Folding-resistant shock-absorbing shoe sole

Abstract

The invention relates to a shoe sole and provides a folding-resistant shock-absorbing shoe sole which has excellent shock absorption and bending performance and has the advantage of light weight and simple structure. The shoe sole comprises a shoe sole body composed of multiple shock-absorbing units. Each shock-absorbing unit comprises a plurality of shock-absorbing transverse strips, each shock-absorbing transverse strip is composed of three side edges, a shared connection edge is arranged among every three side edges, and an included angle of 120 degrees is formed between every two side edges. The shock-absorbing transverse strips in each shock-absorbing unit share a vertex connection part, and a parallelogram hollowed-out part is formed between every two adjacent shock-absorbing transverse strips. Every two adjacent shock-absorbing units share a parallelogram hollowed-out part.

Description

technical field [0001] The invention relates to a shoe sole, in particular to a folding-resistant shock-absorbing shoe sole. Background technique [0002] Running exercise is not only a representative item of competitive competition, but also the most commonly used physical exercise method. Running shoes play a vital role in running. They can provide users with good shock absorption, stability and motion control. Provides shock-absorbing protection to the spine and spine. The shock-absorbing soles in the prior art are composed of multiple layers of elastic layers superimposed. The elastic material used in the elastic layer can absorb downward pressure and be used for deformation to achieve a shock-absorbing effect. However, the shock-absorbing method of this shock-absorbing method The performance is limited by the material, and the multi-layer elastic structure makes the shoes heavy, which is not only inconvenient to wear, but also limits the bending ability of the sole, w...

AI Technical Summary

Problems solved by technology

The shock-absorbing soles in the prior art are composed of multiple layers of elastic layers superimposed. The elastic material used in the elastic layer can absorb downward pressure and be used for deformation to achieve a shock-absorbing effect. However, the shock-absorbing method of this shock-absorbing method The performance is limited by the material, and the multi-layer elastic structure makes the shoes heavy, which is not only inconvenient to wear, but also limits the bending ability of the sole, which is not conducive to sports use and has low practicality

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