A waterless printing and dyeing production line based on uniform conveying and smooth dyeing degree

Abstract

The invention discloses a waterless printing and dyeing production line based on the uniform conveying and smooth dyeing degree. Its structure includes a light fabric line and a heavy fabric line. The light fabric line and the heavy fabric line are installed and connected. The fabric line is composed of a pillar and a light material spiral , the pillar is locked with the light material helix, the light cloth and the heavy cloth are conveyed on the light cloth assembly line and the heavy cloth assembly line respectively in the present invention, the light and heavy cloth are distributed reasonably, the sensor senses the conveying speed and the cloth gravity during the conveying, adjusts in time, and improves the coloring of the cloth Quality, the light material installation roller shaft plays the role of connecting and installing the light material roller rod and the light material rack, the liquid shaft is used to open or close the printing and dyeing liquid material, to prevent the cloth from being dyed with large pieces of dyeing, and the roller adjuster drives the next light material The rotation of the material roller rod makes the dyeing liquid coincide with the marked position of the fabric. When the fabric is wrinkled, the loosening roller realizes loosening.

Description

technical field [0001] The invention relates to the field of drum assembly lines, in particular to a waterless printing and dyeing production assembly line based on uniform conveyance and smooth dyeing degree. Background technique [0002] Traditional dyeing mainly uses water as the medium and consumes a lot of water resources. Waterless printing and dyeing is a dyeing technology that does not use water; during production and processing, the bundled fabrics are transported on the drum assembly line. Realize cloth printing and dyeing. [0003] In the prior art, the cloth is thin and uneven, and the amount of coloring in the printing and dyeing process is likely to be too heavy or too light. When passing a slope or a bend, the cloth is likely to slide or stagnate due to gravity, resulting in misalignment between the dyed area of ​​the cloth and the dyeing and printing position of the roller body. The printing and dyeing pattern is not printed accurately on the position of the...

AI Technical Summary

Problems solved by technology

[0004] The main purpose of the present invention is to overcome the deficiencies of the prior art, and provide a waterless printing and dyeing production line based on the uniform and smooth delivery of the dyeing degree, so as to solve the unevenness of the cloth, and the amount of coloring in the printing and dyeing process is likely to be too heavy or too light , when passing through slopes or curves, the fabric is easy to slide or stagnate due to gravity, resulting in misalignment between the dyed area of ​​the fabric and the dyeing and printing position of the roller body, so that the printing and dyeing pattern is not accurately printed on the position of the fabric, and the fabric is easy to form in the curve position Large pleats, the accumulation of pleats makes the rollers unable to rotate smoothly, and the fabric stagnates and dyes a large area of ​​dyeing and printing

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