Physical training belt sorting and conveying mechanism

Abstract

The invention relates to the field of twisting machine equipment, and especially relates to a physical training belt sorting and conveying mechanism. The physical training belt sorting and conveying mechanism comprises a twisting mechanism and a winding mechanism arranged on one side of the twisting mechanism, the winding mechanism comprises a storage box and collecting parts rotationally arranged on the two sides of the storage box, each collecting part comprises a connecting rod, a driving roller fixed to the connecting rod and dust sticking rollers arranged on the connecting rod in a lifting mode, and the dust sticking rollers are located at the upper end and the lower end of the driving roller. Through the driving rollers arranged on the collecting parts on the two sides of the storage box, braids twisted into one strand by the twisting mechanism are collected; the dust sticking rollers are arranged at the upper end and the lower end of the driving rollers so as to stick off impurities such as burrs on the braids; the collecting parts are rotationally arranged, so that the tension of the driving rollers during winding of the braids can be adjusted; and the dust sticking rollers are arranged on the connecting rods in a sliding mode so as to adjust the distance between the dust sticking rollers and the driving rollers, and finally the dust sticking strength is adjusted.

Description

Technical field [0001] The present invention relates to the field of twisting devices, and more particularly to a physical training belt sorting transport mechanism. Background technique [0002] Traditional webbing delivery devices do not have a hub pre-processing process, which is easy to cause the zone disorder, and severely affect the retrieval efficiency. At the same time, the traditional web conveying equipment is hard-connected at the bus, the webbing itself is burr, the hard connection inevitably presents the gap, which causes the webbing card into the void, so that the broken web is broken. At the same time, the multi-shaped zone is screwed into a webbing, there will be impurities such as burrs, and it is necessary to remove impurities on the web. It also needs to recover the texture after the screwed web, which generally uses artificial removal and artificial collection to remove impurities. And recycled webbing, low efficiency. Inventive content [0003] The technical...

AI Technical Summary

Problems solved by technology

[0002] The traditional webbing conveying equipment does not have the line pretreatment process, which will easily cause the webbing to be disordered and seriously affect the winding efficiency

At the same time, the traditional webbing conveying equipment adopts hard connection at the wire collection point. The webbing itself has burrs, and there must be gaps in the hard connection, which will cause the webbing to be stuck in the gap, thus breaking the webbing when the wire is assembled.

At the same time, after the multi-strand webbing is twisted into a single webbing, impurities such as burrs will appear. The impurities on the webbing need to be removed, and the webbing after twisting needs to be recycled and collected. Generally, manual removal and manual collection are used to remove impurities. and recycled webbing, inefficient

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