Wetting device for textiles

Abstract

A textile wetting device (1) comprises a waist-drum-shaped container (10). An opening side of the container is movably connected with a sealing end cover (15), and multiple concave-convex grooves are formed in an inner wall of the container. The container (10) is driven by power to rotate in a reciprocating manner along an X axis, and is driven by a power device to swing in a reciprocating manner along a Y axis, so that the container is in a state ranging from a horizontal state to a vertical state. In the wetting device of the present invention, the container (10) swings severely left and right with power generated by an impact wave, and power generated by impact collision between a textile and a convex groove (102) in a chemical solution inner wall is larger than gravity of a free falling object by multiple times, so that the wetting performance is improved; in addition, extruded liquid is leaded to another unwetted textile with a concave grooves (101) serving as a guiding channel, so that wetting is more uniform.

Description

technical field [0001] The invention relates to the field of textile and printing and dyeing machinery, in particular to a wetting device for textiles. Background technique [0002] In the fields of textiles and printing and dyeing machinery and equipment, devices and wet treatment processes for wetting textiles are often used. The wetting devices and wet treatment processes of the prior art usually only use the convex grooves in the drum to wet the textiles during the rotation of the drum. Elevate to a high place, and then use the gravity to fall under the drum during the descending process of the textile. According to the potential energy and collision force released by it, the textile and the chemical solution will exchange liquid. Since the impact force cannot be greater than the gravity, the The traditional drum rotation speed cannot be too fast, so it takes a long time for wetting, the efficiency is very low, and it is easy to produce uneven wetting and phenomenon. In...

AI Technical Summary

Problems solved by technology

[0002] In the fields of textiles and printing and dyeing machinery and equipment, devices and wet treatment processes for wetting textiles are often used. The wetting devices and wet treatment processes of the prior art usually only use the convex grooves in the drum to wet the textiles during the rotation of the drum. Elevate to a high place, and then use the gravity to fall under the drum during the descending process of the textile. According to the potential energy and collision force released by it, the textile and the chemical solution will exchange liquid. Since the impact force cannot be greater than the gravity, the The traditional drum rotation speed cannot be too fast, so it takes a long time for wetting, the efficiency is very low, and it is easy to produce uneven wetting and phenomenon

In addition, more liquid is required for wetting, and the excess liquid is wasted, causing sewage to pollute the environment at the same time.

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