Bionic shoe sole with adhesion and wear-resisting functions

Abstract

The invention discloses a bionic shoe sole with adhesion and wear-resisting functions. The bionic shoe sole comprises a foot sole part, a foot arch part and a heel part; a pangolin scale-like protrusion structure is arranged at the front part of the foot sole part, front toe groups simulating straight movement gaits of pheasants are arranged at a large foot sole portion at the rear end of the footsole part, and front toe groups simulating turning movement gaits of the pheasants are arranged at a small foot sole portion at the rear end of the foot sole part; an ostrich scale-like long strip structure is arranged at the rear part of the heel part, rear toe groups simulating the straight movement gaits of the pheasants are arranged at a large heel portion of the heel part, and rear toe groups simulating the turning movement gaits of the pheasants are arranged at a small heel portion of the heel part. The shoe sole is based on the macroscopic shape of ostrich scales and pangolin scales and the straight and turning movement gaits of the toes of the pheasants, wear-resisting areas of the foot sole part and heel part are designed, a size relationship between the front and back toes of the second, third and fourth toes is determined, and the adhesion, wear resistance and direction change capability are effectively improved.

Description

technical field [0001] The invention belongs to the technical field of engineering bionics, and in particular relates to a bionic sole with adhesion and wear resistance. Background technique [0002] With the improvement of living standards, people have more and more requirements for shoes, not only require the shoes to become light to directly reduce the weight burden of walking, but also require the shoes to have excellent anti-slip and wear-resistant properties to adapt to sports in different venues , to avoid slipping, and at the same time, for the purpose of protecting the health of human body functions, shoes are also required to conform to ergonomics to help walking and changing directions. [0003] As we all know, the design of the sole has a great influence on the overall comfort and function of the shoe. The functional shoes in the prior art can realize the basic functions of light and soft, non-slip, easy to bend and cushioning of the sole through the combination ...

AI Technical Summary

Problems solved by technology

[0003] As we all know, the design of the sole has a great influence on the overall comfort and function of the shoe. The functional shoes in the prior art can realize the basic functions of light and soft, non-slip, easy to bend and cushioning of the sole through the combination of materials. The soles, especially those with anti-slip and wear-resistant functions, are often complicated in production, high in cost, and cannot meet people's needs for walking assistance. With the deepening of research, sports shoes must improve the anti-slip structure by improving the sole structure. , wear resistance and direction changing performance

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