Shock-absorption sneaker sole

Abstract

The invention relates to the technical field of soles, in particular to a shock-absorption sneaker sole. The shock-absorption sneaker sole comprises a lower sole assembly, an insole body and an insolebody which are sequentially compounded from bottom to top. The lower sole assembly comprises a lower sole body and an air bag assembly. The lower sole body is provided with a containing groove used for containing the air bag assembly. The air bag assembly comprises a front air bag corresponding to the front sole of a human body, a rear air bag corresponding to the heel of the human body and a communicating pipe communicating the front air bag with the rear air bag. A plurality of ventilation pipes communicated with outside air are arranged on the periphery of the front air bag and the periphery of the rear air bag, and a one-way valve used for controlling air in the rear air bag to move towards the front air bag is arranged in the communication pipe. The front air bag and the rear air bagare arranged at the positions corresponding to the front sole and the heel of the human body respectively, the main buffering parts of the whole foot are damped and protected, the buffering and damping effects are better, and use is more comfortable.

Description

technical field [0001] The invention relates to the technical field of shoe soles, in particular to a shock-absorbing sports shoe sole. Background technique [0002] During walking or sports, the parts of the shoes that can absorb or cushion the human body are generally the soles. The existing soles of this type are composed of an upper layer, an elastic layer, a middle layer, and a bottom layer from top to bottom. Part of the sole Among them, the elastic layer that plays a key role is made of some elastic shoe materials (such as EVA), and the elastic layer, the middle layer, and the bottom layer are integrated, that is, the entire sole only has the upper layer that touches the sole of the foot and the elastic layer that touches the ground. The lower layer, the middle layer, and the bottom layer are integrated into one. Due to the limited elasticity of the elastic shoe material, only relying on the elastic shoe material cannot play an effective cushioning and boosting effect...

AI Technical Summary

Problems solved by technology

[0002] During walking or sports, the parts of the shoes that can absorb or cushion the human body are generally the soles. The existing soles of this type are composed of an upper layer, an elastic layer, a middle layer, and a bottom layer from top to bottom. Part of the sole Among them, the elastic layer that plays a key role is made of some elastic shoe materials (such as EVA), and the elastic layer, the middle layer, and the bottom layer are integrated, that is, the entire sole only has the upper layer that touches the sole of the foot and the elastic layer that touches the ground. The lower layer, the middle layer, and the bottom layer are integrated into one. Due to the limited elasticity of the elastic shoe material, only relying on the elastic shoe material cannot play an effective cushioning and boosting effect; how can sports shoes be more effectively in the process of wearing? While protecting the athlete's feet, better assisting the athlete to achieve excellent results has always been the research and development focus of sports shoe manufacturers. According to biomechanical research, the impact force of the heel of the sole on the ground can reach more than three times the individual's body weight

[0003] But the elastic layer of existing sole adopts air cushion, and the shape and size of upper layer, middle layer, bottom layer all correspond to the shape and size of sole setting, just be provided with the air cushion of small area at the corresponding position of heel, can't all play a role to whole sole. Cushioning and boosting

Images