Anti-sliding baby hosiery

Abstract

The invention relates to hosiery, in particular to anti-sliding baby hosiery. The anti-sliding baby hosiery comprises a hosiery body and a hosiery cylinder. The hosiery body comprises a sole wrapping layer and an instep wrapping layer. First anti-sliding protrusions are densely and fixedly arranged on the outer surface of the sole wrapping layer in a distributing mode. Second anti-sliding protrusions are densely and fixedly arranged both on the inner surface of the instep wrapping layer and the inner surface of the hosiery cylinder in a distributing mode. A cavity is arranged in the middle of the first anti-siding protrusions. The anti-sliding baby hosiery has the advantages of being capable of effectively increasing friction force between the bottom face of the hosiery and the ground and friction force between the hosiery and a foot portion, avoiding malposition between the hosiery and the foot portion, being capable of massaging sole acupoints on the premise that stress of the sole acupoints of a baby is not too large and the like.

Description

technical field [0001] The invention relates to a sock, in particular to a non-slip children's sock. Background technique [0002] The fabric of the existing class of children's socks is smooth, the coefficient of friction is small, and the friction force between the bottom surface of the socks and the shoes or the ground is small, and children are prone to slipping when wearing them. There is also a type of children's socks with rubber bumps on the bottom of the socks. Although the friction coefficient of the bottom of the socks is increased, this type of socks can only increase the friction between the bottom of the socks and the shoes or the ground, and cannot increase the friction between the socks and the feet. , When children walk, it is easy to cause misalignment between socks and feet. Moreover, the rubber bumps of this type of socks have high hardness, and the rubber bumps exert great pressure on the feet, and there are many acupoints on the soles of the feet, and ...

AI Technical Summary

Problems solved by technology

[0004] The present invention is mainly aimed at the existing class of children's socks whose fabric is smooth and unable to play the role of anti-slip, and another type of children's socks can only increase the friction between the bottom surface of the socks and the shoes or the ground, but cannot increase the friction between the socks and the feet. friction, and the hardness of the rubber bumps is high, which is easy to cause heavy pressure on the acupuncture points on the soles of children's feet. It provides a method that can effectively increase the friction between the bottom of the socks and the shoes or the ground, and increase the friction between the socks and the feet. The friction force between the socks and the feet can be avoided, and the non-slip children's socks can massage the acupoints on the soles of the feet without excessive pressure on the acupoints of the children's feet.

Images