Multifunctional comfortable sports shoe

Abstract

The invention provides a multifunctional comfortable sports shoe. The multifunctional comfortable sports shoe comprises a vamp, a shoe sole and a shoe pad. The vamp is fixedly connected with the shoe sole in the foam forming process of the shoe sole, and the shoe pad is detachably arranged on the shoe sole. The vamp comprises a tongue, a front vamp, a rear vamp and two side vamps. The vamp further comprises an elastic ankle guard water band, a sole guard band, a first elastic air bag, a main air guide pipe and multiple branch air guide pipes. The rear vamp is of a high-layer structure. The elastic ankle guard water band is arranged on the end opening of the rear vamp in a surrounding mode. The main air guide pipe stretches to the toes of the front vamp from the tongue. The branch air guide pipes are communicated along the main air guide pipe at equal intervals. The first elastic air bag is connected into the main air guide pipe. The shoe guard band is provided with a fixed end and a movable end. The fixed end and the movable end are separately arranged on the two side vamps. The rear vamp is of the high-layer structure, and covers the ankle, ankle sprain is avoided, and the elastic ankle guard water band has excellent elasticity, and can generate elastic deformation to buffer impulsion of the foot to the shoe.

Description

technical field [0001] The invention belongs to the field of shoes, in particular to a multifunctional comfortable sports shoe. Background technique [0002] Sports shoes are designed and manufactured according to the characteristics of people participating in sports. High-intensity physical exercise will inevitably lead to severe sweating on the soles of the feet, so that the entire shoe cavity will be stuffy and humid, causing discomfort to the feet, and prolonged exercise is prone to foot diseases. In addition, the shock absorption performance of sports shoes is not good enough during strenuous exercise, which can easily cause foot fatigue and even sprain the ankle. Therefore, the performance that sports shoes pay more attention to is mainly concentrated on air permeability and shock absorption. The existing shoes on the market generally use mesh uppers to enhance the air permeability of shoes. Although it can achieve a certain degree of air permeability, the feet are Sw...

AI Technical Summary

Problems solved by technology

[0002] Sports shoes are designed and manufactured according to the characteristics of people participating in sports. High-intensity physical exercise will inevitably lead to severe sweating on the soles of the feet, so that the entire shoe cavity will be stuffy and humid, causing discomfort to the feet, and prolonged exercise is prone to foot diseases.

In addition, the shock absorption performance of sports shoes is not good enough during strenuous exercise, which may easily cause foot fatigue or even sprain the ankle

Therefore, the performance that sports shoes pay more attention to is mainly concentrated on air permeability and shock absorption. The existing shoes on the market generally use mesh uppers to enhance the air permeability of shoes. Although it can achieve a certain degree of air permeability, the feet are Sweating begins from the soles of the feet, so the air permeability of the soles is particularly important. However, the soles of existing sports shoes are only greatly modified on the shock-absorbing resilience, and the air permeability is generally poor. In addition, in view of this, the applicant aims at the existing soles. In-depth study of the structural defects, and thus this case arises

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