Shock-absorbing unit for cushioned sole

Abstract

The invention relates to a shock absorption unit for a cushioning sole. The shock absorption unit comprises a shock absorption mechanism assembled on the sole, wherein the shock absorption mechanism comprises at least one unit body; each unit body is a C-shaped elastic piece, the opening of the unit body faces obliquely backwards, top surfaces of two ends of the unit body are connected with the sole respectively, an auxiliary body is arranged on the outer side wall of the back end of the unit body, and the auxiliary body and the back end of the unit body form a C-shaped structure with the backward opening. The unit bodies of the shock absorption unit has good deformation capacity and can decompose and unload treading pressure received by the sole; the auxiliary bodies can provide good support force for the back ends of the unit bodies, the two ends of each unit body and the auxiliary bodies can produce obliquely backward acting force on the sole during treading, impact force between an athlete and the ground is further absorbed effectively, the shock absorption rate of the force is up to 43%-80%, and feet of the athlete can be well protected.

Description

technical field [0001] The invention relates to a component part of a shoe sole, in particular to a shock-absorbing unit for cushioning a shoe sole. Background technique [0002] When exercising, the impact force on the heel of the athlete is three to eight times that of his own body weight. This force will generate shock waves that are more harmful to people, causing damage and pathological changes to tissues such as bones, muscles or joints. For this reason, having the sole of good cushioning function is one of the important ways to solve this problem. The current cushioning soles are mostly made by adding elastic cushioning devices such as air cushions, silicone cushions, and springs, or using materials with large deformations (such as EVA) to make soles, or through cushioning such as honeycomb structures and cushioning protrusions. Structure and other methods to achieve the purpose of cushioning. They either have complex structures, cumbersome production processes, or ...

AI Technical Summary

Problems solved by technology

[0005] The invention provides a shock-absorbing unit for shock-absorbing shoe soles to overcome the existing problems of the existing shock-absorbing structures such as complex structure, cumbersome production process, large sole volume, and unsatisfactory shock-absorbing and shock-absorbing effects.

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