Sizing device of textile fabric

Abstract

The invention provides a sizing device of a textile fabric. The sizing device comprises a feeding mechanism, a slurry coating mechanism and a drying and discharging mechanism, wherein the slurry coating mechanism is located between the feeding mechanism and the drying and discharging mechanism; the slurry coating mechanism comprises a slurry box, a slurry coating assembly, a slurry scraping assembly and a first material guide assembly; the drying and discharging mechanism comprises a drying assembly and a discharging assembly; the slurry scraping assembly comprises a material guide box and twoL-shaped mounting plates; the material guide box is located between the two L-shaped mounting plates; the material guide box and each L-shaped mounting plate are connected through a rotary rod; a slurry scraping plate is arranged at one end, close to the slurry coating assembly, of the material guide box. The sizing device provided by the invention has the beneficial effects that the slurry coating mechanism is simple in structure and can be used for automatically carrying out slurry coating work on the fabric, so that a lot of labor intensity of workers is reduced; the slurry scraping assembly can be used for scraping off slurry dreg on the fabric and preventing the slurry dreg from falling off in a fabric conveying process; the drying assembly can be used for carrying out drying work onthe fabric so that the fabric can be rapidly shaped.

Description

technical field [0001] The invention relates to the technical field of textile equipment, in particular to a sizing device for textile cloth. Background technique [0002] In the traditional dyeing and printing of textile fabrics, the auxiliary agent and the dye are mixed together in the slurry to form a color paste, which is printed on the textile fabric together. For some special printing, due to the large particle size and certain corrosion Therefore, it cannot be mixed with the dye and sprayed out from the nozzle of the print head, so the fabric needs to be sizing in advance. In the existing technology, the sizing of the fabric is generally done manually. The manual sizing operation is time-consuming and laborious. The sizing uniformity is poor. [0003] The utility model patent No. CN205975023U discloses a coating machine that is convenient for sizing, including a base, a distribution channel is opened in the middle of the base, a splint is provided above the distribut...

AI Technical Summary

Problems solved by technology

[0004] Although the utility model can control the thickness, uniformity and flatness of sizing, it does not mention the treatment of the slurry slag on the cloth surface, which causes the slurry slag to fall during the cloth conveying process, resulting in a waste of slurry; In this utility model, the cloth after sizing is directly rolled up by the cloth take-up roller, so that the cloth after sizing cannot be shaped well, which brings troubles to the next process

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