Garment thermal insulation cotton air hole and thread sewing, attaching and laser comprehensive processing technology

Abstract

The invention relates to a garment thermal insulation cotton air hole and thread sewing, attaching and laser comprehensive processing technology. The garment thermal insulation cotton air hole and thread sewing, laying and laser comprehensive processing technology comprises the following steps of (1) cloth preshrinking and cutting to obtain surface layer cloth and bottom layer cloth; (2) cutting and attaching a required TPU hot melt adhesive film, cutting the TPU hot melt adhesive film by using a cutting die, and carrying out dustproof constant-temperature storage for later use; (3) cutting athree-in-one combined template, wherein cutting the three-in-one combined template into a thread sewing, attaching and laser three-in-one combined template; (4) cutting cotton and punching; (5) fixinga flat plate hot press die; (6) adhering the TPU hot melt adhesive film to the bottom layer cloth; (7) fixing the cotton on the bottom layer cloth; (8) carrying out hot-pressing combination on the bottom layer cloth and the surface layer cloth; (9) attaching point laser air holes; and (10) conducting the thread sewing to fix the peripheries of the bottom layer cloth and the cotton surface layer cloth. By means of the garment thermal insulation cotton air hole and thread sewing, attaching and laser comprehensive processing technology, high quality and high efficiency are combined, and a manufacturing technology which combining a combined cotton punching, thread sewing and attaching technology is achieved.

Description

technical field [0001] The invention relates to a comprehensive processing technology of thermal insulation cotton ventilation holes and line, lamination, and laser for clothing. Production of breathable combined products. Background technique [0002] Traditional cotton products have a single process and monotonous appearance; the traditional cotton punching, line, lamination, and laser combination methods have problems such as difficult operation, inaccurate alignment, offset, and high-temperature flattening of cotton; at the same time, the scrap rate of traditional steps Large, labor-intensive, cumbersome operation steps, low efficiency, and problems such as film position deviation of finished product appearance, deformation and displacement of cotton holes, flattened quilts and not fluffy, and affected washing fastness. Contents of the invention [0003] The purpose of the present invention is to solve the problems existing in the above-mentioned prior art, and to pro...

AI Technical Summary

Problems solved by technology

[0002] Traditional cotton products have a single process and monotonous appearance; the traditional cotton punching, line, lamination, and laser combination methods have problems such as difficult operation, inaccurate alignment, offset, and high-temperature flattening of cotton; at the same time, the scrap rate of traditional steps Large, labor-intensive, cumbersome operation steps, low efficiency, and problems such as film position deviation of finished product appearance, deformation and displacement of cotton holes, flattened quilts and not fluffy, and affected washing fastness