KR20190044198A - A Smart Lighting System - Google Patents

Abstract

The present invention relates to a smart lighting system and, more specifically, to a smart lighting system which allows users to freely set the maximum illumination, the number of steps for the lighting turning-on and turning off, and the time for maintaining each step of a smart lighting device according to the location of the smart lighting device and the time of operating the smart lighting device. Thus problems of a user experiencing the glare and darkness can be prevented, user′s convenience can be increased, and energy consumption can be reduced.

Description

A Smart Lighting System}

The present invention relates to a smart illumination system, and more particularly, to a smart illumination system, and more particularly, to a system and method for setting a maximum illumination of a smart illumination device, a number of steps of turning on and off, So as to prevent the user's glare and darkness, increase the convenience of the user, and reduce energy consumption.

In general, lighting such as fluorescent lamps, incandescent lamps, and LEDs is installed in homes, offices, and buildings to brighten the room.

Such a switch for controlling the illumination has evolved into a variety of ways in which the maximum brightness is controlled as in the following patent document and the operation is automatically controlled according to whether or not the person is aware, in a simple method of controlling only the lighting and the extinguishing.

However, when the lighting is suddenly turned on in a dark state, it may cause irritation to the eyes due to glare, and when the lighting is turned off in a bright state, there is a problem that the visibility can not be secured due to the darkness.

In addition, even when the illumination is gradually turned on or off, the required illumination is turned on and off according to the time and location, and therefore, the energy consumption is minimized and the user is not exposed to darkness or glare It is necessary to develop a smart lighting system that can be freely adjusted according to time and place.

(Patent Literature)

Patent Document 10-2015-0063648 (published on May 10, 2015) " LED illumination system and control method thereof "

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems,

It is an object of the present invention to provide a smart lighting system that can prevent a user's glare and darkness, increase user's convenience, and reduce energy consumption.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a smart lighting system that enables simple configuration and easy control of the apparatus.

It is an object of the present invention to provide a smart illumination system which facilitates the control of the operation of smart illumination devices.

It is an object of the present invention to provide a smart illumination system that enables easy and accurate control of a position-independent illumination device.

It is an object of the present invention to provide a smart lighting system that facilitates management of a plurality of lighting modules.

It is an object of the present invention to provide a smart illumination system that enables precise control over a target illuminance.

It is an object of the present invention to provide a smart illumination system that enables uniform use of a plurality of illumination modules.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a smart lighting system which enables control of a plurality of lighting devices according to a user's copper line.

In order to achieve the above object, the present invention is implemented by the following embodiments.

According to an embodiment of the present invention, a smart lighting system according to the present invention includes a smart lighting device installed on a ceiling or the like and emitting light in accordance with supply of electricity; A lighting control device for controlling the operation of the smart lighting device; And a smart switch for transmitting an operation signal of the smart lighting device to the lighting control device according to an operation of a user, wherein the lighting control device includes: a number of steps in which the maximum illumination, lighting, And controls the operation of the smart lighting device according to the set maximum illumination, the number of lighting and light-off stages, and the maintenance time for each stage.

According to another embodiment of the present invention, in a smart lighting system according to the present invention, the lighting control apparatus includes a lighting control section for controlling operation of the smart lighting apparatus, and the lighting control section controls the maximum illumination A target illuminance adjustment module for setting the target illuminance; A step number adjusting module for setting the number of steps in which the smart lighting device is lit up to maximum illumination or lights out at maximum illumination; A holding time adjusting module for setting a holding time of each step set by the step number adjusting module; A control information storing module for storing information set in the target illuminance adjusting module, the step number adjusting module, and the holding time adjusting module; And an illumination operation module for operating the smart illumination device according to the information stored by the adjustment information storage module.

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the smart lighting device includes a plurality of lighting modules for emitting light, And a lighting number adjusting module for selecting a lighting module to be turned on by adjusting the number of lighting modules turned on according to the maximum illuminance received by the target illuminance receiving module .

According to another embodiment of the present invention, in a smart lighting system according to the present invention, the smart switch includes an operation unit operated by a user to adjust operation information relating to illumination, A light switch for controlling the lighting and lighting, a target illuminance adjusting switch for adjusting the maximum illuminance, a lighting level adjusting switch for adjusting the number of lighting levels, a lighting level adjusting switch for adjusting the number of lighting levels, And a time adjustment switch.

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the number-of-steps adjusting module may automatically adjust the number of lighting or extinction steps according to the target illuminance set by the target illuminance adjusting module, .

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the holding time adjusting module includes a lighting holding time setting module for setting a lighting holding time for each step in the lighting step, And a light-off hold time setting module for setting a light-off hold time of each step.

According to another embodiment of the present invention, in a smart lighting system according to the present invention, the smart switch includes an operation unit operated by a user to adjust operation information relating to illumination, A light intensity control switch for controlling the light intensity, a target light intensity control switch for controlling the maximum light intensity, a light intensity holding time adjusting switch for setting the holding time for each step of the lighting stage, And a control unit.

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the smart lighting apparatus includes an illuminance measurement unit formed on the smart illumination apparatus for measuring the ambient illuminance, And an automatic control unit for automatically controlling the operation of the smart lighting device according to the illuminance measured by the illuminating unit, wherein the automatic adjusting unit includes an operation start module for starting automatic adjustment according to the operation of the smart switch, A target illuminance adjustment module for adjusting the maximum illuminance in accordance with the illuminance information, a step for adjusting the number of lighting and off-lighting steps, And a holding time adjusting module for adjusting the holding time of each step.

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the lighting control apparatus includes a mode adjusting section for setting a manual or automatic adjustment of smart lighting apparatus operation according to the operation of the smart switch, The mode adjusting unit may include an automatic mode information storing module for storing the automatic adjusting operation when the operation of the automatic adjusting is selected in the smart switch, And a manual mode automatic switching module for automatically switching to a manual control mode when information to be controlled by the controller is received.

According to another embodiment of the present invention, a smart lighting system according to the present invention includes a user terminal for remotely controlling the operation of a smart lighting device, and the lighting control device detects the lifetime of each of the plurality of lighting modules And a lifespan sensing unit for transmitting information on lifetime of each lighting module to a user terminal according to a request of the user terminal.

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the smart lighting apparatus includes an illuminance measurement unit formed on each of a plurality of illumination modules to measure illuminance of each illumination module, An illuminance information request module for requesting the illuminance information of the illumination module that is illuminated in the illuminance measurement unit when the illumination information is received; A module-specific illuminance information receiving module for receiving the illuminance information of each of the plurality of illuminating modules, and an illuminance information calculating module for calculating a life of each of the illuminating modules by comparing the illuminance information of each of the illuminating modules, And a module.

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the life detecting unit may include a replacement detecting unit for notifying replacement of the user terminal when the lifetime calculated by the module- And a notification module.

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the lighting number adjusting module adjusts the lighting number in consideration of the remaining life of each lighting module sensed by the life sensing unit do.

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the target illuminance adjustment module may include a lifetime star point lamp for selecting a lighting module having a long remaining life in selecting the lighting illumination by the lighting number control module And a lighting control module.

According to another embodiment of the present invention, a smart lighting system according to the present invention comprises a user terminal for controlling the operation of a smart lighting device remotely, the user terminal setting information about the operation of a plurality of smart lighting devices Wherein the overall illumination setting section includes an operation illumination selection module for selecting an illumination device to be operated, an operation sequence designation module for designating an order in which the selected illumination device is to be turned on or off, Wherein the plurality of illumination devices are automatically turned on or off according to the set information.

According to another embodiment of the present invention, in the smart lighting system according to the present invention, the total illumination setting unit may include a maximum illuminance, a number of lit or unlit stages for each illuminating device selected by the operating illumination selecting module, An individual illumination setting module for setting a holding time, and a setting information storage module for storing information set by the individual illumination setting module.

The present invention can obtain the following effects by the above-described embodiment, the constitution described below, the combination, and the use relationship.

The present invention can freely set the maximum illuminance of the smart illuminating device, the number of steps of turning on and off, setting the holding time for each step, and setting the maximum illuminance of each illuminating device according to the position of the illuminating device, , The user's glare and darkness are prevented, the user's convenience is improved, and the energy consumption is also reduced.

According to the present invention, the number of lighting modules turned on according to the target illuminance can be adjusted, so that a simple configuration and easy control of the apparatus can be achieved.

The present invention has the effect of easily adjusting the operation by separately configuring the target illuminance adjustment switch, the lighting step adjustment switch, the light adjustment step adjustment switch, and the holding time adjustment switch.

The present invention has the effect of increasing the convenience of the user by automatically adjusting the number of steps to be turned on or off according to the target illuminance.

According to the present invention, the maximum illuminance of the illumination device, the number of lighting and extinction steps, and the automatic mode in which the step-by-step holding time is automatically controlled can be included according to the illuminance, It is effective.

The present invention is capable of calculating the lifetime of each of the plurality of lighting modules, thereby facilitating management of a plurality of lighting modules.

The present invention has an effect of enabling accurate control of the target illuminance by controlling the number of lighting modules lit according to the target illuminance in consideration of the lifetime of the lighting module.

According to the present invention, when selecting the lighting module according to the target illuminance, the lighting module having a long remaining life is preferentially selected, so that it is possible to uniformly use the plurality of lighting modules.

The present invention has an effect of enabling a plurality of lighting apparatuses to be controlled according to a user's motion by setting operation lights, an operation order, and an operation interval for a plurality of illumination apparatuses.

1 is a block diagram of a smart lighting system according to an embodiment of the present invention;
Fig. 2 is a block diagram showing a configuration of the illumination control apparatus of Fig. 1
Fig. 3 is a block diagram showing the configuration of the illumination control unit of Fig. 2
Fig. 4 is a block diagram showing the configuration of the automatic control unit of Fig. 2
FIG. 5 is a block diagram showing the configuration of the life sensing unit of FIG. 2;
Figure 6 is a front view of the smart lighting device of Figure 1;
Fig. 7 is a block diagram showing the configuration of the smart lighting device of Fig. 1
8 is a reference diagram showing an example of lighting of the smart illumination device of FIG.
9 is a side view of the smart switch of Fig.
Fig. 10 is a block diagram showing the configuration of the ID setting unit of Fig. 9
11 is a block diagram showing a configuration of the user terminal of FIG.
12 is a block diagram showing the configuration of the adjustment information setting unit of FIG.
13 is a block diagram showing a configuration of the life verification unit of FIG.
Fig. 14 is a schematic diagram of a smart lighting system according to another embodiment of the present invention
15 is a block diagram showing the configuration of the holding time adjusting module of Fig.
16 is a block diagram showing the configuration of the holding time setting module of Fig.

Hereinafter, preferred embodiments of a smart illumination system according to the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. Throughout the specification, when an element is referred to as " including " an element, it is understood that it can include other elements as well as other elements, The terms " part, " " module, " and the like denote a unit for processing at least one function or operation, which may be implemented as hardware or software or a combination of hardware and software.

1 to 13, the smart lighting system includes a smart lighting device 3 installed on a ceiling or the like and emitting light according to the supply of electricity; A lighting control device (1) for controlling the operation of said smart lighting device (3); A smart switch 5 for transmitting an operation signal of the smart lighting device 3 to the lighting control device 1 according to a user's operation; And a user terminal (7) for controlling the operation of the smart lighting device (3) remotely.

The smart lighting system according to the present invention can freely set the number of steps of lighting up or turning off the maximum illumination and the maximum illumination of the lighting apparatus and the holding time of each step, Operation can be performed, or operation can be performed through a user terminal 7 such as a smart phone or a computer, thereby enabling easy setting. Therefore, the user can set a desired maximum illuminance (hereinafter, referred to as 'target illuminance') according to the lighting time, the installation place of the lighting apparatus, etc., thereby saving energy and adjusting the comfortable illuminance to the user's eyes. In addition, it is possible to prevent the glare phenomenon or the dark phenomenon which occurs when the light is turned on or off by adjusting the number of the steps of lighting or extinguishing, and by adjusting the number of steps according to the current illumination of the place where the lighting apparatus is installed, Make sure that the most comfortable lighting and lights-out process is performed. In addition, it is possible to adjust the holding time of each step in the process of turning on or off the lamp so that the lamp can be comfortably turned on, and at the same time, It is possible to secure the visibility and convenience of the user even when the user moves. Further, the present invention enables the illumination of the smart illumination device 3 to be measured so that the target illuminance, the number of lighting and extinction stages of the smart illumination device 3, and the holding time of each step are automatically adjusted according to illumination, The convenience of the user can be enhanced and the illuminance of each illumination module 31 of each smart illumination device 3 can be measured to calculate the life of each illumination module 31 and enable effective control and management accordingly .

The lighting control device 1 controls the operation of the smart lighting device 3 and receives and stores operational information about the smart lighting device 3 transmitted by the smart switch 5 or the user terminal 7 And may be fixedly attached to a ceiling or the like together with the smart lighting device 3. [ The lighting control device 1 receives and stores information on the target illuminance, the number of lit and unlit stages of the smart lighting device 3, the step-by-step holding time, and thereby activates the smart lighting device 3, The automatic operation of the smart illumination device 3 according to the illuminance can be performed and the lifetime of each of the plurality of illumination modules 31 is calculated and stored and the information related thereto is transmitted to the user terminal 7. [ 2, the illumination control apparatus 1 includes an illumination control section 11 for controlling the operation of the smart illumination apparatus 3, an automatic control section 11 for automatically controlling the smart illumination apparatus 3, A communication unit 15 for communicating with the smart switch 5 or the user terminal 7, a power supply unit 15 for supplying power to the smart switch 5 or the user terminal 7, A power supply unit 16 for supplying power, and an ID setting unit 17 for setting an ID.

The lighting control part 11 receives and stores operational information on the smart lighting device 3 and thereby regulates the operation of the smart lighting device 3, 7 to store operation information. 3, the illumination controller 11 includes a target illuminance adjustment module 111 for adjusting the target illuminance, a number-of-steps adjustment module 112 for adjusting the number of lighting and off-lighting steps, A control information storage module 114 for storing the set information, and an illumination operation module 115 for operating the smart illumination device 3 according to the set information.

The target illuminance adjustment module 111 is configured to set the maximum illuminance of the smart illuminator 3 targeted by the user and is provided with a target illuminance adjustment switch 513a or a user terminal 7 To be described later) of the target illuminance setting module 712a. Therefore, the user can freely set the most suitable illuminance according to the time for lighting the smart illumination device 3, the illumination of the place where the smart illumination device 3 is installed, etc., and this operation can be performed very easily . The target illuminance adjustment module 111 includes a target illuminance reception module 111a for receiving information on the target illuminance, a lighting number adjustment module 111b for adjusting the lighting number of the illumination module 31 according to the target illuminance, And an illumination control module 111c such as a lifetime starter that adjusts the lighting module 31 according to its lifetime.

The target illuminance receiving module 111a receives the information about the target illuminance from the smart switch 5 or the user terminal 7 and measures the degree of illuminance by 20%, 40%, 60%, 80%, 100 %, And the like, so that the target illuminance can be set. However, the target illuminance can be set in various stages without being limited thereto. The target illuminance receiving module 111a receives target illuminance information and transmits the target illuminance information to the lighting number adjusting module 111b to determine the lighting module 31 to be turned on.

The lighting number control module 111b is configured to determine the number of lighting modules 31 that are turned on according to the target illuminance information received by the target illuminance reception module 111a and includes a lighting module 31) are determined and determined. The smart illumination device 3 is formed of a plurality of illumination modules 31 and emits light. By allowing the illumination module 31 according to the target illumination to be selected and operated, the target illuminance can be easily and accurately generated So that the configuration of the apparatus can be simplified. The lighting number control module 111b may be turned on in balance with the lighting modules 31 that are turned on according to the target illuminance as shown in FIG. 8, and the selection of the lighting module 31, But can be made variously. The lighting number adjustment module 111b may control the number of lighting modules 31 that are turned on according to the lifetime of each lighting module 31 calculated by the lifetime sensing unit 14. [ In other words, the lighting number adjustment module 111b can calculate the number of the lighting modules 31 that can adjust the target illuminance in consideration of the decrease in illuminance as the lifetime of each lighting module 31 decreases, In the case where the lifespan decreases so as not to meet the target illuminance, the number of the lighting modules 31 to be illuminated is increased so that the target illuminance can be adjusted. The lighting number control module 111b determines the lighting modules 31 to be turned on according to the number of lights to be illuminated and controls the lighting modules 31 calculated by the lighting control module 111c, It is possible to select the lighting module 31 which is turned on according to the lifetime of the lighting module 31.

The illumination adjustment module 111c such as the lifetime rating module is configured to select the illumination module 31 to be lit according to the remaining service life of each illumination module 31. The illumination module 31 has a remaining life . The lighting number adjusting module 111b determines the lighting number of the lighting module 31 according to the target illuminance and turns on the lighting module 31c. The remaining lighting modules 31 So that the lighting module 31 can be used evenly.

The number-of-steps adjusting module 112 is configured to adjust the number of steps in which the lighting switch is turned on and off. The lighting switch 513b, Is adjusted according to the setting by the number-of-steps setting module 712b, which will be described later. For example, when the target illuminance is set to 60% and the number of lighting steps is set to 3, the number-of-steps adjusting module 112 adjusts the illuminance of the smart lighting device 3 from 20% to 40% to 60% If the number of light extinction steps is similarly set to 3, it can be turned off in three steps from 60% to 40% → 20% → 0%. The step number adjustment module 112 may increase the number of steps when the target illuminance is high and decrease the number of steps when the ambient illuminance is low so as to prevent darkness or glare due to sudden darkening or brightening, So as to be set to the most suitable number of steps. The number-of-steps adjusting module 112 includes a lighting step number adjusting module 112a for adjusting the number of lighting steps and a lighting number adjusting module 112b for adjusting the number of lighting steps, Respectively.

The holding time adjusting module 113 is configured to adjust the holding time for each step of the turning on and off steps adjusted by the step number adjusting module 112. The holding time adjusting module 113 includes a holding time adjusting switch 513d Or the information set by the holding time setting module 712c of the user terminal 7. [ The retention time adjustment module 113 can be adjusted mainly depending on the position of the smart illumination device 3, and preferably the retention time can be set in a range of 1 to 5 seconds. For example, if the target illuminates at 60% of the 3-step and 3-second retention times, it will stay at 3% for 20% and 40% To be turned on. The holding time adjusting module 113 can be used mainly when moving in a certain space, such as when going to bed or going out. For example, when the distance to the bed or the distance to the door is long, The holding time can be lengthened, so that it is possible to easily carry out the operation even in a situation where the fire is turned off. Also, the holding time adjusting module 113 may be used to minimize glare and darkness by increasing the holding time when the target illuminance is high or the ambient illuminance is low, such as the step number adjusting module 112.

The adjustment information storage module 114 is configured to store information set by the target illumination adjustment module 111, the step number adjustment module 112 and the sustain time adjustment module 113. The smart switch 5 or So that the information set by the user terminal 7 is received and stored, and the operation of the smart lighting device 3 is performed by the lighting operation module 115 according to the stored information.

The lighting operation module 115 is configured to operate the smart lighting device 3 in accordance with the information stored by the adjustment information storage module 114, The smart illumination device 3 is operated according to the stored information when the operation signal is received by the individual illumination operation portion 751 of the terminal 7. [ The illumination operation module 115 causes the smart illumination device 3 to operate according to the pre-stored information when the information stored by the smart switch 5 or the user terminal 7 is not changed, So that the smart illumination device 3 can be easily operated repeatedly.

The automatic adjustment unit 12 is configured to automatically set the operation of the smart lighting device 3 and automatically adjusts the setting according to the measured illuminance. The automatic adjustment unit 12 adjusts the number of steps of the target illuminance, the lighting and the light-off of the smart lighting device 3 according to the illuminance information measured and transmitted by the illuminance measurement unit 32 described later of the smart illuminator 3, The smart illumination device 3 is operated by automatically adjusting the step-by-step holding time. When the illuminance is high, the target illuminance can be lowered, and the number of steps and the step-by-step holding time can be made small. The automatic adjustment unit 12 can be conveniently used when the operation of the smart lighting apparatus 3 is performed irrespective of the position and the automatic adjustment unit 12 can be operated by the mode control switch 514, When the automatic adjustment mode is set by the automatic mode setting module 713a to be described later, the operation is started. Therefore, when the automatic adjustment mode is set and an operation signal of the smart lighting device 3 is transmitted by the light switch 512 of the smart switch 5 or the user terminal 7 or the individual lighting operation portion 751, The setting is adjusted so that the smart illumination device 3 is turned on or off. The automatic adjustment unit 12 automatically stops the automatic adjustment mode when a signal for manually adjusting the target illuminance, the number of steps, and the stepwise maintenance time is received from the smart switch 5 or the user terminal 7 So that the operation by the illumination control section 11 is started. The automatic adjustment unit 12 receives information on illuminance from the illuminance measurement unit 32 and can receive illuminance information from any one of a plurality of illuminance sensor modules 321 to be described later, The sensor module 321 may be formed to receive illumination information. 4, the automatic adjustment unit 12 includes an operation start module 121, an illumination information request module 122, an illumination information reception module 123, a target illuminance adjustment module 124, (125), and a retention time adjustment module (126).

The operation start module 121 is configured to start the operation of the automatic adjustment unit 12 and to start the operation of the smart lighting device 3 (not shown) according to the information adjusted according to the illuminance, ). The operation start module 121 is executed when the operation by the automatic mode is set by the smart switch 5 or the user terminal 7, and requests the measurement of the roughness so that the operation according to the roughness is started.

The illuminance information requesting module 122 requests the illuminance measuring unit 32 to illuminance information when the operation start module 121 starts the operation of the automatic adjustment mode. Therefore, the illuminance measuring unit 32 may operate only when there is a request for illuminance measurement by the illuminance information requesting module 122, thereby reducing power consumption.

The illuminance information receiving module 123 receives the illuminance information transmitted from the illuminance measuring unit 32 and is requested by the illuminance information requesting module 122. The illuminance information receiving module 123 receives the illuminance information from the illuminance measuring unit 32, So that the stepwise maintenance time is adjusted.

The target illuminance adjusting module 124, the number-of-steps adjusting module 125 and the holding time adjusting module 126 calculate the target illuminance, the number of lit and unlit steps of the smart illuminating device 3, As described above, in the case where the illuminance is high according to the illuminance, the target illuminance is lowered, and the number of lighting and light-off stages and the step-by-step holding time are reduced so that the most comfortable lighting and light- .

The mode adjusting unit 13 is configured to adjust an operation mode of the smart lighting device 3 so that the manual adjusting by the illumination adjusting unit 11 and the automatic adjusting mode by the automatic adjusting unit 12 are determined do. As described above, when the operation of the automatic control unit 12 is started according to the operation of the smart switch 5 or the user terminal 7, it is stored so as to enable continuous operation in the automatic control mode, 5 or a manual operation signal is transmitted from the user terminal 7, the automatic control mode is automatically switched to the manual control mode. To this end, the mode controller 13 includes an automatic mode information storage module 131 for storing automatic mode information and a manual mode automatic switching module 132 for automatically switching to a manual mode.

The automatic mode information storage module 131 is configured to store information by the automatic adjustment mode. When the operation of the automatic mode is started, the automatic mode information storage module 131 stores the information so that the smart lighting device 3 continuously operates automatically according to the illumination. do.

The manual mode automatic switching module 132 may control the automatic adjustment mode so that the information for adjusting either the target illuminance, the number of steps or the step-by-step holding time information by the smart switch 5 or the user terminal 7, The automatic adjustment mode is automatically stopped and the operation of the smart illumination device 3 is started by the illumination adjustment unit 11 so that the manual mode can be switched easily.

The life detecting unit 14 is configured to detect the lifetime of each of the plurality of lighting modules 31. The life detecting unit 14 may transmit the data to the user terminal 7 to recognize the life span and recognize necessity of replacement. So that the lighting module 31 can be selected by the lighting control module 111c such as the adjustment of the lighting number of the lighting module 31 by the lighting number adjustment module 111b, do. 6, the life sensing unit 14 calculates the lifetime according to the illuminance measured by the illuminance measuring unit 32. The illuminance sensor module 321 (see FIG. 6) ) So that the life of each lighting module 31 can be calculated. 5, the lifetime sensing unit 14 includes a lighting information receiving module 141, an illumination information requesting module 142, a module illumination intensity information receiving module 143, a module lifetime calculating module 144 A replacement notification module 146, a lifetime information request reception module 147, and a lifetime information transmission module 148.

The lighting information receiving module 141 receives information on the lighting module 31 that has been turned on when the smart lighting unit 3 is turned on by the lighting control unit 11 or the automatic control unit 12 And transmits the information of the illuminated illumination module 31 to the illumination information request module 142 to request illuminance information for the corresponding illumination module 31. [

The illumination information request module 142 is configured to request the illumination intensity information of the smart illumination device 3 from the illumination sensor module 321 formed in the lighting module 31, Measure each illuminance.

The module illumination intensity information receiving module 143 receives the illumination intensity of each lighting module 31 requested and received by the illumination intensity information requesting module 142. The received illumination intensity information is transmitted to the module 144 so that the remaining service life of each lighting module 31 is calculated.

The lifetime calculation module 144 for each module compares the illumination information received by the module illumination intensity information receiving module 143 to calculate the remaining service life of each lighting module 31. [ The illumination intensity information receiving module 143 of each module receives and stores illuminance information of each illumination module 31 every time the illumination module 31 is turned on, The remaining life can be calculated by comparing the illuminance of the illumination module 31 with the received illuminance. The module-specific life span calculating module 144 may store the initial illumination of each illumination module 31 and may compare the illumination received by the module illumination intensity information receiving module 143 with the initial illumination to calculate the remaining service life have.

The lifetime information storage module 145 is configured to store the remaining lifetime of each lighting module calculated by the module lifetime calculation module 144. The lifetime information storage module 145 transmits the lifetime information stored at the request of the user terminal 7 , And the lifetime information stored when the lighting module 31 is selected by the target illuminance adjustment module 111 can be used.

The replacement notification module 146 is configured to notify the user of the necessity of replacement when the calculated remaining life of each of the lighting modules 31 falls below a predetermined reference level. Can be informed. Therefore, the user can easily and quickly recognize the replacement timing of each lighting module 31, and the management of the smart lighting device 3 can be performed smoothly.

The lifetime information request receiving module 147 receives the lifetime information transmission request by the user terminal 7 and transmits the lifetime information to the lifetime information transmission module 148. [

When the lifetime information transmission module 148 receives a lifetime information transmission request from the lifetime information request reception module 147, the lifetime information transmission module 148 transmits lifetime information to the user terminal 7, So that the lifetime of each of the plurality of lighting modules 31 can be confirmed, and it is possible to recognize the lifetime of each of the plurality of lighting modules 31 and to prepare for it in advance.

The communication unit 15 is configured to communicate with the smart switch 5 or the user terminal 7 and may include a wired or wireless communication module and may be connected to the smart switch 5 by wire or wireless And can be connected to the user terminal 7 wirelessly. The communication unit 15 receives information on the operation of the smart lighting apparatus 3, and each smart lighting apparatus may be given an ID consisting of an identification symbol and a serial number. The smart lighting apparatus 3) can be accurately transmitted. In addition, it is possible to easily control the plurality of smart illumination devices 3 by using the ID value.

The power supply unit 16 may be configured to supply power to the illumination control device 1 and may also supply power to the smart lighting device 3. [

The ID setting unit 17 is a unit for setting the IDs of the respective smart lighting apparatuses 3 and more precisely the lighting control apparatuses 1 of the smart lighting apparatuses 3, An ID composed of 'L' and serial number '01' can be set. The ID setting unit 17 may be implemented in various ways, but it may be implemented by a DIP switch method so that an ID can be easily set at an installation site of the lighting system. The ID such as 'L01' set by the ID setting unit 17 can communicate with the ID set in the smart switch 5 or the user terminal 7 to transmit and receive a control signal. For example, S01 " in step S6. The ID setting unit 17 may include a classification setting module 171 for setting a classification of a device and a serial number setting module 172 for setting a serial number of each classification.

The classification setting module 171 sets information on the classification of each device in the ID, and the lighting control device 1 can be set to, for example, 'L'. As will be described later, the smart switch 5 can be set to 'S' and the user terminal 7 can be set to 'P' or the like. Through this, it is possible to identify a signal coming from a device and receive information, Information can be transmitted.

The serial number setting module 171 is configured to set the serial numbers of the respective devices such as '01', '02', and so on so that information can be transmitted and received between devices having the same serial number. Accordingly, the light control device 1 having the serial number of '01' is allowed to operate through the smart switch 5 having the serial number '01', and the user terminal 7 allows the operation ID information together so that control can be performed for the device.

The smart lighting device 3 is formed on a ceiling or the like and emits light in accordance with the control by the lighting control device 1. The target illumination, number of lighting and light-off steps, and holding time for each step are set and operated. The smart illumination device 3 includes a plurality of illumination modules 31 so as to facilitate adjustment of illuminance and provide various illuminations. The illumination module 31 is provided with an illuminance measurement part 32, So that the illuminance of each illumination module 31 can be measured.

The lighting module 31 is formed in the smart lighting device 3 in a plurality of shapes and emits light. The lighting module 31 is preferably formed of an LED, and may be a general light bulb. As shown in FIG. 8, the lighting module 31 is adjusted in the number of lighting according to the target illuminance, and may be turned on in a symmetrical manner so as to balance the lighting. However, the present invention is not limited to this, and the lighting module 31 may be selected and turned on in various ways, and the lighting may be controlled according to the lifetime. In addition, the light emitted by each lighting module 31 is measured and transmitted to the lighting control device 1, and is used to calculate the remaining service life of each lighting module 31.

The illuminance measurement unit 32 is configured to measure the illuminance of each illumination module 31 and transmit the measured illuminance to the illumination control apparatus 1. The illuminance measurement unit 32 includes an illuminance sensor module 321 for measuring illuminance, Module 322, and an illumination information transmission module 323 for transmitting the measured illumination information.

The illuminance sensor module 321 may be provided under each illumination module 31 to measure the illuminance of light emitted from each illumination module 31. The measured information is transmitted to the illumination control device 1 So that the life span of each lighting module 31 is calculated by the life span detection unit 14. In addition, the illuminance sensor module 321 may transmit the illuminance information measured by one of the illuminance sensor modules 321 to the automatic adjustment unit 12 so that the operation of the smart illuminator 3 according to the illuminance may be performed. Alternatively, The illuminance sensor module 321 may be formed in the space of the illuminating device to measure illuminance for automatic adjustment.

The measurement start module 322 is configured to start the operation of the roughness sensor module 321. When the roughness information request module 122 or 142 requests the roughness information, the operation of the roughness sensor module 321 is started So that power consumption can be reduced by maintaining a standby state in which power is not supplied normally.

The illuminance information transmitting module 323 is configured to transmit the illuminance information measured by the illuminance sensor module 321 to the illumination control device 1. When the automatic illuminator 12 is requested by the automatic control unit 12, Module 123 receives the illumination information transmitted by the illumination intensity information reception module 123 for each module when the illumination intensity is requested by the life sensing unit 14. [

The smart switch 5 is formed on a wall or the like so as to be able to control the operation of the smart lighting device 3, and can directly set target illuminance, number of steps, and step-by-step holding time as well as on / off of the device. In addition, the smart switch 5 can control the target illuminance, the number of steps, and the holding time of each step in a dial manner. The smart switch 5 can control the step according to the turning of the smart switch 5, So that it can be adjusted. The smart switch 5 includes an operation unit 51 for controlling operation information on the smart illumination device 3 through operation as shown in Fig. 9, a control unit 52 for transmitting an operation signal to the illumination control device 1 A communication unit 53 for communicating with the lighting control apparatus 1, a power supply unit 54 for supplying power, and an ID setting unit 55 for setting an ID.

The operation unit 51 is configured to enable operation information to be adjusted by a user's operation and includes a power switch 511 for turning on and off the power of the smart switch 5 itself, A switch 512, a target illuminance, a number of steps, an adjusting switch 513 for adjusting the holding time of each step, and a mode adjusting switch 514 for adjusting the operating mode.

The power switch 511 is configured to turn on and off the power of the smart switch 5 and to supply or cut off power to the smart switch 5 by the power supply 54 through on and off operations.

In the manual mode, the target illuminance, the number of steps and the step-by-step retention time are adjusted according to the information stored by the illumination control unit 11 And in the automatic mode, the target illuminance, the number of steps, and the holding time according to the illuminance are set by the automatic adjusting unit 12 so as to be turned on or off.

The adjustment switch 513 is configured to enable information set by the illumination adjustment unit 11 to be set by a user's operation. The adjustment switch 513 is provided with a target illuminance adjustment switch 513a for adjusting the target illuminance, A light-off step adjusting switch 513b for adjusting the number of light-off steps, and a holding time adjusting switch 513d for adjusting the step-by-step holding time.

The target illuminance adjustment switch 513a is configured to set the target illuminance in response to a user's operation. The illuminated information is received by the target illuminance reception module 111a, . The target illuminance adjustment switch 513a may be formed by a dial method, for example, in one to five steps, so that the target illuminance level can be set. However, the present invention is not limited to this, and it is possible to set the target illuminance by being divided into various maximum values and grades.

The lighting step adjustment switch 513b, the extinction step adjustment switch 513c and the retention time adjustment switch 513d are configured to adjust the number of lighting steps, the number of lighting steps and the maintenance time, respectively, And the number of lighting stages and the number of lighting stages can be adjusted as the switch is turned, and the holding time can be adjusted according to the number displayed in seconds. However, the present invention is not limited to this, and the number of stages and the holding time may be adjusted.

The mode adjusting switch 514 is configured to adjust the operation mode of the smart lighting device 3 and may be formed in the form of a switch by a pushing type. In the case where the mode adjusting switch 514 is pressed, an automatic operation mode is selected. Mode can be set. As described above, since the automatic operation mode is automatically switched to the manual operation mode by the manual mode automatic switching module 132 according to the operation of the adjustment switch 513, The pressing of the switch 513 is released automatically so that the automatic mode is released.

The control unit 52 has a configuration in which information controlled by the operating unit 51 is transmitted to the lighting control apparatus 1 through the communication unit 53. In order to enable the operation of the smart lighting apparatus 3, do.

The communication unit 53 is configured to communicate with the lighting control device 1, and can perform communication by wire or wireless. As described above, the communication unit 53 can set the ID value for each smart lighting device 3, and can transmit the operating information together with the ID value to be transmitted to the smart lighting device 3 accurately.

The power supply unit 54 is configured to supply power to the smart switch 5 so that operation is controlled by the power switch 511 without supplying power at all times, thereby preventing unnecessary power consumption.

The ID setting unit 55 is configured to set the ID of the smart switch 5 and can set an ID composed of the identification symbol 'S' and the serial number '01' as in S01. The ID setting unit 17 may be implemented in various ways, but it may be implemented by a DIP switch method so that an ID can be easily set at an installation site of the lighting system. The ID such as 'S01' set by the ID setting unit 17 is sent to and received by the lighting control device 1 to identify the ID. As described above, the lighting control device 1 having the ID 'L01' And information can be transmitted and received. As shown in FIG. 10, the ID setting unit 55 may include a classification setting module 551 for setting a classification of a device and a serial number setting module 52 for setting a serial number of each classification. Is the same as the classification setting module 171 and the serial number setting module 172 of the lighting control device 1. [ Accordingly, the classification setting module 551 may set 'S' as a classification symbol for the smart switch 5, and the serial number setting module 172 sets' 01 ',' 02 ', and the like, so that communication with the lighting control apparatus 1 having the same serial number among the lighting control apparatuses 1 having the classification symbol of' L 'can be performed.

The user terminal 7 is configured to control the operation of the smart lighting device 3 remotely, and a user's smartphone, a computer, or the like can be applied. The user terminal 7 may include a separate application or program for controlling the operation of the smart illumination device 3 so that the operation information can be easily controlled. The user terminal 7 is wirelessly connected to the lighting control apparatus 1 to transmit and receive information, thereby enabling control of operation information anywhere. The user terminal 7 includes an individual illumination setting section 71 for setting operation information of each smart illumination device 3, a plurality of smart illumination devices 3 for setting operation information for the plurality of smart illumination devices 3 An overall lighting setting section 73, and a lighting control section 75 for operating the smart lighting device 3. [

The individual illumination setting unit 71 is configured to set the operation information of each smart illumination apparatus 3 and sets the target illuminance, the number of lighting and extinction steps and the stepwise holding time, The smart lighting device 3 to be set in the operation information is selected first. In addition, the individual illumination setting unit 71 can set the operation mode of the smart illumination device 3, and can confirm the life of each illumination module 31. [ To this end, the individual illumination setting unit 71 includes a lamp selecting unit 711 for selecting the smart lighting device 3, a control information setting unit 712 for setting operation information of the selected smart lighting device 3, And a lifetime verifying unit 714 for confirming the life.

The light selector 711 selects a smart illumination device 3 to control operation information among a plurality of smart illumination devices 3 that can be controlled through the user terminal 7, 3, the smart illumination device 3 can be divided and stored, and the user can select one of them to control the operation information. Accordingly, the lamp selector 711 transmits the ID value set by the ID setting unit 17 together with the control information, so that the smart lighting apparatus 3 can be controlled, It is possible to control the operation information for the mobile terminal.

The adjustment information setting unit 712 is configured to adjust operation information of the selected smart lighting device 3, and sets the target illuminance, the number of steps, and the holding time for each step. 12, the adjustment information setting unit 712 includes a target illuminance setting module 712a for setting a target illuminance, a step number setting module 712b for setting the number of steps, A holding time setting module 712c, a setting information storing module 712d for storing setting information, and a setting information transmitting module 712e for transmitting stored information.

The target illuminance setting module 712a, the number-of-steps setting module 712b and the holding time setting module 712c correspond to the target illuminance adjusting module 111, the step number adjusting module 112, The step number setting module 712b includes a lighting step number setting module 712b-1 and an extinction step number adjustment module 712b-2 So that the number of lighting and lighting steps can be adjusted.

The setting information storing module 712d may store the set information in the user terminal 7 once the set information is stored, and may use the same setting after calling up the stored information.

The setting information transmitting module 712e is configured to transmit the set information to the lighting control device 1, and the target illuminance and the like are adjusted and stored according to the transmitted information, and the smart lighting device 3 is controlled accordingly Respectively.

The mode setting unit 713 includes an automatic mode setting module 713a and a manual mode setting module 713b for setting the operation mode of the smart lighting device 3 and setting the automatic mode and the manual mode, respectively . The description of the automatic mode and the manual mode is the same as described above, so the following description is omitted.

The lifetime verifying unit 714 is configured to check the lifetime of each lighting module 31 through the user terminal 7. The lifetime verifying unit 714 determines the lifetime of the lighting control device 1 A lifetime information receiving module 714b for receiving the requested lifetime information, a lifetime information display module 714c for each module for displaying lifetime information for each module, and a lighting module 31 are required to be replaced And a replacement notification display module 714d.

The life information request module 714a is configured to request the life sensing unit 14 of the lighting control device 1 to obtain the life information of the lighting module 31, To request lifetime information about the lighting module (31) of the device (3).

The lifetime information receiving module 714b is configured to receive lifetime information of the lighting module 31 requested by the lifetime information requesting module 714a and transmitted by the lifetime information transmitting module 148, And is transmitted to the life time information display module 714c to be displayed on the user terminal 7.

The lifetime information display module 714c for each module displays lifetime information for each lighting module 31 on the user terminal 7 in the form of% It should be able to recognize the remaining lifetime and prepare the contrast accordingly.

The replacement notification display module 714d is configured to notify the user terminal 7 of the necessity of replacement when the lifetime of the lighting module 31 is less than a predetermined level. And displays it through the terminal 7. The replacement notification display module 714d may be displayed together with the lifetime information display module 714c for each module when the lifetime of the lighting module 31 is displayed. However, the replacement notification display module 714d may be displayed in the form of a push notification, It is desirable to notify the necessity of replacement.

The overall illumination setting unit 73 is configured to control the operation of the plurality of smart illumination apparatuses 3 and is configured such that the operating time of the smart illumination apparatuses 3, Can be set. Therefore, when the user goes out, enters the house, or moves in a certain indoor space, the operation of the plurality of smart lighting devices 3 can be adjusted along the movement route, thereby greatly improving the convenience of the user do. The overall illumination setting unit 73 includes an operation illumination selection module 731, an operation order designation module 732, an operation interval setting module 733, an individual illumination setting module 734, a setting information storage module 735 ).

The smart lighting device 3 to be turned on or off among the plurality of smart lighting devices 3 registered in the user terminal 7 is configured to select the smart lighting device 3 to be operated, ). Accordingly, the operation illumination selection module 731 allows the smart illumination device 3 to be turned on or off according to the movement path of the user, thereby facilitating easy movement and easy operation with a secured view. The operation illumination selection module 731 includes an illumination illumination selection module 731a for selecting illumination to be turned on and an illumination illumination selection module 731b for selecting illumination to be extinguished so as to freely adjust the illumination and light- can do.

The operation order designating module 732 is configured to designate the operation order of the smart lighting device 3 selected to operate so as to be able to designate the order of lighting or extinguishing along the movement route of the user, Order designating module 732a and an extinction order designating module 732b designating an extinction order.

The operation interval setting module 733 is configured to set a time interval of the smart lighting device 3 that is turned on or off, and sets a time interval in which the next smart lighting device 3 is turned on or off according to the operation sequence . Therefore, the illumination-specific retention time setting module 712c can adjust the time intervals of the smart lighting devices 3 depending on the distance between the smart lighting devices 3 according to the operation order, So that the movement of the user can be performed more easily.

The individual illumination setting module 734 is configured to set the target illuminance, the number of steps, and the step-by-step holding time of each smart lighting device 3 selected at the time of operation. In accordance with the time interval set by the operation interval setting module 733, So that the stepwise maintenance time can be set. Accordingly, the present invention enables easy movement and convenient operation of the user through adjustment of the entire illumination, and also enables the operation of the individual smart illumination device 3 to be adjusted so that the user's glare or darkness can be prevented do.

The setting information storage module 735 is configured to store the information set by the overall lighting setting unit 73 so that the setting information of the same setting can be easily selected and executed later.

The lighting control unit 75 is configured to operate the smart lighting device 3 and enables the smart lighting device 3 to be turned on and off by the user terminal 7. The illumination operation unit 75 includes an individual illumination operation unit 751 for operating each smart illumination apparatus 3, an entire illumination system 75 for operating a plurality of smart illumination apparatuses 3 according to the information set by the overall illumination setting unit 73, And an operation unit 752.

The individual lighting control unit 751 designates the smart lighting apparatus 3 to be operated with the configuration of operating each smart lighting apparatus 3 so that the corresponding smart lighting apparatus 3 is turned on and off. To this end, the individual lighting control unit 751 includes an illumination designation module 751a for designating the smart lighting apparatus 3 to be operated, a lighting instruction module 751b for instructing lighting, a lighting instruction module 751c for designating lighting off, And the smart lighting device 3 is turned on or off according to the information stored in the lighting control part 11 of the lighting control device 1 in accordance with the lighting or the lighting off instruction. At this time, the illumination designation module 751a transmits the instruction information including the ID information set by the ID setting unit 17, so that the individual illumination operation unit 751 remotely controls each of the smart illumination devices 3 It is possible to operate according to the set information.

The entire lighting operation unit 752 is configured to operate the plurality of smart lighting devices 3 in accordance with the information set by the overall lighting setting unit 73, So that it is turned on or off. The entire lighting control unit 752 may include a lighting start module 752a for starting lighting and a lighting off start module 752b for starting lighting off. The lighting control unit 752 may be turned on or off according to the set information, It is possible to select and execute one of various setting information previously stored by the storage module 735. [

The smart lighting system according to another embodiment of the present invention will be described with reference to FIG. 14 to FIG. 16, wherein the smart lighting system includes a lighting control device 1 ', a smart lighting device 3' A switch 5 ', and a user terminal 7'. However, in the smart lighting system according to the present embodiment, the number of control switches 513 'of the smart switch 5' is three, and the number of lighting and light-off phases is automatically set according to the target illuminance, Set the time and the off delay time separately. Therefore, only the configuration different from the embodiment will be described below.

The illumination control unit 11 'of the illumination control device 1' includes a target illumination control module 111 ', a step number control module 112' and a sustain time control module 113 ' The number-of-steps adjusting module 112 'automatically adjusts the number of steps according to the target illuminance set by the target illuminance adjusting module 111', and the holding time adjusting module 113 ' A lighting maintenance time adjustment module 113a 'for setting a maintenance time for each step, and a lighting maintenance time adjustment module 113b' for setting a maintenance time for each step when the lamp is off.

The embodiment of the present invention may directly set the number of lighting and light extinction steps by the number-of-steps adjusting module 112, but the number-of-steps adjusting module 112 'of the present embodiment may automatically set the number of steps .

The target illuminance adjustment module 111 'can set the target illumination levels of the first to fifth steps as in the embodiment, and the number of the illumination modules 31' to be turned on according to the set target illuminance is determined.

The step number adjustment module 112 'automatically sets the number of lighting and extinction steps according to the target illuminance set by the target illuminance adjustment module 111'. For example, when the target illuminance is set to 4 The lighting and light-off steps are divided into four steps so as to be turned on and off. In the case where the target illuminance is set to be high, the lighting and the light-off stage are automatically set to be high automatically so that the lighting and the light-off are performed in a multi-stage manner, thereby preventing the user's glare and darkness. So that the convenience of the user can be enhanced.

The holding time adjusting module 113 'is configured to set the lighting holding time for each step of the lighting and light extinction steps set by the step number adjusting module 112'. For example, the lighting step is set to four steps , And when the lighting hold time is set to 2 seconds, the lamp is turned on for one second to two seconds, for two seconds to two seconds, for three seconds to two seconds, and then turned on for the fourth stage. Also, in the case of turning off the lamp, if the lighting duration is determined to be 2 seconds in the fourth stage of the target illuminance, it is turned on for 2 seconds in the third stage, for 2 seconds in the second stage, for 2 seconds in the first stage, do. Therefore, after setting the target illuminance according to the maximum illuminance, the user sets the on / off hold time differently according to the place where the light is installed or the sensitivity of the user, thereby preventing glare and darkness, It is possible to make the light-off control possible. To this end, the holding time adjusting module 113 'includes a lighting holding time adjusting module 113a' for setting a lighting holding time for each step in the lighting step and a lighting holding time adjusting module 113a 'for setting a lighting holding time The control module 113b 'may be configured to set the maintenance time for each step differently according to the lighting and lighting environment, thereby enabling the lighting and the lighting to prevent glare and darkness according to the environment .

The smart switch 5 'is controlled such that the control switch 513' of the control unit 51 'is controlled by the target illuminance adjusting switch 513a', the lighting holding time adjusting switch 513b ', and the unlatching holding time adjusting switch 513c' And is formed of a dial type switch as in the embodiment.

The target illuminance adjustment switch 513a 'may set the maximum illuminance as in the target illuminance adjustment switch 513a of the embodiment. For example, the maximum illuminance may be set to 1 to 5 steps, It is also possible to automatically set the number of lighting and lighting steps according to the illuminance.

The ON / OFF hold time adjustment switch 513b 'has a configuration for setting the ON / OFF hold time for each step in the ON state, and can select one of, for example, 1 to 5 seconds. The lighting holding time information selected by the lighting holding time adjusting switch 513b 'is transmitted to the lighting holding time adjusting module 113a' of the lighting control device 1 'so that the lighting holding time is set.

The unlit state holding time adjusting switch 513c 'is configured to set the unlatching holding time for each step in the unlit state, and can select one of 1 to 5 seconds like the lighting holding time adjusting switch 513b'. The maintenance time information for each step at the time of the off-state selected by the light-off maintenance time adjustment switch 513c 'is transmitted to the light-off maintenance time adjustment module 113b' of the illumination control device 1 '.

The user terminal 7 'has the same configuration as that of the embodiment. In the adjustment information setting unit 712', the step number setting module 712b 'is set by the target illuminance setting module 712a' The number of steps of lighting and lighting is automatically set according to the target illuminance, and the holding time setting module 712c 'is provided with a lighting holding time setting module 712c'-1 for setting the lighting holding time for each step at the time of turning on and off, And the light-off hold time setting module 712c'-2. The setting of the number of steps by the number-of-steps setting module 712b 'and the setting of the lighting time and the lighting-out hold time by the holding time setting module 712c' are performed by the user terminal 7 ' Is the same as the description of the number-of-steps adjusting module 112 'and the holding time adjusting module 113' of the lighting control device 1 ', the detailed description will be omitted.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Should be interpreted as falling within the scope of.

1: Lighting control device
11: Illumination control unit 111: Target illumination control module 112: Step control module
113: maintenance time adjustment module 114: adjustment information storage module 115: illumination operation module
12: automatic control unit 121: operation start module 122: illuminance information request module
123: Illumination information receiving module 124: Target illuminance adjusting module
125: step number adjustment module 126: sustain time adjustment module
13: Mode control unit 131: Automatic mode information storage module 132: Manual mode automatic switching module
14: lifetime detection unit 141: lighting information reception module 142: illumination information request module
143: Illumination information receiving module for each module 144: Life module calculating module for each module
145: Lifetime information storage module 146: Replacement notification module
147: Lifetime information request receiving module 148: Lifetime information transmitting module
15: communication unit 16: power supply unit 17: ID setting unit
171: Classification setting module 172: Serial number setting module
3: Smart lighting device
31: illumination module 32: illuminance measurement unit 321: illuminance sensor module
322: Measurement start module 323: Illumination information transmission module
5: Smart Switch
51: Operation part 511: Power switch 512: Light switch
513: Adjustment switch 514: Mode switch
52: control unit 53: communication unit 54:
55: ID setting unit 551: classification setting module 552: serial number setting module
7: User terminal
71: individual illumination setting unit 711: lamp selection unit 712: adjustment information setting unit
713: mode setting unit 714: life verification unit 73: entire lighting setting unit
731: Operation light selection module 732: Operation order designation module 733: Operation interval setting module
734: individual lighting setting module 735: setting information storing module 75: lighting control section
751: individual lighting control unit 752: entire lighting control unit

Claims (16)

A smart lighting device installed on a ceiling or the like and emitting light according to the supply of electricity;
A lighting control device for controlling the operation of the smart lighting device;
And a smart switch for transmitting an operation signal of the smart lighting device to the lighting control device according to an operation of a user,
The illumination control device sets and stores the maximum illuminance of the smart illuminating device, the number of steps of lighting and turning off the illuminating device, the holding time of each step, and the smart illuminating device And the operation of the smart illumination system is controlled. The lighting control apparatus according to claim 1,
And a lighting controller for controlling operation of the smart lighting device,
The illumination control unit includes:
A target illuminance adjustment module for setting a maximum illuminance of the smart illumination device;
A step number adjusting module for setting the number of steps in which the smart lighting device is lit up to maximum illumination or lights out at maximum illumination;
A holding time adjusting module for setting a holding time of each step set by the step number adjusting module;
A control information storing module for storing information set in the target illuminance adjusting module, the step number adjusting module, and the holding time adjusting module;
And a lighting operation module for operating the smart lighting device according to the information stored by the adjustment information storage module. 3. The system of claim 2, wherein the smart illumination device
And a plurality of lighting modules for emitting light,
The target illuminance adjustment module includes:
And a lighting number adjusting module for selecting a lighting module to be lit by adjusting the number of lighting modules turned on according to the maximum illuminance received by the target illuminance receiving module, Wherein the light source is a light source. 3. The system of claim 2, wherein the smart switch
And an operation unit that is operated by a user to adjust operation information on the illumination,
Wherein,
A light intensity control switch for controlling the light intensity of the lighting device, a light intensity control switch for controlling the number of lighting phases, a light intensity control switch for controlling the number of lighting phases, And a retention time adjustment switch for adjusting the time. 3. The method of claim 2,
And the number of lighting or extinction steps is automatically adjusted and set according to the target illuminance set by the target illuminance adjustment module. 6. The apparatus of claim 5, wherein the holding time adjustment module
A lighting holding time setting module for setting a lighting holding time for each step in the lighting step, and a lighting holding time setting module for setting a lighting holding time for each step in the lighting-out step. 7. The system of claim 6, wherein the smart switch
And an operation unit that is operated by a user to adjust operation information on the illumination,
Wherein,
A lighting switch for controlling lighting and lighting of the smart lighting device, a target illuminance adjusting switch for adjusting the maximum illuminance, a lighting holding time adjusting switch for setting a holding time for each step of the lighting step, And a light-off maintaining time adjusting switch. 3. The system of claim 2, wherein the smart illumination device
And an illuminance measurement unit formed on the smart illumination device for measuring the ambient illuminance,
Wherein the illumination control device includes an automatic adjustment section that automatically adjusts the operation of the smart illumination device according to the illuminance measured by the illuminance measurement section,
The automatic regulating unit includes:
An operation start module for starting automatic adjustment according to the operation of the smart switch, an illumination information request module for requesting illumination information to the illumination intensity measurement unit, an illumination information reception module for receiving illumination information according to a request, A target illuminance adjustment module for adjusting the maximum illuminance according to the number of steps, a step number adjustment module for adjusting the number of lighting and light-off steps, and a holding time adjustment module for adjusting the stepwise holding time. 9. The lighting control apparatus according to claim 8,
And a mode adjusting section for setting a manual or automatic adjustment of the operation of the smart lighting apparatus according to the operation of the smart switch,
The mode controller may include:
An automatic mode information storage module for storing an automatic adjustment operation of the smart switch when the operation of the automatic adjustment is selected; and an information storage module for storing information of any one of the maximum illuminance, the number of stages, And a manual mode automatic switching module for automatically switching to a manual adjustment state when the power is turned on. The system of claim 3, wherein the smart lighting system
A user terminal for remotely controlling the operation of the smart lighting device,
The lighting control device
And a lifetime sensing unit for sensing and storing lifetime of each of the plurality of lighting modules and for transmitting information on lifetime of each lighting module to a user terminal upon request of the user terminal. 11. The system of claim 10, wherein the smart illumination device
And an illuminance measurement unit formed on each of the plurality of illumination modules to measure illuminance of each of the illumination modules,
The life-
A lighting information receiving module for receiving information on lighting of the smart lighting device, a lighting information requesting module for requesting lighting information of the lighting module which is illuminated in the illuminance measuring unit when the lighting information is received, A lighting information calculation module for calculating a life span of each lighting module by comparing the illuminance information of each of the lighting modules stored beforehand with the illumination information of each module for receiving illuminance information; And a controller for controlling the power supply. 12. The apparatus of claim 11, wherein the life detecting unit
And a replacement notification module for informing the user terminal to replace the lifetime calculated by the lifetime calculation module for each module when the lifetime calculated by the lifetime calculation module for each module falls below a predetermined standard. 11. The apparatus of claim 10, wherein the lighting number adjustment module
Wherein the number of lighting is adjusted in consideration of a remaining lifetime of each lighting module sensed by the life sensing unit. 11. The apparatus of claim 10, wherein the target illuminance adjustment module
And a lighting control module such as a lifetime starter module for selecting a lighting module having a long remaining life time when lighting lighting is selected by the lighting number control module. 3. The system of claim 2, wherein the smart lighting system
A user terminal for remotely controlling the operation of the smart lighting device,
Wherein the user terminal comprises an overall illumination setting section for setting information on the operation of the plurality of smart illumination devices,
Wherein the total illumination setting unit includes an operation illumination selection module for selecting a lighting apparatus to be operated, an operation order designation module for designating an order in which the selected illumination apparatus is turned on or off, an operation interval And a setting module for causing the plurality of illuminating devices to automatically turn on or off the set information. 16. The apparatus of claim 15, wherein the overall illumination setting unit
An individual illumination setting module for setting the maximum illuminance, the number of lit or unlit stages for each lighting device of the illumination device selected by the operation illumination selection module, and the holding time for each step, and a setting information storage for storing information set by the individual illumination setting module Wherein the smart illumination system comprises a module.

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