JP3230494U - Willis killing device by ultraviolet rays - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a circulation type sterilization system for inactivating a new type of corona virus (hereinafter referred to as "willis") by irradiating the virus with ultraviolet rays. A sterilizer for sterilizing Willis by irradiating it with ultraviolet rays is provided with an intake port 1 for sucking air contaminated by Willis in a room, and an intake duct 2 for circulating the intake air, and pumps the air. A sterilization chamber 4 equipped with a blower 3 and equipped with four germicidal lamps 7 for sucking the same pressure blown air and sterilizing in a plurality of rectangular hollow containers 8 is provided, and air sterilized by the sterilization chamber 4 is provided. It is a device provided with an exhaust duct 5 for exhausting air and an exhaust port 6 for circulating and returning the air ventilated to the exhaust duct 5, and all the ultraviolet rays emitted by the germicidal lamp 7 during the operation of the air circulation system are emitted. A box-shaped sterilization chamber 4 having a closed structure that does not leak to the outside was incorporated. [Selection diagram] Fig. 3

Description

According to the present invention, Willis floating in an indoor space is sucked by a blower and the suction fluid (air) is guided to a sterilization chamber 4 incorporated in the Willis sterilization system from a germicidal lamp 7 equipped in the chamber. It is a circulation type Willis killing device that sterilizes Willis in the fluid by emitting and irradiating ultraviolet rays and returns the purified air to the same room again.

Nowadays, the new Corona Willis is widespread all over the world. As of the end of August 2020, the pathogen has killed 820,000 people worldwide. There is an urgent need to take anti-Willis countermeasures. Currently, anti-willis countermeasures are to sterilize willis adhering to the surface of the vessel by alcohol disinfection, or to wash the throat with iodine-based mouthwash to sterilize it, and medicine. It is reported that vaccine therapy has been successfully researched and developed in various countries around the world. However, according to media reports, the coronavirus has deformed the pathogen itself, and there are cases where the vaccine does not work. That is, it is reported that even if the positive result of Willis infection changed to negative, it became positive again. Then, a new vaccine needs to be developed again, and it ends up being a cat-and-mouse game between Willis and the vaccine. This is the weakness of vaccine therapy. In addition, the current situation is that a drug (antibiotic) having a killing ability that is effective against this Willis has not been developed.

The main source of infection of this Willis is not only the Willis attached to the vessel infects humans, but also the air infection caused by the Willis floating in the indoor space. When a positive patient coughs or sneezes, Willis is immediately released around and airborne to a third party. Therefore, the government frequently encourages the wearing of masks. Alcohol disinfection, wearing a mask, vaccination therapy, or avoiding three-cs, etc., have too weak attack power as countermeasures against this Willis, and a means with stronger attack sterilization ability is awaited.

Therefore, the present invention is a system incorporating a UV-based Willis killing device known to inactivate (sterilize) bacteria as a means of attacking and killing this Willis before it invades the human body (Attachment Fig. 1, Ultraviolet rays for which (see FIGS. 2 and 3) have been developed are known to have bactericidal ability, but are classified into three types, UV-A, UV-B, and UV-C, according to their wavelengths.
By the way, the etymology of this "UV" is an acronym for ultraviolet (Ultra Violet rays).

Three classifications by wavelength of ultraviolet rays and their characteristics (wavelength unit is "nM" -nanometer, one billionth of a meter)
UV-A has a wavelength of 400-315 nM, and when it is directly irradiated to the human body, it acts on the dermis layer of the skin to alter proteins, lose the elasticity of the skin, and accelerate aging. It also oxidizes the melanin pigment in the skin to turn it brown. Causes so-called sunburn.
UV-B has a wavelength of 315-280 nM and produces vitamin D when directly irradiated to the human body. On the other hand, the skin becomes red and painful, so-called sunburn, which causes pigmentation and blackening.
UV-C has a wavelength of 280-200 nM, and ultraviolet rays of this wavelength due to sunlight are protected by the ozone layer and do not reach the surface of the earth. It has strong bactericidal properties and is highly destructive to living organisms. Direct irradiation of the living body carries the risk of developing skin cancer.
This device is a system incorporating a device that kills Willis by diverting this UV-C or low-pressure mercury lamp that has been converted to LED. It was devised with the aim of inactivating (sterilizing) the new corona willis, which is currently breeding and becoming chronic, by installing it in restaurants, movie theaters, theaters, hospitals, etc., and eliminating adverse effects on the human body. is there.

The process of the system is shown in each of FIG. 1B and FIG. 3B. The center of the system is the blower 3 and the sterilization chamber 4. Indoor air is sucked from the intake port 1 by the blower and pumped to the sterilization chamber. The sterilization chamber is composed of a plurality of rectangular parallelepipeds, and four germicidal lamps (see "YY cross-sectional view" of each of (Fig. 2) and (Fig. 3)) are stored in the rectangular parallelepiped during operation. Ultraviolet rays are emitted from the germicidal lamp to sterilize and purify the fluid (air) and return it to the room through the exhaust port. By repeating this process, the air in the room is aseptically purified.
The targets for installing the system are restaurants, restaurants, karaoke boxes, live houses, offices, movie theaters, theaters, hospitals, etc., but they are classified into the following two types according to the capacity of the space to be purified.
For purification of relatively small spaces such as small restaurants and karaoke boxes, (A) "air conditioner type Willis sterilization and purification device for indoor installation" in (Fig. 3) is diverted. The number of rectangular parallelepipeds 8 housed in the sterilization chamber of the apparatus is appropriately set according to the volume of the fluid (air) to be purified. As an example, in the sterilization chamber (C) of (FIG. 3), three rectangular parallelepipeds are housed, which is called a triple type.
On the other hand, when sterilizing and purifying a relatively large space, as shown in (Fig. 1) and (A), a sterilization system with an embedded intake and exhaust ports on the side wall of the room to be purified is applied. To.
As an example, five rectangular parallelepipeds are housed in the sterilization chamber 4 of the system shown in (B) of (FIG. 2). That is, the number of rectangular parallelepipeds (number) is appropriately set according to the capacity of the space to be purified, which is a 5-unit type.

As mentioned above, while this germicidal lamp is extremely bactericidal, it is also highly destructive to living organisms. Therefore, it is housed in the sterilization chamber 4 and has a structure in which the ultraviolet rays are not exposed to the outside. In addition, it is predicted that this germicidal lamp will be frequently replaced due to wear over time. Therefore, as shown in (FIG. 2) and (A), the sterilization chamber 4 is portable and has a structure in which the germicidal lamp can be easily removed and attached.

As mentioned above, the vaccine therapy being researched and developed is a defensive preventive measure in the event of infection in the human body. However, if Willis is displaced, it will be necessary to develop a new vaccine as a countermeasure, and it is predicted that Willis displacement and the vaccine will be a cat-and-mouse game. The system by the killing Willis device of the present invention is a technology for sterilizing and killing Willis outside the human body before it invades the human body. In addition, although the vaccine is concerned about side effects, the system of the present invention is not concerned about causing health hazards.

(A) Figure In the case of theaters, movie theaters, hospitals, etc. where the absolute amount of air in the room to be sterilized and purified by the Willis killing device of the present invention is large, a plurality of intake ports and exhaust ports are provided on the side walls of the room. The sterilization in the fluid is continuously purified by the circulation operation of intake and exhaust. (B) Figure is a conceptual diagram of a sterilization system incorporating the killing Willis device. As an example, the case where the rectangular parallelepiped housed in the sterilization chamber 4 is a 5-unit type is shown. (A) FIG. 3 is a perspective view of a portable sterilization chamber 4 in the same large-capacity sterilization system. (B) Fig. 5 shows the flow path of the fluid in the 5-unit chamber. The YY cross-sectional view shows the mounting position of the germicidal lamp 7 housed inside the same square pair 8. (A) Figure An air-conditioned Willis sterilization and purification device installed in restaurants, karaoke boxes, live houses, etc. where the absolute amount of air in the room to be sterilized and purified by the sterilization system of the present invention is relatively small. (B) Figure It is a conceptual diagram of this sterilization system. As an example, the case where the rectangular parallelepiped housed in the sterilization chamber 4 is a triple type is shown. (C) Fig. 3 shows the flow path of the fluid in the triple chamber. The YY cross-sectional view shows the mounting position of the germicidal lamp 7 housed inside the same square pair 8.

Code name 1. Intake port 2. Intake duct 3. Blower 4. Sterilization chamber 5. Exhaust duct 6. Exhaust port 7. Germicidal lamp 8. For rectangular parallelepiped, germicidal lamp mounting

(A) Figure In the case of theaters, movie theaters, hospitals, etc. where the absolute amount of air in the room to be sterilized and purified by the Willis killing device of the present invention is large, a plurality of intake ports and exhaust ports are provided on the side walls of the room. The sterilization in the fluid is continuously purified by the circulation operation of intake and exhaust. (B) Figure is a conceptual diagram of a sterilization system incorporating the killing Willis device. As an example, the rectangular parallelepiped housed in the sterilization chamber 4 shows the case of a 5-unit type. (A) FIG. 3 is a perspective view of a portable sterilization chamber 4 in the same large-capacity sterilization system. (B) Fig. 5 shows the flow path of the fluid in the 5-unit chamber. The YY cross-sectional view shows the mounting position of the germicidal lamp 7 housed inside the rectangular parallelepiped 8. (A) Figure An air-conditioned Willis sterilization and purification device installed in restaurants, karaoke boxes, live houses, etc. where the absolute amount of air in the room to be sterilized and purified by the sterilization system of the present invention is relatively small. (B) Figure It is a conceptual diagram of this sterilization system. As an example, the case where the rectangular parallelepiped housed in the sterilization chamber 4 is a triple type is shown. (C) Fig. 3 shows the flow path of the fluid in the triple chamber. The YY cross-sectional view shows the mounting position of the germicidal lamp 7 housed inside the rectangular parallelepiped 8.

Claims (1)

In this sterilization system that sterilizes Willis by irradiating it with ultraviolet rays, four germicidal lamps 7 are mounted and stored inside a plurality of square bodies 8 in a sterilization chamber 4 incorporated in the system, and the central part of the square bodies is fluidized (suction). A circulating sterilization system characterized in that the fluid is sterilized by the ultraviolet rays emitted by the germicidal lamp through the circulation of air) and discharged into the field through the exhaust port 6.