Equipment utilizing plastic ties to automatically bind wire harnesses

Abstract

The invention provides equipment utilizing plastic ties to automatically bind wire harnesses. The equipment comprises a base, a motor fixing mechanism, a pushing mechanism, a boosting mechanism, a closure control mechanism, a tension mechanism and a shear mechanism, wherein the motor fixing mechanism is used for fixing a motor; the pushing mechanism is arranged on one side of the base and used for pushing a plastic tie tail part to a clamping groove; the boosting mechanism is arranged in the front of the base, connected with a boosting motor and used for pushing a plastic tie head part to pass through the plastic tie tail part; the closure control mechanism is arranged in the front of the base and used for arranging bound wire harnesses in order and placing the ordered wire harnesses on a plastic tie; and the tension mechanism and the shear mechanism are arranged in the front of the base and used for tensioning the plastic tie head part to realize binding and cutting off the redundant head part. The equipment is small in size, high in efficiency and low in cost, can automatically bind the wire harnesses and cut off the residual plastic tie, relieves the labor intensity, ensures a relatively stable tensioning force and achieves firm binding.

Description

technical field [0001] The invention relates to wire harness binding, in particular to a device capable of automatically tightening and binding wire harnesses and cutting plastic tie, which is used to realize automatic boost feeding, automatic alignment, automatic tensioning and binding (adjustable and relatively constant pulling force), Automatic cutting, automatic discharge of cutting materials and other processes. technical background [0002] With the continuous development of science and technology, electronic products are developing in the direction of large capacity and high density. The ports of plug-in boards are becoming more and more dense, and the wiring harnesses are becoming more and more dense. If these wiring harnesses are allowed to be placed randomly, the layout will be messy, and it will make product maintenance more difficult, and it will also affect the performance of the whole machine. This problem can be solved by neatly bundling the wiring harness. ...

AI Technical Summary

Problems solved by technology

[0004] However, the existing automatic binding machines (binding equipment) for plastic cable ties are bulky and expensive, and the phenomenon of loosening or loose binding of the cable ties often occurs.

The existing binding machine needs to be manually loaded. This manual loading method will cause the operator to work for a long time and cause finger fatigue and soreness, and the efficiency is very low and the working hours are long.

Due to manual operation, the remaining length of the tail end face of the cut plastic cable tie and the buckle head can not be guaranteed, resulting in errors in the overall appearance of the bundled wire harness

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