KR20190026223A - Smart lighting device - Google Patents

Abstract

The present invention relates to a smart lighting device. According to one embodiment of the present invention, provided is a smart lighting device comprising: a lighting part having at least one lighting which generates light; a user controller receiving a lighting control setting by a user operation, and generating and transmitting a corresponding control command; a smart signal relay module receiving a lighting control command from the user controller, and outputting a lighting control signal to the lighting controller in accordance with the lighting control command; a power supply part supplying power to the lighting part; and a lighting control part receiving the lighting control signal, and controlling the power supply to the lighting in accordance with the lighting control signal.

Description

[0001] SMART LIGHTING DEVICE [0002]

The present invention relates to a smart illumination device.

Since the light emitting diode generates light by using a potential gap of a semiconductor device, the light emitting diode has a longer life span, a faster response characteristic, and an environment-friendly characteristic as compared with the conventional light source.

Accordingly, much research has been conducted to replace an existing light source with a light emitting diode, and a light emitting diode is widely used as a light source for various lighting devices used in indoor and outdoor.

As the modern living environment develops, interior lighting is being advanced in lighting by expressing the color of indoor light, that is, color temperature, variously in a white light by a conventional fluorescent lamp or a halogen lamp. Particularly, efforts are being made to apply lighting devices using light emitting diodes as light sources as the most representative lighting devices.

In addition, research is being conducted on ways to provide more convenience to users.

Korean Patent Publication No. 10-2003-0084478 (November 11, 2003)

The present invention provides a smart lighting device capable of registering a plurality of lights, individually controlling them, and performing various functions.

According to an embodiment of the present invention, there is provided a lighting system comprising: an illumination unit having at least one light for generating light; a user controller for receiving illumination control settings by a user operation and generating and transmitting a corresponding control command; A smart signal relay module for receiving a control command and for outputting an illumination control signal to the illumination control section in accordance with the illumination control command, a power supply section for supplying power to the illumination section, And a lighting control section for controlling power supply to the lighting according to the lighting control section.

The present invention can register a plurality of lights to the user controller and individually control them.

Further, the present invention can individually or group-control the illumination of the ID selected by the illumination control app.

In addition, the present invention can provide the convenience of setting an alarm in the lighting control app and adjusting the lighting to a desired color and brightness by an alarm operation.

Further, the present invention can control the brightness of the light in seven steps through the lighting control app, and can provide the convenience of selecting the illumination color as one of the full color (3000k), the main white (4500k) and the daylight color (6500k) have.

In addition, the present invention can change the illumination color and illumination brightness upon reception of a telephone call or a short message to the user controller, recognize the change of illumination to the user in the vibration mode of the hearing impaired person or the user controller, Can be informed.

In addition, the present invention can provide a convenience of setting the turn-off of illumination by selecting a predetermined timer time in the lighting control app.

In addition, the present invention can provide a convenience of setting a TV viewing mode by selecting a specific color and brightness from the lighting control app.

In addition, the present invention can provide a convenience of setting a sleeping environment by selecting an illumination suitable for sleeping in the lighting control application.

In addition, the present invention can provide a convenience of automatically controlling the brightness of the illumination using the illumination detection data when the illumination control application selects the automatic illumination control.

1 is a view showing a configuration of a smart lighting device according to an embodiment of the present invention.
FIGS. 2 to 10 are views for explaining the detailed function of the smart lighting device according to an embodiment of the present invention.

Hereinafter, the present invention will be described more specifically based on preferred embodiments of the present invention. However, the following embodiments are merely examples for helping understanding of the present invention, and thus the scope of the present invention is not limited or limited.

1 is a view showing a configuration of a smart lighting device according to an embodiment of the present invention.

1, a smart lighting device according to an embodiment of the present invention includes a lighting unit 110, a user controller 120, a smart signal relay module 130, a power supply unit 140, and a lighting control unit 150 can do.

The illumination unit 110 may include at least one illumination 112 that generates light.

Here, the illumination 112 may be installed indoors or outdoors of the building in which the user resides. Such an illumination 112 may include a plurality of light sources 114, in particular a light source module 116 arranged with light emitting diodes (LEDs). At this time, the light source module 116 can arrange the plurality of light sources 114 in the first and second groups that emit light of the first and second color temperatures according to the first embodiment. For example, the light source module 116 includes a plurality of light sources 114 for emitting light of a first color temperature of 3000 k (bulb color), a second group of light emitting blue light of a second color temperature of 6500 k A plurality of light sources can be arranged so that power is supplied to each group.

When the first group is operated in the light source module 116, the light 112 emits light of a bulb color having a 3000k color temperature, and when only the second group is operated in the light source module 116, And illuminating both the first group and the second group in the light source module 116, the illumination 112 can emit main white light at a 4500k color temperature.

At this time, the light source module 116 can emit the third color temperature of 4500k light by mixing 3000k light of the first group and 6500k light of the second group. For this, in the light source module 116, the first group of light sources and the second group of light sources receive the same power from the power supply unit 140 to emit light of the first color temperature and light of the second color temperature , The light of the first color temperature and the light of the second color temperature are mixed to generate light of the third color temperature of 4500k.

For example, the power supply unit 140 may supply a maximum of about 60 W of power in a design, and may distribute the power to the light source module 116 for each group of the light source modules 116. At this time, the power supply unit 140 may supply the power set to a predetermined power unit, for example, about 10 W units, to the light source module 116.

The first group of light source modules 116 receives power of about 30 W from the power supply unit 140 to emit light of the first color temperature at a first brightness (preset brightness value) The light of the second color temperature is emitted to the first brightness by receiving the power of about 30 W from the second color temperature 140 and the light of the first color temperature and the light of the second color temperature are mixed to generate light of the third color temperature.

The light source module 116 may generate light having a color temperature in which the first color temperature and the second color temperature are mixed by varying electric power supplied to the first group or the second group, The light of the third color temperature can be generated in the state where the brightness of the group is set to be the same. At this time, light of a new color temperature other than the third color temperature may be generated according to the variable value of power supplied to the first group or the second group. However, in order to generate the mixed color temperature light without turning off the first group or the second group, it is necessary to supply predetermined electric power preset to the first group or the second group.

In addition, the light source module 116 can arrange the plurality of light sources 114 in the first to third groups for emitting light of the first to third color temperatures according to the second embodiment. For example, the light source module 116 includes a plurality of light sources 114, a first group that emits light of a first color temperature (3000 k), a second group that emits light of a second color temperature of 6500 k, A third group for emitting light having a color temperature of 4500k, and a plurality of light sources can be arranged to supply power to each group.

When the first group is operated in the light source module 116, the light 112 emits light of a bulb color having a 3000k color temperature, and when only the second group is operated in the light source module 116, And only the third group in the light source module 116 is operated, the light 112 can emit main white light having a color temperature of 4500k.

Also, when operating the first group and the third group in the light source module 116, the illumination 112 can emit light at 3800k color temperature, and when operating the second group and the third group, It is possible to emit light of 5500k color temperature.

The method of generating light of the new color temperature in the light source module 116 will be described with reference to the above description.

In summary, when the light source module 116 divides a plurality of light sources 114 into a plurality of groups and arranges them, light of various new color temperatures can be generated by operation combination for each group. For example, the new color temperature Y can be generated according to the following equation: Y = (a + b) / 2, which is an intermediate value between the a-color temperature and the b-color temperature. The user controller 120 receives illumination control settings by a user operation, generates control commands corresponding to the illumination control settings, and transmits the control commands to the smart signal relay module 130.

Here, the user controller 120 may be composed of a portable terminal device including at least one of a mobile phone with a light control application installed therein, a tablet, and a fixed terminal device including at least one of a wall pad and an analog signal output device . For example, the user controller 120 may be a smart phone that operates an illumination control app (App) on an operating system of Android or IOS.

The smart signal relay module 130 may receive the illumination control command from the user controller 120 and output the illumination control signal to the illumination controller 150 according to the received illumination control command.

Here, the smart signal relay module 130 may communicate with the user controller 120 using sound signal communication or near field wireless communication.

For example, the smart signal relay module 130 may communicate with the user controller 120 by transmitting a control signal using a frequency of about 18 KHz to about 20 KHz. Accordingly, the smart signal relay module 130 recognizes the voice, receives the illumination control command, and outputs the illumination control signal to the illumination controller 150. [

Alternatively, the smart signal relay module 130 may communicate with the user controller 120 using a WiFi.

The power supply unit 140 may supply power to the illumination unit 110. Here, the power supply unit 140 may supply power to the illumination unit 110 at a level matched to the illumination brightness of the illumination unit 110 through at least one output terminal. For example, the power supply unit 140 may supply power from 0 W to about 60 W to the light source module 116 through the first through third output terminals, respectively, for the first through third groups. However, the maximum power level of the power supply unit 140 may vary depending on the product specifications of the power supply unit 140.

At this time, the sum of the power supply levels supplied to the first to third groups can not exceed the maximum power supply level. For example, the power supply unit 140 may supply a power of 30 W or less to the second group when supplying the power of 30 W to the first group.

In addition, the power supply unit 140 may include a first step (0W), a second step (10W), a third step (20W), a fourth step 30W), the fifth step (40W), the sixth step (50W), and the seventh step (60W).

The illumination control unit 150 receives the illumination control signal from the smart signal relay module 130 and can control the power supply to the illumination according to the illumination control signal. For this, the lighting control unit 150 may control the power supply unit 140. For example, the illumination control unit 150 may be a microcontroller unit (MCU), which is a dedicated processor for controlling the power supply unit 140.

Hereinafter, detailed functions of the smart lighting device according to an embodiment of the present invention will be described with reference to FIGS. 2 to 10. FIG.

The smart lighting device according to an exemplary embodiment of the present invention may perform functions such as device registration, illumination on / off control, alarm mode, user mode, telephone mode, timer mode, TV viewing mode, sleep mode and automatic illumination control.

First, the device registration function of the smart lighting device will be described with reference to FIG.

The user controller 120 requests the registration of the illumination with the smart signal relay module 130 and the smart signal relay module 130 registers and registers the identification value matched with the illumination according to the request of the user controller 120, And provide the registered identification value to the user controller 120. [

For example, the user controller 120 may request the smart signal relay module 130 to register the first through Nth illuminations installed in a room, a small room, a living room, a kitchen, and the like. The smart signal relaying module 130 can assign identification values of IDs 1 to N to the first to Nth illuminations and register them. Here, N is a natural number.

For example, the user controller 120 applies power to the illumination to be registered with the ID. Also, the user controller 120 selects registration from a desired ID number.

The user controller 120 receives and stores the identification value registered from the smart signal relay module 130, and can edit the name of the identification value according to the input of the user. For example, the smart controller 120 can change the notation by a display method that can be recognized by the user in a room, a room, a living room, a kitchen, a dining table, and the like. In addition, the smart signal relay module 130 may register the identification value, and then transmit the device registration notification signal to the lighting control unit 150.

On the other hand, if there is a problem in identification value registration for a certain period of time, the smart controller 120 displays a "retry" on the display screen so that the user can select re-registration.

The lighting control unit 150 may control the lighting unit 110 to perform the device registration notification operation according to the received device registration notification signal. At this time, the device registration notification operation is to display at least one of illumination brightness, illumination color, and illumination pattern of the illumination unit 110 and display the device registration of the corresponding illumination. Such device registration notification operation may notify a person with hearing impairment that the device registration of the corresponding lighting is completed.

Thus, the smart lighting device can register and control a plurality of lights individually. For example, when the smart lighting device selects the ID of the illumination in the illumination control application and instructs the illumination of the selected ID, the illumination control unit 150 controls the power supply unit 140 to supply power to the illumination of the corresponding ID Can be controlled.

Next, the illumination on / off control function of the smart illumination device will be described with reference to Fig.

The user controller 120 may transmit a turn-on signal or a turn-off signal for controlling the on-off of the illumination to the smart signal relay module 130 according to a button operation through the illumination control app to control the selected illumination.

The smart signal relay module 130 may output a lighting turn-on signal or an illumination turn-off signal for the illumination selected by the illumination controller 150 according to the received turn-on signal or turn-off signal.

The illumination control unit 150 may control the power supply unit 140 to turn the illumination on or off according to the illumination turn-on signal or the illumination turn-off signal.

This allows the smart lighting device to control the lighting of the IDs selected by the lighting control apps individually or in groups.

Next, the alarm mode function of the smart lighting device will be described with reference to FIG.

The user controller 120 may set an alarm action that includes at least one of an alarm time, an alarm time, an illumination color, and a brightness of illumination through the lighting control app and send an alarm setting signal to the smart signal relay module 130 have.

The smart signal relay module 130 may output an alarm operation signal to the lighting controller 150 according to the received alarm setting signal.

The illumination control unit 150 may control the power supply unit 140 according to the alarm operation signal to operate the illumination in the alarm mode.

This allows the smart lighting device to set an alarm in the lighting control app and provide the convenience of adjusting the lighting to a desired color and brightness with an alarm action. In addition, when a phone call or a short message is received according to the operating system of the user controller 120, the smart lighting device performs an alarm operation according to a user's operation on a pop-up screen displayed on the display screen of the user controller 120 Can be set.

Next, the user mode function of the smart illumination device will be described with reference to Fig.

The user controller 120 may set at least one of the illumination brightness and the illumination color selected by the user through the lighting control application to the user mode and then transmit the user mode setting signal to the smart signal relay module 130. [

The smart signal relay module 130 outputs the dimming control signal and the tint control signal to the lighting controller 150 so that the lighting unit 110 operates with at least one of the brightness of the lighting and the color of the lighting selected by the user according to the received user mode setting signal .

The illumination control unit 150 may provide the illumination 112 with a level of power matched to the set illumination brightness in accordance with the dimming control signal. In addition, the illumination control unit 150 may operate the illumination 112 that emits light of a color temperature matched to the illumination color set in accordance with the tint control signal.

Here, the brightness of illumination can be divided into 7 stages of the first stage (0W) to the seventh stage (60W), and the illumination colors can be divided into the light bulb color (3000k), the main white color (4500k) have.

This allows the smart lighting device to control the brightness of the lighting in seven steps through the lighting control app and offers the convenience of choosing the lighting color as one of three colors: light bulb color (3000k), daylight white (4500k) and daylight color (6500k) can do.

Next, the telephone mode function of the smart lighting apparatus will be described with reference to Fig.

The user controller 120 may set the lighting mode to the telephone mode or the short message receiving mode through the lighting control application. In addition, the user controller 120 transmits a telephone reception signal to the smart signal relay module 130 when receiving a telephone call in the telephone mode, or transmits a telephone reception termination signal to the smart signal relay module 130 at the end of telephone reception in the telephone mode .

Alternatively, the user controller 120 may transmit a short message reception signal to the smart signal relay module 130 upon receiving a short message in the short message reception mode.

In addition, the user controller 120 may perform a lighting operation selection and a telephone number selection function for receiving a telephone call or receiving a short message via a lighting control application.

For example, the user controller 120 may select an illumination operation such as a light emission pattern of illumination in a telephone mode. In addition, the user controller 120 may be configured to selectively receive a specific telephone number registered in the telephone mode, or to receive the entire registered telephone number.

At this time, the user controller 120 may selectively transmit a phone reception signal to the smart signal relay module 130 to perform reception notification on the registered specific phone number, The signal relaying module 130 can transmit the telephone reception signal. Here, the user controller 120 performs only the reception notification for the registered specific phone number because it can cause a problem in the reception notification for all the phone numbers, and thus can be selected. In addition, the user controller 120 performing only the reception notification for the registered specific telephone number is a function that can be selected to provide information so that the hearing-impaired person can identify the caller. At this time, the user controller 120 differentiates the operation of the lighting according to the telephone reception and the short message, thereby solving the inconvenience of daily life or providing information to the hearing-impaired person in various ways.

The smart signal relay module 130 may output a control signal to the illumination controller 150 so that at least one of the illumination color and the illumination brightness may be varied according to either the telephone reception signal, the telephone reception end signal, or the short message reception signal .

The lighting control unit 150 may control the power supply unit 140 to perform the telephone reception illumination control according to the telephone reception signal or may control the power supply unit 140 according to the telephone reception end signal to release the telephone reception illumination control .

Alternatively, the illumination control unit 150 may control the power supply unit 140 according to a short message reception signal to perform illumination control for short message reception.

In this way, the smart lighting device can vary the illumination color and brightness of the illumination upon reception of a call or short message to the user controller 120. In addition, the smart lighting device may be aware of the change in illumination to the user in the vibration mode of the deaf or user controller 120 to inform the user of the reception of a telephone call or a short message.

Next, the timer mode function of the smart lighting device will be described with reference to FIG.

The user controller 120 may set a turn-off timer operation through the lighting control application and then transmit a timer setting signal to the smart signal relay module 130. [ For example, the user controller 120 may be configured to turn off the illumination after about 30 minutes.

The smart signal relay module 130 may output a timer operation signal to the lighting controller 150 according to the received timer setting signal. For example, the smart signal relay module 130 may internally operate the timer for about 30 minutes according to the timer setting signal and output the timer operation signal for turning off the lighting at about 30 minutes.

The illumination control unit 150 may control the power supply unit 140 according to the timer operation signal to operate the illumination in the timer mode for performing the turn-off of the illumination.

Thus, the smart lighting device can provide a convenience of setting the turn-off of the illumination by selecting a preset timer time in the lighting control app.

Next, the TV viewing mode function of the smart lighting device will be described with reference to FIG.

After the user controller 120 sets the TV viewing mode through the lighting control application, the smart controller 120 transmits the TV viewing setting signal to the smart signal relay module 130, or releases the TV viewing mode, The viewing cancellation signal can be transmitted.

The smart signal relay module 130 receives a TV viewing mode operation signal for selecting a preset lighting color or a brightness of a light or a TV set for releasing the TV viewing mode to the lighting controller 150 in accordance with the received TV viewing setting signal or the TV watching- It is possible to output a viewing mode release signal.

The lighting control unit 150 controls the power supply unit 140 according to the TV viewing mode operation signal to operate the lighting in the TV viewing mode and controls the power supply unit 140 according to the TV viewing mode release signal to release the TV viewing mode .

This allows the smart lighting device to provide the convenience of setting a TV viewing mode by selecting a specific color and brightness in the lighting control app.

Next, the sleep mode function of the smart lighting apparatus will be described with reference to Fig.

The user controller 120 transmits a sleep mode setting signal to the smart signal relay module 130 after setting the sleep mode through the lighting control application or releases the sleep mode and releases the sleep mode to the smart signal relay module 130 Signal can be transmitted.

The smart signal relay module 130 may control the sleep mode light control signal to select the sleep mode light control signal suitable for sleeping in the light control unit 150 or the sleep mode light control signal to release the sleep mode according to the received sleep mode setting signal or the sleep mode release signal, It is possible to output a release signal.

The illumination control unit 150 controls the power supply unit 140 according to the sleep mode illumination control signal to operate the sleep mode and controls the power supply unit 140 according to the sleep mode illumination control cancellation signal, Can be released.

Accordingly, the smart lighting device can provide a convenience of setting a sleeping environment by selecting an illumination suitable for sleeping in the lighting control app.

Next, the automatic illumination control function of the smart illumination device will be described with reference to Fig.

After the user controller 120 sets the automatic illuminance control mode through the illumination control application, the user controller 120 transmits the automatic illuminance control setting signal to the smart signal relay module 130, or releases the automatic illuminance control mode, The automatic exposure control release signal can be transmitted. In addition, the user controller 120 may select the lighting color through the lighting control app.

The smart signal relaying module 130 generates an automatic illuminance illumination control signal for performing automatic illuminance control to the illumination controller 150 according to the received automatic illuminance control setting signal or the automatic illuminance control release signal, It is possible to output a control release signal.

The illumination control unit 150 controls the power supply unit 140 according to the automatic illumination illumination control signal to operate the illumination in the automatic illumination control mode and controls the power supply unit 140 according to the automatic illumination illumination control release signal, Mode lighting operation can be canceled.

At this time, the illumination controller 150 may receive illuminance sensing data from at least one illuminance sensor. In addition, the illumination controller 150 may automatically control the illumination brightness using illumination sensing data.

Accordingly, the smart lighting device can provide the convenience of automatically controlling the brightness of the illumination using the illumination sensing data when the illumination control application selects the automatic illumination control.

Although the preferred embodiments of the present invention have been disclosed for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims. In addition, it is a matter of course that various modifications and variations are possible without departing from the scope of the technical idea of the present invention by anyone having ordinary skill in the art.

110:
120: User controller
130: Smart Signal Relay Module
140: Power supply
150:

Claims (16)

An illumination unit having at least one illumination generating light;
A user controller for receiving a lighting control setting by a user operation and generating and transmitting a corresponding control command;
A smart signal relay module for receiving an illumination control command from the user controller and outputting an illumination control signal to the illumination controller according to the illumination control command;
A power supply unit for supplying power to the illumination unit; And
And a lighting control section for receiving the lighting control signal and controlling power supply to the lighting in accordance with the lighting control signal.
The method according to claim 1,
The user controller requests registration of illumination with the smart signal relay module,
Wherein the smart signal relay module provides an identification value matched to the illumination according to a request from the user controller and registers the identification value and provides the registered identification value to the user controller.
3. The method of claim 2,
Wherein the smart signal relay module transmits the device registration notification signal to the lighting control unit after registering the identification value.
The method of claim 3,
Wherein the illumination control unit controls the illumination unit such that the illumination unit performs a device registration notification operation in accordance with the received device registration notification signal.
5. The method of claim 4,
Wherein the device registration informing operation outputs light according to a predetermined color or light emission pattern in the illumination.
The method according to claim 1,
The user controller transmits a turn-on signal or a turn-off signal for controlling on / off of the illumination to the smart signal relay module according to a button operation to control the selected illumination,
Wherein the smart signal relay module outputs a lighting turn-on signal or an illumination turn-off signal for the illumination selected by the illumination control section in accordance with the received turn-on signal or the turn-off signal.
The method according to claim 1,
Wherein the user controller sets an alarm operation including at least one of an alarm time, an alarm operation time, an illumination color, and a brightness of illumination, and then transmits an alarm setting signal to the smart signal relay module,
And the smart signal relay module outputs an alarm operation signal to the lighting control unit according to the received alarm setting signal.
The method according to claim 1,
Wherein the user controller sets at least one of a user's selected brightness of illumination and an illumination color to a user mode and transmits a user mode setting signal to the smart signal relay module,
Wherein the smart signal relay module outputs a dimming control signal and a tint control signal to the lighting control unit so that the lighting unit operates with at least one of a lighting brightness and an illumination color selected by the user according to the received user mode setting signal, .
9. The method of claim 8,
The illumination control unit may be configured to provide a power source having a level matched to the brightness of the illumination set according to the dimming control signal and to operate a lighting unit that emits light of a color temperature matched to the illumination color set in accordance with the tinting control signal. Lighting device.
10. The method of claim 9,
Wherein the illumination brightness is divided into seven levels, and the illumination colors are classified into a bulb color, a main white color, and a daylight color.
The method according to claim 1,
Wherein the user controller sets an illumination mode in a telephone mode or a short message reception mode and transmits a telephone reception signal to the smart signal relay module when receiving a telephone call in the telephone mode, Transmitting a short message reception signal to the smart signal relay module when receiving a short message in the short message reception mode,
Wherein the user controller is configured to selectively receive a specific phone number registered in the phone mode, to receive all registered phone numbers, and to receive notification of a registered specific phone number, Selectively transmitting the telephone receiving signal or transmitting the telephone receiving signal to the smart signal relaying module so as to perform reception notification on all registered telephone numbers,
Wherein the smart signal relay module outputs a control signal to the lighting control unit such that at least one of the illumination color and the brightness of the illumination varies according to any one of the telephone reception signal, the telephone reception end signal, Lighting device.
The method according to claim 1,
Wherein the user controller transmits a timer setting signal to the smart signal relay module after setting a turn-off timer operation in the timer mode,
Wherein the smart signal relay module operates the timer internally according to the received timer setting signal and outputs a timer operation signal to the lighting control unit so that the lighting is turned off at a predetermined time.
The method according to claim 1,
The user controller transmits a TV watching setting signal to the smart signal relay module after setting the TV viewing mode or transmits a TV watching release signal to the smart signal relay module after releasing the TV viewing mode,
The smart signal relay module may include a TV viewing mode operation signal for selecting a lighting color or a brightness of illumination preset to the lighting control unit according to the received TV viewing setting signal or a TV watching cancel signal, And outputs a signal.
The method according to claim 1,
The user controller transmits a sleep mode setting signal to the smart signal relay module after setting the sleep mode or transmits a sleep mode release signal to the smart signal relay module after releasing the sleep mode,
The smart signal relay module may control the sleep mode light control signal to select the sleep mode light control signal suitable for sleeping in the light control unit or the sleep mode light control release signal to cancel the sleep mode according to the received sleep mode setting signal or the sleep mode release signal Smart lighting device to output.
The method according to claim 1,
The user controller transmits an automatic illuminance control setting signal to the smart signal relay module after setting the automatic illuminance control mode or transmits an automatic illuminance control cancel signal to the smart signal relay module after releasing the automatic illuminance control mode ,
The smart signal relay module includes an automatic illuminance illumination control signal for performing automatic illuminance control to the illumination control unit according to the received automatic illuminance control setting signal or an automatic illuminance control release signal, The smart lighting device outputting the smart lighting device.
The method according to claim 1,
Wherein the user controller is configured to be one of a portable terminal device including at least one of a mobile phone and a tablet, and a fixed terminal device including at least one of a wall pad and an analog signal output device.

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