Multifunctional portable disinfection and sterilization bags

Abstract

The invention discloses a multifunctional portable coin and other disinfection and sterilization case, which comprises a case body, a case cover connected to one end of the case body, and a handle. The case body is composed of a time sequence controller, a power supply, and a first case body. The first box is provided with an ozone generator; the box cover is provided with a second box; the second box is a cylindrical structure; the box cover and the box are tightly closed , the lower end surface of the second box forms a seal with the two contact surfaces of the upper end surface of the first box; an ultraviolet lamp tube is housed in the second box; a trachea is also arranged in the box, and the trachea A switching valve, an air suction pump, and a sealing box are arranged sequentially from the outside of the first box body; an ozone filter is arranged in the sealing box. The invention is easy to carry, adopts composite disinfection, and there is no high-concentration ozone when the box cover is opened to sterilize the sterilized items, eliminating the harm of ozone to the human body; it has the characteristics of simple operation, safe use, no pollution, and environmental protection.

Description

technical field [0001] The present invention relates to a disinfection case and bag, in particular to a multifunctional portable coin and other disinfection and sterilization case. Background technique [0002] When we travel or go on a business trip, we often disinfect and sterilize daily necessities such as RMB, keys, bowls and chopsticks, eyebrow pliers, razors, razors, mobile phones, masks, towels, clothes, etc., but the existing disinfection methods There are following problems: [0003] 1. Using a single ultraviolet disinfection method, ultraviolet rays can only spread along a straight line, and can only kill microorganisms that are directly irradiated. It has no effect in places where the light cannot be irradiated, and has decay and weak penetrating power. The radiation in the space is uniform, and the irradiated shadow area leads to incomplete disinfection; [0004] 2. Using a single ozone disinfection method, the sterilizing range is limited, and the ozone cannot...

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Problems solved by technology

[0003] 1. Using a single ultraviolet disinfection method, ultraviolet rays can only spread along a straight line and can only kill microorganisms that are directly irradiated. It has no effect in places where the light cannot be irradiated. It has decay and weak penetrating power. The radiation in the space is uniform, and the irradiated shadow area leads to incomplete disinfection;

[0004] 2. Using a single ozone disinfection method, the sterilizing range is limited, and the ozone cannot achieve a bactericidal effect if it does not reach a certain concentration, and it will cause great harm to the human body at a high concentration; ozone mainly stimulates and damages the deep respiratory tract, and can Damage to the human central nervous system, ozone can also hinder blood oxygen transport, cause tissue hypoxia, damage thyroid function, bone calcification, and cause potential systemic effects, especially those who are sensitive to ozone will cause serious harm;

[0005] 3. Using ultraviolet and ozone composite disinfection method, although the disinfection range is large, there is also ozone damage to the human body

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