Rapid movement protection insole

Abstract

The invention discloses a rapid movement protection insole. The insole comprises an insole body, the insole body comprises an insole forefoot, an insole core, an insole middle part and an insole heel from the front end to the rear end; sucking discs are arranged on the upper side of the insole forefoot, a plurality of wavy-line-shaped grooves are formed between the sucking discs, and a forefoot shock-absorption pad and toe shock-absorption foam are arranged on the lower side of the insole forefoot; a heart-shaped convex surface is arranged on the upper side of the insole core; wavy-line-shaped grooves are sequentially arranged on the upper side of the insole middle part and the upper side of the insole heel; the two sides of the insole middle part are cocked upwards, and spacer block foam is arranged on the lower side of the insole middle part; a circular convex surface is arranged on the upper side in the middle of the insole heel, the outside edge of the insole heel is cocked upwards, and a heel shock-absorption pad is arranged on the lower side in the middle of the insole heel. By means of the insole, a foot is enabled to be firmly attached to the insole body and not prone to sliding, the foot can be prevented from being topped out from the inside of a shoe to the left and right sides of the shoe, the shock-adsorption and foot-protection effects are strong, the force fatigue caused by movements, walk and standing can be relieved, and the perspiration and exhaust effects are good.

Description

technical field [0001] The invention relates to an insole, in particular to a quick-displacement sports protection insole. Background technique [0002] Insoles are widely used daily necessities. According to their functions, insoles can be divided into health care insoles, functional insoles and conventional insoles. The structure of the traditional insole is sewn from multiple layers of fabric or pressed from multiple layers of leather. It has a certain degree of softness and cushioning and shock absorption, which basically meets the needs of ordinary light sports shoes. However, in football, badminton, basketball, volleyball and other fields that require fast displacement and deceleration, traditional insoles are not suitable, and have the following disadvantages: First, when the traditional insole is in use, the foot and the insole are not firmly attached. , when shifting or decelerating quickly, the foot is easy to slide in the shoe; second, the upper side of the tradi...

AI Technical Summary

Problems solved by technology

However, in football, badminton, basketball, volleyball and other fields that require fast displacement and deceleration, traditional insoles are not suitable, and have the following disadvantages: First, when the traditional insole is in use, the foot and the insole are not firmly attached. , when shifting or decelerating quickly, the foot is easy to slide in the shoe; second, the upper side of the traditional insole is relatively flat, and the left and right sides of the insole are not blocked. When shifting or decelerating quickly, the foot is easy to move to the left and right sides of the shoe Ejection can easily cause injuries to the plantar bones, ankle joints and knee joints; third, the shock absorption and foot protection effects are poor. The impact on the foot bones during the process makes it difficult to protect the plantar bones, ankle joints and knee joints; fourth, traditional insoles have no effect on the arch of the foot and cannot relieve foot fatigue; fifth, traditional insoles wick away sweat and exhaust The effect is poor, and the inside of the shoe is easy to get wet, slippery and smelly

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