KR20090100329A - Disinfection installation cling be composed of disinfection disposal booth production and a process those use a method - Google Patents

Abstract

PURPOSE: A method for manufacturing a sterilizing treatment booth and a utilization method for the same are provided, which enable to reduce phobia about the death. CONSTITUTION: A method for manufacturing a sterilizing treatment booth is constituted as follows. A booth in which a sterilizer is mounted is formed to make people pass the booth. The frame and wall are formed by using an aluminum panel to from a top outside panel in which the light weight aggregate is inserted and left and the right wall. According to the people number, the booth interval can be adjusted. The booth height is adjusted in 2,400mm by considering the space and the height of a man.

Description

      Disinfection installation cling be composed of disinfection disposal booth production and a process those use a method}

Sterilization Technology

Ultraviolet irradiation technology

As the number of H1N1 infections has soared across the country, there is a growing concern that the nation is also in the "pandemic."

Influenza, a global issue, has caused many people to die as infectious diseases caused by respiratory tracts float in the air.

In order to prevent this, not only hand washing and masks are used, but so-called hand sterilizers and sterilizers that locally sterilize are appearing on the market.

Pathogens that are supported in the air are adsorbed throughout the body. Expecting bactericidal effect with this method alone faces a methodological limitation.

Therefore, a large-scale sterilization apparatus is manufactured for public purposes in places where many people gather, and a booth-type sterilization apparatus which sterilizes while passing through a sterilization booth in a short time is required.

The present invention is to provide a method and a method of manufacturing a large sterilization device booth that can be used by everyone at any time in the airport, subway, school, theater, hospital, concert hall, even on the street to improve the above problems.

In detail, a large booth equipped with a sterilizer as shown in FIG. 1 was formed to allow a person to pass through the space inside the booth for 8 ± 3 seconds.

The person to be sterilized is provided with a large germicidal booth on the ceiling and both walls with a germicidal UV (ultraviolet) lamp which is irradiated with abundant ultraviolet rays of 253.7 nm, which is strongly sterilizing during the passage.

UV sterilization lamp UV-C was selected on the basis of the change of nucleic acid (DNA) in the cell due to irradiation of ultraviolet rays, metabolic disorders, and proliferation loss. Housed in the device.

In addition, a tank having a sterilant stored inside or outside the large booth is provided with a pressurized delivery pump, and a spray nozzle is provided on the inside of the booth and a spray nozzle on the ceiling and both sides of the booth. By configuring the drug to be sprayed into the space is formed to complete the sterilization treatment.

As the pandemic of the pandemic H1N1 infection spreads worldwide, effective sterilization equipment is inevitable. The proliferation of equipment that many people disinfect in public has been called for in a timely manner, and this technology provides a reason to reduce the fear of death that many people suffer.

The present invention is not just a device that simply relies on local hand washing sterilization equipment, but a method for providing a sterilization and disinfection service for many people comfortably and safely within about 8 seconds.

Therefore, at the time of avoiding patients in the hospital, the device provides a method that can be easily sterilized by anyone at any time and any place to contribute to the improvement of national health.

As indicated in FIG. 1, a large booth equipped with a sterilizer was provided to allow a person to pass through the space inside the booth for 8 ± 3 seconds.

Specifically, in FIG. 1, the frame and wall are composed of (1) the upper outer aluminum panel and the left and right wall surfaces in which the lightweight aggregate having the bearing strength is inserted (2) and (3) the double wall aluminum panel.

(5) Maintain booth spacing more than 1,500mm that can flexibly expand and adjust booth according to the number of people, and make it possible to assemble by step by step so that it can be expanded or excluded to secure sterilization volume that adapts to the capacity of the place. .

(7) Booths should be kept at least 1,500mm wide, and the booth height should be set to around 2,400mm, considering the space allowed for UV irradiation and sterilizing solution and human height.

(8) Automatic monitoring control panel on the outer wall,

2, (100) outer aluminum panel, (101) UV lamp support, (102) ceiling UV lamp,

(102-1, 102-3) Double-walled UV lamps, (103-1) Aluminum fabric protection network, (103-2, 103-3) Double-walled aluminum protection net.

(Not shown) UV lamp power supply lines are provided, respectively, and lamp installation intervals are provided with (105) lamp array intervals of about 500 mm at uniform intervals.

(8) When electricity is applied to the UV lamp power supplied from the automatic monitoring and control device, an air sterilization UV (ultraviolet) lamp irradiated with abundant ultraviolet rays of 253.7 nm is irradiated to the ceiling and both walls so that sterilization treatment is performed. Provided to be done.

(200) The spacing of the spray nozzles (not shown) is kept uniformly around 500mm, the same as the UV lamp spacing.

In Figure 3, the present invention is provided with a tank 201 and a pressurized delivery pump in which a disinfectant is stored outside the large booth, and a 202 chemical transfer channel connected to the booth nozzle, and a spray nozzle 200 at both sides of the ceiling and both walls. When the drug delivery pump is operated, the medicine 200 is sprayed by the spray nozzle to configure the medicine to be sprayed to form a sterilization treatment in the course of the person passing through the booth space.

(8) The automatic monitoring control panel of FIG. 1 recognizes the chemical concentration value of the spray atomized on the basis of the humidity sensor installed inside the booth (not shown), and (8) Automatically controls the medicine by the control program accommodated in the automatic monitoring control panel. Give the ability to control the radiation dose,

The current value of the UV lamp of FIG. 1 is recognized by the (8) automatic monitoring control panel, and the automatic control is performed by the set value.

In this case, UV irradiation and sterilization spray can be operated together to operate simultaneously, and each can be operated independently, and the installation and transportation of the device can be carried out and the whole frame is assembled and folded when not in use. The ability to reduce the volume can be given.

In the future, so-called strains such as swine flu, swine flu virus, and SARS may appear.

Therefore, by applying the mechanism of the present invention it is determined that it can be utilized as livestock use.

1 is a perspective view for explaining the entire apparatus.

(1) To form upper external aluminum panel with built-in lightweight aggregate, (2) (3) Aluminum panel on left and right, (8) Automatic monitoring control panel, and expand booth elastically according to the number of sterilization targets (5) Booth spacing is possible.

(8) Automatic control panel of FIG. 1, (8) Automatic monitoring panel with a built-in humidity sensor (not shown) booth, automatic control function.

2 is an explanatory diagram in which an ultraviolet sterilizing lamp for air sterilization is installed.

(100) External aluminum panel, (101) UV lamp support, (102) ceiling UV lamp,

(102-1, 102-3) Both-wall UV lamp, (103-1) Aluminum fabric protection network, (103-2, 103-3) Both aluminum protection net, (not shown) UV lamp power line, (105) Lamp arrangement Interval.

(200) The spacing of the spray nozzles (not shown) is maintained at about 500 mm uniformly the same as the UV lamp spacing.

3 is a perspective view illustrating a drug delivery and spraying device.

(201) tank, pressurized delivery pump, (202) chemical delivery channel, (200) spray nozzle on the ceiling and both walls, and (100) outer aluminum panel of FIG.

4 is a sterilization process applying the present technology.

Claims (1)

With a booth equipped with the sterilization apparatus specified in Figure 1 can be formed to allow a person to pass through the space inside the booth for 8 ± 3 seconds, In Figure 1 (1) to form a lightweight aggregate having a bearing strength (1) the upper outer panel, to form a left and right wall surface (2) (3) both sides of the aluminum panel to constitute the frame and wall, (5) Booth spacing can be elastically expanded and adjusted according to the number of people, and it can be formed as an assembly type so that it can be added or removed to secure a sterilization volume adapted to the site capacity. To ensure that (7) The booth should be kept at least 1,500mm wide, and the booth height should be set to around 2,400mm considering the allowance for ultraviolet radiation and sterilization and the height of the person. 2, (100) outer aluminum panel, (101) UV lamp support, (102) ceiling UV lamp, (102-1, 102-3) Both wall UV lamps, (103-1) aluminum fabric protection network, (103-2, 103-3) both aluminum protection nets are formed, and UV lamp installation interval is 500mm ) Has a lamp array spacing, When electricity is applied to the UV lamp power supplied from the automatic control device in FIG. 1, UV sterilizing UV (ultraviolet) lamps irradiated with abundant ultraviolet rays of 253.7 nm are irradiated to the ceiling and both walls to be sterilized. (200) spacing nozzle of Figure 3 (not shown) is set to be maintained uniformly within 500mm and the same as the UV lamp spacing, 3 is provided with a tank 201 and a pressurized delivery pump in which a disinfectant is stored outside the large booth, and a spraying nozzle 202 connected to the booth nozzle, and a spray nozzle 200 on both sides of the ceiling and both sides. Sterilization device equipped with a sterilization device, characterized in that to form a sterilization treatment in the process of passing through the booth space by configuring the drug to be sprayed by the drug (200) spray nozzle when the drug transfer pump is operated How to make treatment booths and how to use them.

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