JPH0137647Y2 - - Google Patents

Description

[Detailed description of the invention] This invention relates to a medical device that irradiates ultraviolet rays and infrared rays simultaneously, making it possible to perform irradiation treatment at the same time.The applicant has filed a pending application for utility model registration in 1985. This is an application for improvement of ultraviolet medical device No. 97000.

Although the medical effects of ultraviolet rays and infrared rays have been recognized and widely applied,
In both cases, ultraviolet rays can only be irradiated with specific wavelengths of ultraviolet rays, and infrared rays can only be irradiated with specific wavelengths of infrared rays, and it is not possible to receive irradiation with all types of ultraviolet rays and infrared rays, which are beneficial for human body treatment. ,
Furthermore, it was not possible to receive irradiation treatment with both ultraviolet and infrared rays at the same time, which was extremely inconvenient.

The present invention was devised for the purpose of eliminating the above-mentioned drawbacks. As an example, the first
To explain from the top of the drawings in Figures and Figures 2, the surface of the stainless steel plate is scratched (the principle of generation of exoelectrons generated from the scratched surface is applied by scratching the surface with a file etc.) and processing. A concave reflecting mirror (plate) 2 is provided with a stainless steel plate, and in addition to infrared lamps 3 and 4 provided in the center thereof, two ultraviolet lamps 5 and 6 are also provided. One of the infrared lamps, 3, uses an infrared lamp that emits far infrared rays,
On the other hand, method 4 uses an infrared lamp that emits near-infrared rays. Further, as the ultraviolet lamp 5, a near ultraviolet lamp (2967 Å), also called a solar lamp, is used, and as the ultraviolet lamp 6, a mercury lamp (2537 Å), also called a germicidal lamp, is used. Infrared rays emitted from these infrared lamps and ultraviolet lamps,
The ultraviolet rays both travel straight forward, or are reflected by the concave reflector 2 and irradiated forward, respectively. On the other hand, the upper end of the concave reflector has a wavelength of 1849 Å.
A shielding plate 8 made of a stainless steel plate (same as above) with a scratched upper surface on which the third ultraviolet lamp 7 (which emits extreme ultraviolet rays of A hinge 14 is provided at the contact portion (contact portion) between the shielding plate 8 and the upper end of the concave reflector. [This is for the treatment of athlete's foot, etc., and when the direction of the concave reflector is lowered and the direction of irradiation is adjusted downward using the adjustable screw 16, the shielding plate is moved by the action of the hinge 14 due to its own weight. By falling forward, the powerful extreme ultraviolet rays of the third ultraviolet lamp 7 are directly irradiated onto the affected area, and can be used to treat athlete's foot. ] On the other hand, air sent from the blower 10 operated by the electric motor 11 is sent into the concave reflector through the vent 9, and is exposed to the photoelectric effect of the extreme ultraviolet light emitted from the third ultraviolet lamp 7 and the concave reflector 2. By applying and supplying a negative (electrostatic) high voltage to the shielding plate 8 using a separate circuit, a large amount of electrons are generated (air is (negatively) ionized) and dissociated or ionized. It is emitted forward along with the generated ozone and other air. This makes it possible to absorb ozone and (negative) ions when irradiated with infrared or ultraviolet light, increasing the therapeutic effect. Furthermore, the outside of the concave reflector 2 is surrounded by a plastic plate, and the outer ring portions of the concave reflector 2 and the outer wall board 1 are in contact with the same outer ring portions. A large cylindrical plastic defense wall tube 12 is provided so that it can be taken in and out at the front and rear, respectively, and when the wall tube 12 is pulled forward to the maximum extent, the power switch of the third ultraviolet lamp 7 is turned on. , by specially providing it so that it lights up, the wall tube 12
By making sure that the third ultraviolet lamp can be turned on only when the ultraviolet rays are acting as a sufficient barrier, a safety measure is taken to prevent the primary rays of extreme ultraviolet rays from leaking outside. Furthermore, in front of the defense 12,
A plastic screen 13 is provided to ensure safety.

The present invention configured as described above can perform irradiation treatment with two types of infrared rays (far and near) and three types of ultraviolet rays at the same time, and can also irradiate only a portion of infrared rays or a portion of ultraviolet rays depending on the medical condition. So, if you install a lighting switch for each and make it blink,
Can be used freely. At the same time, the effects of generated anions and ozone are extremely beneficial.

In the treatment examples using this invention, the following symptoms were particularly effective. In addition, athlete's foot, which is considered to be an incurable disease, can be completely cured by irradiation for two weeks (30 minutes every day). It has also been found that due to the synergistic effect of ultraviolet rays and infrared rays, it is approximately 3 to 8 times more effective than conventional treatments, and the same or greater effect can be achieved in less than 1/3 of the treatment time. . Infrared rays and ultraviolet rays were of course effective against various symptoms, but were particularly effective in the following cases. That is, remarkable effects have been obtained on various diseases such as neuritis, neuralgia, joint/muscle rheumatism, dermatitis, and others.

As mentioned above, the present invention enables easy and effective ultraviolet and infrared treatment not only in the medical field but also in the general household, and the benefits of this invention are immeasurable as it allows anyone to perform widely applied treatments.

[Brief explanation of drawings]

FIG. 1 is a sectional view of the present invention, and FIG. 2 is a plan view. 1...Plastic exterior wall board (dome shape), 2...
...Stainless steel concave reflector (plate), 3... Far infrared lamp, 4... Near infrared lamp, 5... Sun lamp (ultraviolet lamp) (2967Å), 6... Germicidal lamp (ultraviolet lamp) (2537)
Å), 7...Extreme ultraviolet lamp (1849Å), 8...Stainless steel shielding plate, 9...Vent, 10...Blower,
11...Electric motor, 12...Plastic protection tube, 13...Plastic net, 14...Hinge.

Claims (1)

[Scope of utility model registration request] Two ultraviolet lamps (consisting of an ultraviolet lamp with a wavelength of 2967 Å and an ultraviolet lamp with a wavelength of 2537 Å) are placed in the center of a concave reflector (plate) made of a stainless steel plate whose surface has been scratched. An infrared lamp with a wavelength of 1849
In addition to installing a third ultraviolet lamp (which emits extreme ultraviolet rays of 300 nm), the front of the third ultraviolet lamp is shielded with a scratched stainless steel plate, and a hinge is installed at the top of the shielding plate to connect the upper end of the concave reflector. be attached to
A ventilation hole is provided between the center and the upper end of the concave reflector, a negative (electrostatic) high voltage is applied to the concave reflector and the shielding plate, and the outer surface of the concave reflector is covered with a plastic plate. Further, the outer ring of the concave reflector is provided with a cylindrical plastic protective wall tube of the same size as the outer ring in contact with the outer ring so that it can be taken in and out freely. Machine.