Damping breathable sole

Abstract

The invention relates to a pair of shoes and provides a pair of damping breathable soles. Each damping breathable sole has a simple structure and is capable of causing air to completely diffuse under a foot, increasing a contact area between the sole and air and increasing the breathability. The damping breathable sole comprises an outsole and an edge matched and connected with the outsole, wherein a plurality of horizontal raised lines are uniformly distributed on a front half sole area of the outsole along the length direction of the outsole; horizontal breathable slots are formed between adjacent horizontal raised lines; latticed slots formed by horizontal fences and longitudinal fences in a staggered form are arranged on the rear half sole area of the outsole; a plurality of aerating slots straightly communicated with the outside of the outsole are arranged on the lateral edge of the outsole connected with the edge; the aerating slots located on the front half sole area are communicated with the horizontal breathable slots; the aerating slots located on the rear half sole area are communicated with the latticed slots; longitudinal breathable slots for communicating the horizontal breathable slots with the latticed slots are arranged on the outsole.

Description

technical field [0001] The invention relates to a shoe, in particular to a shock-absorbing and breathable sole. Background technique [0002] Shoes, as people's daily necessities, undertake functions such as keeping warm, protecting, and looking beautiful. The breathability of shoes is the primary choice considered by consumers at present. In the prior art, in order to ensure the breathability of shoes, most shoes adopt a number of holes on the upper to realize the breathability of shoes through the holes. However, the holes Setting on the vamp often affects the aesthetics of the shoes, and the holes are set on the vamp, mainly to realize the air circulation on the instep, but the air circulation at the contact position between the sole of the foot and the shoe is still poor, and The point of contact between the sole of the human foot and the shoes is where the heat of the feet is the greatest, so the air permeability of the shoes in the prior art is not good enough. ...

AI Technical Summary

Problems solved by technology

The breathability of shoes is the primary choice considered by consumers at present. In the prior art, in order to ensure the breathability of shoes, most shoes adopt a number of holes on the upper to realize the breathability of shoes through the holes. However, the holes Setting on the vamp often affects the aesthetics of the shoes, and the holes are set on the vamp, mainly to realize the air circulation on the instep, but the air circulation at the contact position between the sole of the foot and the shoe is still poor, and The contact between the sole of the human foot and the shoe is where the heat of the foot is the largest, so the air permeability of the shoes in the prior art is not good enough

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