JP3232827U - Unmanned sterilizer using far-ultraviolet rays for systemic bacteria - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an apparatus for sterilizing a virus bacterium attached to a body by irradiating it with far ultraviolet rays in a short time. SOLUTION: A far ultraviolet LED ball 2 is put in a central opening of a pallet floor material 1, a lid is covered with grating, and a far ultraviolet LED ball, a motion sensor switch 5 and a power transformer 6 are attached to a BOX pillar 4 for wiring. To do. A reflective material 7 is attached to the inner wall and ceiling, and a water resistant plate material 8 is attached to the outside. A non-contact body temperature detector 9 is installed as needed. [Selection diagram] Fig. 1

Description

Detailed explanation of the device

Unmanned sterilizer

Industrial application field

This device manufactures a far-ultraviolet irradiation reflection sterilization BOX device, and can sterilize the entire surface of the whole body in a short time without being unmanned and approaching a person.

Corona, traditionally, when entering a building, I used to disinfect my hands with alcohol spray and sterilize the soles with a mat soaked in alcohol before entering a hospital or hall.

Problems that the device tries to solve

This had the following drawbacks.
(B) Some people did not like rubbing alcohol, and their shoe skin was cracked.
(B) Some disinfectant alcohols had a concentration of less than 65% and had no sterilizing power.
The present invention has been made to eliminate this drawback.

Means to solve problems

Manufactured a device that sterilizes virus bacteria adhering to shoe soles, clothes and mask surfaces in 10 seconds by irradiating light with a far-ultraviolet wavelength of 222 nm ± 10 nm from each direction with a human sensor switch that is harmless to humans and kills virus bacteria. And use it.

Action

In a building that uses shoes, the bacteria on the back of the shoes are sterilized without damaging the shoes, so it is possible to prevent the bacteria adhering to the building from being brought into the building.
Labor costs can be reduced at hospitals and stores.
It is also effective against alcohol-resistant bacteria.

Hereinafter, an example of this proposal will be described.
(B) Put a far-ultraviolet LED ball (2) in the central opening of the bullet flooring material (1).
(B) Cover the central opening of the bullet flooring material (1) with grating (3).
(C) Attach the ultraviolet LED bulbs (2) to the middle and upper stages of the BOX pillar (4).
(D) Install the motion sensor switch (5) on the upper stage of the BOX pillar (4).
(E) Install the power transformer (6) on the lower stage of the BOX pillar (4) and wire.
(F) Attach the reflector (7) to the two-sided wall between the BOX pillars (4) and the ceiling.
(G) Cover the outside with a water resistant plate material (8).
(H) A non-contact body temperature detector (9) is attached to the BOX pillar (4) as needed, such as in a hospital.

Effect of the device

Grating (3) When standing on top, two pairs of feet can be sterilized at the same time without damaging the soles of the shoes due to far ultraviolet rays from below.
In a building with shoes, it is possible to prevent the invasion of new coronavirus bacteria from the outside.

It is a perspective view of this invention. It is sectional drawing of this invention.

1 Pallet 2 Far-ultraviolet LED ball 3 Grating 4 BOX pillar 5 Human sensor switch 6 Power transformer 7 Reflective material 8 Water resistant plate material 9 Non-contact body temperature detector

Claims (2)

A device that sterilizes the surface of the whole body without contact with others while standing in the BOX device. The principle is the same even if you change the size of the shoe part, hand part, or BOX

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