Bunching device

Abstract

The invention discloses a bunching device comprising a branching mechanism, a bunching mechanism and a winding mechanism. The bunching mechanism is arranged at one side of the branching mechanism; andthe winding mechanism is arranged one side of the bunching mechanism. The branching mechanism includes a branching shell with a mounting slot; a first bearing is arranged inside the mounting slot; awire arrangement block is arranged inside the first bearing; and through holes are formed in the wire arrangement block. According to the bunching device, because the groove is in a spiral shape, on the one hand, a composite wire fixation effect is realized by cooperation of the groove with the wound composite wire, so that a phenomenon that the winding is not compact because of sliding of multiple strands of single wires during rotation of the bunching hole and thus the cable winding quality is affected can be avoided; and on the one hand, the spiral groove and the composite wire cooperate with each other to drive conveying of the composite wire when the bunching hole is rotating and multiple groups of cables can be wound simultaneously under cooperation of a first gear, a second gear, and a third gear based on setting of a plurality of bunching holes and through holes, so that the bunching device is used conveniently with reduced energy consumption and lowered costs.

Description

technical field [0001] The invention relates to the field of wire harness devices, in particular to a wire harness device. Background technique [0002] In the field of cable manufacturing, a wire harness device is often used. The wire harness device is a device used to twist multiple single wires into a composite wire. The device is often equipped with a wire harness shaft for gathering wires and a wire splitting shaft for splitting wires. , the single-strand wires pass through the through-holes on the thread-splitting shaft in turn, and then pass through the through-holes on the beam-splitting shaft together, through the rotation of the thread-splitting shaft, multiple strands of single wires are twisted into composite wires. The traditional wire splitting shaft is not easy to disassemble, which causes a lot of inconvenience during the installation process of the device, and the ordinary wire harness device is not easy to adjust the distance between the wire splitting shaf...

AI Technical Summary

Problems solved by technology

The traditional wire splitting shaft is not easy to disassemble, which causes a lot of inconvenience during the installation process of the device, and the ordinary wire harness device is not easy to adjust the distance between the wire splitting shaft and the wire harness shaft, and the tension of the wire harness cannot be adjusted according to the needs, which affects the quality of the wire harness forming. And ordinary wire harness devices are not suitable for cables of different thicknesses, and the general wire harness holes and wire splitting holes are of low winding quality

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