JPH0623061A - Healing method of mycotic dermatosis and healing apparatus used therefor - Google Patents

Abstract

PURPOSE:To provide a healing method of mycotic dermatosis and a healing apparatus used therefor which achieves a promotion of a natural healing power of an organism by accomplishing a blowing of a mixed gas of air and oxygen to an affected part of the mycotic dermatosis and irradiation of the part with infrared rays simultaneously to heal the mycetogenic dermatosis. CONSTITUTION:An oxygen cylinder 1 is connected to an air cleaner 2 so as to allow the supplying of oxygen to the air cleaner 2. Then, the air cleaner 2 is so arranged to suck up outside air to clean while the air cleaned is mixed with oxygen supplied from the oxygen cylinder 1 to allow the blowing of the mixed gas to the affected part of mycotic dermatosis at the tip part of an infrared irradiator 3. At the same time, the infrared irradiator 3 is so arranged to irradiate the affected part of the mycotic dermatosis at the tip part of the infrared irradiator 3 with infrared rays generated from an infrared lamp set thereinside.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for healing fungal skin diseases and a healing device used therefor. More specifically, by simultaneously spraying a mixed gas of air and oxygen and irradiating infrared rays to the affected area of the fungal skin disease, the natural healing power of the living body is promoted to cure the fungal skin disease. A method and a healing device used therein. The fungal skin diseases referred to here include, for example, neurodermatitis, athlete's foot, atopic dermatitis, allergic dermatitis, eczema, fungal dermatitis, viral dermatitis, herpes and the like.

[0002]

2. Description of the Related Art Conventionally, as a method for healing fungal skin diseases, a method such as drying the affected area with a dryer or the like and then applying a drug to the affected area or light mainly in the ultraviolet region is used to remove the skin. There is a method of sterilization. A specific example of the former method is a method for healing athlete's foot. In this method, first, the affected part of athlete's foot is thoroughly washed with water, then the affected part is sufficiently dried with a dryer or the like, and then a drug is applied to the affected part. And, it is a method of treating athlete's foot by applying medicine to the affected area patiently about three times a day and frequently washing the socks and the like to wear clean clothes. The latter method is a method of sterilizing the pathogenic bacteria of the skin by directly acting ultraviolet rays.

[0003]

However, the method of applying a drug to the affected area after thoroughly drying the affected area with the dryer or the like requires very patient treatment, The reality is that it does not completely recover. Further, in the method of sterilizing the skin with light mainly in the ultraviolet region, it is suitable for instantaneous sterilization, but when irradiation for a long time is required as in the treatment of athlete's foot, the ultraviolet rays are treated for a long time. There is a problem that the irradiation damages the skin structure and causes skin cancer.

In view of such circumstances, the present invention does not cause a skin cancer or the like and does not cause a natural problem of the living body by simultaneously spraying a mixed gas of air and oxygen and irradiating infrared rays on an affected area of fungal skin disease. An object of the present invention is to provide a method for healing fungal skin disease, which promotes healing power and cures fungal skin disease, and a healing device used for the method. That is, if the cure is strong even for a disease that is difficult to cure completely, it can be cured with an appropriate amount of medicine or appropriate medical therapy, but conversely, if the cure is weak, such as when you are sick, use any drug. However, it is difficult to cure the disease by any medical treatment. Based on this idea, if we could increase the natural healing power of the living body and activate cell activation and metabolism, it would be possible to cure diseases that were difficult to cure until now. In view of the above, by simultaneously spraying a gas mixture of air and oxygen and irradiating infrared rays to the affected area of the fungal skin disease, the natural healing power of the living body is promoted and the fungal skin disease is healed. It is an object to provide a method and a healing device used therefor.

[0005]

The method for healing fungal skin disease according to the present invention is characterized in that a mixed gas of air and oxygen is blown to the affected area of the fungal skin disease, and infrared rays are simultaneously irradiated. Further, the healing apparatus used in the method for healing fungal skin disease of the present invention comprises an oxygen cylinder, an air cleaner and an infrared irradiator, and the oxygen cylinder is provided in the air cleaner so that oxygen can be supplied to the air cleaner. Connected, the air cleaner sucks and cleans the outside air, mixes the cleaned air with oxygen supplied from the oxygen cylinder, and mixes the mixed gas from the tip of the infrared irradiator to fungal skin. It is configured so that it can be sprayed onto the affected part of the disease, and the infrared irradiator,
It is characterized in that it is configured so that infrared rays generated by an infrared lamp installed therein can be irradiated from the tip of the infrared irradiator to the affected part of the fungal skin disease.

[0006]

According to the method of healing a fungal skin disease of the present invention, a mixed gas of air and oxygen is blown to the affected area of the fungal skin disease and infrared rays are simultaneously irradiated, thereby increasing the natural healing power of the living body. Since cell activation and metabolism can be activated, fungal skin diseases can be effectively cured. In particular, the oxygen component of a mixed gas of air and oxygen is significant, and the proportion of the oxygen component can be adjusted within the range of 20.9 to 26.0% according to the type of disease. Also,
The healing device used in the method for healing fungal skin disease of the present invention,
The amount of the mixed gas of air and oxygen sprayed from the tip of the infrared irradiator to the affected area of fungal skin disease can be adjusted by the air cleaner, and the infrared irradiator is installed from the infrared lamp installed inside the infrared irradiator. The temperature of the infrared rays radiated from the tip of the infrared irradiator to the affected area of fungal skin disease can be set arbitrarily by adjusting the length to the tip of the fungal skin disease. Can be treated.

[0007]

Embodiments of the present invention will now be described with reference to the drawings. FIG. 1 shows a healing device A used in the method for healing fungal skin diseases of the present invention. This fungal skin disease healing device A comprises an oxygen cylinder 1, an air cleaner 2, and an infrared irradiator 3.

A commercially available oxygen cylinder 1 is used as shown in FIG. Then, one end of an oxygen supply pipe 11 for supplying oxygen from the oxygen cylinder 1 to the air cleaner 2 is connected to the oxygen cylinder 1, and the other end of the pipe 11 is connected to a mixing portion of the air cleaner 2 described later. ing. The material of the pipe 11 is vinyl if it is bendable,
Any material such as synthetic resin or rubber may be used. In this embodiment, for convenience of handling, as shown in FIG. 3, a vinyl hose 12 and a rubber pipe 13 are connected by a pipe joint 14, and the vinyl hose 12 is connected to the oxygen cylinder 1. The rubber pipes 13 are connected to the mixing section 27 of the air cleaner 2, respectively.

The air cleaner 2 sucks and cleans the outside air, mixes the cleaned air with the oxygen supplied from the oxygen cylinder 1, and causes the infrared irradiator 3 to be described later to detect a fungal skin disease. This is for blowing a mixed gas of air and oxygen to the affected area, and as shown in FIG. 3, an upper box 22 smaller than the lower box 21 is attached on the lower box 21. A motor 23 and a fan 24 are installed inside the lower box 21, and the fan 24 is rotated by the rotation of the motor 23. Also,
An air suction port 25 (see FIG. 2) for sucking outside air is formed on the side surface of the lower box body 21, and a plurality of filters (not shown) are attached to the air suction port 25. Furthermore, the upper surface of the lower box 21, that is, the lower box 21 and the upper box
At the joint of 22, the air sucked from the air intake 25 is
A blower opening 26 is formed to blow air into the inside of 22.

In addition, inside the upper box 22, a quadrangular pyramid-shaped mixing section 27 is formed so that the bottom surface opens to the air outlet 26 formed on the upper surface of the lower box 21 so that air can flow smoothly. Is forming. In the present embodiment, the frame body 28 having the shape of a quadrangular pyramid is used.
Although the aluminum foil was attached to the above to form the mixing portion 27, any material may be used as long as the mixing portion 27 having a quadrangular pyramid shape can be formed. Further, one end of the rubber pipe 13 of the oxygen supply pipe 11 connected to the oxygen cylinder 1 has a quadrangular pyramid-shaped mixing portion.
It penetrates through the aluminum foil on the side surface of 27 and reaches the inside of the mixing section 27. Further, one end of a hose 30 for supplying a mixed gas of air and oxygen to the tip of an infrared irradiator 3 to be described later is attached to the upper surface of the quadrangular pyramid-shaped mixing section 27, and a stopper 29 is used. It is fixed to the upper box 22. In this embodiment, the hose 30 has a bellows shape, but any hose can be used as long as it can be bent.

In this embodiment, the oxygen cylinder 1 and the air cleaner 2 are separately constructed, and the two are connected by the pipe 11. However, as shown in FIG. The cylinder 1 may be provided with an installation location, the oxygen cylinder 1 may be installed at the installation location, and the air cleaner 2 and the oxygen cylinder 1 may be housed in an integrated box. That is, the oxygen cylinder 1 is placed on top of the air cleaner 2.
A chamber 15 for installation is provided, and the oxygen cylinder 1 is installed in the chamber 15. Then, an oxygen supply pipe 17 is connected to a T-shaped mixing pipe 16 arranged substantially in the center of the air cleaner 2 so that oxygen can be supplied from the oxygen cylinder 1 to the mixing pipe 16. Has been done. Further, an air intake port 45 for sucking outside air is formed on the lower side surface portion of the air cleaner 2, and a plurality of filters (not shown) are attached to the air intake port 45. Further, a motor 43 and a fan 44 are installed inside the air cleaner 2, and the rotation of the motor 43 causes the fan 44 to rotate.
The structure is such that the air sucked from the air intake port 45 is blown to the mixing pipe 16. Then, in the mixing pipe 16, the oxygen supplied from the oxygen cylinder 1 and the air that is sucked and cleaned from the air intake port 45 of the air cleaner 2 are mixed, and the mixed gas of the mixed gas connected to the mixing pipe 16 is mixed. Blower pipe 18,1
It is configured so that it can be supplied to the distal end portion of the infrared irradiator 3 described later via 9. Here, two pipes 18 and 19 for blowing mixed gas are provided so that two infrared irradiators 3 described later can be used at the same time.

The air cleaner 2 and the oxygen cylinder 1 may be housed in an integral box as shown in FIG. That is, a chamber for installing the oxygen cylinder 1 having a door 76 that can be opened and closed is provided above the air cleaner 2, and the oxygen cylinder 1 is installed in the chamber. Then, the oxygen supply pipe 74 is connected to the T-shaped mixing pipe 84 arranged in the substantially central portion of the air cleaner 2 so that oxygen can be supplied from the oxygen cylinder 1 to the mixing pipe 84. Has been done. Further, an air suction port 85 for sucking external air is formed on the lower front surface of the air cleaner 2, and a pure filter 82 and an air clean filter 80 are attached to the air suction port 85, and the pure filter 82 and the air filter An ion counter electrode plate 81 having a nichrome wire 79 is arranged between it and the clean filter 80.
Further, a fan 86 is installed inside the air cleaner 2, and the fan 86 is rotated by the rotation of the motor.
The structure is such that the air sucked from the air suction port 85 is sent to the mixing pipe 84. Then, in the mixing pipe 84, the oxygen supplied from the oxygen cylinder 1 and the air cleaned by sucking from the air suction port 85 of the air cleaner 2 are mixed, and the mixed gas is blown into the air blowing ports 77, 78 of the mixing pipe 84. From pipe (not shown)
It is configured so that it can be supplied to the distal end portion of the infrared irradiator 3 described later via. Here, the two blowing ports 77 and 78 are provided in the mixing pipe 84 so that two infrared irradiators 3 described later can be used at the same time. In FIG. 5, 71 is an oxygen gauge, 72 is an oxygen adjusting knob, 73 is an oxygen pressure gauge, 75 is a door of a chamber for storing an extra hose, and 83 is a high voltage for supplying a voltage to the ion counter electrode plate 81. It is a voltage transformer.

As shown in FIG. 6, the infrared irradiator 3 has an outer box 31 having a plurality of small holes 34 formed on the upper surface and side surfaces and having both ends opened, and a plurality of small holes 35 formed on the upper surface and side surfaces. Is formed by an inner box 32 having an opening and an infrared lamp 33 (see FIG. 7) attached to the end. And FIG.
As shown in FIG. 3, the open end of the inner box 32 is fitted into the open end of the outer box 31, and the inner box 32 can slide in the outer box 31. In this embodiment, by sliding the inner box 32 into the outer box 31 and changing the distance between the infrared lamp 33 and the tip of the outer box 31, the outer box 31 is changed.
Although it was decided to adjust the intensity of infrared rays from the infrared lamp 33 near the tip of the 31, by keeping the distance between the tip of the outer box 31 and the infrared lamp 33 constant and adjusting the output of the infrared lamp 33. The structure may be one in which the intensity of infrared rays from the infrared lamp 33 near the tip of the outer box 31 is adjusted, or a structure in which both are used in combination.

The plurality of small holes 34, 35 formed on the upper and side surfaces of the outer box 31 and the inner box 32 radiate the heat generated in the outer box 31 and the inner box 32 to the outside and generate infrared rays. This is for averaging the temperatures in the outer box 31 and the inner box 32, and the positions, numbers, and arrangements of the small holes 34, 35 are arbitrary as long as heat can be effectively released.

On the upper surface of the infrared irradiator 3, a pipe 36 and a hose 41 for supplying a mixed gas of air and oxygen from the air cleaner 2 to the tip of the infrared irradiator 3.
Is attached. That is, as shown in FIG.
Two retaining trees on the upper surface of the outer box 31 perpendicular to the axial direction of the outer box 31.
37, 38 are attached, and a pipe 36 is attached by a fastener 39, 40 vertically to the retaining tree 37, 38 and in the approximate center of the retaining tree 37, 38. Then, one end of the bellows-shaped hose 30 is connected to one end of the pipe 36, and a bellows-shaped hose 41 is connected to the other end of the pipe 36.

Further, as shown in FIGS. 8 (A) and 8 (B), on the upper surface of the tip of the outer box 31 of the infrared irradiator 3, a hose 41 is provided approximately in the axial center of the outer box 31. A stopper member 42 for engaging with the upper surface of the tip end portion of 31 is attached.
A passage is formed inside the stopper member 42 so that the hose 41 can be attached with an inclination of 45 ° with respect to the central axis of the outer case 31, and the upper surface of the tip of the outer case 31 is provided. A continuous passage is formed in the passage formed in the stopper member 42, and the hose 41 is passed through the continuous passage,
A mixed gas of air and oxygen can be sprayed onto the affected part of the fungal skin disease from the upper surface of the tip of the outer box 31. In this embodiment, the stopper member 42 is attached to the upper surface of the tip of the outer box 31, but if the mixed gas of air and oxygen can be effectively blown to the affected part of the fungal skin disease, the tip of the outer box 31 can be effectively blown. It may be attached at any position of the.

Next, the fungal skin disease healing apparatus A of this embodiment is used to blow a mixed gas of air and oxygen to the affected area of the fungal skin disease and simultaneously irradiate infrared rays to cure the fungal skin disease. The method will be described. First, the outside air is sucked from the air intake port 25 of the air cleaner 2, the air is cleaned through a plurality of filters attached to the air intake port 25, and the cleaned air is formed on the upper surface of the lower box body 21 by the fan 24. The air is blown to the mixing section 27 formed inside the upper box 22 from the blower port 26. On the other hand, oxygen is supplied from the oxygen cylinder 1 to the mixing section 27 of the air cleaner 2, and the air cleaned by the mixing section 27 and oxygen are mixed. Then, a mixed gas of air and oxygen is blown out through the hose 30, the pipe 36 and the hose 41 from the upper surface of the tip of the outer box 31 of the infrared irradiator 3 with an inclination of 45 °. At this time, infrared rays are generated from the infrared lamp 33 attached to the end of the inner box 32 of the infrared irradiator 3. Then, a mixed gas of air and oxygen is blown to the affected area of the fungal skin disease located in front of the infrared irradiator 3 and, at the same time, infrared rays are irradiated.

By the above-mentioned method, the natural healing power of the living body is promoted and fungal skin diseases are treated. The temperature suitable for the physiological action of the hyperthermia on the human body is, as a result of various experiments, about 6 times higher than the body temperature of the human body. It was necessary to lower the temperature by -14 ° C, and it was found that if it is higher than this temperature, it causes herpes and Candida dermatitis, and if it is lower than this temperature, it causes discomfort due to cold feeling. Therefore, by sliding the inner box 32 inside the outer box 31 of the infrared irradiator 3 and adjusting the lengths of the infrared lamp 33 attached to the end of the inner box 32 and the tip of the outer box 31, The temperature of the mixed gas of air and oxygen that is heated by is set to be about 6 to 14 ° C. lower than the body temperature of the human body.

Next, in order to confirm the increase in the natural healing power of the living body due to the use of the fungal skin disease healing apparatus A of the present invention,
The following plant experiments were carried out. Since the principles of human body growth and plant growth are considered to be approximately the same, it was decided to infer an increase in the natural healing power of the living body from the results of this plant experiment. As shown in FIG. 9, the device used in the experiment is the infrared irradiation device 3 of the healing device A for fungal skin disease of the present invention, which is composed of an oxygen cylinder 1, an air cleaner 2 and an infrared irradiation device 3, on the device table 51. Installed in the infrared irradiation device 3
As shown in FIG. 10, an experimental apparatus M in which a wooden box 52 is installed on the front surface of the open tip of the outer box 31 of FIG. 10, and the oxygen cylinder 1 and the air cleaner 2 from the healing apparatus A of the fungal skin disease of the present invention.
The infrared irradiator 3 of the infrared irradiator B including only the infrared irradiator 3 is removed from the infrared irradiator 3 is installed on the device stand 61, and the wooden box 62 is placed in front of the open end of the outer box 31 of the infrared irradiator 3. This is the installed experimental apparatus N. The experimental apparatus M and the experimental apparatus N are configured to be the same except for the presence or absence of the oxygen cylinder 1 and the air cleaner 2.

As shown in FIG. 9 and FIG. 10, the wooden boxes 52, 62 are rectangular parallelepiped, and the open end of the outer box 31 of the infrared irradiator 3 installed on the installation bases 51, 61. Windows 57 and 67, which are slightly larger than the opening of the outer box 31, are formed at a position facing the outer box 31, and the open end of the outer box 31 of the infrared irradiator 3 can be brought into contact with the windows 57 and 67. Has been done. Also a wooden box
The inside of 52,62 is a flat plate 5 with water on the sample table 53,63.
4,64 are installed, pots 55,65 in which the plants X and Y are planted are placed in the flat plates 54,64, and thermometers 56,66 are installed on the sample stands 53,63. There is. In addition, the wooden boxes 5 and 62 are arranged so that the growth of the plants X and Y in the wooden boxes 52 and 62 can be observed from the outside.
Peep windows (not shown) are formed in front of 2,62.

In this experiment, the outer box of the infrared irradiator 3 is used.
The pots 55 and 65 in which the plants X and Y were planted were set at a position about 20 cm from the open end of 31. Also, the outer box of the infrared irradiator 3
The distance from the open end of 31 to the infrared lamp attached to the end of the inner box 32 of the infrared irradiator 3 is made equal between the experimental device M and the experimental device N, and the temperature inside the wooden boxes 52, 62 during the experiment is adjusted.
Maintained at 26-27 degrees. At this time, a cooler was installed in the laboratory to keep the outside temperature constant.

The plant used in the experiment was watermelon X1.
There are four types: Y1, soybean X2 / Y2, green pepper X3 / Y3, and rice X4 / Y4. Here, watermelon X1, soybean X2, green pepper X3, and rice X4 are plants used in the experiment in the experimental apparatus M, and are watermelon Y1, soybean Y2,
Bell pepper Y3 and rice Y4 are plants used for the experiment in the experimental apparatus N. In the experiment in the experimental apparatus M, the air cleaner 2 is always in the operating state and the wooden box 52 is in a state in which the mixed gas of air and oxygen is blown. At this time, oxygen is supplied from the oxygen cylinder 1 once every 30 minutes (1.5 l / m for 5 minutes).

The schedule of the daily experiments is as follows. At 7 am, water is sprayed on the leaves of plants X and Y. At this time, the size (height) of the plants X and Y and the color of the leaves are observed. At 8:00 am, the infrared lamp 33 of the infrared irradiator 3 is turned on to start infrared irradiation. At 5:30 pm, infrared lamp 33 of infrared irradiator 3
And turn off the infrared irradiation. At 6:30 pm, water the leaves of plants X and Y.
At this time, the size (height) of the plants X and Y and the color of the leaves are observed.

With the above procedure, May 17 to May 23, 1992
The plant experiment was conducted for 7 days until
I got the test results. (Experimental result 1) Growth of watermelon X1 and Y1 [Table 1]  Watermelon X1 height (cm) Watermelon Y1 height (cm) May 17 (Sun): 13.0 14.0 (Before the start of the experiment) May 20 (Wed): 15.5 14.0 May 23 (Sat): 18.5 14.0  7-day growth: 5.5 0 As shown in Table 1, watermelon length growth for 7 days
Changes with 0 (cm) for watermelon Y1 in experimental device N
There was no, but the watermelon X1 in the experimental device M
It can be seen that it was 5.5 (cm). And Sui
The growth of mosquito X1 is remarkable especially in the core vine. 7
It was about 4.0 (cm) in a day.

(Experimental result 2) Growth of soybean X2 and Y2 [Table 2]  Soybean X2 height (cm) Soybean Y2 height (cm) May 17th (Sun): 12.0 14.0 (Before the experiment) May 20th (Wed): 19.2 19.8 May 23 (Sat): 21.0 20.0  7-day growth: 9.0 6.0 As shown in Table 2, soybean height growth for 7 days
Is 6.0 (cm) for soybean Y2 in experimental apparatus N.
On the other hand, in the soybean X2 in the experimental device M,
It can be seen that it was 9.0 (cm). Before the start of the experiment
Is soybean X2 shorter than soybean Y2
However, on the 4th day after the start of the experiment, the heights of both became almost the same,
Seven days after the start of the experiment, the height of soybean X2 is the height of soybean Y2.
It is taller than the height, and the green color of the leaves is dark
I was trying.

(Experimental result 3) Growth of bell peppers X3 and Y3 [Table 3]  Height of bell pepper X3 (cm) Height of bell pepper Y3 (cm) May 17 (Sun): 31.0 29.2 (Before the start of experiment) May 20 (Wed): 31.6 29.6 May 23 (Sat): 33.7 30.4  7-day growth: 3.7 1.2 As shown in Table 3, the growth of bell pepper height for 7 days
Is 1.2 (cm) for the green pepper Y3 in the experimental apparatus N.
However, the green pepper X3 in the experimental apparatus M was
It can be seen that was 3.7 (cm). Also pima
In X3, flowers bloomed on the third day after the start of the experiment, and 6
On the day, the petals fell and became fruitful. On the other hand, green pepper Y
No. 3 was still in bloom during the 7-day experiment
there were.

(Experimental Result 4) Growth of Rice X4 / Y4 [Table 4]  Rice X4 height (cm) Rice Y4 height (cm) May 17 (Sun): Several buds emerged Several buds emerged (before the start of the experiment) May 20 (Wed): 1 to 1.5 (cm), 1 (cm) or less Many things many Saturday, May 23: Many 3 (cm) and many 1-2 (cm) As shown in Table 4, rice was 7 days tall and
Rice Y4 in Oki N is about 2 (cm)
Most of the rest was about 1 (cm)
On the other hand, the rice X4 in the experimental device M is 3 (cm)
It can be seen that the majority of the old ones were. Also, rice X
4 leaves are greener and more vivid than the leaves of rice Y4
Was there.

As described above, 4 of watermelon X1 · Y1, soybean X2 · Y2, green pepper X3 · Y3, rice X4 · Y4
In the experiments using a variety of plants, the plant used for the experiment in the experimental apparatus M, that is, watermelon X, was used in each case.
1. The growth of soybean X2, pepper X3, and rice X4 was more remarkable than that of the plants used for the experiment in the experimental apparatus M, that is, watermelon Y1, soybean Y2, pepper Y3, and rice Y4. From this, the use of the fungal dermatosis healing apparatus A of the present invention, that is, by spraying a mixed gas of air and oxygen and irradiating infrared rays at the same time, and providing a good natural environment, has a remarkable effect on the growth of plants. It was confirmed to be brought. It is considered that the remarkable growth of plants in such a good natural environment has a positive effect on the physiological actions of the human body. In other words, it is possible to cure diseases that have been difficult to be completely cured by removing bad conditions that hinder the human body from living and providing a good natural environment.

From the above-mentioned experimental results on the plants, it was found that the following conditions are suitable as conditions for the method of healing fungal skin diseases. (1) Blow condition This is a condition for efficiently blowing oxygen to the affected part of the fungal skin disease by blowing air. That is, it is a condition for blowing a mixed gas of air and oxygen to the affected part of the fungal skin disease. Oxygen content: 1.5 (l / m) Oxygen content: 20.9 to 26.0 (%) Wind speed: 1.2 to 5.5 (m / s) (2) Infrared irradiation conditions Irradiate infrared rays on the affected area of mycotic skin disease to heat it. Is a condition for activating metabolism. Infrared lamp wavelength: 0.57 to 5.0 (μ
m) Distance from infrared lamp to affected area: 600 to 900 (mm) (3) Implementation conditions Applicable range: 2 to 5 times the area of affected area Application time: Repeat 10 to 15 minutes for several times. Conditions for application: Keep the temperature of the affected area 6 to 14 ° C lower than the body temperature. Room temperature: 22 to 30 ° C. Under the following conditions within the range of the above-mentioned conditions, an attempt was made to actually treat the affected part of the fungal skin disease using the fungal skin disease healing apparatus A of the present invention. Wind speed: 2.8 (m / s) Oxygen content: 22.0 (%) Infrared lamp wavelength: 1.2 (μm) Distance from the infrared lamp to the affected area: 780 (mm) Scope of application: Concentric circles around the affected area with a diameter of 10 cm 20 cm in diameter
Applicable time: 10 minutes as a unit, apply 3 times at 30 minute intervals. Conditions for application: Keep the temperature of the affected area 9 ° C lower than the body temperature. Room temperature: 24 ℃ As a result, good results could be obtained for fungal Candida dermatitis, athlete's foot, tinea cruris, herpes, etc.

Furthermore, the method for healing fungal dermatitis of the present invention and the therapeutic apparatus A used therefor are, in addition to the fungal candida dermatitis, athlete's foot, tinea cruris, herpes, neurodermatitis, atopic dermatitis.・ Allergic dermatitis / eczema ・
Fungal dermatitis, viral dermatitis, inflammation due to sprained joints, rheumatoid arthritis, cervical arm syndrome, low back pain, myalgia (tension), fatigue, myotonic headache, autonomic imbalance, numbness of hands and feet, human body It was found to be effective against paralysis, dysuria, cold sensation, insomnia, etc.

Neurodermatitis, athlete's foot, atopic dermatitis, allergic dermatitis, eczema, fungal dermatitis, viral dermatitis, herpes, inflammation due to sprained joints, rheumatoid arthritis, cervical arm syndrome, low back pain, For diseases such as myalgia (tension), numbness of limbs, and paralysis of the human body, the treatment device A for fungal skin diseases of the present invention is separated from the affected area by about 18 to 23 cm, and the temperature of infrared rays is 6 to more than body temperature. The most preferable effect can be obtained by setting the temperature lower than 14 ° C. and blowing a mixed gas of air and oxygen to the affected area for about 5 to 15 minutes.

For diseases such as fatigue and fatigue, myotonic headache, autonomic imbalance, dysuria, cold sensation, insomnia, etc., the air from the fungal skin disease treatment device A of the present invention is used. A therapy in which a mixed gas of oxygen and oxygen and infrared rays are blown to the soles of the feet is preferable. That is, the fungal dermatosis treatment device A of the present invention is separated from the sole of the foot by about 18 to 23 cm, the infrared temperature is set to 6 to 14 ° C. lower than the body temperature, and the mixed gas of air and oxygen is about 5 to 15 minutes. The therapy that is sprayed on the sole of the foot can have the most favorable effect.

Next, a description will be given of the outline of the case where the fungal skin disease healing apparatus A of the present invention is actually used to cure the disease. (Cure example 1 of disease) Disease name: Fungal Candida dermatitis Patient: Male (55 years old) Around the end of August 1991, the lacquer caused skin irritation on the right lower leg, which gradually deteriorated and became worse on the groin area. The inflammation caused by the mold on the lacquer spread, so I went to the hospital and was treated by applying a medicine and an ointment, but I couldn't recover completely. Around mid-January 1992 when these symptoms continued,
When I woke up asleep while sleeping deeply in the kotatsu and woke up, the entire groin was inflamed, and I was diagnosed with fungal candida dermatitis at the hospital. Therefore, while going to the hospital to give injections and continue treatment by applying drugs and ointments, purchase and use ointments and liquid drugs that are highly effective and have a good reputation at pharmacies. I have been treated, but the current situation is that he is not completely cured. Then, when it was treated with the healing device A for fungal skin diseases of the present invention in the middle of May, 1992, the fungal candida dermatitis of the pubic region began to heal and within about a week. I've healed by almost normal.

(Cure example 2 of disease) Disease name: Tinea cruris Patient: Male (33 years old) From around the summer of 1987, itching and red rashes began to appear on the groin on both sides, and they were left to stand. However, similar symptoms appeared in the perineum and around the anus. In particular, the symptoms worsened during the hot and humid summer months, and accompanied by tingling pain when walking. Therefore, I purchased an antifungal agent (Trochy Cream from Pfizer Pharmaceuticals) at a pharmacy and tried using it, but there was almost no texture. A few years later, I was diagnosed with tinea cruris at the hospital, and I applied an antifungal agent (Floride D from Mochida Pharmaceutical Co., Ltd.) to the affected area several times a day, and at the same time tried to take a daily bath and dry the affected area with a hair dryer. Not only did the condition not improve, but in addition to itching and a red rash, the skin began to peel, and the condition had continued until then. Therefore, when it was treated with the healing device A for fungal skin disease of the present invention five times from May 3, 1992 to May 10, 1992, itching of the affected area disappeared and red rash and sore skin It has subsided.

(Cure example 3 of illness) Disease name: athlete's foot Patient: Male (49 years old) About 15 years ago, I rented slippers from another person, and my left foot became athlete's foot, which was caused by the application of a commercially available ointment. I continued to treat, but it didn't get any better. About 10 years ago, I got an ointment at the hospital and applied it to the affected area, but it did not cure completely, and at worst, the skin behind the back of my toes was peeled and itchy. , Especially, blood was bleeding from the back of the little finger. Therefore, when the treatment with the healing device A for fungal dermatosis of the present invention was performed once for about 15 minutes 5 times for about 1 week from the beginning of May 1992, the sole of the foot was treated with the first treatment. The itching on my soles faded, and the itching on my soles disappeared as I treated it twice or three times, and the skin peeling condition had subsided.

(Healing Example 4 of Disease) Disease Name: Herpes Patient: Female (21 years old) In 1990, the body was tired and tired easily, and subjective symptoms such as weight loss and generation of slight fever continued. Coulomb's disease was diagnosed when tested with fiber etc., and for its treatment, lental, steroid, salazopyrine,
When I continued to take immunosuppressants, I had herpes that was thought to have these side effects around the end of 1991, and when I was diagnosed at the hospital, I had already started having herpes on my chest.
Since it had been about a week, herpes infusion had no effect, and she was treated with a drug and an ointment, but did not completely heal. After that, I purchased Takeda's Robak S ointment at a pharmacy and used it, but the current situation is that it is not completely cured. Therefore, the healing apparatus A for fungal skin diseases of the present invention is performed once for about 10 minutes each for 5 days from May 5, 1992 to May 9, 1992.
The first treatment stopped the itching of the back, which had not been cured by the first treatment, and then continued to continue the treatment every day, the itch disappeared completely.

(Example 5 of cure of illness) Disease name: Autonomic neuropathy Patient: Female (18 years old) From about 2 years ago, suddenly my back became painful, my chest became painful, and sometimes I felt nauseous. became. In addition, my head became heavy and I couldn't sleep at night. In addition, I had abdominal pain, my legs became sick, and I felt sick in my body. He went to the hospital and was treated by taking medication, but he was never cured. Then, when the sole of the foot was treated with the healing device A for fungal dermatosis of the present invention for about 15 minutes once for 7 days from May 11 to May 17, 1992, the I felt lighter, and the pain I had up until now disappeared like a lie. The progress since then has been smooth, and my worries have been resolved for a long time.

(Example 6 of healing of illness) Disease name: Cold sensation Patient: Female (35 years old) I have been suffering from coldness and dullness from my lower back since about 10 years ago, especially in winter, I was in a bad condition and took a bath. Even though I was barefoot for a few minutes to get up, my legs became icy and I could not sleep without wearing socks. He continued to take over-the-counter drugs, but had little effect. In addition, he went to a hospital or went to a massage, but it did not improve at all, and sometimes his back became heavy and sometimes abdominal pain occurred. Therefore, when the sole of the foot was treated with the healing device A for fungal skin disease of the present invention for about 15 minutes once for 5 days from April 25 to April 29, 1992, the It became warmer and lighter, and I barely noticed it even after a while with bare feet after taking a bath.

(Cure example 7 of illness) Disease name: Low back pain Patient: Female (36 years old) Pain that cannot be said to be heavy in the waist 6 months after the birth of the second child in December 1987 Came to remember. At first, I thought that it came from the cold, and I thought that if I kept it warm it would be cured eventually, but it did not heal at all, especially at dawn, I could not turn over and it was painful to move my body It's coming. I received a massage and acupressure, but the pain did not go away. During the day, I didn't bother much, but if I kept the same posture for a long time, my back hurts, and I went to the hospital for about 6 months and took the medicine, but it didn't improve. Therefore,
When the affected area was treated with the fungal dermatosis healing device A of the present invention for 5 days from April 20 to April 24, 1992, the lower back pain disappeared like a lie.

(Healing Example 8 of Disease) Disease name: Pain in both knees Patient: Female (37 years old) The right knee started to ache from 6 years ago, and the left knee began to ache from 2 years ago. About four years ago, I had to go to the hospital to drain my knees, it became very difficult to stand and sit, and sometimes I couldn't bear the pain. I tried to treat with compresses, but it didn't heal. In addition, I went to the hospital 2-3 times a month for two years to get a pain relieving injection, but I did not get any better. Furthermore, when I took medicines and received electrical treatment, my pain felt a little lessened during the treatment, but over time, it became similar again. Therefore, when the affected area was treated with the healing device A for fungal skin disease of the present invention for about 10 minutes once for 7 days from May 18 to May 24, 1992, the knee was very light. I feel it, and it's easier to walk and stand.

(Healing Example 9 of Disease) Disease name: Pain in both knees Patient: Female (42 years old) From around July 1988, the pain in the joints in both knees became severe, so at the osteopathic clinic from around August of the same year. I continued to be treated with electric therapy and massage, but I could not get rid of the pain at all, so I received treatment by injection into the joint at the hospital around November of the same year, but I only got pain when I injected it and the next day I got it. Also, it was painful to walk or sit for 5 years. Therefore, when the affected area was treated with the healing device A for the fungal skin disease of the present invention for 7 days from May 15 to May 21, 1992, it became very comfortable during the treatment. , That feeling continued for a long time, and the pain was getting stronger day by day. Walking and sitting is no longer as painful as I used to be, and I have recovered to the point where I can walk and sit in a natural state.

As described above, the use of the healing method for a fungal skin disease and the healing apparatus A of the present invention can promote an increase in the natural healing power of a living body, and thus it has been difficult to completely cure it. Fungal candida dermatitis, tinea cruris,
It is possible to effectively treat fungal skin diseases such as athlete's foot and herpes, autonomic imbalance, cold sensation, low back pain and pain in both knees.

[0043]

EFFECTS OF THE INVENTION According to the method for healing fungal skin diseases of the present invention, since it is possible to promote an increase in the natural healing power of the living body, it is possible to effectively treat fungal skin diseases which have been difficult to cure until now. Can be healed. Further, according to the fungal skin disease healing apparatus of the present invention, since the temperature of the infrared rays irradiated to the affected area can be set to an appropriate temperature for the physiological action of the human body, the fungal skin disease can be effectively and safely treated. Can receive treatment. Furthermore, the method and apparatus for healing fungal skin diseases of the present invention also have the effect that they can be effectively used for healing diseases other than fungal skin diseases.

[Brief description of drawings]

FIG. 1 is a schematic perspective view of a fungal skin disease healing device according to an embodiment of the present invention.

FIG. 2 is an enlarged perspective view showing a connected state of an oxygen cylinder and an air cleaner.

3 is a sectional view taken along line III-III in FIG.

FIG. 4 is a perspective view of an oxygen cylinder and an air cleaner housed in an integrated box.

FIG. 5 is a perspective view when an oxygen cylinder and an air cleaner are housed in an integrated box.

FIG. 6 is a perspective view of an infrared irradiator.

7 is a sectional view taken along line VII-VII in FIG.

FIG. 8 is a plan view (A) and a side sectional view (B) of a front end portion of an outer box of the infrared irradiator.

FIG. 9 shows the use of the fungal skin disease healing device of the present invention.
It is a sectional view of an experimental device for investigating the growth state of a plant.

FIG. 10 is a cross-sectional view of an experimental device for investigating the growth state of plants using only an infrared irradiator.

[Explanation of symbols]

A Healing device for fungal skin diseases 1 Oxygen cylinder 2 Air cleaner 3 Infrared irradiator 31 Outer box 32 Inner box 33 Infrared lamp 34 Small hole 35 Small hole

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[Procedure amendment]

[Submission date] December 17, 1992

[Procedure Amendment 1]

[Document name to be amended] Statement

[Correction target item name] 0012

[Correction method] Change

[Correction content]

The air cleaner 2 and the oxygen cylinder 1 may be housed in an integral box as shown in FIG. That is, a chamber for installing the oxygen cylinder 1 having a door 76 that can be opened and closed is provided above the air cleaner 2, and the oxygen cylinder 1 is installed in the chamber. Then, the oxygen supply pipe 74 is connected to the T-shaped mixing pipe 84 arranged substantially in the center of the air cleaner 2.
It is configured so that oxygen can be supplied from the oxygen cylinder 1 to the mixing pipe 84. Further, an air suction port 85 for sucking external air is formed on the front surface of the lower portion of the air cleaner 2, and a pure filter 82 and an air clean filter 80 are attached to the air suction port 85, and the pure filter 82 and the air filter A counter electrode plate 81 having an electric wire 79 is arranged between the clean filter 80 and the clean filter 80. Further, a fan 86 is installed inside the air cleaner 2, and the fan 86 is rotated by the rotation of the motor to blow the air sucked from the air inlet 85 to the mixing pipe 84. Then, in the mixing pipe 84, the oxygen supplied from the oxygen cylinder 1 and the air which is sucked and cleaned from the air suction port 85 of the air cleaner 2 are mixed, and the mixed gas is blown into the air blowing port 7 of the mixing pipe 84.
It is configured such that it can be supplied from 7, 78 to a tip portion of an infrared irradiator 3 described later through a pipe (not shown). Here, the two blowing ports 77 and 78 are provided in the mixing pipe 84 because the infrared irradiator 3 described later is used.
This is so that two groups can be used at the same time. In FIG. 5, 71 is an oxygen gauge, 72 is an oxygen adjusting knob, 73 is an oxygen pressure gauge, 75 is a door of a chamber into which an extra hose or the like is inserted, and 83 is a high voltage for supplying a voltage to the counter electrode plate 81. It is a transformer.

[Procedure Amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0018

[Correction method] Change

[Correction content]

By the above-mentioned method, the natural healing power of the living body is promoted and fungal skin diseases are treated. The temperature suitable for the physiological action of the hyperthermia on the human body is, as a result of various experiments, about 6 times higher than the body temperature of the human body. It has been found that it is necessary to lower the temperature by -14 ° C, and if it is higher than this temperature, dermatitis or the like is caused, and conversely, if it is lower than this temperature, discomfort due to cold feeling is given.
Therefore, by sliding the inner box 32 inside the outer box 31 of the infrared irradiator 3 and adjusting the lengths of the infrared lamp 33 attached to the end of the inner box 32 and the tip of the outer box 31, The temperature of the mixed gas of air and oxygen to be warmed by the human body should be set about 6 to 14 ° C lower than the body temperature of the human body.

[Procedure 3]

[Document name to be amended] Statement

[Name of item to be corrected] 0029

[Correction method] Change

[Correction content]

From the above-mentioned experimental results on the plants, it was found that the following conditions are suitable as conditions for the method of healing fungal skin diseases. (1) Ventilation condition This is a condition for efficiently blowing oxygen to the affected part of the fungal skin disease by blowing air. That is, it is a condition for blowing a mixed gas of air and oxygen to the affected part of the fungal skin disease. Oxygen amount: 1.5 (l / min ) Oxygen amount content: 20.9 to 26.0 (%) Wind speed: 1.2 to 5.5 (m / s) (2) Infrared irradiation conditions Infrared rays are fungal It is a condition for irradiating the affected part of skin disease and activating metabolism by heat. Infrared lamp wavelength: 0.57-5.
0 (μm) Distance from infrared lamp to affected area: 600 to 90
0 (mm) (3) Implementation conditions Application range: 2 to 5 times the area of the affected area Application time: Repeated several times with 10 to 15 minutes as one unit. Application conditions: Keep the temperature of the affected area 6 to 14 ° C. lower than the body temperature. Room temperature: 22 to 30 ° C. Under the following conditions within the range of the above-mentioned various conditions, an attempt was made to actually treat an affected part of fungal skin disease by using the fungal skin disease healing apparatus A of the present invention. Wind speed: 2.8 (m / s) Oxygen content: 22.0 (%) Wavelength of infrared lamp: 1.2 (μm) Distance from infrared lamp to affected area: 780 (mm) Application range: 10 cm in diameter Within the range of 20 cm in diameter concentrically around the affected area. Application time: 10 minutes as 1 unit, application is performed 3 times at intervals of 30 minutes. Conditions for application: Keep the temperature of the affected area 9 ° C lower than the body temperature. Room temperature: 24 ° C. As a result, good results could be obtained for fungal candita dermatitis, athlete's foot, tinea cruris, herpes, and the like.

Claims (4)

[Claims] 1. A method of healing a fungal skin disease, which comprises spraying a mixed gas of air and oxygen onto the affected area of the fungal skin disease and irradiating infrared rays at the same time. 2. A healing device for a fungal skin disease used in the method for healing a fungal skin disease according to claim 1, comprising an oxygen cylinder, an air cleaner and an infrared irradiator, wherein the oxygen cylinder is an air cleaner. Is connected to an air cleaner so that oxygen can be supplied to the air cleaner, and the air cleaner sucks and cleans the outside air, and mixes the cleaned air with the oxygen supplied from the oxygen cylinder, It is configured so that the mixed gas can be sprayed from the tip of the infrared irradiator to the affected part of the fungal skin disease, and the infrared irradiator emits infrared rays generated by an infrared lamp installed inside the infrared irradiator. A healing device for mycotic skin disease, characterized in that it is configured to be able to irradiate the affected part of mycotic skin disease from the tip part. 3. The infrared irradiator has an outer box having a plurality of small holes formed on the upper surface and side surfaces and having both ends open, and an infrared box having a plurality of small holes formed on the upper surface and side surfaces with an open tip and an end. It is composed of the inner box attached,
The open tip of the inner box is fitted to the open end of the outer box, and the inner box can slide in the outer box, and from the tip of the outer box to the affected part of fungal skin disease, The fungal skin according to claim 2, wherein a mixed gas of air and oxygen supplied from the air cleaner can be sprayed and infrared rays generated from an infrared lamp attached to the end of the inner box can be simultaneously irradiated. Disease healing device. 4. The air cleaner box is provided with an oxygen cylinder installation location, the oxygen cylinder is installed at the installation location, and the air cleaner and the oxygen cylinder are housed in an integral box. 2. The healing device for fungal skin diseases according to 2.