Rotary anti-skid shoe sole for children

Abstract

The invention relates to a rotary anti-skid shoe sole for children. A plurality of protruding rotatable circular anti-skid nail structures different in size are designed on the shoe sole to form a step-by-step anti-skid system. The rotatable anti-skid structures can change directions on the uneven ground to achieve a multidirectional anti-skid function. A plurality of micro-adsorption structures in the shoe sole can form a plurality of miniature closed spaces in different directions, so that the adsorption performance is enhanced, and the multidirectional anti-skid effect is achieved. The anti-skid nails different in size are arranged according to foot sole mechanical paths and pressure distribution areas in the walking process of children, so that each area of the foot soles of children can provide strong anti-skid performance in each stage of the walking process. In addition, the anti-skid nails of the shoe sole are connected by inclined patterns so that friction force can be increased to achieve the secondary anti-skid effect.

Description

technical field [0001] The invention belongs to the technical field of children's anti-slip soles, in particular to a rotating anti-slip children's soles. Background technique [0002] The anti-skid function of children's soles is an important performance index of children's functional soles, and it is also the most important factor considered by parents. However, most of the non-slip soles with adsorption structures currently on the market do not consider that the uneven ground will cause the adsorption structure to fail, nor do they take into account the special shape of children's feet and the differences in stress-bearing parts. Therefore, the anti-slip system and structure of the soles are not perfect enough, and cannot meet various children's anti-slip demands. [0003] Therefore, it is particularly important for children to set a non-slip structural sole that can adapt to different road surfaces in combination with the characteristics of children's feet and the press...

AI Technical Summary

Problems solved by technology

However, most of the non-slip soles with adsorption structures currently on the market do not consider that the uneven ground will cause the adsorption structure to fail, nor do they take into account the special shape of children's feet and the differences in stress-bearing parts. Therefore, the anti-slip system and structure of the soles are not perfect, and cannot meet various children's anti-slip demands.

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