Bionic functional soles and running shoes

Abstract

The invention discloses a pair of bionic functional soles and a pair of running shoes. The upper surface of each bionic functional sole is fixed to inner bottom, and the bionic functional sole comprises a middle bottom and a lower bottom; the lower bottom comprises a front cushioning block, a rear cushioning block and aplurality of damping rings which are arranged on two sides of the sole; the rear cushioning block is of a U-shaped structure which is parallel and level with the rear edge of the sole; a wedge-shaped opening is formed between the upper part of the rear cushioning block and the middle bottom; a master pressing bar is arranged in the middle of the sole in a length direction; the plurality of damping rings extend towards the interior of the sole and are intersected with the master pressing bar by virtue of a plurality of subordinated pressing bars; separating grooves are arranged between the front cushioning block or the rear cushioning block and the adjacent damping ring as well as between the two adjacent damping rings; and triangular or quadrangular separating cavities are formed between the various subordinated pressing bars as well as between the subordinated pressing bars and the master pressing bar. By combining the physiological structures of plantar fascia of a human body and a cheetah sole functional mat and by connecting the damping rings on the two sides of the sole to the master pressing bar by virtue of the subordinated pressing bars, a good pressure conduction effect is achieved, and the damping property of the soles can be improved.

Description

technical field [0001] The invention relates to sports shoes, in particular to bionic function soles and running shoes. Background technique [0002] The research on how sports shoes reduce physical energy consumption is called energy return, which means that after the sole hits the ground, the compression deformation absorbs kinetic energy, and returns the energy to the wearer due to the recovery of its shape before it leaves the ground, so that The wearer can run faster and jump higher. The soles of current sports shoes are generally arranged with geometrically shaped cushioning blocks according to certain rules to play the role of cushioning and decompression, but the cushioning blocks arranged in sequence have no obvious advantages in pressure transmission, and the soles cannot efficiently transfer pressure. If it is converted into elastic potential energy, the athlete will not get effective cushioning when landing, and the elastic potential energy stored when leaving t...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is that the sole of current sports shoes has the problem of poor pressure transmission effect

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