Kelver separating device and method

Abstract

The invention discloses a Kelver separating device and method. The device comprises vacuum suction blocks capable of moving up, down, left and right and shaping blocks capable of moving up, down, forward and backward; the vacuum suction block and the shaping block are matched to separate the core wire and the Kelver of a wire rod located between the two, the core wire is exposed and subsequent processing is not disturbed by the Kelver. The Kelver separating method comprises six steps: 1, a wire rod with the skin of the head end stripped is put between the vacuum suction block and the shaping block; 2, the vacuum suction block falls to be near the wire rod; 3, the vacuum suction block moves left and right to suck the Kelver; 4, the vacuum suction block sucks and pulls apart the Kelver; 5, the shaping block rises to be inserted in a gap between the Kelver and the core wire; and S6, the shaping block moves forwardly to shape the Kelver. After vacuum suction and pulling apart are adopted,a mode of isolation by the shaping block is then adopted, Kelver separation is extremely simple and effective, production requirements can be met, the method is suitable for automatic operation, the efficiency is high, the productivity can be improved, and the cost is reduced.

Description

technical field [0001] The invention relates to the technology in the field of wire material processing, in particular to a bulletproof wire separating device and method for separating bulletproof wire from around a core wire. Background technique [0002] With the development of the IT industry, the performance of electronic consumer products is constantly enhanced, and the volume is constantly tending to be miniaturized. Especially for products with wire harnesses, the diameter of the wire tube is required to be thinner and thinner, and the number of core wires inside the wire tube is increasing. At present, in order to increase the overall tensile strength of the wire harness, bulletproof wires are usually installed inside the wire tube. When the wire tube is subjected to external force, the bulletproof wire is stressed, increasing the overall tensile force of the wire harness, and effectively protecting the core wire during the stress process. damage in. [0003] Produ...

AI Technical Summary

Problems solved by technology

However, because the bulletproof wire is wrapped around the wire core, it is difficult to separate during automatic operation. The traditional method is to separate manually, but the efficiency of manual separation is low, the cost is high, and it cannot be scaled up.

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