Separating and recycling device for non-twist woven fabric

Abstract

The invention relates to a separating and recycling device for non-twist woven fabric and belongs to spinning machinery. The separating and recycling device is composed of a rack, a cloth roll bracket, a cloth roll roller, a cloth feeding plate, a cloth guiding block, a cloth feeding roller, a guiding-in device, a roller-type separating device, a comb row, a blanking platform, a fiber collection chamber, a dust cage, an air suction fan and a case. Size of the guiding-in port of the guiding-in device is controllable, so that tension of cloth fed to the non-twist woven fabric can be controlled effectively, and convenience is brought to inserting of the comb row. A needle row is embedded, so that convenience is brought to replacement; an included angle between a comb needle and the outer wall face of a roller is 30-45 degrees, so that the comb needle has enough force to be inserted into the non-twist woven fabric, and convenience is brought to separation; a comb plate on the comb row is meshed with the comb needle in the needle row, and fiber on the comb row is removed efficiently, so that load of the roller-type separating device is relieved. The separating and recycling device is simple and convenient to operate, high in separation efficiency, little in damage to fiber, high in recycling value and suitable for separating and recycling of the non-twist woven fabric.

Description

technical field [0001] The invention relates to a separation and recovery device for non-twisted woven fabrics, which belongs to the category of textile machinery. Background technique [0002] Non-twisted woven fabrics have excellent characteristics such as fluffy, soft, and breathable, which meet people's requirements for clothing fabrics, and are gradually being recognized by consumers and the market. With the increase in consumption of non-twisted woven fabrics, the amount of waste non-twisted How to better deal with these textile wastes has become a difficult problem. [0003] The traditional textile waste treatment methods are landfill or incineration. Landfill treatment requires a large amount of space, and textile waste contains a large amount of chemical fibers that cannot be degraded naturally, while incineration will produce a lot of smoke and toxic gases. These two methods will cause a lot of waste of resources and damage the ecological environment. In order to...

AI Technical Summary

Problems solved by technology

The most commonly used method in physical recycling is mechanical decomposition and recycling, which mainly uses mechanical cutting, tearing, and opening methods to make the fibers untwisted. The resulting fibers are short in length and poor in quality, which is not conducive to the reuse of fibers

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