the production of three-core wires with different length requirements at the socket end is mostly done manually, which requires a large amount of manual work, and the length error of the wires completed by manual work is also relatively large, so it is easy to cause a large amount of manual work. The efficiency is low, and some three-core wires will be wasted because the length does not meet the requirements during manual work.

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