Toughness wire tight square winding machine, tight winding square binding machine and method for tight winding square binding and binding of toughness wire

Abstract

The invention discloses a toughness wire tight square winding machine, a tight winding square binding machine and a method for tight winding square binding and binding of a toughness wire, and aims to provide the toughness wire tight square winding machine and the tight winding square binding machine which are ingenious in structure, high in working efficiency, extremely high in winding and binding quality and capable of saving manpower and material resources. Meanwhile, the invention further provides the method for tightly winding the square binding and binding of the toughness wire. The toughness wire tight square winding machine comprises a machine table, a winding device, a straightening and wire conveying device, a wire end inserting and guiding device and a shearing device are arranged on the machine table, and a wire formed by the straightening and wire conveying device, the wire end inserting and guiding device and the shearing device linearly passes through the center of the winding device. The tight winding square binding machine comprises a strapping annular guide groove, a compression roller guide plate conveying mechanism and an ultrasonic vibration mechanism. The toughness wire tight square winding machine is applied to the technical field of winding and bundling of the high-toughness grass trimming rope of a grass trimmer.

Description

technical field [0001] The invention relates to the technical field of automated machinery and equipment, in particular to a wire winding machine for compactly squaring high-toughness mowing ropes for mowing machines, a cable tie machine for closely winding the mowing ropes, and winding squaring machines thereof. And tie method. Background technique [0002] Lawn mower mowing ropes need to be wound into rolls for transportation, and the length needs to be measured, wound into coils according to the specified diameter, and then cut into finished products. At present, these tasks are done manually. The length is measured manually by pulling the wire back and forth, and then cut with scissors according to the corresponding scale, and finally the wire is wound into a coil by hand. The manual operation method not only occupies a large area, but also requires a lot of preparation work, and the coils wound by hand are not compact and unsightly, and it is difficult to pass the perf...

AI Technical Summary

Problems solved by technology

The manual operation method not only occupies a large area and requires a lot of preparation work, but also the coils wound by hand are not compact and unsightly, it is difficult to pass the performance test of the finished product, and the efficiency is low. material, and the edges and corners are sharp, so manual operation is extremely easy for operators to be injured

[0003]The current existing winding machines can only simply wind the wire, so that the number of winding straw ropes is not equal, and the winding is not neat. prone to waste

The winding efficiency is low, the labor intensity is high, and the number of winding coils is not accurate due to the toughness of the grass rope, and the tightness is uneven, which reduces the quality of the ring coil

[0004] When leaving the factory, these grass ropes must be coiled and tied with cable ties, otherwise dragging a long power cord is neither beautiful nor convenient, not safe

However, the existing method is generally semi-automatic operation. After the grass rope is wound, the cable tie needs to be tied manually, and then the grass rope is manually removed. The efficiency is not high enough.

[0005] In addition, the current winding cable tie machines generally use more motors. Due to the complexity of motor drive control and high manufacturing costs, the purchase cost for small and medium-sized enterprises is relatively high. less practical

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