Weaving method of auxiliary material organization structure

Abstract

The invention relates to the technical field of non-backplane computerized flat knitting machine knitting weave structures, in particular to a knitting method of auxiliary weave structures. The method comprises the following steps that after a garment piece main body is knitted, sealing yarns are knitted on the garment piece main body; auxiliary weave structures of needle adding positions are knitted on the garment piece main body while the sealing yarns are knitted, wherein the knitting method of the auxiliary weave structures of the needle adding positions is a single-plate knitting method. According to the knitting method of the auxiliary weave structures, the sealing yarns are knitted on the upper portion of the knitted garment piece main body; by means of the auxiliary weave structures of the crossed pressing single-side or crossed pressing and drawing single-side knitting needle adding positions, the knitting density value of the auxiliary weave structures of the needle adding positions is consonant with that of the sealing yarn positions; by means of the knitting method, the longitudinal extending property of the weave structures is good, and therefore the falling speed of the auxiliary weave structures is increased.

Description

technical field [0001] The invention relates to the technical field of weaving structure of a computerized flat knitting machine, in particular to a weaving method of an auxiliary material weaving structure. Background technique [0002] With the advancement of science and technology, woolen sweater knitting has developed from the traditional hand-operated knitting to the current computerized flat knitting machine, realizing the automation of knitting. [0003] In the prior art, when using the computerized flat knitting machine without a lifting board and the computerized flat knitting machine with a lifting board to turn off the function of the lifting board, the knitted fabric has a double-plate cross-press needle four-flat structure. When knitting or double-plate pull-knitting structure, the row-locking knitting method is double-plate cross-press needle-pump knitting, and the braid structure is double-plate cross-press pit bar structure. After the row lock is over, weave...

AI Technical Summary

Problems solved by technology

[0015] The object of the present invention is to provide the knitting method of the auxiliary material structure, to solve the following technical problems in the prior art: the weaving density value of the additional needle position and the auxiliary material structure of the sealing yarn when knitting the needle adding place and the sealing yarn at the same time The density value is not coordinated, which makes the structure of the auxiliary material at the needle adding point too loose, which is not convenient for the structure of the auxiliary material to fall; In double-plate cross-press and double-plate cross-press needle-drawing knitting, 1 special knitting has only half a special longitudinal length, and the longitudinal length of knitting is shorter without tension; this structure uses more thick threads, which is not conducive to thickness The thread is used together, especially the coarse-needle machine is not effective for the high-elastic yarn that is easy to fall. The number of circular knitting lines at the needle adding point is large, and the fabric is thick, so the upper part of the main body of the garment must also be knit. The number of lines is also large, and the amount of material used Large; the protection of the protective eye is not ideal, the scope of application is small or the protective eye is not woven, resulting in a tighter density value and a larger number of knitting lines for sealing the yarn. The knitting needle is operated under high load for a long time, and it is easily deformed, especially for fine needles. In this type of machine, missing stitches in the main body of garment parts are common due to the deformation of the knitting needles, resulting in many defective products, low output, and even waste products; in the knitting without extra needles, the longitudinal length of the protective mesh is small, and the structure is not ideal. Multi-rotation weaving can play a protective role. The number of sealing yarn lines must be large, and the number of weaving lines is large, resulting in a large amount of material and a long weaving time. When using amplified coils to protect one side, the fabric structure will be rolled into a tube, which is not necessary. It is good for sewing; the row-locking weaving is thick, the fall is slow, the time is long, and the amount of material is extremely large; there are too many row-locking loop knitting in continuous knitting, resulting in a large amount of material and a long knitting time; other loop knitting structures also have many rows, which also causes Large amount of materials, long weaving time and other technical problems

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