sock

Abstract

The present invention aims to provide a sock which does not feel an excessive local tightening force and is not easy to dislocate and fall off regardless of the thickness of the legs. Socks include cuffs, legs, ankles, heels, soles, insteps, and toes, and the socks are knitted from below the cuff to the ankles in a knitting pattern defined by the elongation in the transverse direction. The legs are formed in a certain way.

Description

technical field [0001] The present invention relates to a sock which does not feel an excessive tightening force locally, and has the effect of being less likely to fall out of position irrespective of individual differences in the thickness of the legs. Background technique [0002] In the past, socks often had the problem of being easily dislocated and falling off. As one of the causes of the misalignment, it can be considered that the support force of the rubber of the cuff is insufficient. Generally, the support force is enhanced by knitting rubber into the cuff, so that it is expected to be less likely to fall out of position. [0003] However, the tightening force of such socks is too large, which not only causes pain to the wearer, but also causes the sock mouth to sink into the skin during wearing, resulting in problems such as disturbance of blood circulation. For this problem, there are socks that pursue a comfortable wearing feeling without tightening the cuff, ...

AI Technical Summary

Problems solved by technology

[0005] In these prior art, weaving is performed step by step according to the shape of human legs, thereby expecting the effect of better fitting the legs and preventing dislocation and falling off.

In addition, since the knitting shape of the legs is complicated, it takes time and labor to program the knitting conditions during production and to set and adjust the knitting machine, and there is a problem that it is not suitable for mass production.

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