Air-cushion shoes

Abstract

The invention discloses air-cushion shoes, which comprises soles, wherein the soles have air cushion cavities and isolating walls; the isolating walls separating the air cushion cavities into many independent closed isolated chambers respectively; the isolated chambers are arranged sequentially along the length direction of the soles; and a plurality of air cushion units are arranged each isolated chamber. In the invention, the isolating walls isolate the air cushion cavity on the soles of the air-cushion shoes into many independent closed isolated chambers, and thin sheets are arranged on the upper side of the isolated chambers to make the isolated chambers into the independent closed air chambers; and thus, when the soles are stressed during walking, the isolated chambers are exhausted independently in a changing process from the heel to the sole of foot to the toe of foot, so that the air does not flow only in the air cushion chambers of the air-cushion shoes, the atmosphere circulation efficiency is increased, dampness and heat are discharged effectively, the sole of foot, insoles and soles of shoes are dryer and more comfort, and the shock absorption effect of the air cushions is realized.

Description

technical field [0001] The invention relates to a shoe, in particular to an air-cushioned shoe. Background technique [0002] When a person walks, the insole does not have air permeability due to the mutual clamping of the sole surface and the top surface of the outsole of the shoe. Therefore, when the soles of the feet produce moisture or heat, the moisture and heat will directly adhere to the insole, causing the soles to feel stuffy and uncomfortable, and unpleasant athlete's foot odor will be emitted when the shoes are taken off. Therefore need the breathable shoes with air circulation function to solve the above problems, and the breathable shoes in the prior art are all provided with an integral air cushion cavity in the sole, then set the air cushion monomer in the air cushion cavity, through the air cushion cavity and the outside world Air circulation is carried out to achieve ventilation inside the shoe. When the foot is walking, the heel first touches the ground, ...

AI Technical Summary

Problems solved by technology

When the foot is walking, the heel first touches the ground, then it is converted to the entire sole of the foot, then the forefoot touches the ground, and then the toes push the ground. During this process of force conversion, the gas in the overall air cushion cavity can only flow inside it, and is not connected with the outside world. The gas exchange rate is low, resulting in poor air circulation, making it uncomfortable to wear

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