Air-cushioned shoe structure that can be judged directly

Abstract

An air cushion shoe structure that can be directly judged, including a shoe body, one air pad body, and a insole body. Among them, the shoe body has a large outsole, the outsole of the shoe body is a space, and the air cushion bodyIt is set in the tolerance space of the shoe body in a demolition and replacement manner. The air cushion body and the air cushion in the capacity of the insole are covered in a removable manner; in this way, it can directly judge the shoe body body.The effect of the gas cushion in the large outsole space; the air cushion body includes a airbag department and a filling department. There is a common connection between the inflatable department and the airbag.The present invention saves costs and provides users with the effect of directly judging the air cushion body.

Description

technical field [0001] The invention relates to an air-cushion shoe, in particular to an air-cushion shoe structure that can be directly judged. Background technique [0002] In order to avoid injuries to the feet of athletes, the demand for cushioning and shock absorption of sports shoes is becoming more and more popular. When it comes to the cushioning and shock absorption structures of sneakers, most of the commercially available sneakers are filled with air circulation shock absorbing structures at the heel. Or use various plastic elastic blocks made of elastic materials, or use circular shock-absorbing springs as cushioning and shock-absorbing auxiliary structures; [0003] However, as far as the current technology is concerned, the most cushioning insole design is the air cushion structure that uses gas to provide cushioning. Other cushioning methods include PU materials or shock-absorbing pads such as springs, but their effects are still difficult to match. The air c...

AI Technical Summary

Problems solved by technology

[0003] However, as far as the current technology is concerned, the most cushioning insole design is the air cushion structure that uses gas to provide cushioning. Other cushioning methods include PU materials or shock-absorbing pads such as springs, but their effects are still difficult to match. The air cushion is comparable, and the air cushion can be equipped with auxiliary effects such as ventilation and heat dissipation. This shows that other shock-absorbing methods are more difficult to match. The above-mentioned shock-absorbing methods such as PU materials or springs often still need to cooperate with the air cushion to achieve effective shock-absorbing effects.

[0004] Regardless of whether the air cushion is used alone as a shock-absorbing buffer, or the air cushion is combined with PU material or springs, all kinds of gas-based shock-absorbing buffer designs have their unique and good functions. However, due to the gas It is fluid and has no fixed form. It must be covered with an elastic airbag, otherwise it cannot be used. Once the airbag is broken, the air cushion will lose its function, and the entire pair of shoes will need to be replaced. It is so expensive It is not economical to replace the whole pair of shoes just because the air cushion of one of the shoes is damaged;

[0005] There are even some companies in the industry, because the design of air cushions is difficult or the cost is high, but they lack air cushions and it is difficult to compete with other brands of shoe bodies in the market. Therefore, although the shoe bodies they produce claim to have air cushions, they replace them with other shock-absorbing cushions. , such speculative behavior is enough to discourage consumers from making decisions

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