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Oxygen antibacterial shoes
专利权人:
이성균
发明人:
이성균
申请号:
KR2020110002209
公开号:
KR2020120006615U
申请日:
2011.03.17
申请国别(地区):
KR
年份:
2012
代理人:
摘要:
The present invention, if you wear shoes (sneakers, shoes, hiking boots, boots, etc.) in shoes (sneakers, shoes, hiking boots, boots, etc.), the harmful substances, odors, mold, bacteria, bacteria, etc. are contaminated, resulting in problems in foot health. To solve these problems, the present invention is to construct more sanitary shoes (sneakers, shoes, hiking shoes, etc.). or dissolved dispersed in alcohol when configuring the oxygen catalyst solution 2-3 times coating fine spray of the polymer thin film is formed on the surface and the inside surface of the shoe polymer film reacts with oxygen, hydroxyl radical (OH -) and superoxide ion ( O 2-) removal of various harmful substances, odor, mold and bacteria such as bacteria from being contaminated in the shoe surface and the inside by the strong oxidizing action is generated, as well as washing resistance, abrasion resistance is reflected by solid It is related to oxygen antibacterial shoes composed of more hygienic shoes by showing the effect of oxygen catalyst. The oxygen catalyst solution is harmless to human body and is configured to compensate for the disadvantage of photocatalyst. Photocatalyst has the disadvantage of showing photocatalytic efficacy only when there is ultraviolet light. Bar oxygen catalyst solution does not need light and reacts with oxygen to show the same effect of photocatalyst as the photocatalyst effect. The present invention is designed to finely spray oxygen catalyst solution on the inside and inside of shoes If the coating also comfort of shoes because it reacts with oxygen in the air, when put in a shoe store, reacts with oxygen in the absence of light, oxidizing a strong hydroxyl radical (OH -) - and the generation and superoxide ion (O 2) It removes harmful substances, smells, molds, bacteria and bacteria that are contaminated with shoes, as well as washing and abrasion resistance. The number of semi-permanently designed to appear to the oxygen catalyst efficiency was devised i
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