WO2020153700A1

WO2020153700A1 - Cooling and circulation system for near-infrared emission lamps

Info

Publication number: WO2020153700A1
Application number: PCT/KR2020/000991
Authority: WO
Inventors: 이일호
Original assignee: 이일호
Priority date: 2019-01-25
Filing date: 2020-01-21
Publication date: 2020-07-30
Also published as: KR102040916B1

Abstract

The present invention comprises: a near-infrared treatment device composed of a distributor that circulates cooling water through a plurality of emission lamps; a cooling water supply and circulation system that supplies and circulates cooling water, measures and transmits the internal pressure of the distributor, and controls the transfer direction of the cooling water while maintaining a constant heating temperature of the emission lamps; and a control device composed of a control unit that receives set data and a driving control signal and controls driving of the near-infrared treatment device and the cooling water supply and circulation system.

Description

Near infrared emission lamp cooling and circulation system

The present invention relates to a near infrared emission lamp cooling and circulation system. More specifically, by adjusting the brightness ratio of the near-infrared emitting lamp, and supplying and circulating according to the water level of the cooling water so that the high temperature heat emitted from the lamp can be uniformly controlled, at the same time, depending on the installation location of the near-infrared emitting lamp. It relates to a near-infrared emission lamp cooling and circulation system to control the temperature control.

In general, far-infrared and near-infrared rays are short-wavelength rays that are harmful to the human body that heat only the objects that are transmitted by wavelengths, but do not heat the air with infrared rays close to the radiant heat of the sun. When absorbed, it is converted into heat.

When such infrared light is penetrated into the human body, it is widely used in an infrared treatment device that can treat an affected area such as a muscle or a wound using near infrared rays irradiated from an infrared lamp by using a property that penetrates deep into the human body and is converted into heat.

However, the conventional near-infrared treatment device mainly uses asbestos around the heating element in order to block high heat generated during heating, and as a result, asbestos powder is released when used for a long time, which is not only harmful to the human body, but also pollutes the environment.

For example, in Korean Patent Application Publication No. 10-2010-0039317, a thermal treatment device for irradiating far infrared rays includes: a housing on which one side is opened; An infrared lamp seated inside the opening of the housing to emit infrared light; A TDP plate emitting specific radio waves from the inside of the infrared lamp to the opening; An infrared TDP thermotherapy device composed of a radiation plate formed in a curved surface so that infrared rays emitted from the infrared lamps are diffused into the opening portion is seated inside the opening portion.

However, as the above-described infrared TDP thermal treatment device is configured to cool through only a cooling cover configured on the rear of the housing, cooling efficiency is remarkably reduced, and it is difficult to check the lamp temperature and adjust the lamp life time. There is a problem.

In order to solve this problem, the present invention was devised by the above-described background technology, and it is supplied according to the level of cooling water so as to control the brightness ratio of the near-infrared emission lamp and to constantly control the high temperature heat emitted from the lamp. And it is an object of the present invention to provide a near-infrared emission lamp cooling and circulation system that controls the temperature to be adjusted according to the installation position of the near-infrared emission lamp while allowing circulation.

In addition, the present invention provides the operating time of the near-infrared emission lamp, so it is possible to determine in advance the replacement time by confirming the service life of the near-infrared emission lamp, so that the near-infrared emission lamp cooling and circulation system is easy to maintain and manage. The purpose is to provide.

According to an embodiment of the present invention for achieving the above object, a plurality of near-infrared emission lamp, and a near-infrared treatment device comprising a distributor for circulating cooling water to the emission lamp; A storage tank for supplying cooling water, a cooling water circulation motor for supplying cooling water stored in the storage tank to the distributor, circulating the supplied cooling water, a pressure control unit for measuring the internal pressure of the distributor, and transmitting the measured pressure information; A cooling water supply and circulation system including a lamp temperature control unit for maintaining the heating temperature of the discharge lamp constant, and a cooling water transfer control valve for controlling the transfer direction of the coolant with circulation; And an opening/closing switch unit for opening and closing the near-infrared treatment unit, a lamp reset unit for initializing the life time of the discharge lamp, an air circulation unit for circulating the internal air of the near-infrared therapy unit, and the near-infrared therapy unit and cooling water supply and circulation system. A display unit configured to display information, and to input various setting data for driving the cooling water supply and circulation system, and receiving the set data and driving control signal from the display unit, a near infrared treatment device and a cooling water supply and circulation system It characterized in that it comprises a; a control device consisting of a control unit for controlling the driving of the.

According to an embodiment of the present invention, the water storage tank senses the water level of the cooling water stored on one surface, and transmits the sensed water level information to the control unit, and operates under the control of the control unit. It characterized in that it further comprises a cooling motor for keeping the temperature of the cooling water stored in a constant, and an inlet valve for supplying a predetermined amount of cooling water to the storage tank under the control of the control unit.

According to one embodiment of the present invention, the pressure control unit is configured to generate pressure information on the internal pressure of the distributor, and transmit/generate the generated pressure information to the control unit so that the discharge lamp is turned on/off. When the internal water level of the distributor is full or reaches a set water level, the on signal of the discharge lamp is generated and transmitted to the control unit.

According to an embodiment of the present invention, the display unit is configured to input the setting data of the near-infrared treatment device and cooling water supply and circulation system, and generates a driving signal corresponding to the input setting data, and transmits a plurality of data to the control unit It is characterized by comprising a menu unit, and a display unit for displaying the driving information and setting data of the near-infrared treatment device and cooling water supply and circulation system.

According to an embodiment of the present invention, the plurality of menu units includes a first menu unit configured to input driving setting data of the near infrared ray therapy device, and input of driving setting data of the cooling water supply and circulation system. Characterized in that it comprises a second menu portion configured to be built.

According to an embodiment of the present invention, the first menu unit transmits a start and stop menu for transmitting signals for start and stop to the control unit, and an opening and closing operation signal for the near infrared treatment device to the opening and closing switch unit. An opening and closing menu to be performed, a time setting menu configured to input setting data for a driving time of the near-infrared treatment device, and a rounding and adjusting a setting value of the driving time of the near-infrared treatment device when the time setting menu is selected; It is characterized by comprising a descending menu, a lamp setting menu for adjusting the brightness ratio of the emitting lamp, and a setting menu for switching screen information of the display unit to the second menu unit.

According to an embodiment of the present invention, the second menu unit includes a set temperature menu for adjusting the heating temperature of the discharge lamp, a temperature correction menu for displaying the set value of the heating temperature, and a total operation of the discharge lamp A total operating time menu that provides information on time, a second raising and lowering menu that is activated when the temperature correction menu is selected, and controls heating temperature, and a driving control signal of the cooling water circulation motor are transmitted. It characterized in that it consists of a liquid circulation menu and a main menu for switching the screen information of the display unit to the first menu unit.

According to the embodiment of the present invention, it is possible to adjust the brightness ratio of the near-infrared emission lamp and to supply and circulate according to the water level of the cooling water so that the high-temperature heat emitted from the lamp can be constantly controlled, and at the same time, the near-infrared emission It is possible to adjust the temperature according to the installation position of the lamp.

In addition, according to the embodiment of the present invention, by providing the operating time of the near-infrared emission lamp, it is possible to determine in advance the replacement time by confirming the service life of the near-infrared emission lamp, and the effect of easy maintenance and management of the near-infrared treatment device is easy. have.

1 is a block diagram showing a near-infrared emission lamp cooling and circulation system according to an embodiment of the present invention,

Figure 2 is a schematic diagram showing a control device of a near-infrared emission lamp cooling and circulation system according to an embodiment of the present invention,

Figure 3 is a block diagram schematically showing a control device of a near-infrared emission lamp cooling and circulation system according to an embodiment of the present invention,

4 and 5 are views illustrating a display unit of a near-infrared emission lamp cooling and circulation system according to an embodiment of the present invention.

It comprises a plurality of near-infrared emission lamps, and a near-infrared treatment device configured with a distributor that circulates cooling water through the emission lamps.

A storage tank for supplying cooling water, a cooling water circulation motor for supplying cooling water stored in the storage tank to the distributor, circulating the supplied cooling water, a pressure control unit for measuring the internal pressure of the distributor, and transmitting the measured pressure information; It includes a cooling water supply and circulation system including a lamp temperature control unit for maintaining the heating temperature of the discharge lamp constant, and a cooling water transfer control valve for controlling the transfer direction of the circulated cooling water.

Open and close switch unit for opening and closing the near-infrared treatment unit, a lamp reset unit for initializing the life time of the discharge lamp, and an air circulation unit for circulating the internal air of the near-infrared treatment unit, and information on the near-infrared treatment unit and cooling water supply and circulation system And a display unit configured to input various setting data for driving the cooling water supply and circulation system, and receiving data and driving control signals set from the display unit, and providing a near infrared treatment device and cooling water supply and circulation system. It includes a control device consisting of a control unit for controlling the driving.

1 is a block diagram showing a near-infrared emission lamp cooling and circulation system according to an embodiment of the present invention, Figure 2 is a schematic diagram showing a control device for a near-infrared emission lamp cooling and circulation system according to an embodiment of the present invention, 3 is a block diagram schematically showing a control device of a near-infrared emission lamp cooling and circulation system according to an embodiment of the present invention, FIGS. 4 and 5 are a near-infrared emission lamp cooling and circulation system according to an embodiment of the present invention It is a view showing the display unit.

As shown, the cooling and circulation system of the near-infrared emission lamp of the present invention is for controlling the exothermic temperature of the plurality of near-infrared emission lamps 110 that are configured inside the thermal therapy apparatus 100, and the plurality of near-infrared emission lamps emit near-infrared rays. Supplying and circulating cooling water to supply and circulate a certain amount of cooling water to and from the near infrared treatment device 100 provided with the discharge lamp 110 and the distributor 120 of the near infrared treatment device 100 to achieve cooling of the discharge lamp 110 It comprises a system 200, a control unit 300 for controlling the near-infrared treatment device 100 and the cooling water supply and circulation system 200.

At this time, the emission lamp 110 is a component that emits a certain amount of near infrared rays by emitting light when power is applied, so that heat treatment by the near infrared rays is achieved, and a plurality of each is disposed on both sides and lower surfaces of the near infrared ray therapy apparatus 100. do.

In the present invention, the first and second emission lamps 112. 114 composed of four on the left and right sides of the near-infrared treatment device 100 are constituted, and the third emission lamp 116 composed of six on the bottom surface Although shown as being made of, it can be configured in various ways depending on the size of the near-infrared treatment device 100.

In addition, the near-infrared treatment device 100 of the present invention includes a plurality of distributors 120 to supply and circulate cooling water to the plurality of discharge lamps 110.

The plurality of distributors 120 is configured at a rear portion of the heat dissipation lamp 110 and is a component that is connected to the cooling water circulation system 200 to receive a certain amount of coolant and distribute it to the heat dissipation lamp 110 respectively. .

That is, the distributor 120 of the present invention includes a first distributor 122 connected to the first discharge lamp 112, a second distributor 124 connected to the second discharge lamp 114, and a third discharge lamp It is composed of a third distributor 126 which is connected to 116, and is configured to supply and circulate cooling water to a plurality of discharge lamps 110 through one distributor.

In addition, the distributor 120 of the present invention interlocks with the control unit 360 configured in the control device 300, measures the pressure of the supplied and circulated cooling water, and transmits the measured pressure information to the control unit 360. The pressure controller 240 is further configured to allow the internal pressure of the distributor 120 to always maintain a constant pressure.

At this time, the pressure control unit 240 may be configured only in the first and

second distributors

122 and 124 among the plurality of distributors 120.

In addition, the near-infrared treatment device 100 is configured on one side of the upper portion, and is configured on one side of the lighting unit 330, which emits light under the control of the control device 300, and the inside of the near-infrared treatment device 100 An air circulation unit 340 that circulates air may be further configured.

In addition, the near-infrared treatment device 100 is connected to the control unit 360 to open or close the inner space of the near-infrared treatment device 100, the opening/closing switch unit 310, and checking the service life of the light emitting lamp 110 to replace it. A lamp reset unit 320 providing information on the display unit 350 and a display unit 350 that transmits a control signal for controlling the driving of the light emitting lamp 110 and the cooling water circulation system 200 to the control unit 360 may be further configured. Can.

That is, the near-infrared treatment device 100 of the present invention is configured to include a control device 300 to be described later, or only the control unit 360 is configured independently of the near-infrared treatment device 100, a wireless communication method with the display unit 350 By transmitting and receiving control signals by, it is configured to drive control of the light emitting lamp 110 and the cooling water circulation system 200.

In addition, in the near-infrared treatment device 100 of the present invention, when the internal temperature of the near-infrared treatment device 100 is overheated above a certain temperature, a temperature control member 130 is configured to detect this and cut off the power. The temperature regulating member 130 may be made of a conventional bimetal.

The cooling water supply and circulation system 200 stores a certain amount of cooling water, and is stored in a water storage tank 210 for supplying stored cooling water, an intake valve 220 for supplying cooling water to the water storage tank 210, and a water storage tank 210. A cooling water circulating motor 230 that supplies cooling water to the distributor 120 and circulates the supplied cooling water, and is configured in the distributor 120, measures supply and circulation pressure of the cooling water, and transmits the measured pressure information. Pressure control unit 240, a lamp temperature control unit 250 for maintaining the heating temperature of the discharge lamp 110 constant, a cooling water transfer control valve 260 for controlling the transfer direction of the circulated cooling water and the cooling water It includes a discharge valve 270 to discharge.

The reservoir 210 is connected to the inlet valve 220 and a piping line, and is configured to store a certain amount of cooling water depending on whether the inlet valve 220 is opened or closed, and is configured to maintain a constant temperature of the stored cooling water. do.

The water storage tank 210 detects the water level of the cooling water stored on one surface, and transmits the sensed water level information to the control unit 360 to control whether the inlet valve 220 is driven or not. Is composed.

In addition, the storage tank 210 is configured to be driven under the control of the control unit 360, a cooling motor 214 is configured to maintain a constant temperature of the cooling water supplied when the inlet valve 220 is opened.

The cooling motor 214 serves to drop the temperature of the cooling water constantly when it is formed above a certain temperature as the temperature of the cooling water supplied to the water storage tank 210, but may be formed of a conventional cooling fan, but is not limited thereto. It is not done.

The inlet valve 220 is configured to open and close a cooling water inlet line connected to the reservoir 210 under the control of the controller 360 so that a certain amount of cooling water can be supplied to the reservoir 210.

The cooling water circulation motor 230 supplies cooling water stored in the water storage tank 210 to a plurality of distributors 120 configured in the near infrared treatment device 100 under the control of the control unit 360, and forcibly circulates the supplied cooling water to release the lamp The heating temperature of 110 is to be kept constant.

At this time, the cooling water circulation motor 230 is connected to a plurality of distributors 120 through both cooling water circulation pipes to supply a predetermined amount of cooling water to the plurality of distributors 120, and at the same time, predetermined supply and circulation to allow circulation to occur. Provide pressure.

In the present invention, it has been described as being composed of a circulating motor to supply and circulate cooling water, but is not limited thereto, and may be configured with a conventional circulating pump.

The pressure control unit 240 measures the supply and circulation pressure of the cooling water supplied to the interior of the distributor 120 to the control unit 360, and transmits the measured pressure information to the control unit 360 to internal pressure of the distributor 120 This ensures that constant pressure is maintained at all times.

In addition, the pressure control unit 240 is configured in the first and

second distributors

122 and 124 of the plurality of distributors 120, and the discharge lamps according to the internal pressures of the first and

second distributors

122 and 124 110) is turned on/off.

That is, the pressure control unit 240 generates pressure information about the internal pressure of the distributor 120 through the water level of the first and

second distributors

122 and 124, and transmits the generated pressure information to the control unit 360 It is configured such that the on/off of the discharge lamp 110 is made, and at the same time, it is possible to control the amount of cooling water supplied to the distributor 120.

At this time, when the internal water level of the distributor 120 is full, the pressure control unit 240 generates an ON signal of the discharge lamp 110 and transmits it to the control unit 360, and the control unit 360 displays the discharge lamp 110. By driving, the emission of near infrared rays is achieved.

However, the present invention is not limited thereto, and may be configured to generate an on signal of the emission lamp 110 according to the water level information of the distributor 120 set through the display unit 350 to be described later.

For example, when the level of the distributor 120 is 50% through the display unit 350, when the discharge lamp 110 is set to be driven, the pressure control unit 240 displays the first and second distributors ( When the water level of 122 and 124 reaches a set water level, an on signal of the emission lamp 110 is generated and transmitted to the control unit 360, and the control unit 360 applies power to the emission lamp 110 to drive. To be done.

At this time, the water level setting of the distributor 120 may be set through a liquid circulation menu 450 to be described later.

The lamp temperature control unit 250 is electrically connected to the discharge lamp 110, and when the temperature of the discharge lamp 110 reaches a set temperature, generates a cooling water drainage signal so that a drainage of the cooling water is achieved, thereby controlling the controller 360 ).

In addition, the lamp temperature control unit 250 when the temperature of the emission lamp 110 is formed above a set temperature, generates an off signal of the emission lamp 110, and transmits the generated off signal to the control unit 360 It is configured to cut off the applied power.

At this time, the set temperature of the emission lamp 110 is set through the display unit 350.

Lamp temperature control unit 250 of the present invention may be made of a solid state relay (SSR: Solid State Relay). The solid state relay can have short circuit protection, overload protection and overheat protection, uses flame retardant epoxy resin as a raw material, uses potting technology to isolate it from the outside, and has excellent resistance to pressure, moisture, corrosion and vibration, It can be matched with digital circuits such as spark, pollution-free, high insulation, high withstand voltage of 2.5 kv or higher, low trigger current, and fast switching speed, so that it can operate stably and improve life and reliability.

The cooling water transfer control valve 260 is configured to re-inject cooling water that has been circulated under the control of the control unit 360 into the storage tank 110 or discharge it to the outside.

That is, the cooling water transfer control valve 260 recirculates the circulating cooling water into the water storage tank 110 when the heat generation temperature of the discharge lamp 110 is lower than the temperature of the discharge lamp 110 set through the display unit 350. , If it is higher than the temperature of the discharge lamp 110, it is controlled to discharge the cooling water.

This is, when the heat generation temperature of the discharge lamp 110 is lower than the temperature of the discharge lamp 110 set through the display unit 350, the difference between the temperature of the circulating cooling water and the temperature of the cooling water stored inside the reservoir 110 is large. Since there is no re-flow into the water storage tank 110 so that cooling can be performed at a certain temperature and recirculation is possible, when the temperature of the discharge lamp 110 is higher, cooling water that has changed to high temperature while cooling it is reused in the water storage tank 110 Because it is difficult to flow in, it is to be discharged to the outside.

At this time, when the control unit 360 controls the cooling water transfer control valve 260 to open the outlet line, the outlet valve 270 configured in the outlet line may also be controlled to be opened.

The control device 300 is to control the driving of the near-infrared treatment device 100 and the cooling water supply and circulation system 200, opening and closing switch unit 310, lamp reset unit 320, lighting unit 330, air circulation unit ( 340), a display unit 350 and a control unit 360.

The opening/closing switch unit 310 drives the opening/closing door of the near-infrared ray therapy device 100, and is configured as a limit switch to receive opening and closing signals of the opening/closing door from the control unit 360 to open or close the opening/closing door. It is configured to be.

The lamp reset unit 320 receives a lamp initialization signal for initializing the life time of the emission lamp 110 from the control unit 360, and initializes the life time of the emission lamp 110 according to the received lamp initialization signal to display the unit. The output is made through 350.

Accordingly, the user can check the service life of the plurality of emission lamps 110 installed in the near-infrared ray therapy apparatus 100, so that it is possible to grasp the replacement time of the emission lamp 110, so that management may be easier.

The lighting unit 330 provides a predetermined light to the inner space of the near infrared ray therapy device 100, and is configured to be turned on/off under the control of the control unit 360.

The air circulation unit 340 circulates the internal air of the near-infrared treatment device 100 under the control of the control unit 360 to maintain a comfortable indoor environment at all times.

In addition, the air circulation unit 340 may be composed of a plurality, it is configured inside the reservoir 210 may be configured to circulate the internal air of the reservoir 210 to keep the temperature of the cooling water constant at all times.

The display unit 350 interlocks with the control unit 360 and displays information of the near infrared treatment device 100 and the cooling water supply and circulation system 200, and various setting data for driving the cooling water supply and circulation system 200 It is configured to be input.

As shown in FIG. 4, the display unit 350 is configured to input setting data of the near-infrared treatment device 100 and cooling water supply and circulation system 200, and generates driving signals corresponding to the input setting data. It is composed of a plurality of menu units to be transmitted to the control unit 360, and a display unit 351 to display driving information and setting data of the near-infrared treatment device 100 and the cooling water supply and circulation system 200.

At this time, the menu unit is a first menu unit 350a configured to be input to drive setting data of the near-infrared ray therapy apparatus 100, and a cooling water supply and circulation system 200 to be configured to input input of drive setting data. It is composed of two menu units 350b.

The first menu unit 350a is a start and stop menu 352 that transmits signals for start and stop to the control unit 360 and an open/close switch unit 310 for opening and closing of the near-infrared therapy device 100. And an opening and closing menu 353 for transmitting a closing operation signal, a time setting menu 354 configured to input setting data for a driving time of the near infrared ray therapy device 100, and a time setting menu 354. Screen of the raising and lowering menu 355 for adjusting the set value of the driving time of the near-infrared ray therapy device 100 when selected, and the lamp setting menu 356 and the display unit 350 for adjusting the brightness ratio of the emission lamp 110 It consists of a setting menu 357 that converts information to the second menu unit 350b.

Here, the time setting menu 354 is configured such that the information displayed on the display unit 351 is displayed to display time information capable of setting the driving time of the near-infrared therapy device 100 when selected, and the up and down menu 355 It is configured to change the time information through manipulation.

In addition, when the setting of the driving time of the near-infrared therapy device 100 is completed, the time setting menu 354 transmits the driving time setting data of the near-infrared therapy device 100 to the control unit 360.

In addition, the lamp setting menu 356 is configured such that information displayed on the display unit 351 is displayed to display ratio information capable of adjusting the brightness ratio of the emission lamp 110 when selected, and the information of the raising and lowering menu 355 is displayed. It is configured to adjust the brightness ratio through manipulation.

The second menu unit 350b includes a set temperature menu 410 for controlling the heat generation temperature of the emission lamp 110, and a set temperature of the heat temperature so that the heat temperature value is adjusted when the set temperature menu 410 is activated. The temperature correction menu 420 to display the set value, the total operation time menu 430 providing information on the total operating time of the emission lamp 110, and activated when the temperature correction menu 420 is selected , A second circulating and descending menu 440 for adjusting the heating temperature value, and a liquid circulating menu 450 for transmitting a driving control signal of the cooling water circulating motor 230 to stop circulation and circulation of the cooling water And a main menu 460 that converts screen information of the display unit 350 to the first menu unit 350a.

The control unit 360 receives the set data and the driving control signal from the display unit 350 and controls the driving of the near infrared treatment device 100 and the cooling water supply and circulation system 200.

When the driving signal of the near-infrared treatment device 100 is transmitted from the start and stop menu 352, the control unit 360 applies power to the near-infrared treatment device 100 so as to drive the discharge lamp 110 and coolant at the same time. It is controlled so that power is applied to the circulation motor 230.

At this time, the control unit 360 receives information on the driving time of the emission lamp 110 from the time setting menu 354, and sums the received emission lamp driving time information to the total driving time of the accumulated emission lamps. Thus, the generation of the total operation time information is performed, and when the total operation time menu 430 is selected, the display is configured through the display unit 351.

In addition, the control unit 360 is configured to drive the cooling water supply and circulation system 200 according to the amount of cooling water stored in the water storage tank 210, that is, the water level of the water storage tank 210.

For example, when the water level of the water storage tank 210 detected by the water level sensor 212 is low, the control unit 360 stops the cooling water circulation motor 230 and stops the opening signal of the intake valve 220. It is generated and controlled to open the inlet valve 220.

In addition, when the water level of the water storage tank 210 sensed by the water level sensor 212 is full or reaches a set water level, the cooling water circulation motor 230 is driven, and a blocking signal of the intake valve 220 is generated to obtain The valve 220 is controlled to be blocked.

In addition, the control unit 360 receives information about the internal pressure corresponding to the water level of the first and

second distributors

122 and 124 from the pressure controller 240 configured in the distributor 120, and the received first and The cooling water circulation motor 230 and the discharge lamp 110 are controlled to be driven according to the water level information of the

second distributors

122 and 124.

That is, the control unit 360 controls the discharge lamp 110 to be turned on/off through the water level of the first and

second distributors

122 and 124 transmitted from the pressure control unit 240, and the cooling water circulation motor ( The control of 230) is controlled to control the amount of cooling water supplied to the distributor 120.

In addition, the control unit 360, the lamp temperature control unit 250 receives the heating temperature information of the emission lamp 110, compares the received heating temperature and the heating temperature of the set emission lamp 110, the emission lamp 110 It is configured to control whether to drive.

At this time, the control unit 360 controls the opening and closing of the cooling water transfer control valve 260 so that the cooling water that has passed through the distributor 120 is re-introduced into the reservoir 210 or discharged to the outside.

100: near infrared ray therapy device 110: emission lamp

120: distributor 130: temperature control member

200: cooling water supply and circulation system

210: reservoir 220: inlet valve

230: cooling water circulation motor 240: pressure control

250; Lamp temperature control unit 260: cooling water transfer control valve

270; Outlet valve 300: control device

310: opening and closing switch unit 320: lamp reset unit

330: lighting unit 340: air circulation unit

350: display unit 360: control unit

Claims

A near-infrared treatment device comprising a plurality of near-infrared emission lamps and a distributor for circulating cooling water to the emission lamp;

A storage tank for supplying cooling water, a cooling water circulation motor for supplying cooling water stored in the storage tank to the distributor, circulating the supplied cooling water, a pressure control unit for measuring the internal pressure of the distributor, and transmitting the measured pressure information; A cooling water supply and circulation system including a lamp temperature control unit that maintains a constant heat generation temperature of the discharge lamp and a cooling water transfer control valve that controls a transfer direction of coolant in circulation; And

Open and close switch unit for opening and closing the near-infrared treatment unit, a lamp reset unit for initializing the life time of the discharge lamp, and an air circulation unit for circulating the internal air of the near-infrared treatment unit, and information on the near-infrared treatment unit and cooling water supply and circulation system And a display unit configured to input various setting data for driving the cooling water supply and circulation system, and receiving data and driving control signals set from the display unit and providing a near infrared treatment device and cooling water supply and circulation system. A control device composed of a control unit that controls driving;

Characterized in that it comprises a near-infrared emission lamp cooling and circulation system.
According to claim 1,

A water level sensor for sensing the water level of the cooling water stored on one surface of the water storage tank and transmitting the sensed water level information to the control unit;

A cooling motor driven under the control of the control unit and maintaining a constant temperature of the cooling water stored in the reservoir;

Inlet valve for supplying a predetermined amount of cooling water to the storage tank under the control of the control unit

Characterized in that it further comprises a near-infrared emission lamp cooling and circulation system.
According to claim 1,

The pressure control unit is configured to generate pressure information on the internal pressure of the distributor, and transmit/generate the generated pressure information to the control unit to turn on/off the discharge lamp,

When the internal water level of the distributor is full, or when a predetermined water level is reached, a near-infrared emission lamp cooling and circulation system, characterized in that an on signal of the emission lamp is generated and transmitted to the control unit.
According to claim 1,

The display unit,

A plurality of menu units for inputting setting data of the near-infrared treatment device and cooling water supply and circulation system, and generating a driving signal corresponding to the input setting data and transmitting it to the control unit;

Display unit for displaying driving information and setting data of the near-infrared treatment device and cooling water supply and circulation system

Characterized in that consisting of a near infrared emission lamp cooling and circulation system.
According to claim 4,

The plurality of menu units includes a first menu unit configured to input the driving setting data of the near infrared ray therapy device, and a second menu unit configured to input the driving setting data of the cooling water supply and circulation system. ,

The first menu unit,

A start and stop menu for transmitting signals for start and stop to the control unit;

An opening and closing menu for transmitting an opening and closing operation signal to the near infrared ray therapy device to the opening and closing switch unit;

A time setting menu configured to input setting data for a driving time of the near infrared ray therapy device;

An up-and-down menu for adjusting a set value of a driving time of the near-infrared treatment device when the time setting menu is selected;

A lamp setting menu for adjusting the brightness ratio of the emitting lamp,

Setting menu for switching screen information of the display unit to the second menu unit

Characterized in that consisting of a near infrared emission lamp cooling and circulation system.
The method of claim 5,

The second menu unit,

And a set temperature menu for adjusting the heating temperature of the discharge lamp,

And a temperature correction menu to display the set value of the heating temperature,

A total operating time menu that provides information on the total operating time of the emitting lamp,

A second raising and lowering menu that is activated when the temperature correction menu is selected, and that allows adjustment of the heating temperature value,

A liquid circulation menu for transmitting a drive control signal of the cooling water circulation motor;

Main menu for switching screen information of the display unit to the first menu unit

Characterized in that consisting of a near infrared emission lamp cooling and circulation system.