KR20090075471A - The lighting of led with cure light - Google Patents

Abstract

An LED(Light Emitting Diode) lighting device is provided to improve learning capability of a user by driving a sensitive light module according to an ambient temperature, moisture, and brightness as warm light, cool light, or cure light. An LED lighting device includes an infrared transmission unit(100) and a sensitive light module(200). The infrared transmission unit controls the sensitive light module at a remote plate through a remote controller and a wireless keypad. The sensitive light module is driven according to the ambient temperature, moisture, and brightness by the control of the infrared transmission unit as warm light, cool light, or cure light. The sensitive light module includes a voltage regulator(220) and a sensor(230). The voltage regulator changes a high DC voltage from a power source(205) to a low voltage. The sensor senses the ambient temperature, moisture, and brightness.

Description

LED lighting for emotional lighting with light treatment function {THE LIGHTING OF LED WITH CURE LIGHT}

The present invention is driven by the control of the emotional light control unit according to the ambient temperature, humidity, and brightness of the warm light (Warm light), cool light (Cool light), and cure light (Cure light), red (Red) It is composed of full color LEDs emitting green and blue colors, and it is a light treatment that emits light to stimulate and treat the emotional parts of the human body through the control of the emotional lighting control unit. The present invention relates to a LED lighting fixture having a function.

In general, luminaires such as lamps are mainly used incandescent bulbs and fluorescent lamps, but incandescent lamps are used more heat than light, but the use is gradually reduced, even though they can be made inexpensively, fluorescent lamps are used for electrical energy than light bulbs Although the ratio of switching to light energy is high, it has the advantage of energy saving, but it has been demanding a new medium due to the long time required for lighting and its short life.

Recently, luminaires using LEDs (Light emitting diodes), which can obtain high illuminance even with low power and greatly extend their service life, have been actively researched and developed.

However, it is preferable to maintain proper room temperature (about 5 ~ 25 ℃) in order to achieve sufficient performance with the optimal amount of light in LED-based luminaires. There is,

For example, there is a disadvantage that the efficiency is inferior due to the relatively high temperature (about 30 ℃ or more) and deterioration due to heat generated from the LED chip in the hot summer season, and thermal efficiency is also lowered by the low temperature (about 0 ℃ or less) in the cold winter.

In view of this, a heat dissipation hole for heat dissipation of the LED chip is formed in the substrate separately from a hole formed for attaching the LED chip to the PCB substrate, and then the heat dissipation hole can be thermally discharged. By using a thermoelectric element (heat sink, etc.) with heat pumping function to cool the heat generated from the LED chip, it is possible to prevent the deterioration of efficiency and damage caused by the deterioration phenomenon, but the accuracy of the cooling operation is also greatly reduced. In addition, there is a disadvantage that can not prevent the decrease in efficiency due to the low temperature in winter.

In addition, it consists of a triple structure of aluminum plate and LED insulation plate combined with epoxy resin plate, which takes a lot of manufacturing time, and the light treatment is always performed due to constant illumination of a single illuminance and color temperature regardless of ambient temperature, humidity, and brightness. (Cure light) was difficult and acted as an inhibitor to the activation of the LED and other instruments.

In order to solve the above problems, the present invention is driven by varying the warm light, cool light, and cure light according to the ambient temperature, humidity, and brightness, It can be installed in multiple columns and rows on a metal PCB board to emit light from 3000K ~ 7000K, and it is composed of full color LEDs emitting red, green, and blue colors. It is an object of the present invention to provide a light emitting LED lighting device having a light treatment function that emits light that can stimulate and treat the emotional parts of the human body through the control of the control unit.

Emotional lighting LED lighting having a light treatment function according to the present invention to achieve the above object,

An infrared transmitter for controlling the emotional lighting module at a remote location using an infrared (IR) signal through a remote keypad and a wireless keypad for wall mounting;

Sensitive lighting module that is variablely driven by warm light, cool light, and cure light according to ambient temperature, humidity, and brightness detected by the sensor through the control of the infrared transmitter. It is achieved by consisting of.

The emotional lighting module includes an infrared receiver for receiving a corresponding signal from the infrared transmitter and transmitting it to the emotional lighting controller;

A voltage regulator unit which receives a high DC voltage from the main power source and converts the high voltage into a low voltage required by the emotional light control unit and the infrared receiver;

A sensor unit configured at one side of the PCB board to sense ambient temperature, humidity, and brightness to send a signal sensed to the emotional lighting control unit;

Emotional lighting control unit for controlling the warm light (Cool light) and the cool light (Cure light) is driven according to the ambient temperature, humidity, brightness detected by the sensor unit,

A warm & cool light unit driven by a warm light or cool light according to ambient temperature, humidity, and brightness through the control of the emotional lighting control unit;

It consists of full color LEDs that emit red, orange, yellow, green and blue colors to control the emotional parts of the human body Characterized in that consisting of a cure light (Cure light) to emit light that can be stimulated and treated.

As described above, according to the present invention, it is possible to drive by varying the warm light (Warm light), the cool light (Cool light), and the cure light (Cure light) according to the ambient temperature, humidity, and brightness. It can increase the learning ability of life, and the LED can be installed on a single metal PCB board in multiple columns and rows, which can reduce manufacturing time, improve power efficiency, and stimulate and treat the emotional parts of the human body. It can emit light to make it have a good effect to widen the application field of emotional lighting.

Cure light described in the present invention refers to lighting having a function of displaying a therapeutic effect in one energy form according to the inherent wavelength and frequency of color among the emotional lighting functions.

In the present invention, a red, orange, yellow, green, blue color is made up of full-color LEDs (Full Color Leds) that emit a color of the human body through the control of the emotional lighting control unit It is characterized by emitting light that can stimulate and treat the emotional part.

Hereinafter, the effect of the colors of Red, Orange, Yellow, Green, and Blue will be described.

[Red( Red )]

Red is a warm and irritating color associated with blood, life, strength, vitality, excitement, joy and love, which is effective in treating depression and warming the body to reduce pain. It is also used as a potent remedy for healing diseases of blood and circulation.

[Orange( orange )]

Orange is a mixture of red outgoing, impulsive and yellow intuitive properties. It is a powerful activity and nutrition, which is why many foods are orange. It also symbolizes happiness, conviction, and vigor. It is useful for increasing immunity and sexual ability, and is beneficial for all digestive, chest and kidney diseases. Stimulates the vitality of the kidneys, effective in constipation and helps to overcome emotional tension and blockages. Index of stimulation Orange may help patients with depression or lethargy. It is also a social color that represents joy, fun, openness and love with others.

[yellow( yellow )]

Golden is the color of the sun god and represents wisdom and understanding, intuition and joy. Yellow is the middle color of the spectrum and serves as a middle bridge between warm and cold colors. This tends to be considered in making decisions. Yellow is the color of intelligence and is used for mental stimulation to help you think quickly. Clears cloudy hair, raises clarity and awareness, and induces interest and curiosity. Yellow helps the study by stimulating the left brain. It also acts as a positive stimulus to the nervous system, has a positive effect on the abdomen, intestines, liver, spleen and gallbladder, and has excellent effects on depression.

[green( green )]

Green is the color of nature, growth and something that is permanent, reliable and honest. It is also a calming, peaceful, static and healing color. The new year represents new life, vitality, growth, revival, and joy. Helps exhausted nerves and heart, balances emotions and keeps them quiet. It is also a good color for pregnant women because it creates a calm and quiet atmosphere. It is effective for stress, tension, anxiety and insomnia. Restores tired nerves and nourishes nerves

[blue( blue )]

Blue is a receding color that gives an infinite distance and depth. It is also the color of truth, sincerity, harmony, calmness and hope. It is also a color to release mental tension and a color of truth and quiet. It has a stable effect on the nervous system and the effect of relaxation is very large. It is also ideal for insomnia and hyperactivity children. Blue helps to calm nerve excitement. The walls painted in blue initially give a calming effect, but they also help to calm down over time. Blue reduces the pulse rate and nourish the nerves. Blue makes you feel bitter, so using a blue bowl during your diet will work.

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

1 is a block diagram showing the components of the LED lighting for emotional lighting having a light treatment function according to the present invention, which is largely composed of an infrared transmitting unit 100, and the emotional lighting module 200.

First, the infrared transmitter 100 will be described.

Infrared transmitter 100 according to the present invention is a place for controlling the emotional lighting module of the remote location by the infrared (IR) signal through the remote control and a wireless keypad for wall mounting, which is a remote control type infrared transmitter 110, the wall-mounted wireless keypad infrared The transmitter 120 is configured.

The remote control type infrared ray transmitter 110 controls the emotional lighting by the infrared signal using the remote control.

The wall-mounted wireless keypad infrared transmitter 120 is attached to a wall to turn on / off the power, or to select a light as a warm light or a cool light and a cure light. To act as a regulator.

As shown in FIG. 9, the remote control type infrared ray transmitter 110 and the wall-mounted wireless keypad infrared ray transmitter 120 according to the present invention include a main controller 101, a switch 102, and a transmitter 103. .

The main controller 101 receives the signal selected from the switch and transmits it to the emotional lighting module through the infrared transmitter. This is the automatic control of the emotional lighting luminaire through the second terminal of the array resistor R2 at the input terminal RB0. A switch (SW4) for switching semi-automatically is connected, and a switch (SW5) for dimming up the cool light of the lighting dimming function of the emotional lighting device is connected to the input terminal RB1 through the third terminal of the array resistor R2. A switch (SW6) for dimming down the cool light is connected to the input terminal RB2 through the fourth terminal of the array resistor R2.

A switch SW1 for turning on / off the lighting power of the emotional lighting device is connected to the input terminal RB3 through terminal 2 of the array resistor R3, and the third terminal of the array resistor R3 is connected to the input terminal RB4. A switch (SW2) for dimming up the warm light among the dimming function of the sensitary lighting fixture is connected through the terminal, and among the dimming functions of the emotional lighting fixture through the fourth terminal of the array resistor R3 to the input terminal RB5. A switch SW3 for dimming down the worm light is connected.

A light therapy function switch (SW7) is connected to the input terminal RB6 to assist blood circulation to the body through the second terminal of the array resistor R4, and the thyroid gland to the body through the third terminal of the array resistor R4 to the input terminal RB7. The light therapy function switch (SW8) is connected to the function stimulus, and the light therapy function switch (SW9) is connected to the input terminal RC0 through the terminal 4 of the array resistor R4 to help increase the pulse rate on the body. Terminal RC1 is connected to the switch (SW10) of the light therapy function to help lower blood pressure through the terminal 2 of the array resistor R5, and helps the body recover fatigue through the terminal 3 of the array resistor R5 to the input terminal RC2. The light therapy function switch (SW11) is connected, and the input terminal RC3 is connected to the input terminal RC4, and the light resistance function switch (SW12) is connected to the input terminal RC4. resistance The light therapy function switch (SW13) is connected to the body through the terminal 2 of R6 to help regulate sensitivity, and the light therapy function switch supports the white blood structure to the body through terminal 3 of the array resistor R6 to the input terminal RC5. (SW14) is connected, and the input terminal RC6 is connected to the switch SW15 of the light therapy function to help insomnia treatment to the body through the fourth terminal of the array resistor R6.

The switch 102 is a switch (SW1) for turning on (on) / off (off) the lighting power of the emotional lighting fixtures, and a switch for dimming up the worm light of the lighting dimming function of the emotional lighting fixtures ( SW2), a switch (SW3) for dimming down the worm light among the lighting dimming functions of the emotional lighting device, a switch (SW7) for the light therapy function to help blood circulation to the body, and a thyroid function stimulus to the body Light therapy function switch (SW8) to help the body, light therapy function switch (SW9) to help increase the pulse rate on the body, light therapy function switch (SW10) to help reduce blood pressure on the body, and body fatigue Switch of light therapy function to help recovery (SW11), Switch of light therapy function to help alleviate inflammation (SW12), Switch of light therapy function to help sensitivity to the body (SW13), Switch for light therapy function to help leukemia (SW14) Is a switch (SW15) of light therapy features that help insomnia chiryoeul the body.

The transmitter 103 transmits a signal selected from the switch to the emotional lighting module through the control of the main controller 101, which is illustrated in FIG. 9 through a resistor R8 connected to the output terminal RA0 of the main controller. When transistor Q1 is turned ON, infrared diode D1 is driven.

Next, the emotional lighting module 200 will be described.

Emotional lighting module 200 according to the present invention according to the ambient temperature, humidity, brightness sensed by the sensor unit through the control of the infrared transmitter 100 Warm light (Cool light) and Cool (Cool light), and the curing It is variable and driven by the light (Cure light), which is the infrared receiver 210, voltage regulator 220, sensor 230, emotional lighting controller 240, warm & cool light 250, cure It is composed of a light portion (260).

The infrared receiver 210 receives a corresponding signal from the infrared transmitter and transmits the signal to the emotional lighting controller.

As shown in FIG. 10, it is configured to be connected to the input terminal RB1 of the emotional lighting control unit to receive a corresponding signal from the infrared transmitter and transmit the received signal to the emotional lighting control unit.

The voltage regulator 220 receives a high DC voltage from the main power supply 205 and converts the high voltage into a low voltage required by the emotional lighting controller and the infrared receiver.

As shown in FIG. 10, a 24V power supply is input and converted into a 5V voltage through the voltage regulator LM 7805IC to supply a 5V voltage to the emotional lighting controller and the infrared receiver.

The sensor unit 230 is configured on one side of the PCB substrate and detects ambient temperature, humidity, and brightness to send a sensed signal to the emotional lighting controller.

As shown in FIG. 10, the temperature sensor, the humidity sensor, and the light quantity sensor are configured, and the signal measured by the temperature sensor is input to the input terminal RB2 of the emotional lighting controller, and the signal measured by the humidity sensor is the emotional lighting. The input terminal RB3 of the controller is input, and the signal measured by the light quantity sensor is input to the input terminal RB4 of the emotional lighting controller.

The temperature sensor is composed of one of a platinum resistance temperature sensor, a thermistor, and a semiconductor temperature sensor.

Platinum resistance temperature sensor is based on the principle that the resistance value of platinum is changed according to the temperature. It has high accuracy and is used as a standard temperature sensor in the area of -260 ~ 630'C.

Thermistors are made by sintering metal oxides, and use resistance characteristics that change with temperature. Thermistors are divided into negative characteristics (NTC) thermistors and positive characteristics (PTC) thermistors.

The semiconductor temperature sensor uses this characteristic as a temperature sensor because the voltage between the forward voltage of the diode and the base-emitter when a constant current flows between the collector-emitter of the transistor changes linearly with temperature.

The humidity sensor is configured by selecting any one of a ceramic humidity sensor, a polymer humidity sensor, and a thermal conductivity humidity sensor.

Ceramic humidity sensor is suitable for humidity sensor material because it is physically, chemically and thermally stable material.

The polymer humidity sensor is relatively resistant to contamination and its operating temperature is below 60'C. It has resistance type and capacitive type. The former is quaternary ammonium salt polymer or polystyrene sulfonate, and the latter is based on cellulose.

Thermal conductivity The humidity sensor uses a physical phenomenon called thermal conductivity, which uses two thermistors, one of which seals dry air and one of which is exposed to the atmosphere. The bridge circuit consists of two thermistors and two resistors. It responds to the increase and decrease of humidity up to 90% in 12 ~ 13 seconds, has no hysteresis, and responds accurately to the entire range of 0 ~ 100% RH.

The light quantity sensor is a cadmium sulfide cell (CDS), which is a component attached to a cadmium sulfide crystal formed by the combination of cadmium and sulfur. In a dark place without visible light, the electric current does not flow like an insulator, but when the visible light hits the conductor and Likewise, the current flows well, so it has a high resistance in the dark, but the internal resistance of the light decreases as the light gets brighter.

This means that if the amount of light is small, the resistance is small, and if the amount of light is small, the resistance is large.

The emotional lighting control unit 240 controls the warm light, the cool light, and the cure light to be driven according to the ambient temperature, humidity, and brightness detected by the sensor unit 230. It plays a role.

As shown in FIG. 10, the infrared receiver is connected to the input terminal RB1, the temperature sensor of the sensor unit is connected to the input terminal RB2, the humidity sensor of the sensor unit is connected to the input terminal RB3, and the light quantity of the sensor unit is connected to the input terminal RB4. The sensor is connected and configured.

The worm & cool light part is connected to the output terminal RA0 to drive the worm light through the PWM 1 signal. The worm & cool light part is connected to the output terminal RA1 and the cool light is driven through the PWM 2 signal. Connect red LED1 of cure light to output terminal RA2 to drive red LED1 through PWM 3 signal, and connect green LED2 of cure light to output terminal RA3 to connect PWM 4 signal. Drive green LED2 through and connect blue LED3 of Cure light part to output terminal RA4 to drive blue LED3 through PWM 5 signal.

The worm & cool light unit 250 is driven by a warm light or cool light according to ambient temperature, humidity, and brightness under the control of the sensitivity lighting controller, which is a warm light 251. ) And the cool light 252.

Here, as shown in FIG. 7, the worm light 251 receives the PWM 1 signal from the emotional lighting controller and drives the LED 1 in a constant current manner.

That is, when the PWM 1 signal of the emotional lighting control unit 240 is input, the transistor Q1 is turned on by smoothing through the zener diode D1 and sensing the resistance R1. At this time, when the transistor Q1 is turned on, the voltage is divided into the resistor R3 and the resistor R4 to drive the LED1.

As illustrated in FIG. 8, the cool light 252 receives the PWM 2 signal from the emotional lighting controller and drives the LED 2 in a constant current manner.

That is, when the PWM 2 signal of the emotional lighting control unit 240 is input, the transistor Q4 is turned on by smoothing through the zener diode D2 and sensing the resistance R5. At this time, when the transistor Q4 is turned on, the voltage is divided into the resistor R7 and the resistor R8 to drive the LED2.

For example, the LED arrangement of the emotional lighting luminaire according to the present invention is a full color power LED (280a) or a general full color chip LED (General Full Color) around the edge of the rectangular panel, as shown in FIG. Color Chip LEDs 280b are arranged.

In addition, a warm chip LED (warm chip) is located in the upper first column in a rectangular frame structure in which a full color power LED 280a or a general full color chip LED 280b is arranged. LED) is arranged, and then, a cool chip LED is arranged in a second column, and a warm chip LED is repeatedly arranged in a third column.

Hereinafter, full color power LEDs 280a or general full color chip LEDs 280b are referred to as full color LEDs 280a and 280b.

In such a configuration, if it is desired to emit light of the cool light LED 251a, the cool LED is turned on, and the driving of the remaining full color LEDs 280a and 280b and the warm light LED 252a is turned off. The cool light LED 251a is driven.

On the contrary, if it is desired to emit light of the warm light LED 252a, the warm light LED 252a is turned on and the driving of the remaining full color LEDs 280a and 280b and the cool light LED 251a is turned off. By turning off), the warm light LED 252a is driven.

And, if you want to emit the light of the full-color LEDs (280a, 280b) that is the cure light (Cure light), turn on the full-color LEDs (280a, 280b), the remaining warm light LED (251a), cool light LED The full color LEDs 280a and 280b are driven by turning off the driving of the 252a.

In the warm and cool light unit 250 according to the present invention, as shown in FIG. 3, an aluminum heat sink 271 is formed on the bottom layer, and an insulating pad 272 is formed on the aluminum heat sink 271. A GE (Glass Epoxy) PCB 273 is formed on the insulating pad 272, and the metal PCB 270 is formed by inserting the chip LED 280 into the GE PCB 273.

In the metal PCB 270 according to the present invention, as shown in FIG. 5, a GE (Glass Epoxy) PCB 271 is formed along with an insertion hole 271a so that the chip LED is inserted into the front surface of the metal PCB 270.

6 and 7, an insulating pad 272 of rubber material is formed at the bottom of the glass epoxy PCB 271, and an aluminum heat sink 273 is formed at the bottom of the insulating pad 272. Is formed.

As such, the metal PCB 270 having the aluminum heat sink 273 and the rubber insulating pad 272 formed at the bottom of the existing PCB can extend the life of the LED, which is weak in thermal characteristics, and at the same time, Malfunctions can be prevented.

The cure light unit 260 is a full color LED 280a that emits red, orange, yellow, green, and blue colors. , 280b) serves to emit light to stimulate and treat the emotional part of the human body through the control of the emotional lighting control unit.

Here, the full color LEDs 280a and 280b include a full color power LED 280a or a general full color chip LED 280b.

In the present invention, the full-color LED (280a, 280b) red LED1 of the light therapy function to help blood circulation to the body, green LED2 of the light therapy function to help reduce blood pressure on the body, relief of inflammation in the body This article focuses on the Blue LED3, a light therapy feature that helps people.

First, as shown in FIG. 11, the red LED1 of the light therapy function emitting a red color receives the PWM 3 signal of the emotional lighting control unit and drives the red LED1 in a constant current manner.

That is, when the PWM 3 signal of the emotional lighting controller is input, the transistor Q1 is turned on by smoothing through the zener diode D1 and sensing the resistance R1. At this time, when the transistor Q1 is turned on, the voltage is divided into the resistor R3 and the resistor R4 to drive the red LED1.

Due to this, the red LED 1 is driven, and the light therapy to help blood circulation to the body is performed.

In addition, the green LED2 having a light treatment function emitting a green color, as shown in FIG. 3, receives the PWM 4 signal from the emotional lighting control unit and drives the green LED2 in a constant current manner.

That is, when the PWM 4 signal of the emotional lighting controller is input, the transistor Q3 is turned on by smoothing through the zener diode D2 and sensing the resistance R5. At this time, when the transistor Q3 is turned on, the voltage is divided into the resistor R7 and the resistor R8 to drive the green LED2.

As a result, the green LED 2 is driven, and the body is treated with light to help lower blood pressure.

In addition, the blue LED3 having a light treatment function emitting a blue color receives the PWM 5 signal from the emotional lighting control unit and drives the blue LED3 in a constant current manner as shown in FIG.

That is, when the PWM 5 signal of the emotional lighting controller is input, the transistor Q5 is turned on by smoothing through the zener diode D3 and sensing the resistance R9. At this time, when the transistor Q5 is turned on, the voltage is divided into the resistor R11 and the resistor R12 to drive the blue LED3.

Because of this, the blue (LED) LED3 is driven, the light treatment to help the body to reduce inflammation.

As illustrated in FIG. 12, the light guide plate 10 and the reflector plate 30 are positioned on the front surface of the sensitized lighting fixture 10 according to the present invention configured to emit light emitted from a full color LED. Reflect it so that it is evenly transmitted in a direct manner.

And, an electronic ballast is installed at the rear to drive full color LEDs. Here, the electronic ballast is configured to be connected in a centralized structure.

1 is a block diagram showing the components of the LED lighting for emotional lighting having a light treatment function according to the present invention,

Figure 2 is an embodiment showing the LED array structure of the luminaire for emotional lighting having a light treatment function according to the present invention,

3 is a cross-sectional view showing the structure of a metal PCB of the LED lighting for emotional lighting having a light treatment function according to the present invention,

Figure 4 is a front view of a metal PCB which is a component of the LED lighting for emotional lighting having a light treatment function according to the present invention,

5 is a rear view of the metal PCB as a component of the LED lighting fixture for a sensitive light having a light treatment function according to the present invention,

6 is a side view of a metal PCB that is a component of the LED lighting for emotional lighting having a light treatment function according to the present invention,

7 is a circuit diagram showing a worm light of the worm & cool light unit 250 of the LED lighting for emotional lighting having a light treatment function according to the present invention,

8 is a circuit diagram showing a cool light of the worm & cool light unit 250 of the LED lighting for emotional lighting having a light treatment function according to the present invention,

9 is a circuit diagram showing an infrared transmitting unit which is a component of the LED lighting for emotional lighting having a light treatment function according to the present invention,

10 is a circuit diagram showing an emotional lighting module that is a component of the LED lighting for emotional lighting having a light treatment function according to the present invention,

11 is a circuit diagram showing a cure light unit that is a component of the LED lighting for emotional lighting having a light treatment function according to the present invention,

Figure 12 is an embodiment of the LED lighting for emotional lighting having a light treatment function according to the present invention.

※ Brief description of reference numerals ※

100: infrared transmitter 101: main controller

102 switch unit 103 transmitter

200: emotional lighting module 210: infrared receiver

220: voltage regulator unit 230: sensor unit

240: emotional lighting control unit 250: warm & cool light unit

260: Cure light part

Claims (5)

Infrared transmitter 100 for controlling the emotional lighting module of the remote location by an infrared (IR) signal through a remote keypad and a wireless keypad for wall mounting, Emotional lighting module that is variablely driven by warm light, cool light, and cure light according to ambient temperature, humidity, and brightness detected by the sensor unit through the control of the infrared transmitter. Emotional lighting LED light fixture having a light treatment function, characterized in that consisting of (200). According to claim 1, Emotion lighting module 200 is an infrared receiver 210 for receiving the corresponding signal from the infrared transmitter for transmitting to the emotional lighting control unit, A voltage regulator 220 which receives a high DC voltage from the main power supply 205 and converts it into a low voltage required by the emotional light control unit and the infrared receiver; Sensor unit 230 is configured on one side of the PCB substrate to sense the ambient temperature, humidity, brightness to send a signal sensed to the emotional lighting control unit; Emotional lighting control unit 240 for controlling the warm light (cool) light, cool light (Cool light), and cure light (Cure light) is driven according to the ambient temperature, humidity, brightness detected by the sensor unit, The warm & cool light unit 250 for driving the warm light or cool light according to the ambient temperature, humidity, brightness through the control of the emotional lighting control unit, It consists of full color LEDs that emit red, orange, yellow, green and blue colors to control the emotional parts of the human body Emotional lighting LED luminaires having a light treatment function, characterized in that consisting of a cure light (Cure light) unit 260 that emits light that can be stimulated and cured. According to claim 1, Emotion lighting control unit 240 is connected to the input terminal RB1, the infrared receiver is connected, the input terminal RB2 is connected to the temperature sensor of the sensor unit, the input terminal RB3 is connected to the humidity sensor of the sensor unit, the input terminal RB4 The light quantity sensor of the sensor part is connected to the output terminal. Connect the worm light of the worm & cool light part to the output terminal RA0 to drive the worm light through the PWM 1 signal, and connect the cool light of the worm & cool light part to the output terminal RA1. Drives the cool light through the signal, connects the red LED1 of the Cure light part to the output terminal RA2 and drives the red LED1 through the PWM 3 signal, and connects the green LED2 of the Cure light part to the output terminal RA3. To drive green LED2 through PWM 4 signal, and to control blue LED3 through PWM 5 signal by connecting blue LED3 of Cure light part to output terminal RA4. Emotional lighting LED luminaire having a light treatment function. The worm & cool light unit 250 and the cure light unit 260 have an aluminum heat sink 271 formed on a bottom layer of the worm & cool light unit 250, and an insulating pad 272 on top of the aluminum heat sink 271. Is formed, and the insulating pad 272 is formed of a GE (Glass Epoxy) PCB (273), the chip PCB 280 is inserted into the GE PCB (273) is formed of a metal PCB 270 formed Emotional lighting LED luminaire having a light treatment function. 5. The chip LED 280 is configured such that any one of a full color power LED 280a or a general full color LED 280b is selected. Emotional lighting LED luminaire with light treatment function.

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