Shock absorption structure and shoe sole with shock absorption structure

Abstract

The invention discloses a shock absorption structure and a shoe sole with the shock absorption structure. The shock absorption structure comprises a first surface and a second surface, and a wedged space is formed between the first surface and the second surface, is provided with a narrow end and a wide end and is gradually increased from the narrow end to the wide end. The shock absorption structure further comprises a first side face and a second side face, wherein the first side face and the second side face are arranged on two sides of the first surface and the second surface and can be subjected to elastic deformation under pressure in the gravity direction, and the upper end and the lower end of each of the first side face and the second side face are connected with the first surface and the second surface respectively. The shock absorption structure and the shoe sole with the shock absorption structure have the advantages that the shock absorption structure can be replaced optionally and different elasticity moduli or shock absorption experience degrees can be set correspondingly according to requirements of different people, different shock absorption properties and shock absorption experience degrees can be provided for users with different weights and special purposes, and accordingly higher individual matching capability of shock absorption effects is achieved; the shock absorption structure can be replaced and detached freely and is flexible and convenient to use.

Description

technical field [0001] The invention relates to a shock-absorbing structure for shoes, in particular to a shock-absorbing structure and a shoe sole with the shock-absorbing structure. Background technique [0002] Because the impact force reflected by the ground during exercise is harmful to people, and the more intense the exercise, the longer the time, the greater the harm, so people have been working on the study of the shock-absorbing structure of shoes. In addition, some people have deformities in their feet. Such as excessive valgus, excessive pronation, etc., when these people move their feet, the pressure distribution on the soles of their feet is different from that of normal feet. If you use normal and general-purpose shock-absorbing shoes, the problem of uneven pressure distribution on the soles of the feet cannot be alleviated. , the foot cannot be effectively protected. The shock-absorbing shoes in the prior art mainly include the following methods: ① the struc...

AI Technical Summary

Problems solved by technology

[0002] Because the impact force reflected by the ground during exercise is harmful to people, and the more intense the exercise, the longer the time, the greater the harm, so people have been working on the study of the shock-absorbing structure of shoes. In addition, some people have deformities in their feet. Such as excessive valgus, excessive pronation, etc., when these people move their feet, the pressure distribution on the soles of their feet is different from that of normal feet. If you use normal and general-purpose shock-absorbing shoes, the problem of uneven pressure distribution on the soles of the feet cannot be alleviated. , the foot cannot be effectively protected

The shock-absorbing shoes in the prior art mainly include the following methods: ① the structural shock-absorbing method in which an air cushion is applied on the heel or the shock-absorbing insole is arranged on the sole; ② the material shock-absorbing method using shock-absorbing polyurethane material; Both can achieve corresponding deformation of the shoe body when exercising to absorb the energy of the vibration, but there are the following problems: 1. There is no difference in the shock-absorbing structure for different users, and we know that the weight of different users often has certain differences Correspondingly, the impact force reflected by the ground during exercise is also different, so products with the same shock-absorbing structure have different shock-absorbing effects and experience levels for users of different weights; Shock shoes are not suitable for people with foot deformities. Normal and general-purpose shock-absorbing shoes cannot alleviate the problem of uneven plantar pressure in people with foot deformities, and cannot guarantee the stability of the feet during exercise and reduce the risk of sports injuries. The shock effect is poor; 3. The existing shock absorbing structure is solidified and embedded in the shoe body, so it cannot be replaced and disassembled freely, and the flexibility is poor and inconvenient to use

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