KR101385712B1 - Treatment device of edema and neuropathy - Google Patents

Abstract

The present invention relates to a device for treating edema and neuropathy. The present invention relates to treatment of edema and neuropathy by irradiating color light in the visible wavelength band to a treatment site such as acupuncture points or skin surface of a foot or hand, which is known to be useful for treating edema and neuropathy. The cells of the diseased tissues relax the smooth muscles of the tissues, thereby facilitating peripheral blood circulation and lymph circulation, leading to the release of substances that treat edema and neuropathy.
The present invention is weakened or damaged by stress or disease by the therapeutic material secreted from cells of human tissue with edema or neuropathy by visible light relaxes the muscles, capillaries and capillaries of human tissue with edema or neuropathy Increasing blood flow to muscle and nerve tissues to increase oxygen and nutrient supply and enhance metabolism, resulting in a healthy recovery of weak or damaged muscle or nerve tissue, resulting in edema and neuropathy. Treat.

Description

Treatment device for edema and neuropathy {Treatment device of edema and neuropathy}

The present invention relates to a device for treating edema and neuropathy, and more particularly, to a site of treatment such as acupuncture points or skin surface of a foot or hand that is known to be useful for the treatment of edema and neuropathy, that is, thorns in the edema and neuropathy of a foot or hand. A device for treating edema and neuropathy that irradiates color light in the light wavelength band.

Edema refers to excessive accumulation of body fluids in blood vessels into body fluids such as plasma and interstitial fluid and transcellular fluid between cells outside the blood vessels. Edema of cells and tissues may be caused acutely, such as brain trauma or cerebral ischemia, or may be caused by chronic fluid increase such as synovial membrane increase, hydrocephalus, or glaucoma due to arthritis.

If these edemas are not properly treated early on, they can gradually cause serious damage to cells and tissues.

As a way to treat this edema, taking medications such as painkillers to temporarily relieve pain or swelling when you have pain or swelling, or temporarily swelling or pain using acupuncture, moxibustion, low-frequency therapy device, pneumatic and hydraulic massage device. Although there is a known method for alleviating the effects of poor efficiency, there is a need for a method for more effective treatment.

For example, diuretics are mainly used to treat edema, and diuretics aim to treat edema by normalizing the extracellular fluid by reducing the renal resorption of Na +, Cl- and water to increase excretion of solutes and water. . However, long-term use of diuretics is limited because it can cause serious side effects such as dehydration, hypothyroidism, adrenal hyperplasia, congestive stroke, and kidney failure.

Neuropathy is a general term for describing disease processes that lead to dysfunction of the nervous system. In particular, neuropathy is caused by diabetes, uremia, porphyria, hypoglycemia, vitamin deficiency, vitamin B12 deficiency, sepsis, chronic liver disease and the like.

In particular, neuropathy is one of the major complications of diabetes in which no cure has been established for the symptomatic treatment of neurological function or for the prevention of gradual decline. Thus, loss of sensation associated with diabetic neuropathy can progress until less infections become ulcers and require amputation. In addition, damage to the motor nerves can lead to corruption and muscle imbalance. However, the pathogenesis of neuropathy is not well understood.

Diabetic neuropathy as described above is the most common peripheral neuropathy in the West and includes different forms of neuropathy, of which diabetic neuropathy is the most common. Current treatments can only relieve pain and control some of the symptoms associated with pain medications or certain medications. As described above, the treatment of pain using drugs not only frequently causes side effects caused by drugs, but also may cause resistance to drugs due to long-term medications such as chronic pain, which leads to a state in which the drugs have no effect on pain relief. Can be.

The present invention is to solve the above-mentioned conventional problems, an object of the present invention is to adhere to the edema and neuropathy treatment site of the foot or hand by double-sided adhesive tape or hydrogel pad for the treatment of edema or neuropathy. Peripheral blood is used to relax smooth muscles in tissues of human tissues with edema or neuropathy by irradiating colored light in the visible wavelength range emitted from the light source to the edema of the foot or hand and the neuropathy treatment area for a predetermined time. Substances that treat edema and neuropathy by facilitating circulation and lymphatic circulation, such as nitric oxide (NO) and cyclic adenosine monophosphate (cAMP) or cyclic guanosine monophosphate (cGMP) Peripheral blood circulation and induction by secreting substances such as Guanosine Monophospate (hereafter referred to as therapeutic substances) It is to provide a treatment device for edema and neuropathy to smooth the lymph circulation to treat edema and neuropathy.

In order to achieve the object of the present invention as described above, the edema and neuropathy treatment device according to the present invention, the case of the hollow cylindrical shape; A light irradiation pattern selection button installed on one surface of the case and configured to output a light irradiation pattern selection signal of any one of irradiation patterns of color light divided into continuous irradiation or discontinuous irradiation; A treatment operation button installed on one surface of the case and outputting a treatment operation signal for irradiating color light for a predetermined time each time it is pressed once; At least one color light irradiator including a light source that emits colored light in the visible wavelength range to the edema of the foot or hand and the neuropathy treatment site; A flat cable for power supply, each of which is connected to the one or more color light emitters by one or more wires separated at one end, and a power connection terminal having the one or more wires integrated at the other end thereof; A power supply terminal installed on one surface of the case and connected to a power connection terminal of the flat cable for power supply; A microprocessor embedded in the case and outputting a treatment start signal whenever the treatment operation signal is input after the light irradiation pattern selection signal is input, and outputting a treatment termination signal after a predetermined time after the treatment start signal is output. ; When the treatment start signal is input, a treatment signal for emitting color light in the visible wavelength band is output to treat edema and neuropathy, thereby turning on the light source of the color light irradiator, and outputting the treatment signal when the treatment termination signal is input. Stopping treatment signal generator; And a battery for supplying driving power of the light irradiation pattern selection button, the treatment operation button, the color irradiation machine, the microprocessor, and the treatment signal generator.

The present invention is weakened or damaged by stress or disease by the therapeutic material secreted from cells of human tissue with edema or neuropathy by visible light relaxes muscles, capillaries and capillary ducts of human tissue with edema or neuropathy Increasing blood flow to muscle and nerve tissues to increase oxygen and nutrient supply and enhance metabolism, resulting in a healthy recovery of weak or damaged muscle or nerve tissue, resulting in edema and neuropathy. Treat.

1 is a perspective view of a edema and neuropathy treatment device according to the present invention.
2 is an embodiment of a color light irradiator of FIG.
3 is another embodiment of the color irradiator of FIG.
Figure 4 is a block diagram of a edema and neuropathy treatment device according to the present invention.
5 is a perspective view of a foot pad to which the color light irradiator of FIG. 1 is fixed.
6 is a hand pad to which the color light irradiator of FIG. 1 is fixed.
Figure 7 is an embodiment showing a state in which the color irradiator according to the present invention attached to the foot edema and neuropathy treatment site.
Figure 8 is another embodiment showing the use of the foot pad fixed to the color irradiator according to the present invention attached to the edema and neuropathy treatment site of the foot.
Figure 9 is an embodiment of the edema and neuropathy treatment site of the foot irradiated with therapeutic color light according to the present invention.
10 is an embodiment showing a state in which the color light irradiator according to the present invention attached to the edema and neuropathy treatment site of the hand.
Figure 11 is another embodiment showing the use state of the hand pad fixed to the color irradiator according to the present invention attached to the edema and neuropathy treatment site of the hand.

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

1 to 6, the case 110 has a hollow cylindrical shape.

The light irradiation pattern selection button 120 is installed on one surface of the case 110 and continuously irradiates color light continuously for a predetermined time (for example, 20 to 30 minutes) or for a predetermined time (for example, 20 to 30 minutes). And outputs a light irradiation pattern selection signal of any one of the irradiation patterns of color light, which is divided into discontinuous irradiation, which irradiates color light discontinuously.

The treatment operation button 130 is installed on one surface of the case 110, and outputs a treatment operation signal for irradiating color light for a predetermined time every time it is pressed.

At least one color light irradiator 140 may be used, and the edema of the foot or hand may be colored light in the visible light wavelength band (for example, color light of orange, red, green, yellow, etc. in the visible light wavelength band of 400 nm to 800 nm). And a light source 141a emitting to the neuropathy treatment site.

As shown in FIGS. 1 to 3, the color light irradiator 140 is formed of a foot or a hand by a double-sided adhesive tape 140_1 or a hydrogel pad 140_2 through which holes 140_1a and 140_2a through which color light passes are formed. Used to adhere to edema and neuropathy treatment sites.

The color light irradiator 140 is adjustable in length and connected to any one of the band 210 of the Velcro tape type, ring type, buckle type that can be worn on the ankle or wrist fixed to accommodate the color light irradiator 140 It is fixed to the apparatus 200 and used. For reference, FIG. 1 illustrates the fixing device 200 connected to the Velcro tape type band 210.

The at least one color light irradiator 140 is a foot-shaped foot pad 140 '(see FIG. 5) or a hand-shaped hand pad 140 "(FIG. 6) connected to a flat cable 150 for power supply. 5), the foot pad 140 'or the hand pad 140 "may have holes 140_1'a and 140' through which color light passes. _2a) attached to the foot or hand by a double-sided adhesive tape 140'_1,140 "_1 or a hydrogel pad 140'_2,140" _2 with perforated 140 "_1a, 140" _2a) Used.

The color light irradiator 140 is composed of a PCB 141 and a body 142.

The PCB 141 is a light emitting diode (LED) or an OLED that emits color light in the visible wavelength band to the edema and neuropathy treatment site of the foot or hand for the treatment of edema and neuropathy. (Organic Light Emitting Diode), LD (Laser Diode) or at least one of the three-color LED that can generate a variety of color light is installed, and the power supply flat cable 150 through the wire 151 It is connected to supply the driving power to the light source (141a).

The body 142 has the PCB 141 accommodated therein, and a light emission port 142a for intensively irradiating therapeutic color light to the edema of the foot or hand and the neuropathy treatment site in the front part is formed. .

The color light irradiator 140 is installed in the body 142, as shown in enlarged views (a) and (b) of FIG. 2, and is made of plastic, glass, quartz, quartz, and crystal glass. It is made of any one of crystal glass, the light-transmissive surface of the color light is circular or polygonal (for example, 5, 6, 8, etc.) is cut or flat or convex lens shape, emitted from the light source 141a It further includes an optical filter 141b for filtering and focusing color light and emitting the light through the light emitting port 142a. For reference, LED lighting, such as LED, OLED, LD, tri-color LED, etc. used as the light source 141a is theoretically a single wavelength of light, but in fact, the frequency spectrum is wide, so that it has a wide bandwidth rather than a single wavelength. When the optical filter 141b having a frequency characteristic similar to the desired single frequency in the LED light is used to obtain a single frequency spectrum component, some of the light emitted from the LED light is absorbed resonance and the frequency component inherent in the optical filter 141b is obtained. Select and emit light having a.

As shown in the enlarged views (a) and (b) of FIG. 3, the color light irradiator 140 is installed on the body 142 and is heated by color light in the visible light wavelength band emitted from the light source 141a. In addition, the optical filter 141c is made of a transparent carbon nanotube film. For reference, by using a light filter 141c made of carbon nanotube film, a mild heat that does not cause burns to edema of the foot or hand and a neuropathy treatment site may increase blood flow at the treatment site.

The color light irradiator 140 is installed around the light source 141a installed in the PCB 141 accommodated in the body 142, as shown in FIGS. 2 and 3 (a) and (b). The reflector 141d may be made of any one of a reflector and a reflecting film, and reflect the color light emitted from the light source 141a toward the light emission port 142a.

The body 142 of the color light irradiator 140 is preferably manufactured in the form of a patch using any one of cotton, rubber, PVC, silicone, urethane, but in Figures 1 to 3 illustrate a circular patch, but required Depending on the shape, it can be modified into various shapes such as square, rectangle, oval, and the like.

The power supply flat cable 150 is connected to each of the one or more color light emitters 140 by one or more wires 151 separated at one end, and the power at which the one or more wires 151 are integrated at the other end. The connecting terminal 152 is formed.

Power supply terminal 160 is installed on one surface of the case 110, the power connection terminal 152 of the power supply flat cable 150 is connected.

The microprocessor 170 is embedded in the case 110, and outputs a treatment start signal whenever the treatment operation signal is input after the light irradiation pattern selection signal is input, and a predetermined time after the treatment start signal is output. After that, the treatment end signal is output.

The microprocessor 170 is installed on one surface of the case 110 until the treatment start signal is output after the treatment start signal is output, and the display unit 171 operated by the power of the battery 190. ) Or the remaining power state of the battery 190 is displayed on the display unit 171.

The display unit 171 may be implemented by an LCD or one or two or three LEDs to display remaining time of color light irradiation and power remaining.

The microprocessor 170 is installed on one side of the case 110 while outputting the treatment start signal or outputting the treatment start signal, and the treatment start is performed through a speaker 172 that is operated by the power of the battery 190. An alarm or voice message is displayed to indicate the end of treatment.

The microprocessor 170 turns on the alarm lamp 173 installed on one surface of the case 110 and operated by the power of the battery 190 until the treatment start signal is output after the treatment start signal is output. Flashes to indicate the color light irradiation operating state.

When the treatment start signal is input, the treatment signal generator 180 outputs a treatment signal for emitting color light in the visible wavelength band for treating edema and neuropathy, thereby turning on the light source 141a of the color light irradiator 140. When the treatment end signal is input, output of the treatment signal is stopped.

The battery 190 supplies driving power for the light irradiation pattern selection button 120, the treatment operation button 130, the color light irradiation 140, the microprocessor 170, and the treatment signal generator 180.

The battery 190 is a disposable battery that can be used only once or a rechargeable battery that can be reused by charging, and the rechargeable battery is charged through a charging adapter connected to the charging terminal 130a installed on one surface of the case 110. Receive power.

For reference, FIG. 1 illustrates an insertion charging method of connecting a charging adapter to each other by inserting a charging adapter into the charging terminal 130a as a battery charging method. It can be implemented, and can also be implemented in a variety of wireless charging methods, such as a wireless charging method using an electromagnetic induction action, magnetic (magnetic) resonance method, electric field resonance method, microwave propagation method.

Edema and neuropathy treatment device 100 according to the present invention configured as described above is used as follows.

Edema and neuropathy treatment device 100 according to the present invention according to the present invention is made based on PAMS (Photo-Activated Modulation of Smooth muscle) technology, foot or hand acupuncture points or skin known to be useful for treating edema and neuropathy It is a therapeutic device that irradiates low-level visible light by attaching to a treatment site such as the surface, that is, the edema of the foot or hand and the neuropathy treatment site.

The user adheres the color light irradiator 140 of the edema and neuropathy treatment device 100 to an acupuncture point or skin surface known to be useful for treating edema or neuropathy of the foot or hand, and according to a user's symptoms. Nitric oxide (NO) and cyclic adenosine monophosphate (cAMP) or cyclic in cells of human tissue with edema or neuropathy by irradiating low power visible light for 20 minutes Induces the release of therapeutic substances, such as cyclic guanosine monophospate (cGMP). Muscles weakened or damaged by stress or disease by releasing smooth muscles from human tissues with edema or neuropathy caused by visible light stimulation. Increasing blood flow to tissues and nerve tissues to increase oxygen and nutrient supply, and also promote metabolic activity of cellular tissues to restore healthy or weakened muscle or nerve function, resulting in edema and neuropathy. Treat.

For example, Figure 7 is an embodiment showing a state in which the color irradiator 140 according to the present invention attached to the foot edema and neuropathy treatment site, Figure 8 is a foot pad fixed to the color irradiator 140 according to the present invention (140 ') is another embodiment showing the use state attached to the foot edema and neuropathy treatment site.

Referring to FIG. 7, a user may use a double-sided adhesive tape 140_1 or a hydrogel pad having holes 140_1a and 140_2a through which color light passes through at least one (eg, six) color light irradiators 140. 140_2) and the like, and then the body 142 is in close contact with the treatment site to intensively irradiate the therapeutic color light to the edema of the foot and the neuropathy treatment site through the light emitter 142a of the body 142. do.

Referring to FIG. 8, the user has holes 140_1'a and 140'_2a through which color light passes through the foot pad 140 'to which the at least one or more (for example, six) color light emitters 140 are fixed. After attaching the perforated double-sided adhesive tape 140'_1 or the hydrogel pad 140'_2 and the like, and then to treat the edema of the foot and the neuropathy treatment site through the light outlet 142a of the body 142 The foot pad 140 'is closely attached to the foot so that the colored light can be irradiated intensively.

For reference, Figure 9 is an embodiment of the treatment of edema and neuropathy of the foot is irradiated with therapeutic color light according to the present invention, blue color light by attaching the color light irradiator 140 to the root of the big toe of many acupuncture points of the foot Attaching between the root side of the index toe and the root side of the middle toe to irradiate the purple color, and when the sole is closed, attach it to the deep part of the sole to irradiate the yellow and green color light, the heel and the foot A treatment method is applied to the outside of the heel to irradiate red and orange color light.

For example, Figure 10 is an embodiment showing a state in which the color light irradiator 140 according to the present invention attached to the treatment site of edema and neuropathy of the hand, Figure 11 is a hand in which the color light irradiator 140 according to the present invention is fixed Another embodiment shows the use of the pad 140 "attached to the edema and neuropathy treatment site of the hand.

Referring to FIG. 10, a user may use a double-sided adhesive tape 140_1 or a hydrogel pad (140_1a, 140_2a) in which color light passes through at least one (eg, six) color light emitters 140. 140_2) and the like, and then, through the light emission port 142a of the body 142, the edema of the hand and the neuropathy treatment site (for example, Taeyeon, Daereung or newspaper, the back of the hand, the acupuncture points on the back of the hand). The body 142 is in close contact with the treatment site to intensively irradiate the therapeutic color light to known poultry, yangji, grain, etc.).

Referring to FIG. 11, the user has holes 140_1 "a and 140" _2a through which color light passes through the hand pad 140 "to which the at least one or more (for example, six) color light emitters 140 are fixed. After attaching the perforated double-sided adhesive tape 140 "_1 or the hydrogel pad 140" _2, etc., the edema of the hand and the neuropathy treatment site (for example, through the light emission port 142a of the body 142) , Taeyeon, Daereung or Newspaper, known as acupuncture points on the palm side, poultry, Yangji, grains, etc., known as acupuncture points on the back of the hand) to close the hand pad 140 "to intensively irradiate the therapeutic color light.

As described above, the body 142 of the color irradiator 140 is attached to the edema and neuropathy treatment site of the foot or hand, or the foot pad 140 'or the hand pad 140 ″ is attached to the foot or hand. In the above, the user operates the light irradiation pattern selection button 120 to select any one of the irradiation pattern of the color light divided into continuous irradiation or discontinuous irradiation, and pressing the treatment operation button 130, the treatment operation button 130 ) Outputs the treatment operation signal.

Subsequently, when the treatment operation signal is input to the microprocessor 170, the microprocessor 170 outputs a treatment start signal for a predetermined time (for example, 20 to 30 minutes), and thus the treatment signal generator 180. After outputting a treatment signal for emitting color light in the visible wavelength band to treat edema and neuropathy, the light source 141a of the color irradiator 140 is turned on, and the microprocessor 170 passes a predetermined time. When the treatment end signal is automatically output, the treatment signal generator 180 stops outputting the treatment signal to turn off the light source 141a.

When the light source 141a is turned on, the therapeutic color light emitted from the light emitting port 142a of the body 142 is intensively edema and neuropathy treatment site for a predetermined time (for example, 20 to 30 minutes). Is investigated.

Meanwhile, as the user presses the treatment operation button 130 while the light source 141a is turned on as described above, when the treatment operation button 130 outputs a treatment operation signal and inputs the treatment operation signal to the microprocessor 170. The microprocessor 170 outputs the treatment end signal immediately while outputting the treatment start signal, thereby turning off the light source 141a. Accordingly, the user can end the treatment by pressing the treatment operation button 130 at any time during the treatment of edema and neuropathy using color light.

On the other hand, the microprocessor 170 displays the remaining time of color light irradiation or the remaining power state of the battery 190 until the treatment start signal is output after the treatment start signal is output. 171 to notify the user, and outputs an alarm sound or voice message notifying the start of treatment and the end of treatment through the speaker 172 to inform the user, by turning on or flashing the alarm light (173) The user can be informed of the color irradiation operation status.

The treatment period using the edema and neuropathy treatment device 100 according to the present invention operating as described above may vary depending on the degree of edema and neuropathy, but one to four weeks is suitable.

For example, the first week for 20 to 30 minutes every day, visible or irradiated to the foot or hand edema and neuropathy treatment site, the next three weeks every 2 days every 20 to 30 minutes of visible light or foot or hand Nitric oxide and cyclic adenosine monophosphate (cAMP) or cyclic guanosine monophosphate (cGMP) in cells of human tissue with edema or neuropathy at the site of edema and neuropathy It is desirable to induce the release of therapeutic substances such as Guanosine Monophospate.

The edema and neuropathy treatment device according to the present invention described above is not limited to the above embodiments, and those skilled in the art without departing from the gist of the present invention as claimed in the following claims. Ramen has the technical spirit to the extent that anyone can make various changes.

100: edema and neuropathy treatment 110: case
120: light irradiation pattern selection button 130: treatment operation button
130a: charging terminal 140: color light irradiation
140_1: double-sided adhesive tape 140_2: hydrogel pad
140_1a, 140_2a: Hole 140 ': Foot pad
140_1 ': double sided adhesive tape 140_2': hydrogel pad
140_1'a, 140'_2a: hole 140 ": hand pad
140_1 ": double sided adhesive tape 140_2": hydrogel pad
140 "_1a, 140" _2a: Hole 141: PCB
141a: light source 141b, 141c: optical filter
141d: reflector 142: body
142a: light emitting port 150: flat cable for power supply
151: wire 152: power connection terminal
160: power supply terminal 170: microprocessor
171: display unit 172: speaker
173: alarm light 180: treatment signal generator
190: battery 210: band
200: fixing device

Claims (14)

A case 110 having a hollow cylindrical shape;
A light irradiation pattern selection button installed on one surface of the case 110 and outputting a light irradiation pattern selection signal of any one of irradiation patterns of color light divided into continuous irradiation or discontinuous irradiation;
A treatment operation button 130 installed on one surface of the case 110 and outputting a treatment operation signal for causing color light to be irradiated for a predetermined time each time it is pressed once;
At least one color light emitter 140 including a light source 141a for emitting color light in a visible wavelength band to a edema and neuropathy treatment site of a foot or hand;
One or more wires 151 separated at one end are respectively connected to the one or more color light emitters 140 and the other end is provided with a power connection terminal 152 in which the one or more wires 151 are integrated. Power supply flat cable 150;
A power supply terminal 160 installed on one surface of the case 110 and connected to a power connection terminal 152 of the power supply flat cable 150;
It is embedded in the case 110, and outputs a treatment start signal whenever the treatment operation signal is input after the light irradiation pattern selection signal is input, and outputs a treatment end signal after a predetermined time after outputting the treatment start signal. A microprocessor 170;
When the treatment start signal is input, a treatment signal for emitting color light in the visible wavelength band is output to treat edema and neuropathy so as to turn on the light source 141a of the color light irradiator 140, and the treatment end signal is input. A treatment signal generator 180 for stopping output of the treatment signal when the treatment signal is generated; And
A battery 190 for supplying driving power to the light irradiation pattern selection button 120, the treatment operation button 130, the color light emitter 140, the microprocessor 170, and the treatment signal generator 180;
≪ / RTI >
The one or more color light emitters 140 is the edema of the foot or hand to the foot-shaped foot pad 140 'or hand-shaped hand pad 140 "connected to the power supply flat cable 150 and The foot pad 140 'or the hand pad 140 "may be disposed in a predetermined pattern corresponding to the neuropathy treatment site, and the holes 140_1'a, 140'_2a and 140" _1a through which color light passes. , 140 "_2a) is attached to the foot or hand by the double-sided adhesive tape 140'_1,140" _1 or the hydrogel pads 140'_2,140 "_2 which are perforated,
The one or more color light emitters 140 may pass through the foot 140 through the holes 140_1'a and 140'_2a and 140 "_1a and 140" _2a of the foot pad 140 'or the hand pad 140 ". By irradiating color light to the area of edema and neuropathy of the hand, the smooth muscle of the tissue is relaxed in the cells of human tissue with edema or neuropathy of the foot or hand, so that peripheral blood circulation and lymph circulation are smoothed and edema and neuropathy Substances such as nitrous oxide (NO) and cyclic adenosine monophosphate (cAMP) or cyclic guanosine monophosphate (cGMP), which are therapeutic substances (hereinafter referred to as therapeutic substances) A device for treating edema and neuropathy, characterized by treating peripheral edema and neuropathy by inducing peripheral blood circulation and lymph circulation. The method of claim 1, wherein the color light irradiator 140 is edema and neuropathy of the foot or hand by the double-sided adhesive tape (140_1) or the hydrogel pad (140_2) in which the holes (140_1a, 140_2a) through which the color light passes through A device for treating edema and neuropathy, characterized in that it is used attached to a treatment site. The method of claim 1, wherein the color light irradiator 140 is connected to the band 210 of any one of the Velcro tape type, ring type, buckle type that is adjustable in length and can be worn on the ankle or wrist and the color light irradiator ( Edema and neuropathy treatment device, characterized in that used to be fixed to the fixing device 200 for receiving 140. delete The method of claim 1, wherein the color light irradiator 140
Light Emitting Diode (LED) or Organic Light Emitting Diode (OLED) is a light source (141a) that emits color light in the visible wavelength range to treat edema and neuropathy of the foot or hand for the treatment of edema and neuropathy. At least one of at least one of three-color LEDs capable of generating LD or laser diodes (LDs) or various color lights is installed and connected to the power supply flat cable 150 through an electric wire 151 to connect the light source ( A PCB 141 for supplying driving power to 141a; And
The body 142 is accommodated inside the PCB 141, the front light emitting port (142a) for intensively irradiating the therapeutic color light to the edema and neuropathy treatment site of the foot or hand;
Edema and neuropathy treatment device, characterized in that consisting of. The method of claim 5, wherein the color light irradiator 140 is installed in the body 142, and made of any one of plastic, glass, quartz, crystal, crystal glass, colored light The light-transmissive surface is circular or polygonal cut or flat or convex lens shape, and further filters an optical filter 141b for filtering and focusing color light emitted from the light source 141a and emitting the light through the light emitting port 142a. Edema and neuropathy treatment device comprising a. The carbon nanotube of claim 5, wherein the color light irradiator 140 is installed in the body 142 and is transparent to generate heat by color light in the visible light wavelength band emitted from the light source 141a. A device for treating edema and neuropathy further comprising an optical filter (141c) made of a film. The method of claim 5, wherein the color light irradiator 140 is installed around the light source 141a installed in the PCB 141 accommodated in the body 142, made of any one of a reflector or a reflective film, the light source And a reflector (141d) for reflecting the color light emitted from the (141a) toward the light emission port (142a). The edema and neuropathy treatment device of claim 5, wherein the body 142 of the color irradiator 140 is manufactured in a patch form using any one of cotton, rubber, PVC, silicone, and urethane. The method of claim 1, wherein the microprocessor 170 is installed on one surface of the case 110 until the treatment start signal output after the treatment start signal is output to the power source of the battery 190 Or display on the display unit 171 operated by the display unit 171 or the remaining power state of the battery 190 on the display unit 171. The speaker 172 of claim 1, wherein the microprocessor 170 is installed on one surface of the case 110 while outputting the treatment start signal or outputting the treatment termination signal and operated by the power of the battery 190. A device for treating edema and neuropathy characterized in that it outputs an alarm sound or voice message informing the start and end of treatment. According to claim 1, wherein the microprocessor 170 is installed on one surface of the case 110 until the output of the treatment start signal after the treatment start signal output to the alarm lamp (operated by the power of the battery 190 ( 173) A device for treating edema and neuropathy, characterized by illuminating or flashing to indicate a color light irradiation operating state. The battery 190 is a disposable battery or a rechargeable battery, and the rechargeable battery supplies charging power through a charging adapter connected to a charging terminal 130a installed on one surface of the case 110. Treatment for edema and neuropathy, characterized in that receiving. The edema and neuropathy treatment device according to claim 13, wherein the battery (190) is either a disposable battery or a rechargeable battery.

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