Weaving method of flared socks and anti-edema socks

Abstract

The invention discloses a knitting method of horn-mouth-shaped stocking legs. A full-computer single-needle-cylinder hosiery machine is used for knitting; multiple counts of yarn are selected for conducting blend-knitting at the same time, and the yarn contains one or more counts of spandex yarn; knitting program parameters are set, wherein the number of layer rings of stocking legs is set to be 80-200, and the horizontal needle number is 100-200; in the knitting process of the stocking legs, the horizontal needle number is controlled to be fixed, and meanwhile the layer rings are gradually lengthened in the opening direction of the stocking legs. According to the stocking legs knitted through the knitting method, after the elasticity is released, the layer rings are deformed in the vertical direction of the stocking legs and naturally form a horn mouth shape, and the stocking legs are more fitted to the lower legs of the human body; from the upper portions of the ankle joints to the opening parts of the stocking legs along the lower legs, the generated holding force is even and relatively equal, local pressure cannot be excessively large or small, and possible unsmooth blood circulation is effectively avoided. Through the automatic hosiery machine, automatic knitting of the horn-mouth-shaped stocking legs and anti-edema stockings can be achieved, and the method is convenient and efficient.

Description

technical field [0001] The invention belongs to the field of sock manufacturing, and relates to a weaving method for anti-edema socks and socks manufactured by the method. Background technique [0002] With the improvement of the quality of modern life, people have higher and higher requirements for the quality of daily necessities. Socks, as daily items, are indispensable items in modern life. The traditional socks sold in the market now generally adopt a straight cylindrical design with mature production technology and simple design from the upper part of the sock body to the cuff, and its local weaving structure is as follows: figure 1 As shown, the layer circle is along the opening direction of the sock tube, the density is consistent, and the number of knitting needles is also consistent. The straight-tube sock is placed on the calf, and the sock is easy to slide down and uncomfortable due to the uneven holding force of the calf. In order to prevent the opening of th...

AI Technical Summary

Problems solved by technology

However, patients need to keep their feet warm, so they have to wear socks. They can only cope with it by choosing socks that have lost elasticity at the cuff. However, the inelastic cuff will cause the sock to fall easily, which seriously affects the comfort.

[0004] The Chinese Patent Publication No. CN2500118Y "Cotton interwoven socks with loose cuffs" utilizes a bell mouth design to form a loose cuff, which solves the problem of traditional socks with cuffs and pinches; but from the disclosure of this document, We cannot accurately grasp the specific manufacturing method of the flared loose cuff. It can be said that it is only a design concept, which cannot be put into practice well, and there is no related product sales in the market.

Chinese Patent Publication No. CN206284408U "A Sock Suitable for Diabetics" also proposes to make the cuff of the sock into the shape of a bell to adapt to the shape of the human foot, but does not provide the same. How the mouth is made, especially in combination with the existing sock knitting machine, how to realize the weaving of the sock

The utility model has an ingenious structural design, but it also faces difficulties in manufacturing

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