A chemical fiber spinning machine for textile processing

Abstract

The invention discloses a chemical fiber spinning machine for textile processing, the structure of which comprises a main drawing box, a partition, a spinning reel, a silk shaft, and a shield. The control box is connected with the main drawing box, and the partition is welded to the On the outer surface of the main drawing box, the tail end will be wrapped by the silk shaft, and when it is wound to a certain extent, the head end will be connected to the main drawing coil for winding treatment, so that its arc shrinkage strip will be dragged and stretched , let the total force arc inside the limited expansion arc squeeze the card ellipse together through the pulling force of the card angle, and the pull strips connected between the inner rubber layers will also be pulled apart to stabilize a certain middle end, so that The middle and solid end can continue to rotate for the next round, so that it can stop running and allow the staff to replace the total reel of its spinning. When the glass fiber is drawn, there are long and broken ones for winding processing. The shortest end After the winding is completed, the inside will be pulled to make it stop rotating and winding, and the next winding barrel will be replaced, so that it will no longer be in a state of fried hair when stacking and winding.

Description

technical field [0001] The invention belongs to the textile field, and more specifically relates to a chemical fiber drawing machine for textile processing. Background technique [0002] The materials of chemical fibers are different. Among them, there is glass fiber, which is relatively smooth and has some luster. The finished textile is more durable. After the glass fiber is processed, it needs to be spun and rolled into a tube. [0003] Based on the above-mentioned inventor's discovery, the existing chemical fiber spinning machine for textile processing mainly has the following deficiencies, such as: [0004] Since the pulling end of the coiling is connected by multiple glass fibers of different lengths, when some shorter fibers are coiled, the remaining longer glass fibers are still coiled. Once all are rolled up, the smoothness of the short fiberglass itself causes it to explode, giving the whole an uneven appearance. [0005] Therefore need to propose a kind of chemi...

AI Technical Summary

Problems solved by technology

[0006] In order to solve the above-mentioned technology, the pulling end of the coiling is connected by a plurality of glass fibers of different lengths that are drawn out. When some shorter fibers are coiled, there are still other longer glass fibers. Continue to roll, and after all the rolls are completed, the smoothness of the short glass fiber itself will cause it to explode, making the overall appearance uneven

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