Humidifying adsorption lint-removal device for textile fabric

Abstract

The invention provides a humidifying adsorption lint-removal device for a textile fabric. The humidifying adsorption lint-removal device comprises a lint-removal module, a humidifying module and a conveying module, wherein the lint-removal module comprises a rotary roller, a rotary motor is arranged in the axis of the rotary roller, an annular cavity is formed in the rotary roller, and lint scratch hooks are arranged on the outer ring surface of the rotary roller; the humidifying module comprises a steam generation device; the conveying module comprises symmetrical transfer rollers. Accordingto the humidifying adsorption lint-removal device for the textile fabric, lint and fly yarn are adhered together by humidifying the surface of the textile fabric and then stripped off through the lintscratch hooks, and the lint-removal effect is achieved. Moreover, secondary contamination caused by the fly yarn can be avoided, and the fly yarn is easily stored and cleared away.

Description

technical field [0001] The invention relates to the textile field, in particular to a textile cloth hair removal device. Background technique [0002] Textile fabrics are made of warp yarns and weft yarns alternately. During the fabric weaving process, there will be some yarn ends on the surface of the fabric, so thread balls and miscellaneous hairs will be formed on the surface of the textile fabric, which will affect the quality of the finished fabric. , will also have an impact on the subsequent processing of textile fabrics; the commonly used methods of hair removal for textile fabrics include hair removal with hair removal brushes and hair removal with trimmers; Electrostatically adsorb the thread balls and miscellaneous hairs on the surface of the textile fabric to the hair removal brush to achieve the effect of hair removal; this method can only remove the miscellaneous wool balls that are easy to fall off, so the hair removal effect is poor. The range of secondary b...

AI Technical Summary

Problems solved by technology

[0002] Textile fabrics are made of warp yarns and weft yarns alternately. During the fabric weaving process, there will be some yarn ends on the surface of the fabric, so thread balls and miscellaneous hairs will be formed on the surface of the textile fabric, which will affect the quality of the finished fabric. , will also have an impact on the subsequent processing of textile fabrics; the commonly used methods of hair removal for textile fabrics include hair removal with hair removal brushes and hair removal with trimmers; Electrostatically adsorb the thread balls and miscellaneous hairs on the surface of the textile fabric to the hair removal brush to achieve the effect of hair removal; this method can only remove the miscellaneous wool balls that are easy to fall off, so the hair removal effect is poor. The range of secondary bristles is small, so the efficiency of hair removal is low, and the workload of the user is large; the latter mainly uses the electric trimmer to remove the thread balls and miscellaneous hairs and then peel them off to achieve the effect of hair removal; When trimming, the miscellaneous hairs are absorbed by negative pressure, and because the miscellaneous hairs are small, it is easy to interfere with the mechanical structure of the trimmer, thereby affecting the service life of the trimmer, and the miscellaneous hairs stored at the miscellaneous hair storage end of the trimmer Too much will reduce its hair removal efficiency, so users need to clean it regularly, and there is also the problem of low hair removal efficiency; in summary, there are defects

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