A shoe sole with the function of kicking the ground and guiding the force and sports shoes including the shoe sole

Abstract

The invention discloses a sole with a step-on power generation guide function. The sole comprises a sole forepart, a plurality of antislip units protruding downwards are arranged on the bottom surface of the sole forepart, each antislip unit is composed of an inner antislip body and an outer antislip body which are concentric and spaced, each inner antislip body in the second area and each inner antislip body in the fourth area are complete cylindrical projections, each inner antislip body in the first area is a cylindrical projection with a first wall groove in the side wall, each inner antislip body in the third area is a cylindrical projection with a second wall groove in the side wall, each first wall groove is arranged in the front outer direction of the corresponding inner antislip body, and each second wall groove is arranged in the front inner direction of the corresponding inner antislip body. The sole has good antislip performance, shock absorption property, anti-toppling stationarity and gait correction effect, center of gravity of pressure can be well guided to the first metatarsus and the big toe while boosting forward movement power is generated, the foot is avoided rotating inwards excessively during step-on, and concentrated power generation, coordinated treads and light gaits are realized.

Description

technical field [0001] The invention relates to the technical field of footwear, in particular to a shoe sole with the function of kicking the ground force and guiding it and sports shoes including the shoe sole. Background technique [0002] According to the study of sports biomechanics, foot walking is a continuous rolling process, from the heel touches the ground to the arch and the forefoot in turn. On the inside of the forefoot, finally push off the ground with the first metatarsal and big toe. And the front palm structure design of existing sole generally pays attention to the anti-slip pattern design of bottom surface, and though anti-slip pattern design can play benign anti-skid effect, can not play effective positive influence for gait correction. Therefore, it is hoped that the existing ones will be improved on the sole, and according to the structure and biomechanical characteristics of the human foot, it will generate assistance to help walking, and at the same ...

AI Technical Summary

Problems solved by technology

However, the structural design of the forefoot of existing soles generally focuses on the design of the anti-skid pattern on the bottom surface. Although the anti-skid pattern design can have a benign anti-skid effect, it cannot effectively and positively affect the posture correction.

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