KR101875122B1 - A Light therapy system using sunlight - Google Patents

Abstract

The present invention relates to a ray irradiation apparatus using sunlight, and is for irradiating a ray of a correct wavelength by condensing a sun ray. In order to achieve the above object, according to the present invention, there is provided a solar battery module, comprising: a housing cover which can transmit sunlight; a condensing unit for condensing sunlight through a plurality of condenser lenses, A light beam irradiator main body having a plurality of optical coupling parts for optically coupling with the light collecting part and controlling the distribution, opening and closing of the sun ray condensed in the light collecting part to be transmitted to the light irradiating part, And a power supply unit connected to the light collecting unit, the main body of the light beam irradiator, and the light beam irradiating unit to supply operating power to the respective parts of the light beam irradiating apparatus, Face area, specific disease site of skin such as atopy or burn, acupuncture point or chakra area, whole body, Inserted therein enables the therapeutic effect for various organs.

Description

Description of the Related Art A light therapy system using sunlight

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for irradiating sunlight using sunlight and more particularly to a sunlight irradiating apparatus capable of irradiating light of a precise wavelength To a light beam irradiation apparatus using light rays.

Light and color have long been used as a means of healing in human history. Dr. Kararan of India has already used sunlight to treat diseases around the sixth century BCE. Today, research on its efficacy is continuing throughout the world. There are reports that full-spectrum light, ultraviolet light, colored light, and laser light can help with chronic pain, depression, immune system diseases and even cancer.

Phototherapy is a therapy that induces physiological changes of the human body using natural sunlight or artificial light. In the 1970s, modern medicine has also acknowledged that people's behavior is related to the exposure of the rays. The various rhythms of the human body are regulated by hormones and other chemicals.

If the body does not provide enough light, it may cause fatigue, cavities, depression, hostility, immune deficiency, stroke, alopecia, skin damage, alcoholism, drug addiction, Alzheimer's disease, cancer, weakness, . A study published by the US Navy showed that the incidence of melanoma (melanoma) was the highest in people working indoors only, while it was the lowest in people working indoors and outdoors. These findings are in line with other studies in which vitamin D inhibits the growth of malignant melanoma cells.

Dr. Oht, a biochemistry researcher, argued that light deficiency is an important health hazard and that full wavelength radiation is needed to maintain health. A ray contains all the different wavelengths, and the ray that contains all the wavelengths is the full spectrum light. This whole wavelength light modulates various body functions by emitting a very delicate stimulus. Treatment of seasonal emotional disorders requires 10,000 lux of light (50,000 lux of sunlight), and you may be able to see the effects within a few days if you are treated under sunlight or artificial light for 15 to 3 hours a day. However, since rays may contain ultraviolet rays and cause serious harm to the human body, avoid excessive exposure or use sunscreen equipment.

In recent years, there have been developed techniques related to a light beam irradiation apparatus, but most of them have artificial light sources, which can not produce a light beam having a wavelength required for treatment. For example, in recent years, LEDs, which are widely used in light beam irradiators, are difficult to emit light due to a slight change in wavelength because semiconductor compounds are mixed, and there is also a disadvantage that the volume of a machine becomes large in order to make a light beam of a specific wavelength band. In addition, since the light beam irradiator using an artificial light source can not produce light of a specific wavelength effective for treating a specific disease, the effect of the treatment can not be expected.

In particular, Korean Utility Model Registration No. 20-0335379 discloses a light beam irradiating apparatus which directly irradiates skin with artificially colored light rays and adds a heat treatment and an acupressure effect together with color therapy. However, since the above conventional light beam irradiator is made using an artificial light source, there is a disadvantage that it can not make a light ray having a wavelength effective for the treatment of a specific disease. Therefore, there is a desperate need for a ray irradiator using solar light capable of generating an overall wavelength.

It is an object of the present invention to provide an apparatus and a method for correcting an abnormal wave having a therapeutic effect such as a facial region, a specific disease site such as atopic and burns, an acupuncture point or a chakra region, Which is capable of irradiating a light beam of a sun ray.
Another object of the present invention is to provide a condenser lens for a visible light ray, a condenser lens for infrared rays, and a condenser lens for ultraviolet rays, each of which collects visible rays, infrared rays and ultraviolet rays from sunlight, And to irradiate a visible ray or an infrared ray or an ultraviolet ray.
Another object of the present invention is to provide a housing cover of a light condensing unit which is capable of maintaining a constant distance between the condenser lenses and the housing cover when the condenser lenses are rotated along the sun's position And a dome-shaped cover having a curved shape on one side.
According to another aspect of the present invention, there is provided an optical pickup apparatus including a light collecting unit, an optical sensor for detecting a sun position for detecting sunlight and detecting data required for tracking the current position of the sun, And a condensing lens for outputting a motor driving signal for rotating the plurality of condensing lenses so that a plurality of condensing lenses are positioned perpendicularly to the calculated current position of the sun by comparing the current position of the sun with the current position of the plurality of condensing lenses And a rotation motor driven by a motor drive signal output from the light-condensing control unit to rotate the plurality of condenser lenses so that the plurality of condenser lenses are vertically positioned with respect to the sunlight, I would like to.

According to an aspect of the present invention, there is provided an optical pickup device comprising a housing cover which can transmit sunlight, a light collecting part for collecting sunlight through respective condensing lenses, A main body of the light beam irradiator is provided with a plurality of optical coupling parts for receiving the condensed sunlight in the main body case, And a power supply unit connected to the light collecting unit, the light irradiator main body, and the light irradiating unit to supply operation power to the respective parts, wherein the light irradiating unit is optically coupled detachably and optically coupled to the required part of the human body according to the irradiation purpose, Ray irradiation apparatus using the same.

According to the ray irradiation apparatus using the sun ray of the present invention Because it can make natural treatment light by directly using sun rays, it has an advantage that it can easily make rays of wavelengths that can not be made as an artificial light source, and can be used for treating or preventing diseases.

According to the present invention, since ultraviolet rays, infrared rays, and visible rays can be separated from sunlight, they can be used for disinfection, inflammation treatment, thermal effect, skin aging prevention, burn treatment, There is an advantage that the rays can be suitably separated or used in combination with each other without being influenced by other rays as needed.
Further, the light irradiation device of the present invention is provided with a condensing section for a visible light ray, a visible light ray condensing lens for visible light, an infrared light condensing lens and an ultraviolet light condensing lens for respectively condensing visible light, infrared light and ultraviolet light from sunlight, And is configured to irradiate a light ray or an infrared ray or an ultraviolet ray.
In addition, in the light beam irradiating apparatus of the present invention, the housing cover of the light collecting section is formed in a curved shape so that the distance between the condenser lenses and the housing cover can be kept constant when the condenser lenses are rotated along the sun's position Shaped cover.
Further, in the light beam irradiating apparatus of the present invention, the light collecting unit may include a sun position detecting light sensor for detecting sun light and data necessary for tracking the current position of the sun, A condensing control section for calculating a current position of the sun and outputting a motor drive signal for rotating a plurality of condenser lenses so that a plurality of condenser lenses are vertically positioned with respect to the calculated current position of the sun, And a rotation motor driven by a motor drive signal outputted from the light-converging control unit to rotate the plurality of converging lenses so that the plurality of converging lenses are positioned perpendicular to the sunlight.

FIG. 1 is a block diagram schematically showing the overall configuration of a light beam irradiation apparatus using sunlight according to an embodiment of the present invention.
FIG. 2 is a reference view illustrating the external appearance of the light beam irradiating apparatus according to the present invention.
3 is a detailed view of the light collecting portion of Fig.
4 is a detailed view of the light beam irradiator main body of FIG.
Fig. 5 is a detailed view of the light irradiation part of Fig. 1. Fig.
6 is an embodiment of a stand-type light beam irradiating unit according to the present invention.
7 is an embodiment of a patch-type light irradiation unit according to the present invention.
FIG. 8 is an embodiment of a probe-type light beam irradiating unit according to the present invention.
Fig. 9 is an embodiment of the insertion-type light irradiation unit according to the present invention.
10 is an embodiment of a bed-type light beam irradiating unit according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the construction and operation of a light beam irradiation apparatus using sunlight according to the present invention will be described in detail with reference to the accompanying drawings.

It is to be understood that the words or words used in the present specification and claims are not to be construed in a conventional or dictionary sense and that the inventor can properly define the concept of a term in order to describe its invention in the best possible way And should be construed in light of the meanings and concepts consistent with the technical idea of the present invention. Therefore, it should be understood that the embodiments described herein and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and that various equivalents and modifications may be substituted for them at the time of the present application shall.

FIG. 1 is a block diagram schematically showing the overall configuration of a light beam irradiating apparatus using sunlight according to an embodiment of the present invention. FIG. 2 is a cross-sectional view of a light irradiating apparatus according to an embodiment of the present invention, 3 to 5 are detailed views of the light collecting unit 100, the light irradiator main body 200, and the light irradiating unit 300 of FIG. 1, respectively.

1, a light beam irradiating apparatus using sunlight according to an embodiment of the present invention includes a light collecting unit 100, a light beam irradiator main body 200, a light beam irradiating unit 300, and a power supply unit 400 The light collecting unit 100 and the light beam irradiator main body 200 and the light irradiator main body 200 and the light irradiating unit 300 are connected to each other through optical cables 101 and 314 formed by coating quartz optical fiber or plastic optical fiber, Optically coupled.

The light condensing unit 100 includes a condenser lens 111 for visible light, a condenser lens 112 for infrared light, and a condenser lens 113 for ultraviolet light. The condenser lens 113 converts visible light, infrared light, Respectively. As shown in the reference diagram of FIG. 2, the light collecting part 100 includes a housing cover 110 through which a sunlight can be transmitted, and a plurality of Converging lenses 111-113 of the condenser lenses 111-113 are formed on one side of the condenser lenses 110. The condenser lenses 111-113 are formed in a curved dome- So that the distance between them can be kept constant. The light collecting part 100 includes a sun position detecting optical sensor 121, a light converging control part 122 and a rotation motor 123 so as to rotate a plurality of condensing lenses according to the sun position. The sun position detecting optical sensor 121 detects sun light and detects data necessary for tracking the current position of the sun, that is, sun tracking data, and transmits the detected data to the light converging control unit 122. The light-condensing control unit 122 calculates the current position of the sun using the data detected by the sun-position detecting optical sensor and compares the current position of the sun with the current position of the plurality of condensing lenses, And outputs a motor drive signal for rotating the plurality of condenser lenses so as to be positioned vertically. The rotation motor 123 is driven by a motor driving signal output from the light-converging control unit 22 to rotate the respective condensing lenses so that the plurality of condensing lenses are positioned perpendicular to the sunlight.

The light beam irradiator main body 200 includes an optical coupling unit 210 for a light focusing unit, a light distribution / blocking unit 220, an optical coupling unit 230 for an irradiation unit, and a control unit 240.

The light coupling part 210 for the light condensing part is optically coupled to the light condensing part 100 by being provided with an optical connector 211 for visible light, an optical connector 212 for ultraviolet rays, and an optical connector 213 for infrared rays.

The light distribution / blocking unit 220 includes a plurality of open / close switches and a drive switch to distribute and block the sunlight transmitted through the optical coupling unit 210 for the light focusing unit. The light distribution / blocking unit 220 includes a visible light switch 221, an infrared switch 222, and an ultraviolet switch 223, and includes a visible light switch 221, an ultraviolet switch 222, An infrared ray opening and closing switch sw2 and an infrared ray opening and closing switch sw3 for individually controlling the operation of the infrared ray detector 223 and the infrared ray opening and closing switch 223, And a condenser drive switch sw4 for controlling operation. These switches can be turned on / off manually, and the on-state of the switch is maintained during the time set by the timer, and automatic operation is possible so that it can be turned off by the main body control unit when the timer set time has elapsed. Particularly, the light-condensing portion drive switch sw4 is preferably installed on the front surface of the light beam irradiator main body 200 for convenience of use. The light distribution / blocking unit 220 is provided with LED indicators LED1-LED4 for indicating whether the open / close switches sw1-sw3 and sw4 are operated, respectively, To the outside.

The plurality of light switches 221-223 distribute and open the condensed sun rays respectively in the light collecting part 100 and are transmitted to the light irradiating part 300. The plurality of light switches 221-223 are connected to the light- As shown in the reference diagram of FIG. 2 and FIG. 4, are mounted on the inner and outer sides of the main body case 201, respectively, to be optically coupled to the light collecting part 100, A plurality of optical coupling parts 211-213, and a plurality of optical coupling parts 231-233 for optically coupling with the light irradiation part 300, respectively. In addition, a handle (not shown) that can be used for the movement can be provided on the upper part of the main body case 201 constituting the light beam irradiator main body 200, so that it can be easily used.

The optical connecting unit 230 for the irradiating unit includes an optical connector 231 for visible light, an ultraviolet optical connector 232 and an infrared optical connector 233, And transmits the sunlight transmitted from the light distribution / blocking unit 220 to the light ray irradiating unit 300.

The control unit 240 includes a timer unit 242 for setting and adjusting the light irradiation time, and a plurality of switches are turned off by the timer unit so that the operation of each switch of the light beam distribution / And includes a temperature sensing unit 241, a main body control unit 243 and a cooling fan 244 to measure the internal temperature of the light beam irradiator main body through the temperature sensing unit 241, And controls the operation of the cooling fan 244 so that the internal temperature can be lowered when the internal temperature of the light beam irradiator body rises above the set temperature.

5, the light irradiation unit 300 includes an optical connector 311, an optical distributor 312 and a plurality of light irradiation terminals 313a-313n and is connected to the light beam irradiator main body 200 As shown in Fig. The light irradiation unit 300 may be a stand type, a patch type, a probe type, an insertion type, an ultrasound type, and the like as illustrated in FIGS. 6 to 10 so that the light irradiation unit 300 can irradiate light, Bed type or the like.

6, the stand type light irradiating device 320 can be placed on a table so that light can be irradiated to a face. The stand type light irradiating device 320 is provided with a semitransparent cover 322 on the entire surface of the stand type body 321, A plurality of light irradiation terminals 313a-313n are installed on the rear surface of the cover to emit light towards the front of the stand-type body, and the plurality of light irradiation terminals are connected to a plurality of optical cables 314 at the rear of the stand- And is connected to the optical distributor 312 and the optical connector 311 in order.

7, an adhesive tape 331a capable of adhering the skin is attached to the outer circumferential portion of the front surface of the patch-shaped body 331, and the patch- A plurality of light irradiation terminals 313a-313n are installed at the center of the patch-shaped body 331 to emit light toward the front surface of the patch-type body, and the plurality of light irradiation terminals are provided on the rear side of the patch- And are sequentially connected to the optical distributor 312 and the optical connector 311 in a bundled manner.

8, a probe type body 341 is formed as a hollow case, and a color optical filter 342 is provided inside the probe type body. And a probe cover 343 having a plurality of light holes 343a through which a light ray having passed through the color optical filter 342 can be emitted to the outside is installed on the front surface of the probe- A plurality of light irradiation terminals 313a to 313n are provided on the rear side of the color optical filter so that one side of the sticker 344 is adhered to the front edge of the color optical filter, Shaped body, and the plurality of light emitting units are connected to the plurality of optical cables 314 at the rear of the probe-type body, It is in turn connected to an exhaust configuration 312 and the optical connector 311.

As shown in FIG. 9 (a), the insertion type light irradiation device 350 can be inserted into a human body to be irradiated, and is composed of a plurality of optical cables 314. One end of the insertion light irradiation device 350 is located outside the human body A plurality of light irradiation terminals 313a-313n are respectively provided at the other end of the optical fiber 311 to be connected to the optical distributor 312 and the optical connector 311 in the form of a bundle and inserted into the human body, ) Method.

9 (b), the insertion-type light irradiating device 351 is formed by a plurality of optical cables 314, which is inserted into the inside of the human body and irradiated, and has one end located on the outside of the human body The other end of the optical fiber bundle is connected to the optical distributor 312 and the optical connector 311 in a bundled fashion, and the other end of the optical fiber bundle is connected to a cladding layer of the optical cable forming the network. The inner core 314a is broken to expose the inner core 314b so that the inner core can be uniformly irradiated to the inner organsurface by side light.

The bed-type light beam irradiating apparatus 360 is a bed type irradiating a light beam to a user in a lying state as illustrated in FIG. 10, and includes a bed 12 provided with guide rails 11 parallel to the longitudinal direction on both sides thereof, And a top portion of the bed for irradiating light to the entire body of the user lying on the bed, and is installed to move in the longitudinal direction along the guide rails of the bed. In particular, the bed-type light irradiation device 360 is formed of a semi-cylindrical body 361 to form a space above the bed, and a side cut portion of the semi-cylindrical body 361 is provided on the guide rail 11 of the bed 12, And a plurality of light beam irradiation light irradiation terminals 313a-313n are installed at the inner side of the semi-cylindrical body 361 so as to emit light toward the bed at regular intervals, and the plurality of light irradiation terminals And is connected to a plurality of optical cables 314 at the outside of the semi-cylindrical body and connected to the optical distributor 312 and the optical connector 311 in a bundled fashion.

The power supply unit 400 is connected to the light collecting unit 100, the light beam irradiator main body 200, and the light beam irradiating unit 300 to supply operating power to the respective parts.

The light irradiation apparatus using the sunlight according to the present invention configured as described above is used as follows.

The light condensing control unit 122 incorporated in the dome-shaped housing cover 110 of the light collecting unit 100 turns on the light sensor for sun position detection 121, and the sun position detecting position sensor 121 senses sun light to detect data necessary for tracking the current position of the sun and transmits the detected data to the light condensing control unit 122. Next, the light-condensing control unit 122 calculates the current position of the sun using the data detected by the sun-position-detecting optical sensor 121, and calculates the position of the sun and the positions of the plurality of condensing lenses 111-113 And rotates the respective condensing lenses such that a plurality of condensing lenses are located perpendicularly to the calculated current position of the sun. Thus, the light collecting unit 100 can collect the largest amount of sunlight through the tracking of the sun's position.

When the visible light, the ultraviolet light, and the infrared light are condensed by the plurality of condenser lenses in this manner, the condensed light beams are condensed by the condenser lens 111-113 and the optical cable 101 connected to the condenser unit coupling unit 210 And sent to the light beam irradiator main body 200 through the respective connectors 211 - 213.

The light beam irradiator main body 200 transmits the light beams transmitted through the optical cable 101 and the connectors 211-213 to the switches 221-223 of the light distribution / blocking unit 220. At this time, the light distribution / blocking unit 220 of the light beam irradiator main body 200 is configured such that the respective switches 221-223 are individually on / off controlled by the respective on / off switches sw1-sw3, And is automatically turned off when the time has elapsed after being driven for a light beam irradiation time set by the timer section 242 of the controller 240. [ Therefore, when the user sets the light irradiation time using the timer unit 242 of the control unit 240 and turns on the switches sw1-sw3 of the switches 221-223 which want to irradiate the light beam, A selected one of the plurality of switches 221-223 connected to the inside of the main body 220 is opened to allow the light beam to be transmitted to the irradiation portion coupling portion 230. When the light irradiation time set by the timer portion 242 has elapsed, The switch of the open / close switch (select switch of sw1-sw3) is turned off so that the switch of the corresponding switch (221-223) is cut off and the light beam is not transmitted to the irradiator engaging part (230).

Finally, the light beam irradiating unit 300 irradiates a necessary part of the human body through the light beam irradiating unit 310-360 connected to the irradiating purpose. The operation of the light-collecting unit 100 can be stopped when the light-receiving unit is turned off by the light-line switches 221-223 and the light-collecting unit drive switch sw4 is turned off.

Although the present invention has been described with respect to certain embodiments and drawings, it is to be understood that the present invention is not limited to the above-described embodiments, Various modifications and variations are possible in light of the above teaching. Accordingly, the spirit of the present invention should be understood only in accordance with the following claims, and all equivalents or equivalent variations thereof are included in the scope of the present invention.

11: bed 12: guide rail
100: concentrator 101,314: optical cable
110: housing cover 111: condenser lens for visible light
112: condenser lens for infrared rays 113: condenser lens for ultraviolet rays
121: optical sensor for detecting sun position 122:
123: rotation motor 200: light beam irradiator main body
201: main body case 210: optical coupling part for condenser part
211,231: Optical connector for visible light 212,232: Optical connector for ultraviolet light
213, 233: Optical connector for infrared rays 220: Light beam distribution /
221: Switch for visible light 222: Switch for infrared
223: switch for ultraviolet rays 230: optical coupling part for irradiating part
240: control unit 241: temperature sensing unit
242: timer section 243: main body control section
244: Cooling fan 300:
311: optical connector 312: optical splitter
313a-313n: Light irradiation terminal 314a: Clad layer
314b: core 320: stand type light irradiation device
321: Stand type body 322: Semi-transparent cover
330: patch type light irradiation device 331: patch type body
331a: Adhesive tape 340: Probe type light irradiation device
341: Probe body 342: Color optical filter
343: probe cover 343a: light hole
344: sticker 350, 351: insertion type light irradiation device
360: Bed-type light irradiation device 361: Semi-cylindrical body
400: Power supply unit sw1: Visible light switch
sw2: ultraviolet ray opening / closing switch sw3: infrared ray opening / closing switch
sw4: Light-collecting part drive switch LED1-LED4: LED indicator

Claims (28)

A light collecting unit that forms a body with a housing cover through which sunlight can be transmitted, and a plurality of condenser lenses are installed in the housing cover to condense sunlight through respective condenser lenses;
And a plurality of optical coupling parts to be optically coupled with the light condensing part are provided on one side of the main body case, and the condensing sunlight is distributed, opened and closed to be transmitted to the light irradiation part A light beam irradiator main body;
A light irradiating part optically coupled to the light beam irradiator main body in a detachable manner and irradiating light to the human body according to the irradiation purpose; And
And a power supply unit connected to the light collecting unit, the light beam irradiator body, and the light beam irradiator to supply operating power to the respective parts,
The condenser includes a condenser lens for visible light, a condenser lens for infrared light, and a condenser lens for ultraviolet light, respectively, for condensing visible light, infrared light and ultraviolet light from sunlight,
The light beam irradiated from the light beam irradiating unit is visible light, infrared light or ultraviolet light,
The housing cover of the light collecting part is composed of a dome-shaped cover whose one side is curved so that the distance between the condenser lenses and the housing cover can be kept constant when the condenser lenses are rotated along the sun,
Wherein the light beam irradiating unit is a patch-type light irradiator that can be attached to a diseased part of the skin, or a probe-type light irradiator that is attachable to the acupuncture point. A light collecting unit that forms a body with a housing cover through which sunlight can be transmitted, and a plurality of condenser lenses are installed in the housing cover to condense sunlight through respective condenser lenses;
And a plurality of optical coupling parts to be optically coupled with the light condensing part are provided on one side of the main body case, and the condensing sunlight is distributed, opened and closed to be transmitted to the light irradiation part A light beam irradiator main body;
A light irradiating part optically coupled to the light beam irradiator main body in a detachable manner and irradiating light to the human body according to the irradiation purpose; And
And a power supply unit connected to the light collecting unit, the light beam irradiator body, and the light beam irradiator to supply operating power to the respective parts,
The condenser includes a condenser lens for visible light, a condenser lens for infrared light, and a condenser lens for ultraviolet light, respectively, for condensing visible light, infrared light and ultraviolet light from sunlight,
The light beam irradiated from the light beam irradiating unit is visible light, infrared light or ultraviolet light,
The housing cover of the light collecting part is composed of a dome-shaped cover whose one side is curved so that the distance between the condenser lenses and the housing cover can be kept constant when the condenser lenses are rotated along the sun,
Wherein the light beam irradiating unit is composed of an insertion-type light beam irradiating device which can be inserted into a human body for irradiation. delete delete delete 3. The method according to any one of claims 1 to 3,
Wherein the light collecting part and the light beam irradiator main body, and the light beam irradiator main body and the light irradiating part are optically coupled through an optical cable, respectively. The optical cable according to claim 6,
Wherein the optical fiber is formed by coating a quartz optical fiber or a plastic optical fiber. 7. The light-emitting device according to claim 6,
An optical sensor for detecting a sun position by detecting sun light and detecting current position data of the sun;
Calculating the current position of the sun using the sun's current position tracking data detected by the sun position detecting optical sensor and comparing the present position of the sun with the current position of the plurality of condensing lenses, A condensing control part for outputting a motor driving signal for rotating the plurality of condensing lenses so as to be vertically positioned relative to the condensing lens;
And a rotation motor driven by a motor driving signal outputted from the light condensing control unit to rotate the plurality of condenser lenses so that the condenser lenses are positioned perpendicular to the sunlight. Used beam irradiation device. 7. The light emitting device according to claim 6,
A light coupling part for a light focusing part optically coupled with the light condensing part;
A light distribution / blocking unit having a plurality of open / close switches and a drive switch for distributing and blocking sunlight transmitted through the optical coupling unit for the condenser unit;
An optical coupler optically coupled to the light beam irradiating unit of the rear end and transmitting the sunlight transmitted from the light beam distributing / blocking unit to the light irradiator;
And a control unit controlling the light beam opening / closing operation of the light beam distribution / blocking unit and adjusting the internal temperature of the light beam irradiator main body. 10. The optical pickup apparatus according to claim 9,
An optical connector for visible light, an optical connector for ultraviolet light, and an optical connector for infrared light. 10. The image pickup apparatus according to claim 9, wherein the light distribution /
A light switch for visible light, an infrared switch, and an ultraviolet switch. 12. The apparatus of claim 11, wherein the light distribution /
And a visible light opening / closing switch, an ultraviolet opening / closing switch, and an infrared opening / closing switch for individually controlling operations of the visible light switch, the ultraviolet switch, and the infrared switch. Device. 10. The image pickup apparatus according to claim 9, wherein the light distribution /
And a light collecting part drive switch for controlling the operation of the light collecting part. 13. The light-emitting device according to claim 12, wherein the light-
And an LED display for indicating whether each of the opening and closing switches is operated. 14. The apparatus of claim 13, wherein the light distribution /
And an LED indicator for indicating whether the light-condensing portion drive switch is operated or not. 10. The optical pickup apparatus according to claim 9,
An optical connector for visible light, an optical connector for ultraviolet light, and an optical connector for infrared light. 10. The apparatus according to claim 9,
A temperature sensing unit for measuring an internal temperature of the light beam irradiator main body;
A main body control unit for outputting a cooling fan driving signal for controlling the operation of the cooling fan according to the temperature detection result detected by the temperature sensing unit; And
And a cooling fan driven according to a cooling fan driving signal of the main body control unit to lower the internal temperature of the light beam irradiator main body. 10. The apparatus according to claim 9,
Wherein a timer is provided for setting and adjusting the light irradiation time, and wherein the timer switches the plurality of switches off. 3. The method according to any one of claims 1 to 3,
Wherein the body case constituting the light beam irradiator main body is provided with a handle which can be used when the light beam irradiator is moved. A light collecting unit that forms a body with a housing cover through which sunlight can be transmitted, and a plurality of condenser lenses are installed in the housing cover to condense sunlight through respective condenser lenses;
And a plurality of optical coupling parts to be optically coupled with the light condensing part are provided on one side of the main body case, and the condensing sunlight is distributed, opened and closed to be transmitted to the light irradiation part A light beam irradiator main body;
A light irradiating part optically coupled to the light beam irradiator main body in a detachable manner and irradiating light to the human body according to the irradiation purpose; And
And a power supply unit connected to the light collecting unit, the light beam irradiator body, and the light beam irradiator to supply operating power to the respective parts,
The condenser includes a condenser lens for visible light, a condenser lens for infrared light, and a condenser lens for ultraviolet light, respectively, for condensing visible light, infrared light and ultraviolet light from sunlight,
The light rays irradiated from the light beam irradiation portion are visible light, infrared light or ultraviolet light,
The housing cover of the light collecting part is composed of a dome-shaped cover whose one side is curved so that the distance between the condenser lenses and the housing cover can be kept constant when the condenser lenses are rotated along the sun,
The light irradiation unit is composed of a stand type light irradiation device which is placed on a table and can irradiate light to a face,
The stand type light emitting device is provided with a semitransparent cover on a front surface of a stand type body, and a plurality of light emitting devices are installed on the rear surface of the semitransparent cover so as to emit light toward a front surface of the stand type body, Shaped body is connected to a plurality of optical cables at the rear of the body and connected to the optical distributor and the optical connector in a bundled fashion. delete The apparatus according to claim 1, wherein the patch-
An adhesive tape capable of adhering the skin is attached to the outer periphery of the front face of the patch type body and a plurality of light irradiation terminals are installed at a central portion of the patch type body to emit light toward the front face of the patch type body, And a plurality of optical cables connected to the patch type body and connected to the optical distributor and the optical connector in a bundled fashion, respectively. 2. The apparatus according to claim 1, wherein the probe-
A probe body having a hollow case, a color optical filter disposed inside the probe body, and a plurality of light ray holes through which the light rays having passed through the color optical filter can be emitted to the outside, A probe cover on which a probe cover is formed, and a sticker on one side of the sticker is attached to a front edge of the probe-like body, and the other surface of the sticker is attached to a menstrual region of the body, And the plurality of light emitting units are connected to the plurality of optical cables at the rear of the probe-type body and are connected to the optical distributor and the optical connector in a bundled manner in order, And a light source for irradiating the light source with the sunlight. The insertion type light irradiation device according to claim 2,
One end located on the outside of the human body is connected to the optical distributor and the optical connector in the form of a bundle, and a plurality of light irradiation terminals are respectively installed on the other end inserted into the human body, And an end light system for irradiating the light beam. The insertion type light irradiation device according to claim 24,
And the other end is inserted into the human body and is formed into a mesh network in which a plurality of optical fibers are intertwined with each other, Wherein the light guide plate is configured to be able to uniformly irradiate the inner organsurface with a side light method that emits light to the side by breaking the CLAD layer of the optical cable to be irradiated with the sunlight. delete delete delete

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