KR100830770B1 - Mat for use in photochemistry medical using laser - Google Patents

Abstract

A mat for photochemical treatment using laser is provided to radiate low level laser beams and ultraviolet rays selectively and complexly according to a user's skin property simultaneously with emitting much far-infrared rays. A mat for photochemical treatment using laser includes: plural laser emitters; plural ultraviolet emitters; plural elvan stones; a mattress layer(10) having plural laser emitters-receiving parts(11), plural ultraviolet emitters-receiving parts(13), and plural elvan stones-receiving parts(15); a heating layer(45) for heating the mattress layer; a loess layer(50) laminated under the heating layer; a copper layer(55) laminated under the loess layer; a charcoal non-woven fabric layer(60) laminated under the copper layer; a mat cover(65) for wrapping the laminated layers; and a controller for controlling operations of the laser emitters, ultraviolet emitters, and heating layer.

Description

MAT FOR USE IN PHOTOCHEMISTRY MEDICAL USING LASER

1 is a perspective view of a photochemical therapeutic mat according to an embodiment of the present invention,

2 is a side cross-sectional view of FIG.

3 is an exploded perspective view of the laser illuminator and the ultraviolet illuminator of FIG. 1;

4 is a control block diagram of a photochemical therapeutic mat according to the present invention.

* Explanation of symbols for the main parts of the drawings

DESCRIPTION OF SYMBOLS 1: Mat for photochemical treatment 10: Layer

11: laser emitter accommodating part 13 ultraviolet emitter accommodating part

15: elvan deposit 20: laser light emitter

21: low power laser diode 23: circuit board

25 laser illuminator case 27 laser illuminator cover

27a: exposed hole 30: ultraviolet light emitter

31 ultraviolet light emitting diode 33 circuit board

35 ultraviolet light emitting case 37 ultraviolet light emitting cover

37a: exposing hole 40: Elvan rock

45: heating layer 50: ocher layer

55 copper layer 60 charcoal nonwoven fabric layer

65: mat cover 67: zipper

70: controller

The present invention relates to a mat for photochemical treatment using a laser, and more particularly, a low power laser diode, an ultraviolet light emitting diode, and an elvan in a matrix form in a complementary layer, whereby a low power light and ultraviolet light with a large amount of far infrared rays are affected. The present invention relates to a photochemical therapeutic mat using a laser that can be selectively or complexly irradiated according to characteristics.

In general, various musculoskeletal disorders (rheumatic, fibromyalgia, acute low back pain, cervical spine, hay salt, gout, sprains of each joint, contusion, inflammation, vertebral disc, hay salt, bruise, stress gastritis, atopic dermatitis, jaw joint disease, stress) Prognosis, asthma, hay fever, autonomic ataxia, paralysis due to cerebrovascular disorders, polio, Alzheimer's and Parkinson's senile amnesia, menopausal mental disorders, muscle paralysis and cramps, numbness, myositis, back pain, tennis elbow, etc.) Electric treatment is widely used to restore soft tissue pain, dysfunction, etc. due to trauma such as sports injury, traffic accidents, and the like. The low-powered laser irradiator (Low Level Laser Therapy, Photochemical devices such as LLLT / LED Therapy, LEDT), and ultraviolet irradiators.

First, the low power laser irradiator irradiates laser light or light having a wavelength corresponding thereto with low energy so as not to damage living cells, and the ultraviolet irradiator irradiates the skin with ultraviolet light having a wavelength region of about 10 to 400 nm. The device is divided into ultraviolet A, ultraviolet B, ultraviolet C and the like according to the wavelength band.
On the other hand, among the laser irradiator, Patent Registration No. 10-0483734 (name: photochemical treatment laser / LED fabric, invented 'pre-registration patent') disclosed by the present applicant is disclosed, the pre-registered patent A technology for promoting various photochemical treatments by arranging a plurality of semiconductor lasers or LEDs on a flexible forge.

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However, the pre-registered patent has a disadvantage in that the utilization of the mat as a semiconductor laser or LED array is reduced, and also has a disadvantage that the photochemical effect is low by irradiating only the laser beam, other thermal function, etc. There was a functional limitation that could not be implemented.

In addition, the consumer has the inconvenience of having to separately purchase and install a low power laser irradiator and an ultraviolet irradiator having a laser and an ultraviolet irradiating function.

Accordingly, the present applicant responds to the needs of the consumer, and can be used conveniently to prevent the inconvenience of having to separately purchase and install the irradiator as described above, and is equipped with a ganban stone that emits a large amount of far infrared rays to the irradiator as described above. In addition, the present invention has been developed to develop a photochemical therapeutic mat having a heating layer, which can impart various functionalities such as a thermal function.

Accordingly, it is an object of the present invention to provide a photochemical therapeutic mat capable of irradiating a large amount of far-infrared rays and simultaneously irradiating a low power laser light and an ultraviolet ray in accordance with the characteristics of the affected part.

In order to achieve the above object, the present invention is a photochemical therapeutic mat, comprising: a plurality of laser emitters for outputting a low power laser light; A plurality of ultraviolet light emitters for outputting ultraviolet rays; A plurality of elvan; A complementary layer for forming a plurality of laser emitter accommodating parts accommodating the plurality of laser emitters, an ultraviolet light emitting accommodating part accommodating the ultraviolet light emitters, and a plurality of elvan accommodating parts accommodating the plurality of elvan stones; A heating layer laminated under the filler layer and heating the filler layer; An ocher layer made of ocher and stacked below the heating layer; A copper layer made of copper fiber and laminated under the ocher layer; Charcoal non-woven fabric layer made of a non-woven fabric impregnated with charcoal, laminated on the lower portion of the copper layer; A mat cover surrounding the lower portion of the charcoal nonwoven fabric layer, the upper portion of the filling layer, and the respective layers; It provides a photochemical therapeutic mat comprising a controller for controlling the operation of the laser emitter, the ultraviolet light emitter and the heating layer.

Here, the laser emitter, a low power laser diode; A circuit board on which a driving circuit for driving the low power laser diode is formed; A laser emitter case accommodating the low power laser diode and the circuit board; It is preferable to include a laser emitter cover which forms an exposure hole through which the low power laser diode is exposed and is coupled to the laser light emitter case such that the low power laser diode and the circuit board are accommodated in the laser light emitter case.

In addition, the ultraviolet light emitter, the ultraviolet light emitting diode; A circuit board on which a driving circuit for driving the ultraviolet light emitting diode is formed; An ultraviolet light emitting case housing the ultraviolet light emitting diode and the circuit board; An ultraviolet light emitting diode may be formed to expose an exposure hole, and the ultraviolet light emitting diode and the circuit board may include an ultraviolet light emitting cover coupled to the ultraviolet light emitting case so as to be accommodated in the ultraviolet light emitting case.

At least one side of the mat cover is preferably sewn with a zipper.

In addition, the therapeutic mat of the present invention may further include an on / off switch for sensing the user's body contact to turn on and off the driving of the laser light emitter and the ultraviolet light emitter.

The heating layer is made of any one of a planar heating element and a linear heating element, it is possible to reduce the generation of electromagnetic waves harmful to the human body.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the present invention.

1 and 4 show a photochemical therapeutic mat according to the invention. As shown in these drawings, the photochemical therapeutic mat 1 according to the present invention has a rectangular plate shape, and has a replenishment layer 10, a heating layer 45, an ocher layer 50, and a copper layer ( 55, the charcoal nonwoven fabric layer 60, and the mat cover 65 are sequentially laminated.

The filler layer 10 is in direct contact with the human body and is made of any one of nonwoven fabric and urethane rubber. In the complementary layer 10, a plurality of laser emitter accommodating parts 11, a plurality of ultraviolet light emitter accommodating parts 13, and a plurality of ganban stone accommodating parts 15 are formed, each accommodating part 11, 13, and 15. ) Is arranged in a matrix form along the plate surface of the filler layer 10, and is recessed to a predetermined depth from the plate surface of the filler layer 10.

In this embodiment, the plurality of laser emitter accommodating parts 11 and the plurality of ultraviolet light emitter accommodating parts 13 are alternately formed one by one in a row. In addition, between the laser emitter accommodating parts 11 and the ultraviolet emitter accommodating part 13, the ganganite accommodating part 15 is formed at predetermined intervals. Each of the laser emitters 20 and the ultraviolet emitters 30 arranged in a line on the complementary layer 10 is connected in series by wires 29 and 39, respectively.

The laser emitter 20 accommodated in the laser emitter accommodating part 11 and outputting a low output laser light includes a low output laser diode 21, a circuit board 23, a laser emitter case 25, and a laser emitter cover 27. )

The low level laser diode 21 has an output range of 5 mW to 10 mW, and can irradiate a laser light having a wavelength range of 635 nm to 890 nm to the acupuncture points and affected areas of the human body.

The circuit board 23 is provided with a driving circuit for driving the low output laser diode 21.

The laser emitter case 25 has a circular cross-sectional shape, and a diode accommodating portion 25a is formed therein to accommodate the low power laser diode 21 and the circuit board 23. The laser illuminator case 25 is provided with a pair of through holes 25b through which the legs 27b of the laser illuminator cover 27 to be described later penetrate. The pair of through holes 25b are formed to face each other with the diode receiving portion 25a interposed therebetween.

The laser illuminator cover 27 is coupled to the laser illuminator case 25 so that the low power laser diode 21 and the circuit board 23 are accommodated in the laser illuminator case 25. An exposure hole 27a through which the low power laser diode 21 is exposed is formed in the laser emitter cover 27, and a low power laser light is emitted through the exposure hole 27a to a space area where the mat 1 is installed. . The laser illuminator cover 27 has a pair of legs 27b protrudingly formed into the through holes 25b of the laser illuminator case 25. The entire length of each leg 27b is formed longer than the thickness of the laser illuminant case 25 so that its free end is fixed to the bottom surface of the filler layer 10. In the present embodiment, the laser light emitter cover 27 has a rectangular cross-sectional shape, but the laser light emitter cover 27 is not limited thereto and may have a cross-sectional shape such as a polygon or a circle.

The ultraviolet light emitter 30 accommodated in the ultraviolet light emitter accommodating part 13 and outputting ultraviolet light includes an ultraviolet light emitting diode 31, a circuit board 33, an ultraviolet light emitting case 35, and an ultraviolet light emitting cover 37. Has The ultraviolet light emitter 30 has the same configuration as the laser light emitter 20 described above except for the ultraviolet light emitting diode 31.

The ultraviolet light emitting diode (Ultraviolet Light Emitting Diode) 31 can irradiate ultraviolet rays having a wavelength range of 320 to 480 nm to suit the menstrual blood or the affected part of the human body.

On the circuit board 33, a driving circuit for driving the ultraviolet light emitting diode 31 is formed.

The ultraviolet light emitter case 35 has a circular cross-sectional shape, and a diode accommodating portion 35a for accommodating the ultraviolet light emitting diode 31 and the circuit board 33 is formed therein. The laser illuminator case 35 is provided with a pair of through holes 35b through which the legs 37b of the laser illuminator cover 37 to be described later penetrate. The pair of through holes 35b are formed to face each other with the diode accommodating portion 35a therebetween.

The ultraviolet light emitter cover 37 is coupled to the ultraviolet light emitter case 35 such that the ultraviolet light emitting diode 31 and the circuit board 33 are accommodated in the ultraviolet light emitting case 35. In the ultraviolet light emitter cover 37, an exposure hole 37a through which the ultraviolet light emitting diode 31 is exposed is formed, and ultraviolet rays are emitted through the exposure hole 37a to a space area where the mat 1 is installed. The ultraviolet light emitter cover 37 has a pair of legs 37b protrudingly formed into the through holes 35b of the ultraviolet light emitting case 35. The entire length of each leg 37b is formed longer than the thickness of the ultraviolet light-emitting case 35 so that the free end thereof is fixed to the bottom surface of the filler layer 10. In the present embodiment, the ultraviolet light emitter cover 37 has a rectangular cross-sectional shape, but the ultraviolet light emitter cover 37 is not limited thereto and may have a cross-sectional shape such as a polygon or a circle.

In addition, the ganban stone receiving unit 15 accommodates ganban stone 40 that emits far infrared rays that are beneficial to the human body as a space area where the mat 1 is installed, thereby activating the human body's bioenergy to enhance the health of the human body. do. The elvan rock 40 uses elvan stones or the like by heating and sintering the ceramic at 1100 to 1300 ° C.

On the other hand, the heating layer 45 is laminated under the filler layer 10 to heat the filler layer 10. Here, the heating layer 45 is preferably made of any one of a planar heating element and a linear heating element to reduce the generation of electromagnetic waves harmful to the human body. The planar heating element, as is known, prints carbon fibers on a sheet of printed paper by means of a printing screen, forms electrodes on both ends of each carbon fiber, finishes the insulating paper over the carbon fibers and the electrodes, and then the lower insulating paper and the upper insulating paper. It is made by compression.

A loess layer 50 made of loess is stacked below the heating layer 45. The ocher layer 50 generates a large amount of far-infrared rays and anions, and in particular, absorbs when the humidity is high, and serves as an automatic humidity control that emits when dried.

The copper layer 55 is made of copper fiber containing copper, and is laminated under the ocher layer 50. The copper layer 55 serves to block electromagnetic and water waves from being transferred to the maintenance layer 10.

The charcoal nonwoven fabric layer 60 is laminated under the copper layer 55. Charcoal non-woven layer 60 is made of a non-woven fabric impregnated with charcoal, a large amount of negative ions generated from the charcoal, in particular charcoal plays an antibacterial effect and humidity control role.

The lower portion of the charcoal nonwoven fabric layer 60, the upper portion of the replenishment layer 10, and the perimeter of each layer are surrounded by the mat cover 65. The mat cover 65 is made of a non-woven fabric, a plush, and the like, and in particular, a zipper 67 is sewn to facilitate maintenance of each layer in one side surface surrounding the periphery of each layer.

On the other hand, the photochemical therapeutic mat 1 according to the present invention has a controller 70 for controlling the operation of the laser emitter 20, the ultraviolet light emitter 30 and the heating layer 45.

The controller 70 in this embodiment is installed on one side of the replenishment layer 10, but the controller may be separately installed by being connected to the mat 1 with an electric wire. The controller 70 controls the operation of the laser light emitter 20, the ultraviolet light emitter 30, and the heating layer 45 by the operation of the operation unit 71. Here, the operation unit 71 also serves to adjust the intensity of the low power laser light and ultraviolet light, and thus the low power laser light and ultraviolet light on the affected area may be varied in various wavelengths and may be irradiated to the affected area in combination.

Then, the controller 70 controls the heating and heating stop of the heating layer 45 based on the measured temperature of the temperature sensor (not shown) provided therein, the laser light emitting body 20 by the timer 75 And the operation and the stop of the ultraviolet light emitter 30 and the heating layer 45.

In addition, when the temperature of the filler layer 10 is excessively increased, the controller 70 controls the heating stop of the heating layer 45 by the signal of the temperature prevention sensor 77.

On the other hand, the treatment mat (1) of the present invention may further include an on / off switch (73) made of a touch sensor or a proximity sensor for detecting a user's body contact, the on / off switch (73) As shown in FIG. 4, the controller 70 is electrically connected to the controller 70 side.

As a result, when the on / off switch 73 detects a user's body contact, the laser illuminator 20 and the ultraviolet illuminator 30 are turned on, and when the user is separated from the treatment mat 1, the laser illuminator is turned on. And the operation of the ultraviolet light emitter 30.

On the other hand, the on / off switch 73 may be installed on one side of the treatment mat 1, as shown in Figure 2, may be disposed between the laser light emitter 20 and the ultraviolet light emitter 30. have. That is, the on / off switch 73 of the present invention can be installed in various positions that can facilitate the user's body contact.

By this configuration, looking at the process of using the photochemical therapeutic mat (1) according to the present invention.

When the user operates the operation unit 71 and operates the timer 75 to operate the laser light emitter 20, the controller 70 controls the laser light emitter 20 based on the signals of the operation unit 71 and the timer 75. Controlled to operate, the laser emitter 20 outputs a low power laser light.

In addition, when the user operates the operation unit 71 to operate the ultraviolet light emitter 30 and operates the timer 75, the controller 70 controls the ultraviolet light emitter 30 based on the signals of the operation unit 71 and the timer 75. ) Is operated so that the ultraviolet light emitter 30 outputs ultraviolet light.

That is, the controller 70 selectively operates the laser light emitter 20 and the ultraviolet light emitter 30 by the operation of the operation unit 71, or controls the laser light emitter 20 and the ultraviolet light emitter 30 to operate simultaneously. do. In addition, the controller 70 variably adjusts the intensity of the low power laser light and the ultraviolet ray by the operation of the operation unit 71.

In addition, when the operation layer 71 is operated so that the complementary layer 10 is heated to a predetermined set temperature, the controller 70 controls the heating layer 45 to be heated based on the signal of the operation unit 71, and the heating layer. 45 is heated to a predetermined temperature.

In addition, when the filler layer 10 reaches a predetermined set temperature, the controller 70 controls the heating layer 45 based on a temperature measured by a temperature sensor (not shown) included in the crawler 70. Control to stop heating.

On the other hand, the photochemical therapeutic mat 1 according to the present invention is a large amount of far-infrared rays which are beneficial to the human body through the ganban stone 40 regardless of the operation of the laser light emitter 20, the ultraviolet light emitter 30, and the heating layer 45. Is released.

As described above, the mat 1 according to the present invention not only emits a large amount of far-infrared rays which is beneficial to the human body from the plurality of ganban rocks 40 at all times, but also by the operation of the operation unit 71 according to the characteristics of the affected part, low power laser light or ultraviolet It can be irradiated to the affected area by irradiating the affected area or low-power laser light and ultraviolet light, that is, it is possible to irradiate the affected area by mixing light having a different wavelength size.

In the above-described embodiment, the plurality of laser emitter accommodating parts 11 and the plurality of ultraviolet light emitter accommodating parts 13 are described as being formed in the complementary layer 10 at a predetermined interval alternately in a line. The plurality of laser emitter accommodating parts 11 and the plurality of ultraviolet light emitter accommodating parts 13 may be irregularly formed in the filler layer 10.

As described above, according to the present invention, by implementing a low power laser irradiator and an ultraviolet irradiator on a single mat, and by providing a plurality of ganban stones on the mat, it is not necessary to separately provide each irradiator can be used conveniently In addition, there is provided a photochemical therapeutic mat that can radiate a large amount of far-infrared rays, which is beneficial to the human body, and at the same time selectively or complexly irradiate low-power laser light and ultraviolet rays according to the characteristics of the affected part.

Claims (6)

In the photochemical therapeutic mat, A plurality of laser emitters for outputting low power laser light; A plurality of ultraviolet light emitters for outputting ultraviolet rays; A plurality of elvan; A complementary layer for forming a plurality of laser emitter accommodating parts accommodating the plurality of laser emitters, an ultraviolet light emitting accommodating part accommodating the ultraviolet light emitters, and a plurality of elvan accommodating parts accommodating the plurality of elvan stones; A heating layer laminated under the filler layer and heating the filler layer; An ocher layer made of ocher and stacked below the heating layer; A copper layer made of copper fiber and laminated under the ocher layer; Charcoal non-woven fabric layer made of a non-woven fabric impregnated with charcoal, laminated on the lower portion of the copper layer; A mat cover surrounding the lower portion of the charcoal nonwoven fabric layer, the perimeter of each layer, and the upper portion of the fill layer; A controller for controlling the operation of the laser illuminator, the ultraviolet illuminator and the heating layer; Mat for photochemical treatment using a laser, characterized in that it comprises a. The method of claim 1, The laser emitter, A low power laser diode; A circuit board on which a driving circuit for driving the low power laser diode is formed; A laser emitter case accommodating the low power laser diode and the circuit board; And a laser light emitter cover which forms an exposure hole through which the low power laser diode is exposed and is coupled to the laser light emitter case such that the low power laser diode and the circuit board are accommodated in the laser light emitter case. Mat for chemical treatment. The method of claim 1, The ultraviolet light emitter, An ultraviolet light emitting diode; A circuit board on which a driving circuit for driving the ultraviolet light emitting diode is formed; An ultraviolet light emitting case housing the ultraviolet light emitting diode and the circuit board; And an ultraviolet light emitting cover which forms an exposed hole through which the ultraviolet light emitting diode is exposed and is coupled to the ultraviolet light emitting case so that the ultraviolet light emitting diode and the circuit board are accommodated in the ultraviolet light emitting case. Mat for chemical treatment. The method of claim 1, At least one side of the mat cover is a photochemical treatment mat using a laser, characterized in that sewn with a zipper. The method of claim 1, The mat for photochemical treatment using a laser, characterized in that it further comprises an on / off switch for detecting the user's body contact to turn on and off the operation of the laser light emitter and the ultraviolet light emitter. The method according to any one of claims 1 to 5, The heating layer is a photochemical therapeutic mat using a laser, characterized in that made of any one of a planar heating element and a linear heating element.

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