Functional innersole

Abstract

The invention provides a functional innersole which is made in such a way that 97 percent to 99 percent of EVA resin plates and 1 percent to 3 percent of zeolite nanometer granules are mixed and are dried and heated after being shaped. The invention has antibacterial and odor-removing functions, and can remove the bacteria and the odor in a shoe. The innersole comprises an upper plate and a lower plate which are independent and are glued together. The first part of the innersole designed referring to the sole part comprises an upper plate and a lower plate which are elastic and are combined to form a space called an air cell between the upper plate and the lower plate, and ventilating elastic materials, such as sponge, and the like are arranged in the air cell. The second part of the innersole designed referring to the arch part is connected with the first part of the innersole and the third part of the innersole to enable the air to circulate in a better way, and an air passage is formed. The front-foot part containing toes is the third part of the inner sole. The air passage is branched off to form auxiliary air passages after extending to the toe part, and the upper sides of the auxiliary air passages are particularly provided with ventilating holes to enable the toe part and the air to be in contact in maximum.

Description

Technical field [0001] The invention relates to an insole. Background technique [0002] The inside of the shoe is a closed structure, fungi will continue to multiply, diseases such as athlete's foot will occur, and the generation of foot sweat and some foreign objects inside the shoe will produce a great odor. This not only brings great unhappiness to oneself and the people around, but also poses a great threat to health. [0003] At present, there are many insoles on the market that promote the internal air circulation of shoes, but mainly on the outside, that is, the sole is designed with multiple vents, so that the inside and outside of the shoe are in direct contact, which only promotes the internal air circulation, and does not prevent dust and foreign matter. Access to the role of the inside of the shoe. Contents of the invention [0004] The present invention provides a functional insole, using nano-composite material technology, adding the above-mentioned zeolit...

AI Technical Summary

Problems solved by technology

[0003] At present, there are many insoles on the market that promote the internal air circulation of shoes, but mainly on the outside, that is, the sole is designed with multiple vents, so that the inside and outside of the shoe are in direct contact, which only promotes the internal air circulation, and does not prevent dust and foreign matter. The function of entering the interior of the shoe

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