Antibacterial deodorization shoe cabinet with free radicals

Abstract

The invention belongs to the field of daily necessities, and particularly relates to an antibacterial deodorization shoe cabinet with free radicals. The antibacterial deodorization shoe cabinet comprises a closed box, a small guiding draught fan installed inside the box, an air flow guiding pipe connected to an air exhausting opening of the small guiding draught fan and communicated in shoes and a free radical generator installed on the air flow guiding pipe; the air flow guiding pipe comprises a free-radical guiding main pipe arranged on one side of the small guiding draught fan and connected with an outlet of the small guiding draught fan and free-radical guiding branch pipes which are branched by the free-radical guiding main pipe to lead to all single shoes. The antibacterial deodorization shoe cabinet has the advantages that the free radicals are directly guided into in-shoe cavities through the guiding pipe, the combination probability of the free radicals and oxygen in air and nitrogen in air is reduced accordingly, and the stability before the free radicals are in contact with fetid ingredients/bacterium ingredients attached to the surfaces of substances inside shoes and the insides of fibers and the using efficiency of the free radicals are improved.

Description

technical field [0001] The invention belongs to the field of daily use, and in particular relates to an antibacterial and deodorizing shoe cabinet utilizing free radicals. Background technique [0002] In the narrow space between the foot and the shoe, the temperature of the human body, plus the heat generated by exercise, keeps the temperature at 30-40 degrees Celsius, and due to the barrier factor of the shoe, the sweat from the human foot cannot be dissipated in time. Therefore, the humidity in the shoes is often maintained in the range of 60-80%, sometimes even as high as 80%. Sweat from human feet contains not only water and salt, but also lactic acid, urea, etc. Under the condition of excessive sweating, the bacteria in the shoes multiply and decompose the keratin protein to produce the foul smell inside the shoes. [0003] In the past, the deodorization of shoes mostly used methods such as placing a dryer, fragrance, and blowing in air to reduce humidity and dry, slo...

AI Technical Summary

Problems solved by technology

[0003] In the past, the deodorization of shoes mostly used methods such as placing a dryer, fragrance, and blowing in air to reduce humidity and dry, slow down the growth rate of bacteria, neutralize and diffuse odors, etc., but the deodorization effect is not obvious. Ozone, ultraviolet rays, etc. Other methods and devices also lead to the decline of indoor air quality

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