A cashmere scrap recovery compressor

Abstract

The invention discloses a cashmere leftover material recycling compressor. The cashmere leftover material recycling compressor structurally comprises a motor, an air outlet, a cylinder body, an opening and closing door, a handle, a lower-spinning compression structure, an exhaust port, a motor base and an inner cavity. The motor base is arranged in the middle of the top end face of the cylinder body, the motor base is vertically welded to the middle of the top end face of the cylinder body, and the motor is arranged on the motor base. An output shaft of the motor vertically penetrates throughthe cylinder body and is clamped to the lower-spinning compression structure in the cylinder body, and the opening and closing door is arranged on the outer surface of the cylinder body. The handle isarranged on the opening and closing door. Through the structures such as the motor, a spinning plate and a fiber winding frame, the edge of the spinning plate is prevented from warping through threadrotation and downward pressing, the air pressures on the front surface and the back surface of the spinning plate are the same, cashmere leftover materials can be wound through the spinning plate andthe fiber winding frame, and the cashmere leftover materials are wound on a connecting column. A barb is arranged so that the cashmere leftover materials can be better hooked, the wound and compressed cashmere leftover materials cannot fall off or rebound after the opening and closing door is opened, and packaging is facilitated.

Description

technical field [0001] The invention relates to the field of compressors, in particular to a cashmere scrap recovery compressor. Background technique [0002] Cashmere is a very high-grade textile fiber. Cashmere is made from raw cashmere after being divided, washed, dried, re-sorted, opened, added, and stuffed, and then combed by a carding machine to remove wool and dander. There is no plush, and the finished non-plush needs to be combined with different lengths and finenesses to meet the technical requirements of semi-worsted and woolen spinning in the next step. In the process of cashmere processing, a large amount of cashmere scraps are usually produced. During the compression process In the process of vertical pressing, the edge of the pressing plate is easy to warp, and these leftovers are fragmented and easy to rebound and disperse. After the cashmere leftovers are compressed, they will loosen instantly when the leftovers are compressed and packed, which is troublesom...

AI Technical Summary

Problems solved by technology

[0002] Cashmere is a very high-grade textile fiber. Cashmere is made of raw cashmere after being divided, washed, dried, re-sorted, opened, added, and stuffed, and then combed by a carding machine to remove wool and dander. There is no plush, and the finished non-plush needs to be combined with different lengths and finenesses to meet the technical requirements of semi-worsted and woolen spinning in the next step. In the process of cashmere processing, a large amount of cashmere scraps are usually produced. During the compression process In the process of vertical pressing, the edge of the pressing plate is easy to warp, and these leftovers are fragmented and easy to rebound and disperse. After the cashmere leftovers are compressed, they will loosen instantly when the leftovers are compressed and packed, which is troublesome to bundle.

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