Woolen cloth garment processing technology and intelligent woolen cloth garment processing equipment

Abstract

The invention discloses a woolen cloth garment processing technology and intelligent woolen cloth garment processing device.The woolen cloth garment processing comprises the step of splicing woolen cloth cutting pieces, and the step includes the steps that (1) two thin cutting pieces are sewn to form a first fixed seam, a splicing piece is manufactured, and the first fixed seam is sewn to form a second fixed seam; the splicing piece is provided with two first sewing heads and two second sewing heads which are located on the two sides of the first fixing seam respectively. And (2) placing the splicing piece between the two woolen fabric cutting pieces, enabling the two first seam allowances to be turned outwards to the outer side surfaces of the two woolen fabric cutting pieces respectively, enabling the two second seam allowances to be turned outwards to the inner side surfaces of the two woolen fabric cutting pieces respectively, and sewing and fixing the first seam allowances, the woolen fabric cutting pieces and the second seam allowances. The process is wide in application range and easy to implement, and the obtained woolen material cutting piece splicing structure is small in thickness and high in production efficiency; the intelligent processing equipment for the woolen cloth clothing is high in production efficiency.

Description

technical field [0001] The invention belongs to the technical field of garment processing, and in particular relates to a woollen garment processing technology and a woollen garment intelligent processing equipment. Background technique [0002] Woolen fabric is a thicker and denser wool fabric, which is mostly used for uniforms, coats, etc. It is very popular in the autumn and winter market because of its novel and unique style. . [0003] The traditional production method of woolen clothing is usually by cutting the woollen material according to each part of the body, then splicing and sewing it together. Among them, the traditional splicing method includes: first overlapping the two pieces of clothing, leaving the seam and sewing a line by machine, then ironing the seam to make it fall down, and finally manually stitching the seam with one or both sides of the garment suture. [0004] The shortcomings of this splicing method are: (1) The thickness of the single-layer f...

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Problems solved by technology

[0004] The disadvantages of this splicing method are: (1) The thickness of the single-layer woolen material itself is relatively large, and the number of layers of woolen material at the seam is usually twice or three times that of the garment pieces, resulting in a large thickness at the seam , which not only causes the garments to be stiff and unsightly, but also makes the seams more awkward and less comfortable to wear; (2) In order to avoid leaving stitches on the garment pieces when fixing the seams, it is necessary to manually sew the seams, resulting in lower production efficiency Low

[0006] The shortcomings of the above splicing process are: (1) it is only suitable for splicing double-sided woolen fabrics, not suitable for splicing single-sided woolen fabrics; (2) although the double-sided woolen pieces are split at the joint After sewing, but the thickness of the splicing position is still four layers of woolen material thickness, there is no fundamental solution to the problem of excessive thickness at the splicing point; (3) The preparation process is complicated and the production efficiency is low

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