KR20110002182U - A hand sterilizer infected with virus or bacillus - Google Patents

Abstract

The present invention relates to a disinfection apparatus that can effectively kill bacteria and viruses contaminated in the hand by washing human hands using ozone gas in a short time.

The present invention has a structure that injects ozone gas generator and ozone gas into the container where it enters effectively, and absorbs it and circulates it again so that ozone gas does not leak easily and increases the concentration of ozone (within 5 seconds or less). It is composed of ozone generator, ozone circulation pipe, ozone circulation pump, hand input box to have high sterilization capacity, and it is characterized in that ozone gas does not leak out even when hands are put in during disinfection of virus and bacteria.

Ozone killer, ozone sterilizer, ozone virus killer, ozone germicidal sterilizer

Description

Hand sterilizer infected with virus or bacillus}

1 is a system configuration diagram of the present invention

①: Ozone suction pipe

②: ozone injection plate

③: hand input box

④: ozone supply pipe

⑤: Ten hand openings

⑥: Circulation pump

⑦: ozone generator

The present invention relates to a disinfection apparatus that can effectively kill bacteria and viruses contaminated in the hand by washing human hands using ozone gas in a short time.

The present invention has a structure that injects ozone gas generator and ozone gas into the container where it enters effectively, absorbs it and circulates it again, so that ozone gas does not leak easily and increases the concentration of ozone (within 5 seconds) It is characterized by having a high sterilization capacity in).

Viruses do not have cells and are so small that they are not blocked by filters. They do not die in the ultraviolet, and can be killed by destroying cells. This method of destroying cells is chlorine and ozone are typical methods.

The characteristic of chlorine is used to sterilize foreign substances such as bacteria and E. coli using oxidative power. However, in the process of oxidizing foreign substances, serious damage to the human body or corrosion of metal equipment such as plumbing equipment may be caused.

The bactericidal power of chlorine is influenced by the concentration of residual chlorine, the pH, temperature and contact time of the form, due to the chlorine's ability to destroy the enzyme's ability to be important for bacterial survival. That is, the lower the pH and the higher the temperature, the higher the concentration of chlorine and the longer the reaction time, the stronger.

Chlorine has a particularly effective effect on infectious pathogens (waterborne) of the digestive system such as Escherichia coli. Viruses are more resistant to chlorine than Escherichia coli and may survive, and most bacteria are negatively charged. -Difficult to access and high effect of HOCl. Chlorine-based disinfectants include chlorine gas (Cl 2), sodium hypochlorite (NaOCl), chlorokalky (Ca (OCl) 2), and chlorine dioxide (ClO 2).

However, chlorine handles most microorganisms, but the complete inactivation of the virus is not certain.

-Smells bad and irritates eyes and skin.

-Cl2, NaCl, and Chloramine can cause allergic reactions in many people.

Ozone, on the other hand, is an isotope of oxygen, which has the strongest oxidizing power after F2 (fluorine), and is excellent in decomposing, disinfecting, discoloring, and deodorizing organic matter with double bonds.

Ozone kills all bacteria and viruses (when chlorine sterilizes, the virus is immune to chlorine).

Ozone costs less to maintain than chlorine sterilization.

-Ozone does not leave any other chemicals after the reaction.

-Ozone eliminates allergic reactions caused by CHLORINE blends.

-In case of sterilizing bacteria, ozone has 25 times stronger sterilizing power than chlorine and instant sterilization 1000 times faster.

Unlike chlorine, pure ozone reacts with metal surfaces to form a strong oxide film that prevents corrosion and extends the life of pipes and equipment.

The purpose of the present invention is that infectious germs or viruses are mainly transmitted through human hands, so that the hands can be washed or disinfected with running water with soap, which is difficult and difficult to implement in places or facilities where water is difficult to connect. It takes In addition, the washed water is also contaminated, the sterilization or killing device is a fundamental method. Therefore, in the present design, ozone gas with strong sterilizing power against bacteria and viruses can be used for hand disinfection to kill infectious bacteria or viruses in a short time, but ozone can be harmful to human body. The purpose is to allow ozone to self circulate in the device so that it is not inhaled into the nose.

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The present invention for achieving the above object consists of an ozone generator, ozone circulation pump, hand inlet box, hand inlet ten, ozone supply pipe, ozone injection plate, ozone suction pipe,

It is characterized in that it has a power saving device function to operate only when a person puts his hand if necessary.

In the present invention, when power is supplied and the system is operated as shown in FIG. 1, the ozone generator (⑦) starts to generate ozone, and the generated ozone is the inlet of the circulation pump (⑥). The ozone gas is mixed with the air sucked in from the ozone gas through the ozone supply pipe (④) through the circulation pump, and the ozone gas is boxed through the ozone injection plate (②) attached to the upper and lower sides of the hand input box (③). It is sprayed from above and below. If you open ten hand openings (⑤) and insert your hands, ozone will come into contact with the entire surface of your hand for sterilization, and ozone gas will be reconstructed with ozone of the ozone generator through the ozone suction pipe (①). It is entrained and continues to circulate through the circulation pump. The form may be slightly different, but the basic idea and the idea are not outside the scope of the present invention.

At this time, the operation of the device may be performed by a mechanical or electronic sensor that detects the input of a human hand by opening ten openings, or may be operated by placing a start and a stop button.

There is always a small amount of ozone in the atmosphere, and it can be refreshed by ozone on the beach or in deep mountains. Oxygen molecule (O ₂ ) is produced by combining oxygen source (O), and it is the strongest natural oxidant next to fluorine among the earth's materials. Back to oxygen without leaving anything behind

This design using ozone can solve the inconvenience of the existing water washing, and can basically kill the bacteria and viruses as soon as possible. Based on the results of the Japan Food Analysis Center below, 5 seconds for most bacteria and viruses It has been shown to have an amazing effect of killing within.

Claims (2)

It consists of ozone generator, ozone circulation pump, hand inlet box, ten hand inlets, ozone supply pipe, ozone injection plate, ozone suction pipe, When the hand is inserted, ozone comes into contact with the entire surface of the hand for disinfection. The ozone gas is mixed again with ozone of the ozone generator through the ozone suction pipe and continues circulation sterilization through the circulation pump. Virus and bacterial disinfection device using ozone, characterized in that not to come out of the Operation of ozone-based virus and bacterial disinfection device in [claim 1] can be started by mechanical or electronic response when a human hand pushes ten openings, or by starting and stopping buttons. Characterized by

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