Sole special for shock-absorbing boosting water-proof skid-proof sport leather shoe

Abstract

The invention relates to soles special for a pair of shock absorbing, assisting, waterproof and skidproof sport leather shoes. The inner surface of each sole is evenly provided with a shock absorbing and assisting assembly made of an elastic material; the assembly consists of a shock absorbing and assisting column and two shock absorbing and assisting sheets with the same shape; and the screw column-shaped shock absorbing and assisting column is surrounded in the center with gaps by the two semi-cylindrical shock absorbing and assisting sheets. The soles have the advantage of reasonable structural design, good shock absorbing and assisting functions and good waterproof and skidproof functions.

Description

technical field [0001] The invention relates to a sole for leather shoes and tourist shoes, in particular to a special sole for leather shoes with functions of shock absorption and boosting, waterproof and anti-skid, and suitable for sports. Background technique [0002] In the prior art sports leather sole, a wedge-shaped shock-absorbing body is arranged in the heel of the sole, and the wedge-shaped shock-absorbing body forms a wedge-shaped slope from the rear end of the heel to the front end. The shock absorption and boosting effects are minimal. The wedge-shaped shock-absorbing body and the elastic sheet are independent structures, which are easy to deform and fall off when placed on the sole. During shock absorption, the energy cannot be effectively retained, and the retained energy cannot be formed into a cycle when the elastic sheet rebounds. Therefore, when making people wear this kind of sole to walk, can not play good shock-absorbing assisting effect. In addition, ...

AI Technical Summary

Problems solved by technology

[0002] In the prior art sports leather sole, a wedge-shaped shock-absorbing body is arranged in the heel of the sole, and the wedge-shaped shock-absorbing body forms a wedge-shaped slope from the rear end of the heel to the front end. The shock absorption and boosting effects are minimal. The wedge-shaped shock-absorbing body and the elastic sheet are independent structures, which are easy to deform and fall off when placed on the sole. During shock absorption, the energy cannot be effectively retained, and the retained energy cannot be formed into a cycle when the elastic sheet rebounds. Therefore, when people wear this kind of sole to walk, it can not play a good shock absorption and boosting effect.

In addition, the sole has no waterproof and anti-slip structure design on the ground. When people walk, the accumulated water on the ground will easily splash onto the upper when the sole leaves the ground, which will affect the service life of the upper.

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