Sports shoe and sole thereof

Abstract

The invention discloses a sports shoe and a sole of the sports shoe. A heel outer side region, a heel middle region, a foot arch outer side region, a foot palm region and a first toe region of the bottom face of the sole of the sports shoe are respectively provided with multiple multilayer cushioning rebound columns; a heel inner side region, a foot arch inner side region and a second toe region are respectively provided with multiple monolayer cushioning rebound columns; the cross section of each multilayer cushioning rebound column and the cross section of each monolayer cushioning rebound column are in a regular hexagon shape. The cushioning rebound columns on the sole can generate deformation energy to disperse impact force when pressed and have a great damping and cushioning effect; the multilayer cushioning rebound columns conduct extrusion layer by layer like springs when extruded, so that the rebound effect is better; since the cushioning rebound columns are in the regular hexagon shape, the edges of the cushioning rebound columns can supply friction force in multiple directions; besides, cavities between the cushioning rebound columns can not make the sole generate brake force due to too large friction force exerted on the sole in a certain direction, so that skid resistance is increased, and flexibility is ensured.

Description

technical field

[0001] The invention relates to sports shoes, in particular to sports shoes and soles thereof. Background technique

[0002] Generally speaking, the comfort of sports shoes is high, and most of the soles have anti-skid and shock-absorbing functions. There are the following general standards for evaluating the performance of sports shoes: firm grip, good shock-absorbing and anti-skid functions, all of which depend on the sole structural design. After wearing general sports shoes for a long time, the heel and forefoot area are mainly worn seriously. This is mainly because the different parts of the foot are under different forces when walking, and the sole cannot meet the needs of each part of the foot. According to the research on sports biomechanics, foot walking is a continuous rolling process, transitioning from the heel to the ground to the arch and the sole of the foot, and then pushing off the ground with the toes, in which the outer heel and the big to...

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