Anti-scratch branching device

Abstract

The invention belongs to the technical field of bare stranded wire take-up, and particularly relates to an anti-scratch branching device. The device comprises a suspension frame, an adhesive tape releasing roller is rotationally matched with an extension rod located on the wire inlet side of a take-up roller, and an adhesive tape taking-up roller is rotationally matched with an extension rod located on the wire outlet side of the take-up roller; and a take-up tangent point is located on the advancing path of an adhesive tape, the advancing height of the adhesive tape located on the wire inletside of the take-up roller is lower than that of a bare stranded wire, and the advancing speed of the adhesive tape is consistent with that of the bare stranded wire. The device further comprises a monitoring sensor used for monitoring the position of the take-up tangent point, the monitoring sensor sends current take-up tangent point position information, and therefore the controller controls a movable block and a sliding block at a suspension frame to generate corresponding actions so as to keep the take-up tangent point on the advancing path of the adhesive tape all the time. According to the invention, the scratch-free function of bare stranded wires, especially aluminum wires, during take-up can be realized simply, conveniently and quickly; and the device is compact in structure, reliable and stable in work, capable of achieving the purpose of automatic production and beneficial to actual production and application.

Description

technical field [0001] The invention belongs to the technical field of wire take-up of bare stranded wires, and in particular relates to an anti-scratch wire splitting device. Background technique [0002] At present, when cage twisting and frame twisting are taken up, the winding process is carried out from left to right and then from right to left. scratches between them. The large square bare aluminum stranded wire is divided into left-handed and right-handed, also known as S-direction or Z-direction. When twisted in the S direction, the line is taken up from left to right, and the scrape is the smallest at this time. When the line is arranged from right to left, the scrape is the largest at this time; The twisted or S-directed structure is opposite. In particular, the material of the aluminum wire is relatively soft. Once the above-mentioned scratches occur, it is particularly easy to produce scratches, wire jumping, and crimping, which seriously affect the quality of...

AI Technical Summary

Problems solved by technology

In particular, the material of the aluminum wire is relatively soft. Once the above-mentioned scratches occur, it is particularly easy to produce scratches, wire jumping, and crimping, which seriously affect the quality of the aluminum wire when it leaves the factory, and are also prone to failure due to poor user experience. Deadweight loss to the manufacturer's reputation

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