JPS63283654A - Irradiation, drying and sterilizing medical treatment apparatus - Google Patents

Abstract

PURPOSE:To efficiently and simply cure a skin disease without using a drug free of a side effect, by providing a light emitting source and a filter and irradiating, drying and sterilizing the skin disease by the light emitting intensity control means and focus control means thereof. CONSTITUTION:A switch 8 is closed and the lever of a variable transformer 3 is operated to gradually raise voltage. A halogen lamp 1 begins to emit light and said light forms an image on an area B through a focus control lens 2 and a filter 6. A stopper is provided so that the image becomes such a state that a focus is not perfectly matched, that is, a so-called long focal distance obscure state in order to prevent a danger. The irradiation focal distance from the focus control lens is set to about 15cm and the diameter of the image on the area B is set to about 4cm. As the filter, the optimum one is selected from among colorless, red, yellow, blue and purple filters according to the control of irradiation intensity and the kind of a skin disease. The variable transformer 3 controls the intensity of the emitted light from the halogen lamp 1 in a stepless manner. Further, by rotating a focus control cylinder 4, a focus control convex lens is moved forwardly and rearwardly in the direction shown by an arrow to control the luminous intensity.

Description

Detailed Description of the Invention "Industrial Application Field" The present invention has a light emitting source and a filter, and is capable of treating skin diseases by irradiating and drying and sterilizing them using the light emitting intensity means and focus Y4 adjusting means. The present invention relates to a characteristic irradiation drying sterilization treatment device for skin diseases, such as the skin disease treatment device described in the Crotch White Paper.

``Prior art'' Conventional treatments for this disease mainly involve drugs, and a large number of drugs are commercially available and in use, but ``Problems to be solved by the invention'' include insufficient drug efficacy and side effects. was strong.

The object of this invention is to provide an irradiation drying sterilization treatment device for skin diseases that can be efficiently and easily treated without side effects by physically irradiating and drying sterilizing skin diseases instead of using conventional drugs. .

Means for Solving the Problems This invention solves the problems of the prior art with an apparatus for treating skin diseases by physically irradiating and drying and sterilizing skin diseases without using drugs.

"Example" Next, 2 this invention will be explained based on the oral aspect.

FIG. 1 shows the main parts of an irradiation drying sterilization treatment device for skin diseases in one embodiment of the present invention.

When the switch 8 is closed, the pilot lamp 7 lights up.

When the lever of the variable transformer 3 is operated to gradually increase the voltage, the needle of the voltmeter 5 swings, indicating the voltage of the circuit at that time. At the same time, the halogen lamp l starts emitting light, and the light advances in the direction of arrow A, passes through the focusing lens 2 and filter 6, and forms an image at B. At this time, the image is not completely focused to prevent danger, so-called A stopper (not shown) is provided so that the long focal length is blurred. For example, the halogen lamp is 100W/12V for crotch leprosy or body leprosy, and 250W/24V for foot leprosy.
, the irradiation focal length is about 15cm from the focusing lens, the diameter of the image at B is about 43°, the filter is the adjustment of the irradiation intensity at B, and no filter according to the type of skin disease, red filter - 1 yellow filter. , blue filter, violet filter, etc. are provided to provide the optimal wavelength of absorbed light for treatment. The variable transformer is designed to allow stepless adjustment of the emission intensity of the halogen lamp, and also has focus adjustment! The Ii4 is designed to rotate like a telephoto lens and move the focusing convex lens forward and backward in the direction of the arrow to adjust the illuminance.

Among the skin diseases, those caused by the white fungus, so-called athlete's tooth decay, are well known as being difficult and troublesome to treat. White fungus is a fungus that infects the outermost stratum corneum of the skin.

The thickness of the stratum corneum ranges from a fraction of a square inch to 0.00 mm even on the thick soles of the feet.
It is about 5-mm thick and made of keratin, and the cells of this tissue do not have a nucleus like living cells and are dead tissue with very little water content.
It is hard and difficult for drugs to penetrate.

Mildew is 5 to 50 times more resistant to UV sterilization than viruses, but it is extremely vulnerable to heat and dryness, and the skin affected by the fungus turns red in the early stages. However, when it is seriously injured, it turns white and becomes damp and hard.

Fill in the skin disease with black marker ink or black ink to the same size as the skin disease, focus the light emitted from a halogen lamp on it, and irradiate it for 2-3 minutes.The upper stratum corneum on the skin surface dries and becomes white. It starts to peel off. The upper part of the stratum corneum is peeled off to complete the first treatment. Skin affected by leukemia is a little less sensitive to the temperature of irradiation than normal skin, and even if the stratum corneum dries, becomes white and begins to peel off, the irradiation does not cause much pain. Normal stratification prevents the temperature rise on the surface of the stratum corneum by producing sweat from the sweat glands in response to the temperature rise caused by irradiation, and compared to the stratum corneum in skin diseases, the stratum corneum hardly peels off. It passes through the bacteria and sterilizes the bacteria, and sterilizes them by increasing the temperature of the stratum corneum and drying it. ! 4-color magic Tsuinki and ink absorb light well, helping to raise the temperature of the stratum corneum,
It also clarifies the irradiation range, making treatment efficient and simple. The remaining lower part of the stratum corneum is dry and white, but if left as is, it will return to its normal state in 30 to 60 minutes with the replenishment of moisture from the lower epidermis.

If this process is repeated 2-3 times a day, in 3-4 days the bacterium will be completely killed and the skin disease will be cured, and the skin will become the same color as normal skin.

A halogen lamp is preferable as the light source, but it goes without saying that a xenon lamp, high-pressure mercury lamp, sodium lamp, or incandescent lamp, which has similar effects and a similar wavelength distribution, may also be used.

The irradiation intensity of the irradiation light is determined by the combination of the emission intensity of the lamp as the light source, the focal length, and the filter, but a combination of a filter and a lamp with a stronger light source than this example can be used for a variety of versatile treatments. Of course, it can be used for.

"Effects of the Invention" The present invention efficiently and conveniently sterilizes pathogenic bacteria of skin diseases by drying and sterilizing them without damaging normal skin or causing side effects, and can provide treatment in a short period of time.

[Brief explanation of drawings]

FIG. 1 shows the main parts of an irradiation dry sterilization treatment apparatus for skin disease JI in one embodiment of the present invention. Reference numeral i in FIG. 1..., halogen lamp 2000. Focusing convex lens 3, Variable transformer 4, Focusing barrel 5, @ Pressure gauge 6, Filter 7, Pilot lamp 8, Sui-Sochi 9,... ,power supply

Claims (1)

[Claims] An irradiation drying sterilization treatment device comprising a light emitting source and a filter, and irradiating and drying sterilization using a light emitting intensity means and a focus adjusting means.