Cloth storage tank and axial oblique-slip type high-temperature gas-liquid dyeing machine

Abstract

The embodiment of the invention discloses a cloth storage tank. The cloth storage tank comprises an upper oblique-slip groove and a lower oblique-slip groove which are formed in a main cylinder body,wherein the upper end of the upper oblique-slip groove is close to an airflow nozzle; the upper oblique-slip groove and the lower oblique-slip groove are connected end to end; a fabric is discharged from a dyeing and finishing mechanism, slides from the upper end of the upper oblique-slip groove and the right side of the main cylinder body to the left-side lower oblique part, and further enters the lower oblique-slip groove; the fabric obliquely downward slides to under the dyeing and finishing mechanism from the left side of the main cylinder body, and is dragged by the dyeing and finishing mechanism to reenter the dyeing and finishing mechanism, so that dyeing and finishing cycle of the fabric is realized. The embodiment of the invention also discloses the axial oblique-slip type high-temperature gas-liquid dyeing machine. By adopting the cloth storage tank disclosed by the invention, mutual extrusion pressure of the fabrics can be reduced, and thereby extrusion creases of the fabrics are avoided, and the cloth cover quality of the fabrics is improved. Besides, the cloth capacity of the main cylinder body with the same capacity can be effectively increased and the productivity isimproved.

Description

technical field [0001] The invention relates to a dyeing machine, in particular to a cloth storage tank and an axially inclined high-temperature gas-liquid dyeing machine. Background technique [0002] The cloth storage tank of present horizontal cylindrical high-temperature dyeing machine (comprising jet dyeing machine, air flow and gas-liquid dyeing machine) is to be divided into several grids, and each grid has a cloth ring, and runs independently independently. The cloth storage tank is in the shape of an arc in the cross section of the cylinder. The fabric falls into the arc-shaped groove from the rear, and gradually slides forward along the arc-shaped surface under the action of the subsequent falling fabric. The frontmost fabric is subjected to the extrusion force of the subsequent fabrics, and has a tendency to move upward gradually. As the capacity of the fabric gradually increases, the fabric that slides to the bottom is always squeezed by the front and rear part...

AI Technical Summary

Problems solved by technology

In addition, when the fabric is squeezed, there is no free slack space in the position, so that the internal stress of some synthetic fibers (especially filaments) cannot be fully released, so it is also prone to fine wrinkles

Due to the existence of this defect, in practical applications, only by reducing the load, or selecting a tubular high-temperature dyeing machine with a relatively large bath for processing, therefore, the use of horizontal cylindrical high-temperature dyeing machines is limited to a certain extent

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