JP2012139478A - Safe mask with purple lighting - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a safe mask which usually has sterilization effect on viruses even in a dark place and can be washed while being separated when the mask gets dirty.SOLUTION: The safe mask 4 with purple lighting is structured so that lighting devices can be easily attached/detached while being separated from the mask 4. Lighting such as small electric bulbs and LED to generate purple light is provided to dock a device having a power source 2 for turning on a light of purple color with the surface of the mask 4. The surface of the mask 4 is irradiated with the ultraviolet wavelength of purple visible light and invisible light by the purple lighting. Characteristics of the ultraviolet wavelength are applied to the sterilization of viruses on the surface of the mask 4. Considering influence of the ultraviolet ray and evils on the skin, the backside of the mask 4 is structured to be covered with raw materials such as gauze and cloth which have color to neutralize the ultraviolet ray or which intercept the wavelength. The mask 4 and the lighting devices are structured to be easily attached/detached by the single body thereof, thereby separating and washing the mask 4 when the mask 4 gets dirty, to be usually usable in a clean condition.

Description

In the present invention, it is said that inflator and the like frequently occur in recent years due to respiratory airborne virus infection. In order to prevent this virus from entering the human body, it is said that the virus must be sterilized with ultraviolet rays. It is well known that ultraviolet rays have the power to sterilize viruses. There are about two examples of masks that are currently using the ultraviolet rays in the atmosphere to sterilize the virus and have an excellent effect. There was a major drawback that intrusion was inevitable. Therefore, the inventor of the present invention has developed an ultraviolet illumination mask characterized by sterilizing the virus by incorporating ultraviolet wavelengths using an instrument that illuminates the mask surface in purple--using the power of electricity even at sunset or off. Invented. The mask and the illumination device are structured separately and can be easily attached and detached. When the mask is dirty, attach and detach the lighting device and wash it. Viruses that have the characteristics described above, and are harmful to the body, are generated from small bulbs and LEDs that utilize the wavelength characteristics of purple visible light and the invisible ultraviolet light that is attached to the outside. If a purple luminaire is installed on the surface of the mask, the purple light will illuminate even in the dark, and the surface of the mask will always be irradiated with ultraviolet rays. The virus has no resistance to ultraviolet rays, so it is easily sterilized. Also, the mask and the purple lighting device can be easily attached and detached. If the mask becomes dirty, it can be worn in a fresh and clean state whenever it is separated and washed. A "purple illuminated mask" is filed here.

"Patent Document 1" is spread on the white mask made of carbon fiber and the white mask made of titanium oxide spread on the surface of the white mask. The principle of sterilization of viruses by causing a chemical reaction between ultraviolet light and a photocatalyst using titanium oxide is “Patent Document 1”.
In “Patent Document 2”, wavelengths of near-ultraviolet rays of purple visible light and invisible light are transmitted through a purple mask formed in purple. “Patent Document 2” is a mask based on the principle of sterilizing viruses by applying the wavelength characteristics of purple and ultraviolet rays.

JP 2000-197711 A JP2008-101918

The above-mentioned conventional masks for preventing respiratory infections and the like all have two examples of the above-mentioned masks for sterilizing the currently prevalent virus, one of which is disclosed in Japanese Patent Application Laid-Open No. 2000-197711. (Hereinafter referred to as Reference 1), the principle is that titanium oxide is spread on a white mask made of carbon fiber, and the ultraviolet rays and titanium oxide in the atmosphere use the chemical reaction of the photocatalyst to sterilize the virus. There is a mask of structure. The other is “Patent Document 2 Japanese Laid-Open Patent Publication No. 200008101918” (hereinafter referred to as Reference 2), which creates a purple mask, and the characteristics of the purple have the wavelength characteristics of visible and invisible near-ultraviolet rays. There is a mask that is applied to sterilize the virus, and the back of the mask is structured so that ultraviolet rays do not penetrate directly into the skin. The masks of Reference 1 and Reference 2 described above are effective when sunlight or electric lighting is turned on, but when the sunset or lighting is turned off, there is no virus sterilization effect by ultraviolet rays. . Therefore, the present inventor can install a small purple lighting device on the surface of the mask, and can sterilize the virus by applying the wavelength of the purple visible light generated from the purple lighting and the ultraviolet characteristic attached thereto. In principle, the virus can be sterilized at all times without being affected by sunset or light extinction. As a power source for the purple light emitter installed on the mask surface, a dry battery, a solar power source, a power source converted from 100V, or a power source stored in the battery may be used. According to the invention of the present application, which is constructed as described above, a light bulb that turns on purple illumination is convenient because it consumes less power if LED illumination is used, etc., depending on the wavelength characteristics of ultraviolet light of purple visible light and invisible light. Since the virus on the mask surface is constantly sterilized, it can always breathe clean air. Considering the influence of ultraviolet rays on the back side (respiratory side) of the mask, there is no influence on the skin if it is covered with a color material that neutralizes the wavelength of ultraviolet rays or a material such as gauze that does not reach the wavelength of ultraviolet rays. Also, the mask and the lighting device are separate and can be easily attached and detached. If the mask becomes dirty, it is separated, washed, cleaned and set with a purple lighting device. The present application is structured as described above.

Means to solve the problem

In order to achieve the above-mentioned object, the present invention applies a “characteristic of the ultraviolet field wavelength of purple visible light next invisible light” by turning on a small light bulb of a purple light bulb or LED with the power of electricity, and the virus is respiratory. The purpose of this system is to prevent the invasion of the system, and the mask surface is sterilized with the wavelength of ultraviolet rays, and ultraviolet rays are generated by the power of electricity. Conventional masks utilize ultraviolet rays in the atmosphere. Therefore, the present application is a mask that eliminates the disadvantage that the invasion of the virus cannot be prevented by sunset or light extinction, and can completely prevent the invasion of the virus for 24 hours.

Since the intrusion of the virus can be prevented for 24 hours by the above solution, the present invention can contribute to the world from the viewpoint of health promotion.

The invention's effect

As described above, according to the present invention, if a small bulb or LED lighting or the like that turns purple on the mask surface is installed and the purple lighting is turned on using the power of electricity, the illumination generated from the light is purple visible light. An invisible ultraviolet ray is generated, and since the virus cannot resist the ultraviolet wavelength, it is sterilized. Since there is no virus on the mask surface, no virus enters the respiratory system. In other words, if the small purple light installed on the mask surface is lit for 24 hours, the virus can be fully prevented from entering for 24 hours. Also, the mask and purple lighting device can be easily attached and detached, so if the mask gets dirty, it can be easily separated and washed, so you can always wear it clean and fresh. The invention having the above characteristics is the present application.

Is a front view of the purple lighting device of the present invention Is a front view with a purple illumination device attached to the mask. FIG. 3 is a front view showing that purple light is lit by docking [FIG. 1] and [FIG. 2]. Is the back side (breathing side) front view of the present invention Is a perspective view showing that the illumination mask of the present invention is mounted.

(1) Purple lighting equipment (2) Power supply, (3) Magic tape (4) Mask (5) Dry cell (6) Rubber string (7) Purple light (8) Gauze (9) Virus (10) Dead virus

Claims (1)

The mask and the illuminating device are structured so that they can be easily and detached separately, and a light bulb such as a small bulb or LED that emits purple illumination is installed, and a device having a power source is docked on the mask surface so that the purple color is lit. The mask surface is irradiated with purple visible light and invisible ultraviolet light with purple light, and the characteristics of the wavelength are applied to sterilize the virus on the mask surface. In consideration of the influence of ultraviolet rays and harmful effects on the skin, the back side of the mask is covered with a material that neutralizes ultraviolet rays or a material such as cloth or gauze that does not reach the wavelength. Viruses have no resistance to ultraviolet light, so they are easily sterilized when exposed to ultraviolet light. The “mask with purple illumination” is characterized by the fact that the mask and the illumination device can be easily attached and detached separately, and can be separated and washed if the mask becomes dirty, so you can always use a clean and fresh mask. To provide.

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