Children shoes with water-drainage antiskid sole structures

Abstract

The invention provides children shoes with water-drainage antiskid sole structures. Each water-drainage antiskid sole structure sequentially comprises a sole deformation layer, a cushion layer and a liner from bottom to top, wherein at least one water drawing cavity is nested in the sole deformation layer. The inner wall of the cavity of the non-bottom surface is provided with a plurality of through holes, and a plurality of air guide drainage slots from the through holes extend in the sole deformation layer to the side wall of the sole deformation layer. When the sole structures contact with the ground, internal and external pressure difference can be generated by human weight, and by the aid of the pressure difference, water between the ground and the ground surfaces of the soles can be thoroughly absorbed, and formation of water films covering the ground surfaces of the soles is avoided. In addition, the shoe sole structures can conform to the actual requirements that the ground surfaces of the shoe soles of the children shoes are small and the shoe soles have to keep flat and cannot be too soft and are higher in durability.

Description

technical field [0001] The present invention relates to baby and children's footwear products, and more particularly, to a children's shoe with a drainage and non-slip sole structure. Background technique [0002] The main reason why we slip easily when we step on the water on the smooth ground is that a thin layer of water film is formed between the sole and the ground, which makes the friction force on the sole decrease sharply. However, the human body's movement rhythm and strength have no time to adapt to this sudden change, which will cause forward or backward slipping. Therefore, avoiding the water film covering the grounding surface of the sole has become a problem to be solved by various anti-slip structures of the sole. [0003] In the prior art, the main means to solve the above problems include various ways. Among them, one way is to arrange several groups of discrete bumps on the sole, and the sole only touches the ground with the position of the bumps; in this...

AI Technical Summary

Problems solved by technology

For the scheme of setting cracks, wearing shoes with soft soles that are easily deformed is not conducive to the development of children's feet, and because the bottom area of ​​children's shoes is relatively small, the number and opening degree of cracks are limited to a certain extent, which is even more unfavorable. It fully absorbs water

[0008] Because children's physical coordination and self-protection ability are relatively weak, coupled with their light weight and lively activities, they are prone to slip and fall when encountering water on the road, which may cause accidental injuries

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