WO2016072812A1

WO2016072812A1 - Smartphone interface device for phototherapy

Info

Publication number: WO2016072812A1
Application number: PCT/KR2015/011975
Authority: WO
Inventors: 김남균; 박경준
Original assignee: 주식회사 칼라세븐; 김남균; 박경준
Priority date: 2014-11-07
Filing date: 2015-11-09
Publication date: 2016-05-12

Abstract

The present invention relates to a smartphone interface device for phototherapy which performs communication with a smartphone by using a micro controller unit (MCU) installed in the smartphone interface device for phototherapy and a universal serial bus on-the-go (USB OTG) module, and is capable of controlling a light beam irradiator more stably to enable the light beam irradiator to be driven. The present invention pertains to a smartphone interface device for phototherapy, one side of which is connected to a light beam irradiation electrode and the other side of which is connected to a smartphone, wherein the smartphone interface device receives a light beam irradiation electrode control command generated by the running of an application program installed in the smartphone; and controls the drive of the light beam irradiation electrode, the smartphone interface device comprising: a micro controller unit (MCU) for receiving, from a smartphone, light beam irradiation intensity, light beam irradiation time, light beam irradiation pattern, and light beam irradiation start and end-relevant light beam irradiation electrode control commands, and generating a light source drive control signal according to the received light beam irradiation electrode control commands; a universal serial bus on-the-go (USB OTG) module, connected to a smartphone connector and the MCU, for performing communication between the smartphone and the MCU with the smartphone as a host; a voltage regulator for converting the voltage outputted from a smartphone into an operation voltage of the MCU; and a light beam irradiation drive unit for driving a light source according to the light source drive command signal received from the MCU.

Description

Smartphone interface device for phototherapy

The present invention relates to a smart phone interface device for light therapy, and more particularly, by using a microcontroller unit (MCU) installed in a USB universal serial bus on-the-go (OTG) module and a smart phone interface device for light therapy. The present invention relates to a smart phone interface device for phototherapy that communicates with a smart phone to enable more stable control and operation of a light irradiator.

Phototherapy for treating or preventing diseases by stimulating the human body with the light energy of light rays is widely known, and is widely used for the purpose of restoring fatigue, skin care, or alternative medicine and pain treatment.

In order to easily use the radiation therapy device anywhere and anytime, the present applicant has developed a radiation therapy device for driving a light irradiation device using the power of the smartphone in connection with a smartphone.

In particular, the prospect that the smartphone will replace the role of the medical device has been recently issued, and recently, a lot of researches that allow people to directly manage their own health using a smartphone and precise sensors. Medical devices that connect to smartphones or tablet PCs can share measured data with doctors online in real time to make patients more interested in healthcare.

Apple has long since promoted the iPhone as a medical device platform, and the entire medical market is focusing on developing equipment for it. In particular, there is an 'iStethoscope' that checks the heart rate using the iPhone's built-in microphone, and the French venture company Withings has developed a blood pressure measuring device that connects to an iPad or iPhone. Automatically records your heart rate and blood pressure on your smartphone. AgaMatrix has teamed up with Sanofi, a pharmaceutical company, to combine the blood glucose measurement device iBGStar with the iPhone.

In the field of light therapy devices, the demand for simple and convenient light therapy anywhere and anytime using a smartphone is increasing. However, it is difficult to control the light irradiator by simply connecting the smartphone with the light irradiator and simply using an app program.

For example, when the light emitter is connected to the charging port of the smart phone, the output signal of the smart phone can be used as the power driving signal of the light irradiator, but it is difficult to turn on / off the signal or output a predetermined control signal.

In addition, when the light emitter is connected to the audio output port of the smart phone, the signal is too weak to control the light irradiator with the audio signal output from the audio output port according to the app program, so that the light irradiator does not operate properly.

Using the power of the smart phone in connection with the smart phone, there is a demand for a smart phone interface device for the light therapy to operate the light irradiator stably properly according to the app program.

As a prior patent, there is a 'color light treatment system using visible light' of Korean Patent No. 10-1385707. Korean Patent No. 10-1385707 is a double-sided adhesive type on a portable smart communication device (eg, a smartphone, etc.) equipped with a color light therapy program that controls the color light therapy operation of the color light therapy device according to a color light therapy device operation request signal selected by a user. It is attached to the color treatment area of the body by tape, hydrogel pad, air adsorption plate, etc., and it is used to intensively irradiate visible light, and to display visible light (for example, visible light having a wavelength band of 400 nm to 800 nm) for color light treatment of the body. A color light therapy device containing an emitting light source (eg LED) is connected to perform color light therapy.

In Korean Patent No. 10-1385707, a light irradiator is connected to an interface terminal such as a charging port or a USB port or an audio output port of a smart communication device, and the light irradiator is driven by an app program mounted on the smart communication device. In fact, it was not possible to provide the driving power supply of the light irradiator with the output signals of these interface terminals and to control the time of the selected light irradiation, the brightness of the light beam, the light irradiation pattern, and the like.

In particular, the separation / connection gender of Korean Patent No. 10-1385707 is used to connect or disconnect power jacks of a plurality of color light therapy devices to a single smart communication device, and switches to start or stop the plurality of color light therapy devices at the same time. It is provided so that it can be started or terminated.

However, the separation / connection gender of Korean Patent No. 10-1385707 is for connection / separation, and it is difficult to practically control the time of light irradiation, the brightness of the light beam, and the light irradiation pattern with the color light treatment device. Affected by the phone, stable driving itself is difficult.

Therefore, it is equipped with a smart phone interface device for light therapy equipped with a separate MCU, by connecting the light therapy smart phone interface device and the smartphone connected to the light irradiator with a USB OTG module, so that the light irradiator is driven more stably, The present invention proposes a smart phone interface device for phototherapy, which is capable of driving control of various light irradiators.

The problem to be solved by the present invention, by using a microcontroller installed in the USB OTG module and phototherapy smart phone interface device to communicate with a smart phone, to more stably control and drive the light irradiation electrode It is to provide a smartphone interface device.

Another object of the present invention is to provide a USB OTG module, a voltage regulator, MCU, a light irradiation driver, a light irradiation electrode connection connector, to control and drive the light irradiation electrode, the light therapy smart phone interface To provide a device.

Another problem to be solved by the present invention is to provide a smart phone interface device for light therapy, by which the light irradiation electrode can be controlled and driven by the light irradiation control application program mounted on the smart phone.

Another problem to be solved by the present invention is arthritis, pain, stroke, Alzheimer's disease, angina pectoris, edema, rhinitis, migraine, asthma, infertility, prostate, incontinence, To treat a disease such as dysmenorrhea, it is to provide a smart phone interface device for light therapy, to control and drive the light irradiation electrode.

The present invention to solve the above problems, the present invention, one side is connected to the irradiation electrode, the other side is connected to the smartphone, the irradiation electrode control command generated by the driving of the application program installed in the smartphone In the smart phone interface device for receiving light and controlling the driving of the light emitting electrode, the smart phone interface device receives a light irradiation intensity, light irradiation time, light irradiation pattern, light irradiation electrode control command related to light irradiation start and end from the smart phone. A micro controller unit (MCU) for generating a light source driving control signal according to the received light irradiation electrode control command; A USB Universal Serial Bus On The Go (OTG) module, connected to a smartphone connection connector and an MCU, and configured to communicate between the smartphone and the MCU using the smartphone as a host; A voltage regulator converting the voltage output from the smartphone into the operating voltage of the MCU; And a light irradiation driver for driving a light source according to the light source driving control signal received from the MCU.

The phototherapy smart phone interface device, the light irradiation electrode connecting connector for connecting the light irradiation electrode; The light emitting driving unit is driven to indicate that the LED light indicating that the light is irradiated from the light source.

In the application installed on the smartphone, the values of the irradiation intensity, the irradiation time, the irradiation pattern, and the irradiation start and end set by the user are transmitted to the MCU through the USB OTG module.

In addition, the present invention, one side is connected to the light irradiation electrode, the other side is connected to the smartphone, receives the light irradiation electrode control command generated by the driving of the application program installed in the smart phone to drive the light irradiation electrode A smart phone interface device for controlling light, comprising: receiving a light irradiation intensity, a light irradiation time, a light irradiation pattern, a light irradiation electrode control command related to the start and end of light irradiation from a smart phone, and A main body having a micro controller unit (MCU) for generating a light source driving control signal according to the present invention; A connection cable connected to one side of the main body and for connecting with a connection connector for a smartphone; A light irradiation electrode connection connector connected to the other side of the main body and connected to the light irradiation electrode; Built in the main body, connected to the smartphone's connection connector and the MCU, the smartphone as a host, the USB OTG (Universal Serial Bus On The Go) module to communicate between the smartphone and the MCU; It is characterized by.

The phototherapy smart phone interface device, the voltage regulator is built in the main body, for converting the voltage output from the smart phone to the operating voltage of the MCU; A light irradiation driver built in the main body and driving the light source according to the light source driving control signal received from the MCU; Located on the upper surface of the main body, the light irradiation driving unit is driven, and further comprises an LED operation indicator indicating that the light is irradiated from the light source.

The smartphone is one of the smart phone using the Android operating system, the tablet using the Android operating system, the smart watch using the Android operating system, Apple iPhone, Apple iPad, Apple iWatch.

The smartphone connection connector uses one of a USB for a smartphone using an Android operating system, a USB for a smart watch using an Android operating system, a USB for an Apple iPhone, and a USB for an Apple iWatch.

The light irradiation electrode connection connector uses one of an audio terminal and a micro USB.

The light irradiation electrode, arthritis treatment device, pain treatment device, angina treatment device, stroke treatment device, Alzheimer's treatment device, stroke treatment device, migraine treatment device, edema treatment device, gastric ulcer treatment device, rhinitis treatment device, asthma treatment device, infertility treatment device, incontinence treatment device, prostate treatment device, menstrual pain treatment device , Is a light irradiation electrode provided in any one of the depression treatment device.

In addition, the present invention, one side is connected to the light irradiation electrode, the other side is connected to the smartphone, and receives the light irradiation electrode control command generated by the driving of the application program installed on the smartphone to drive the light irradiation electrode. In the method of driving a smart phone interface device for controlling light having a built-in microcontroller unit (MCU), when the smart phone control application is executed in a smart phone, the MCU is irradiated by the user on the screen of the smart phone. An initial setting step of reading time values, irradiation intensity values, and irradiation pattern values; After the initial setting step, the MCU receives the start button value from the smartphone, and when the received start button value is input as the preset driving start value, the irradiation time value, the irradiation intensity value, and the irradiation light read in the initial setting step A driving start step of generating a light source driving control signal according to the pattern value and transmitting the generated light source to a light irradiation driving unit, and at the same time the MCU starts the operation of the time counter; The MCU determines whether the value of the time counter is equal to or greater than the preset light irradiation time. If the value of the time counter is equal to or greater than the preset light irradiation time, whether or not the light irradiation time ends to terminate driving of the light irradiation driver. Determination step; characterized in that made.

Between the driving start step and the light irradiation time end determination step, the MCU receives the stop button value from the smartphone and terminates the driving of the light irradiation driver if the stop button value is a predetermined drive stop value. Determination step; further comprises.

In the light irradiation time end determination step or the light irradiation stop determination step, when the driving of the light irradiation driving unit is terminated, the smartphone generates an alarm sound or vibration indicating the end.

The smart phone interface device for light therapy of the present invention communicates with a smart phone using a MCU installed in a USB OTG module and a smart phone interface device for light therapy, so that the light irradiation electrode can be controlled and driven more stably. .

The smart phone interface device for light therapy of the present invention is composed of a USB OTG module, a voltage regulator, a MCU, a light irradiation driver, a light irradiation electrode connection connector, and the configuration thereof is simple and allows the light irradiator to be driven more stably. Driving control of the light irradiator is possible.

The present invention enables the light irradiation electrode to be controlled and driven by a light irradiation control application program mounted and executed on a smart phone, so that the light therapy can be easily and conveniently performed at any time and anywhere using a smart phone. To be able. In addition, the smart phone interface device for light therapy according to the present invention can be used in connection with a conventional light therapy device.

In particular, the present invention according to the application for light irradiation control that is mounted on the smartphone, such as arthritis, pain, stroke, Alzheimer's disease, angina, edema, rhinitis, migraine, asthma, infertility, prostate, incontinence, dysmenorrhea, etc. To treat, it is possible to control and drive the irradiation electrode. Therefore, the smart phone interface device for light therapy of the present invention is an arthritis treatment device, pain treatment device, angina treatment device, paralysis treatment device, Alzheimer's treatment device, edema treatment device, gastric ulcer treatment device, rhinitis treatment device, migraine treatment device, asthma treatment device, infertility It is possible to use in connection with a variety of anti-inflammatory and analgesic treatment devices such as treatment device, incontinence treatment device, prostate treatment device, menstrual pain treatment device.

1 is a block diagram of a smart phone interface device for light therapy of the present invention.

Figure 2a is a perspective view of the smartphone interface device for light therapy of one embodiment of the present invention.

Figure 2b is a plan view of the phototherapy smart phone interface device of Figure 2a.

Figure 2c shows that the connection line connected to the light irradiation electrode unit to the smart phone interface device for light therapy of Figure 2a.

3 is a screen embodiment of a smartphone executed by the application program for controlling the phototherapy smart phone interface of the present invention.

Figure 4 is a flow chart for explaining a method for controlling the phototherapy smart phone interface according to an embodiment of the present invention.

5 is a view showing an embodiment in which the phototherapy smart phone interface of the present invention connected to the smart phone and the phototherapy electrode.

Figure 6 shows an embodiment of treating dysmenorrhea using the smart phone interface for light therapy of the present invention.

7 is a smartphone interface device for light therapy of another embodiment of the present invention.

FIG. 8 illustrates that the connection line 610 connected to the light irradiation electrode unit 620 is connected to the smart phone interface device for treating light of FIG. 7.

Smart phone interface device for light therapy of the present invention, one side is connected to the light irradiation electrode, the other side is connected to the smartphone, and receives the light irradiation electrode control command generated by the driving of the application program installed on the smartphone It controls the driving of the irradiation electrode, and it includes USB OTG module, voltage regulator, MCU, irradiation driver, irradiation electrode connection connector, LED operation indicator.

The MCU receives, from the smartphone, the irradiation intensity, the irradiation time, the irradiation pattern, the irradiation electrode control command related to the start and end of the irradiation, and generates a light source driving control signal according to the received irradiation electrode control command, The irradiation driver drives the light source according to the light source driving control signal received from the MCU.

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

1 is a configuration diagram of a smart phone interface device for light therapy of the present invention, USB OTG module 300, voltage regulator 400, MCU (micro controller unit) 500, light irradiation driving unit 600, light irradiation electrode It comprises a connection connector 700, LED operation indicator (800).

The USB OTG module 300 is a means for enabling communication between the smartphone 200 and the MCU 500 installed in the smart phone interface device 100 for the light therapy using the smartphone 200 as a host.

In general, the USB OTG module 300 enables each device to perform a host function within a limited range to enable point-to-point communication between a portable device such as a smart phone and a personal digital assistant (HNP) (Host Negotiation Protocol). In order to reduce the battery power consumption of the devices, the SRP (Session Request Protocol) is provided to maintain a connection only at the request of a counterpart device.

That is, the USB OTG module 300 connected to the MCU 500 is connected with the smart phone connection connector 110 and the smart phone 200 as a host, the smart phone 200 and the light therapy smart phone interface device ( It is possible to communicate between the MCU (500) installed in 100).

The voltage regulator 400 is a means for converting the voltage output from the smartphone 200 to match the operating voltage of the MCU (500).

MCU 500 is a means for overall control of the smart phone interface device 100 for light therapy, by analyzing the control command of the smart phone 200 received through the USB OTG module 300, the light irradiation intensity, light irradiation Control the time, irradiation pattern, start and end of irradiation. That is, the MCU 500 interprets the control command of the smart phone 200 to generate a light source control signal and transmits the light source control signal to the light irradiation driver 600.

The light irradiation driver 600 drives the light source according to the light source control signal received from the MCU 500. The light irradiation driver 600 includes a voltage or current amplification circuit necessary to drive the light source.

The LED operation indicator 800 is for displaying a light irradiation operation state, that is, an LED light indicating that the light irradiation electrode is being driven.

The irradiation electrode connection connector 700 is a connector that connects the irradiation electrode, and through this means, the smartphone interface device 100 for phototherapy and the irradiation electrode are connected. Herein, various types of light emitting electrodes may be used as the light emitting electrodes.

The smartphone 200 is provided with an application (App.) 900 for controlling the irradiation intensity of the irradiation electrode, the irradiation time, the irradiation pattern, the start and end of the irradiation.

In the present invention, the smartphone 200 is a smartphone using the Android operating system, a tablet using the Android operating system, a smart watch using the Android operating system, Apple iPhone, Apple iPad, Apple iWatch, other mobile devices Say one.

Figure 2a is a perspective view of a phototherapy smart phone interface device of an embodiment of the present invention, Figure 2b is a plan view of the phototherapy smart phone interface device of Figure 2a, Figure 2c is a phototherapy smart phone interface device of Figure 2a The connection line 610 connected to the light irradiation electrode unit 620 is shown.

Smartphone therapy device for light therapy includes a connection connector 110, a connection cable 120, the main body 130, LED operation indicator 800, a light irradiation electrode connection connector 700 for the smartphone.

Smartphone connection connector 110 is connected to the body 130 through a connection cable 120. Smartphone connection connector 110 may use one of the USB for smartphones using the Android operating system, USB for smart watches using the Android operating system, USB for Apple iPhone, USB for Apple iWatch.

The main body 130 includes a USB OTG module 300, a voltage regulator 400, an MCU 500, and a light emitting driver 600, and includes a light emitting electrode connection connector 700 at one side and a other side at the other side. The connection cable 120 is connected to the connection connector 110 for the smartphone is connected. The LED operation indicator 800 and the like are positioned on the upper surface of the main body 130.

The housing of the main body 130 is formed so that one side portion is thicker than the other side portion so that the circuit portion including the USB OTG module 300, the voltage regulator 400, the MCU 500 is located.

Smartphone connection connector 110 and the light irradiation electrode connection connector 700 can be produced and used in a variety of dedicated audio terminal, micro-USB, or light therapy smart phone interface.

In FIG. 2C, the irradiation electrode unit 620 may be a irradiation electrode or a connector of the irradiation electrode for connecting with the irradiation electrode. That is, a light irradiation electrode is mounted at the end of the connection line 610, or a connector of the light irradiation electrode is mounted.

There is a function of selecting the light irradiation intensity, light irradiation time, light irradiation pattern on the screen of the smart phone running the application 900 for controlling the light therapy smartphone interface mounted on the smart phone 200, It has features such as the ability to select start and end.

In the initial setting step, when the control application 900 in the smartphone 200, the MCU 500 reads the light irradiation time value set by the user on the screen of the smartphone 200 (S401) The irradiation intensity value set by the user is read (S402), and the irradiation pattern value set by the user is read (S403).

Here, for example, the light irradiation time value may be selected from the values presented as 10 minutes, 20 minutes, 30 minutes, or the like, and may be set by the user at any time. In addition, the irradiation intensity may also be selected from values presented as LOW, MID, HIGH, or the like, or the user may set an arbitrary irradiation intensity in such a manner that the selector is placed at the predetermined position on a bar-shaped line. Further, the light irradiation pattern may be selected from two continuous and discontinuous patterns, or various discontinuous patterns may have various pulse shapes, for example, the on time and the off time are the same, or the on time is different. It is also possible to present a pulse in the form of a long, short off time, or a short on time and long off time, which can be set by the user.

In the driving start step, after the initial setting step, when the start button is selected, that is, when the start button value is input as a preset driving start value (S404), the light irradiation time value read in the initial setting step, The light source driving control signal is generated according to the light irradiation intensity value and the light irradiation pattern value and transmitted to the light irradiation driving unit 600, and the light irradiation driving unit 600 is driven accordingly to irradiate light, and at the same time, the MCU 500 The operation of the time counter (timer) is started (S405).

If it is determined that the light irradiation stop button is selected as the light irradiation stop determination step, that is, if the stop button value is input as the preset driving stop value (S406), the process goes to the end step.

In the light irradiation time end determination step, in the light irradiation stop determination step, if the light irradiation stop button is not selected, it is determined whether the value of the time counter (timer) is equal to or greater than the preset light irradiation time, and the time counter ( If the value of the timer) is equal to or greater than the preset light irradiation time, the light irradiation time has been reached, and the process proceeds to the end stage. If the value of the time counter (timer) is not equal to or greater than the preset light irradiation time, the light beam is still present. Since the irradiation time has not been reached, the process returns to the light irradiation stop determination step (S407). Steps S406 to S407 are repeatedly executed while light irradiation continues until the light irradiation time is reached.

In the end step, the light irradiation is terminated and the time counter is initialized (S408), an alarm sound or vibration indicating an end is generated (S409), and the program is terminated.

Smart phone interface device for light therapy 100 is connected to the smartphone 200 using the connector 110, the connection line 610 connected to the irradiation electrode unit 620 to the irradiation electrode connection connector 700 Select the desired irradiation intensity, irradiation time, irradiation pattern on the screen 910 running the application 900 for controlling the light therapy smartphone interface mounted on the smartphone 200 by connecting the light beam The irradiation start button is selected to start irradiation, and the irradiation is automatically terminated when the selected irradiation time is reached. In addition, if you want to stop the light irradiation during use, you can select the end of the light irradiation button to end immediately.

The user connects the light therapy smart phone interface device 100 to the smart phone 200 to treat menstrual pain, and connects the light irradiation electrode unit 620 to the light therapy smart phone interface device 100 Irradiate the stomach to treat menstrual pain.

Smart phone interface for light therapy according to the present invention is not described in detail herein using drawings, but can be treated with light using only a smartphone and light irradiation electrodes arthritis, angina pectoris, stroke, asthma, Alzheimer's disease, infertility It can be applied to treat various diseases such as migraine, urinary incontinence, prostate, stomach ulcer, menstrual pain, wrist tunnel syndrome, and muscle pain. That is, the smart phone interface device for light therapy of the present invention can be applied to a light irradiation device for treating or preventing a disease by irradiating light to the skin.

For example, the smart phone interface device for light therapy of the present invention is applicable to an arthritis treatment device that treats arthritis by irradiating light to joints such as knee joints, elbows, hands and feet, and forehead, head and neck. Applicable to the Alzheimer's treatment device for treating Alzheimer's by irradiating light on the face, and also for stroke treatment for treating stroke by irradiating light to the forehead, head, neck, and face, and also forehead, head, neck It can be applied to migraine treatment to treat migraine by irradiating light on face, belly, chest, etc. Also, it can be applied to depression treatment to treat migraine by irradiating light on forehead, head, neck, face, belly, chest, etc. In addition, it is applicable to angina pectoris treatment device to treat angina by irradiating light to chest, etc. Also, asthma teeth to treat asthma by irradiating light to neck It can be applied to the body, and also it can be applied to pain therapy to treat pain by irradiating light to shoulder, neck, waist, wrist, ankle, calf, thigh, etc., and also to treat gastritis or gastric ulcer by irradiating light to abdomen. Applicable to the treatment of gastritis and gastric ulcer, and also applicable to the prostate treatment to treat the prostate by irradiation of light on the belly or groin, and also to the incontinence therapy to treat urinary incontinence by irradiation of the light on the belly or groin. Also, it is applicable to an infertility treatment device for treating infertility by irradiating the light to the belly, and also applicable to a menstrual pain treatment device for treating dysmenorrhea by irradiating the light to the belly.

7 is a light therapy smart phone interface device of another embodiment of the present invention, Figure 8 is that the connection line 610 connected to the light irradiation electrode unit 620 to the light therapy smart phone interface device of Figure 7 Indicates.

7 (a) and 7 (b) are a perspective view and a plan view when the main body 130 of the phototherapy smart phone interface device forms a circular shape.

The shape of the main body 130 of the smart phone interface device for light therapy of the present invention is not limited to a rectangle or a circle, but may have various shapes such as shapes of various polygons or various characters.

In the above, the present invention has been illustrated and described with respect to certain preferred embodiments. However, the present invention is not limited only to the above-described embodiments, and those skilled in the art to which the present invention pertains can make various changes without departing from the spirit of the technical idea of the present invention described in the claims below. It could be done.

The smart phone interface device for light therapy of the present invention is composed of a USB OTG module, a voltage regulator, a MCU, a light irradiation driver, and a light irradiation electrode connection connector, so that the light irradiator can be driven more stably, and the driving control of various light irradiators It is possible to use in the treatment of various anti-inflammatory and analgesic such as arthritis, pain, stroke, prostate, incontinence, menstrual pain.

Claims

One side is connected to the irradiation electrode, the other side is connected to the smartphone, smart light therapy for controlling the driving of the irradiation electrode by receiving a light irradiation electrode control command generated by the driving of the application installed in the smartphone In the phone interface device,

MCU, which receives a light irradiation intensity, light irradiation time, light irradiation pattern, light irradiation electrode control command related to the start and end of light irradiation and generates a light source driving control signal according to the received light irradiation electrode control command from the smart phone (micro) controller unit);

A USB Universal Serial Bus On The Go (OTG) module, connected to a smartphone connection connector and an MCU, and configured to communicate between the smartphone and the MCU using the smartphone as a host;

A voltage regulator converting the voltage output from the smartphone into the operating voltage of the MCU;

A light irradiation driving unit which drives the light source according to the light source driving control signal received from the MCU;

Characterized in that it comprises a, smart phone interface device for light therapy.
The method of claim 1,

A light emitting electrode connecting connector for connecting the light emitting electrode;

An LED operation indicator indicating that the light irradiation driving unit is driven to irradiate light from the light source;

Characterized in that it further comprises, Phototherapy smart phone interface device.
The method of claim 1,

Light therapy smartphone, characterized in that the values of the irradiation intensity, the irradiation time, the irradiation pattern, the irradiation start and end set by the user in the application installed on the smartphone is transmitted to the MCU through the USB OTG module Interface device.
One side is connected to the irradiation electrode, the other side is connected to the smartphone, smart light therapy for controlling the driving of the irradiation electrode by receiving a light irradiation electrode control command generated by the driving of the application installed in the smartphone In the phone interface device,

A microcontroller (MCU) that receives a light irradiation intensity, a light irradiation time, a light irradiation pattern, a light irradiation electrode control command related to the start and end of light irradiation from a smart phone, and generates a light source driving control signal according to the received light irradiation electrode control command a main body having a built-in unit;

A connection cable connected to one side of the main body and for connecting with a connection connector for a smartphone;

A light irradiation electrode connection connector connected to the other side of the main body and connected to the light irradiation electrode;

A USB Universal Serial Bus On The Go (OTG) module embedded in the main body and connected to the smartphone's connection connector and the MCU to perform a communication between the smartphone and the MCU using the smartphone as a host;

Characterized in that it comprises a, smart phone interface device for light therapy.
The method of claim 4, wherein

A voltage regulator built in the main body and converting a voltage output from the smartphone into an operation voltage of the MCU;

A light irradiation driver built in the main body and driving the light source according to the light source driving control signal received from the MCU;

Further comprising, Phototherapy smart phone interface device.
The method of claim 5,

Located on the upper surface of the main body, the light irradiation driving unit is driven, characterized in that the light source further comprises a LED operation indicator indicating that the light is irradiated from the light source, smart phone interface device for light therapy.
The method according to any one of claims 1 to 4,

The smartphone is a smart phone using the Android operating system, a tablet using the Android operating system, smart watch using the Android operating system, Apple iPhone, Apple iPad, Apple eyewatch, characterized in that one of the Smartphone interface device.
The method according to any one of claims 1 to 4,

The smart phone connection connector is a smart device for light therapy, characterized in that using one of the USB for smartphones using the Android operating system, USB for smart watches using the Android operating system, USB for Apple iPhone, USB for Apple Eye Watch Phone interface device.
The method according to claim 2 or 4,

The light irradiation electrode connection connector is a phototherapy smart phone interface device, characterized in that using one of the audio terminal, micro USB.
The method according to any one of claims 1 to 4,

The light irradiation electrode, arthritis treatment device, pain treatment device, angina treatment device, stroke treatment device, Alzheimer's treatment device, stroke treatment device, migraine treatment device, edema treatment device, gastric ulcer treatment device, rhinitis treatment device, asthma treatment device, infertility treatment device, incontinence treatment device, prostate treatment device, menstrual pain treatment device , Phototherapy smartphone interface device, characterized in that the light irradiation electrode provided in any one of the depression treatment device.
One side is connected to the irradiation electrode, the other side is connected to the smartphone, the microcontroller (MCU) to control the operation of the irradiation electrode by receiving the irradiation electrode control command generated by the driving of the application installed in the smartphone In the method of driving a smart phone interface device for phototherapy having a unit),

When the application for controlling the smartphone is executed in the smartphone, the MCU reads the irradiation time value, irradiation intensity value, irradiation pattern value set by the user on the screen of the smartphone, the initial setting step;

After the initial setting step, the MCU receives the start button value from the smartphone, and when the received start button value is input as the preset driving start value, the irradiation time value, the irradiation intensity value, and the irradiation light read in the initial setting step A driving start step of generating a light source driving control signal according to the pattern value and transmitting the generated light source to a light irradiation driving unit, and at the same time the MCU starts the operation of the time counter;

The MCU determines whether the value of the time counter is equal to or greater than the preset light irradiation time. If the value of the time counter is equal to or greater than the preset light irradiation time, whether or not the light irradiation time ends to terminate driving of the light irradiation driver. Determination step;

Method for driving a smart phone interface device for light therapy, characterized in that comprises a.
The method of claim 11,

Between the driving start step and the light irradiation time end determination step, the MCU receives the stop button value from the smartphone and terminates the driving of the light irradiation driver if the stop button value is a predetermined drive stop value. Determination step;

Method for driving a smart phone interface device for light therapy, characterized in that further comprises.
The method according to any one of claims 12 or 13,

In the step of determining whether the light irradiation time ends or stops the light irradiation, when the driving of the light irradiation driving unit is terminated, the smartphone generates an alarm sound or vibration indicating the end, wherein the smart phone interface device for light therapy Driving method.