Foam application device for knitted fabric

Abstract

The invention discloses a foam application device for a knitted fabric. The device comprises a foam main pipe, a foam distribution part, a foam application part and a support body, wherein the foam distribution part is communicated with the foam main pipe, and a foam flow passage is formed in the foam distribution part; the foam application part is communicated with the foam distribution part and provided with an outlet; and the outlet of the foam application part is an integrally circular slit and is close to the peripheral surface of the support body, and the length of the path between the foam main pipe and any point on the circumference of the circular outlet is equal. By adopting the application device of the invention, the fabric can be finished before scotching, the tension of the treated fabric is uniform, and hemming is avoided. The path of the foam flow passage in the foam distribution part is kept equal, so the foam attenuation degree is consistent, and the treated degree of each part of the fabric is uniform.

Description

technical field [0001] The invention relates to a device for applying chemicals in the process of knitting printing and dyeing, in particular to a device for applying foam to knitted fabrics. Background technique [0002] Traditional knitting printing and dyeing processing, including pretreatment, dyeing, finishing and printing processing, requires the cylindrical knitted fabric to be opened first (that is, cut into a flat shape) and then subsequently applied with chemicals or liquids. For example, in the finishing process of knitted fabrics, the fabric after opening width is soaked in the immersion tank, and then the excess chemicals are squeezed out of the fabric through the paddle car. It is easy to curl under the action, and the problem of uneven rolling rate of fabric caused by fabric curling cannot be completely solved in the current traditional production process. However, the high amount of liquid carried by the fabric caused by the rolling machine is generally 50%-...

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Problems solved by technology

[0009] However, the shape of the parabolic interlayer cavity in this device is complex and difficult to process. During the manufacturing process, the requirements for the flatness of the steel plate and the precision of processing are relatively high, which may easily cause errors. If the applicator cannot be processed according to the ideal shape, the cavity may be caused. Inconsistent foam residence time in the body, which can eventually lead to uneven foam application

[0010] Chinese patent ZL 200710047713.3 is a method of transporting the foam to the foam application part composed of multiple parabolas through the distribution part by using multiple pipes of equal length. The application of products running on a plane without curli

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