Hair-sticking machine for knitted fabrics

Abstract

The invention discloses a hair-sticking machine for knitted fabrics, which comprises a fabric feed unit, a hair-sticking unit and a doffing unit, wherein the hair-sticking unit comprises an annular guide belt arranged on a rack; the fabric feed end of the annular guide belt is provided with a gluing device; the gluing device comprises a glue spraying hose arranged above the annular guide belt, a magnetic bar arranged below the rear part of the glue spraying hose, an electromagnetic platform arranged corresponding to the magnetic bar, a fabric pressing device consisting of a plurality of groups of fabric pressing rollers, and a cleaning device arranged at the rear part of the annular guide belt; the cleaning device comprises a cleaning tank; a brush roller is arranged above the cleaning tank; a scraper is arranged in front of the brush roller; and a sparge pipe is arranged behind the brush roller. The hair-sticking machine can remove the hairs on the surfaces of knitted fabrics before the process of textile printing, and compared with the mode of artificially clipping hairs, the mode of using the hair-sticking machine has the advantages of reducing the workload of workers, greatly increasing the qualification rate and production efficiency of finished fabrics, and satisfying the demands on the mechanized mass production of the knitted fabrics.

Description

technical field [0001] The invention relates to the technical field of printing and dyeing equipment, in particular to a knitted fabric sticking machine for removing hairiness on the surface of knitted fabric before printing and dyeing. Background technique [0002] Knitted fabric has the advantages of soft hand feeling and good hygroscopicity, and is widely used to make underwear and children's clothing. However, due to the small twist of the yarn twisting of the knitted fabric and the soft hand feeling, the surface of the fabric has many hairs. During the printing process, these hairs are easy to gather into groups to block the mesh of the printing nickel screen, so that the printing paste cannot be printed on these. area, which eventually leads to defects such as white printing, which greatly reduces the qualified rate of finished fabrics. [0003] In order to solve the above problems, some printing and dyeing enterprises manually trim the hairiness on the surface of kni...

AI Technical Summary

Problems solved by technology

However, due to the small twist of the yarn and the soft hand feeling of the knitted fabric, there are many hairiness on the surface of the fabric. During the printing process, these hairiness are easy to gather into groups to block the mesh of the printing nickel screen, so that the printing paste cannot be printed on these. areas, which eventually lead to defects such as white printing, which greatly reduces the qualified rate of finished fabrics

[0003] In order to solve the above problems, some printing and dyeing enterprises manually trim the hairiness on the surface of knitted fabrics by cloth repairers before printing, but the workload of manual trimming is large and the efficiency is very low, which is far from meeting the needs of mass mechanized production

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