Intelligent blowing-carding production line and production method thereof

Abstract

The invention discloses an intelligent blowing-carding production line. The intelligent blowing-carding production line comprises a cotton plucking device, a weight separation device, a fine cotton opening device, a multiple-bin cotton blending device and a cotton carding device, wherein the fine cotton opening device comprises mutually communicating dust removal bins and a first cotton storage bin communicating with the dust removal bins; the dust removal bins are used for initially opening raw cotton and strongly removing dust, and the first cotton storage bin is used for finely opening thecotton; the multiple-bin cotton blending device is used for blending the raw cotton and comprises a second cotton storage bin and a cotton blending bin, the second cotton storage bin is provided withmultiple parallel sub bin bodies, and the raw cotton enters the cotton blending bin through the multiple sub bin bodies; the cotton carding device comprises a cotton carding device body and a vacuum pumping device, the cotton carding device body communicates with the cotton blending bin, and the cotton carding device is used for carding the raw cotton; and the blended raw cotton is introduced intothe cotton carding device body under the action of the pressure difference between the cotton blending bin and the cotton carding device body. Compared with the prior art, the intelligent blowing-carding production line has the advantages of more reasonable structural design, high safety performance, stronger continuity in production and easiness in repair and replacement of parts. The inventionfurther provides a production method of the intelligent blowing-carding production line.

Description

technical field [0001] The invention relates to the technical field of textiles, in particular to a blowing-carding intelligent production line and a production method thereof. Background technique [0002] Blowing-carding is the development trend of cotton spinning technology and one of the important symbols of cotton spinning engineering to achieve automation, continuity and modernization. combined into a new production line. To put it simply, the process flow of the blowing-carding system in the prior art is as follows: the raw cotton is picked up by the plucking machine, passes through the carding pipeline, and then passes through the heavy object separator, the single-axial flow (double-axial flow) opener, and the multi-axial flow opener. warehouse blender, main impurity remover and dust remover, and finally to the carding machine for carding. [0003] However, in the blowing-carding system of the prior art, the dust in the raw cotton fibers is often cleaned by the co...

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Problems solved by technology

[0003] However, in the blowing-carding system of the prior art, the dust in the raw cotton fibers is often cleaned by the combination of the main impurity remover and the dust remover. However, the main impurity remover and the dust remover are often of single design. That is, there is no fixed connection with other structures, resulting in insufficient stability of the structure, which is easy to vibrate and generate strong noise pollution. The staff work in the factory for a long time, and the noisy environment is easy to cause irreversible damage to the staff's physiology and psychology. At the same time, in the multi-bin mixing device, the raw cotton fiber in the mixing bin is often transported through the curtain or the nail angle curtain, that is, the raw cotton fiber is transported by the curtain in the transmission, so that the placement of the curtain is easy. It is mentioned that the dead corners are created in the cotton warehouse. After the raw cotton fibers enter the cotton mixing warehouse, they are easy to accumulate in the dead corners. After a long time, on the one hand, the curtains are easy to be stuck, resulting in maintenance and replacement costs; on the other hand, the accumulated cotton fibers will cause the curtains The heat generated during operation is collected, which is a safety hazard

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