KR20150092966A - Led light control system capable of mode control using smart terminal - Google Patents

Abstract

The present invention relates to an LED lighting lamp control system. More specifically, the present invention relates to an LED lighting lamp control system capable of controlling a mode by a smart terminal, wherein an LED lighting lamp installed in a house or a building or on a street or a park can be controlled by the smart terminal in which an LED control mobile application is installed; and illumination intensity and color temperature of the LED lighting lamp can be controlled by only selecting each mode in an interface of an LED control mobile application activated in the smart terminal after setting and pre-storing a lighting condition proper for a certain condition.

Description

TECHNICAL FIELD [0001] The present invention relates to a LED lighting control system capable of controlling a mode by a smart terminal,

The present invention relates to an LED lighting control system, and more particularly, to an LED lighting control system for controlling an LED lighting installed in a house or a building or an LED lighting installed in a street or a park by a smart terminal equipped with an LED control mobile application In addition, it is possible to easily control the illuminance and color temperature of the LED lighting lamp by simply selecting each mode on the interface of the mobile application which is activated in the smart terminal after presetting the lighting condition suitable for the specific situation in a plurality of modes And more particularly, to a LED lighting control system capable of mode control by a smart terminal.

In recent years, LED lamps with low power consumption and semi-permanent lifespan have been popularized as alternatives to conventional incandescent lamps or fluorescent lamps, which have caused environmental pollution problems caused by mercury that is released during disposal.

In the case of LED lighting, unlike conventional incandescent lamps and fluorescent lamps, it is possible to adjust the illuminance. However, it is troublesome to operate the LED lighting adjustment switch and memorizes the illumination suitable for watching TV, eating, reading and studying It is often the case that simple on-off operations follow the habit of becoming accustomed to using incandescent lamps or fluorescent lamps.

In recent years, attempts have been made to manipulate LED lighting in a home using a smart phone as the expansion of short distance wireless communication networks such as Bluetooth or Wi-Fi and the spread of smart phones have expanded .

Accordingly, recently, as disclosed in Korean Patent No. 10-1286806, a lighting control system using a smart phone capable of on / off and dimming control of an LED lighting lamp using a smart phone without requiring a remote control or a switch is disclosed Respectively.

Such a lighting control system using a smartphone in recent years can control on and off the illumination lamps in a home by using an application installed in a smart phone and enables dimming control, However, in order to control the brightness of the LED lighting lamp, the user of the smartphone has to operate it. In order to control the brightness of the inside of the living space, There was still an inconvenience that the dimming of the LED lighting lamp had to be operated every time the inside behavior or the task changed.

Accordingly, it is possible to control not only the ON / OFF operation of the LED lighting device by using the smart terminal such as a smart phone but also the illumination control, and also, in case the user repeats the action in the specific space, A new type of LED lighting control system is required which can more easily perform the change to the most desirable illumination or brightness at the time of watching TV, eating, reading, watching DVD, going out, and the like.

Korean Patent No. 10-1286806

The present invention has been devised to solve the above-mentioned problems, and it is an object of the present invention to provide an LED lighting device installed in a house or a building or an LED lighting device installed on a street or a park in an on / off operation by a smart terminal equipped with an LED control mobile application In addition, it is possible to set the illumination condition suitable for the specific situation in advance and save it in advance, and then LED control activated in the smart terminal. By simply selecting each mode on the interface of the mobile application, the illumination and color temperature of the LED illumination lamp can be easily manipulated Which is capable of performing a mode control by a smart terminal.

In order to achieve the above object, there is provided an LED lighting control system capable of mode control by a smart terminal,

LED lights; An LED controller which is generated by a switch operation or controls an on / off operation of the LED lamp by an operation signal transmitted from the smart terminal; A communication connection unit for receiving an operation signal transmitted from the smart terminal through a wireless communication network and transmitting the received operation signal to the LED control unit; And an interface for manipulating the illuminance and the color temperature of the LED illumination lamp are displayed. At least one or more modes can be registered and stored, and the registered mode is selected, and the illuminance setting value and the color temperature setting value And a smart terminal for generating an operation signal of an LED lamp or the like and transmitting the operation signal to the communication connection unit through a wireless communication network.

At this time, the smart terminal is programmed to display on the display means an interface capable of operating an LED lighting lamp through a wireless communication network, and connected to the communication connection unit to transmit an operation signal of the LED lighting lamp to the communication connection unit via a wireless communication network LED control mobile application is installed.

The smart terminal may further include:

A control connection unit connected to the communication connection unit on a wireless communication network to form a gateway capable of transmitting an operation signal of an LED illumination light; A mode registration unit for generating and storing a specific mode by previously setting mode information including the illuminance and color temperature of the LED lighting lamp; And an operation signal indicating a step of illuminance or color temperature of the LED illumination lamp set in the corresponding mode is generated by the mode selection signal inputted on the interface displayed on the display means and then transmitted to the communication connection unit through the wireless communication network And a mode selection unit.

The smart terminal may further include:

And an operation signal for increasing or decreasing the level of the illuminance and the color temperature of the LED illumination lamp according to the increase / decrease operation is generated by the operation signal inputted on the interface displayed on the display means, And an independent operation unit for transmitting to the communication connection unit.

The color temperature is set to 3500K in the first step, and the color temperature is increased by 500K each time the first step is increased. In this case, And in the fifth step, it is set to reach 5500K.

The present invention can control ON / OFF of an LED lighting lamp by a smart terminal equipped with an LED control mobile application, set an illumination state suitable for a specific situation in a plurality of modes, store it in advance, LED control It is possible to easily control the illuminance and color temperature of LED lighting by selecting each mode on the interface of mobile application.

In addition, since the user can freely set the desired illuminance and color temperature using the smart terminal and then register the new mode, he / she can easily set the brightness of the LED lighting lamp he / she desires, It is possible to easily change the brightness of the LED lighting lamp by simply selecting it.

1 is a block diagram of an LED lighting control system capable of mode control by a smart terminal according to the present invention;
2 is an exemplary view showing a main screen of a smart terminal equipped with an LED control mobile app according to the present invention;
3 is an exemplary view showing an initial screen in which an LED control mobile app installed in a smart terminal is activated according to the present invention;
Figure 4 is an exemplary diagram illustrating manipulation of illumination using a smart terminal in accordance with the present invention;
5 illustrates an example of manipulating a color temperature using a smart terminal according to the present invention.
FIG. 6 is an exemplary diagram illustrating setting of the outgoing mode using the smart terminal according to the present invention; FIG.

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

FIG. 1 is a block diagram of an LED lighting control system capable of mode control by a smart terminal according to the present invention.

Referring to FIG. 1, an LED lighting control system capable of controlling a mode by a smart terminal according to the present invention includes an LED lighting lamp 100, and an on / off switch (not shown) A communication connection unit 300 for receiving an operation signal transmitted from the smart terminal through a wireless communication network and transmitting the received operation signal to the LED control unit, and a control unit 300 for controlling the illuminance and color temperature of the LED lighting lamp It is possible to register at least one mode and save it. After selecting the registered mode, an operation signal of the LED lighting lamp according to the illuminance setting value and the color temperature setting value corresponding to each mode is generated, And a smart terminal (400) for transmitting the information to the communication connection unit.

The LED lighting lamp 100 may be installed in a building such as a house, or may be installed in a building such as a street or a park or an outdoor parking lot. It can also be installed outside. It is the same as a conventional LED lighting lamp that a switch capable of manually operating the LED lighting lamp on and off can be provided.

The LED controller 200 is configured to control a power supply for turning on and off the LED lamp by an operation signal generated by a switch operation of the LED lamp or an operation signal transmitted from the smart terminal 400.

The communication connection unit 300 is connected to the smart terminal 400 so as to exchange data on a wireless communication network such as Bluetooth or Wi-Fi, And transmits the signal to the LED control unit 200. The LED control unit 200 is connected to the LED controller 200,

For this, the communication connection unit 300 includes a Bluetooth module or a Wi-Fi module capable of receiving data on a wireless communication network, and the smart terminal 400 is connected to the communication module 300 using a unique number provided in the Bluetooth module or the Wi- As shown in FIG.

2, in order to prevent pairing by another smart terminal located in the vicinity, the communication connection unit 300 transmits a PIN code to the specific smart terminal 400 and a password input It is preferable to form a gateway capable of exchanging mutual data only by the gateway.

Accordingly, even if another smart terminal exists within a range where data can be received from the communication connection unit, it receives only the operation signal of the LED lighting lamp transmitted from the specific smart terminal connected to the PIN code setting and the password input, .

The smart terminal 400 displays an interface for operating the LED lighting lamp 100 through a wireless communication network to the display unit and is connected to the communication connection unit 300 to transmit an operation signal of the LED lighting lamp through the wireless communication network to the communication An LED control mobile application programmed to transmit to the connection is established.

The smart terminal 400 is provided with a communication module for transmitting and receiving data through a wireless communication network such as Bluetooth or Wi-Fi, and includes input means for inputting an operation signal of an LED lighting device, mode registration or mode selection, And a terminal equipped with a display means on which an interface for inputting an operation signal of an LED lighting device is displayed. The smartphone is easy to carry, has excellent data processing capability, and can easily install an LED control mobile application And tablet PC. 2 to 6 illustrate that the LED control mobile application is activated on the smartphone and the interface is displayed. However, the present invention can be implemented in the same manner on the tablet PC, and the arrangement of the icons displayed on the interface It goes without saying that the shape may be variously modified.

The smart terminal 400 having the LED control mobile application installed therein includes a control connection unit 410 connected to the communication connection unit on the wireless communication network to form a gateway capable of transmitting an operation signal of the LED illumination light, A mode registration unit 420 for generating and storing a specific mode by setting a step of a color temperature in advance, and a display unit 420 for displaying an illuminance or a color temperature of the LED lighting lamp set in the corresponding mode by a mode selection signal input on an interface A mode selection unit 430 for generating an operation signal indicating the operation mode and transmitting the operation signal to the communication connection unit through a wireless communication network, Operation of increasing and decreasing the illuminance and color temperature of LED illumination lamp according to After generating a call is configured to include an independent operation unit 440 for transmitting to the communication connection through a wireless communication network.

The control connection unit 410 is configured to register the smart terminal to the specific communication connection unit 300 by pre-registering it so that the operation signal of the LED illumination light can be received only through the specific communication connection unit through the wireless communication network. At this time, a plurality of devices capable of transmitting and receiving data through Bluetooth or Wi-Fi can be present in the same place. In this case, the operation signals of LED lights transmitted from specific smart terminals may be paired It is preferable that the PIN code is set and the password can be inputted to enhance the security. Also, it is needless to say that a plurality of smart terminals may be paired to one communication connection unit and interconnected.

The mode registration unit 420 generates a specific mode by previously setting the illumination state according to an action that the user wants to take in a space in which the LED illumination light is installed, that is, the stage of illumination and color temperature, Mode information is stored in a memory or the like provided in the smart terminal.

In general, the smart terminal can control not only the on / off operation of the LED illumination lamp but also the illumination in a plurality of steps. However, whenever the user changes the behavior in the space where the LED illumination light is installed, It is quite troublesome to adjust the illumination and color temperature steps, which are suitable lighting conditions, when reading, eating, and so on, so that they would only operate on and off LED lights like incandescent lamps or fluorescent lamps. However, the mode registration unit 420 allows the user to preset and register the illumination and color temperature steps, which are suitable for some actions, in a specific mode.

3 to 5, the plurality of modes registered by the mode registration unit 420 may be classified into a TV viewing mode, a play mode, a reading mode, a motion mode, a relaxation mode, It is possible to improve the operational convenience of the user who wants to operate the LED lighting lamp by using the smart terminal by being directly displayed on the display means of the terminal. In addition, when watching TV in the living room but reading in the library, the user can turn off the TV viewing mode and select the reading mode to turn off the LED lighting in the living room, and turn on the LED lighting in the living room It goes without saying that the LED lighting lamps to be turned on and off can also be set in advance.

In addition, when the outgoing mode is registered, as shown in FIG. 6, by setting the time (On time) for turning on the LED lighting lamp inside the building and the time for turning off the LED lighting lamp (Off time) The illuminating lamp can be automatically turned on and off even if it is emptied. At this time, as shown in FIG. 6, by operating the time icon displayed on the smart terminal 400, it is possible to operate the on time and the off time according to the purpose of going out.

The mode information registered by the mode registration unit 420 is not limited to the several modes shown in FIGS. 3 to 5, but the user directly sets the illuminance and color temperature steps, adds a name to the mode information thus set, Mode. It goes without saying that it is possible to change the already registered mode information and to delete or add the mode.

As shown in FIGS. 3 to 5, the mode selection unit 430 selects a mode selection signal for selecting one of the mode information displayed on the smart terminal, Or an operation signal of an LED lighting lamp indicating a color temperature step, and then transmits the operation signal to the communication connection unit 300 through a wireless communication network.

That is, the LED lighting lamp, which indicates the type of the LED lighting lamp, the illuminance or the color temperature, can be operated only by selecting the specific mode without individually controlling each type of the LED lighting lamp, the illuminance or the color temperature, And is transmitted to the communication connection unit 300. Thus, it is possible to improve the operational convenience of the LED lighting lamp.

The independent operation unit 440 is operated by the operation input on the interface displayed on the smart terminal 400 when the user desires to directly operate the LED illumination lamp 100 without depending on the mode selection signal, And an operation signal for increasing or decreasing the illuminance or increasing or decreasing the color temperature, and then transmitting the operation signal to the communication connection unit 300 through the wireless communication network.

Accordingly, as shown in FIGS. 3 to 5, the interface for operating the LED lighting lamp displayed on the smart terminal includes not only an icon indicating each mode but also an on / off icon of the LED lighting lamp, an illuminance increase / decrease icon, And an operation signal for increasing or decreasing the illuminance or the color temperature of the LED illumination lamp is generated by operating the illuminance increase / decrease icons and the color temperature increase / decrease icons.

In this case, the illuminance to be increased or decreased by the independent operation unit 440 may be divided into 1 to 9 levels so that the user can vary the brightness of the LED lighting lamp. The color temperature is divided into 1 to 5 levels, It is preferable to be constructed so as to be able to operate.

In addition, since the illuminance and color temperature can be increased or decreased by the independent operation unit 440, when the illuminance and color temperature suitable for the specific mode are set by the mode registration unit, Mode information can be input.

As described above, according to the present invention, the LED lighting lamp can be directly operated using the smart terminal, and the lighting condition suitable for various situations such as watching TV, reading, eating, watching DVD, going to bed, going out, Just by selecting each mode, you can instantly adjust the illumination and color temperature of the LED lighting.

In addition, since the smart terminal and the communication connection part for the operation of the LED lighting lamp installed in the house or the building are mutually connected only by the pin code setting and the password input, the gateway which can receive the LED lighting operation signal is formed, It is possible to compensate for security vulnerabilities.

Next, referring to FIG. 2 to FIG. 5, the control of the LED lighting lamp using the LED lighting control system capable of mode control by the smart terminal according to the present invention will be described.

FIG. 2 is an exemplary view showing a main screen of a smart terminal equipped with an LED control mobile app according to the present invention, FIG. 3 is an exemplary view showing an initial screen in which an LED control mobile app installed in a smart terminal is activated according to the present invention, FIG. 4 is a diagram illustrating an operation of illuminance using a smart terminal according to the present invention, FIG. 5 is an exemplary view illustrating operation of a color temperature using a smart terminal according to the present invention, and FIG. FIG. 8 is an exemplary diagram illustrating setting of the outgoing mode using the smart terminal.

The LED control mobile application is first installed in the smart terminal 400 and then the smart terminal 400 is paired with the communication connection unit 300 at a place where the LED lighting light 100 is installed, And is connected so as to form a gateway capable of receiving an operation signal of a light or the like. At this time, by setting a pin code and requesting a password input, other smart terminals that are not connected to the communication connection unit are blocked, thereby enhancing security.

When the LED control mobile application installed in the smart terminal is activated, a main screen as shown in FIG. 2 is displayed on the display means. At this time, in FIG. 2, an icon enabling simple on / off operation of the LED illumination lamp is displayed and a mode scroll bar capable of selecting various modes is displayed together, but it is needless to say that the present invention is not limited to such an interface.

In this main screen, it is possible to set the environment setting, outgoing setting and PIN code when the user selects the setting, and to prevent the other smart terminal from being connected to the communication connection by requesting the password input when the PIN code setting is selected .

When the on / off operation signal of the LED illumination lamp is selected on the main screen, the smart terminal 400 alternately generates the ON signal and the OFF signal of the LED illumination light, and then transmits the ON signal and the OFF signal to the communication connection unit 300 through the wireless communication network The communication connection unit 300 transmits the ON signal and the OFF signal of the received LED illumination light to the LED control unit 200 so that the LED illumination light 100 is turned on and off.

As a result, the user can operate the LED lighting lamp like a remote control without directly operating the switch within a range in which data can be exchanged with the communication connection unit through the wireless communication network.

When the user selects an environment setting icon of the main screen in order to select a mode of the LED illumination lamp or manipulate the illumination, an initial screen for environment setting is displayed on the smart terminal 400 as shown in FIG.

The initial screen shown in FIG. 3 shows an initial state before the illumination and the color temperature are set, and various modes (TV viewing mode, play mode, reading mode, exercise mode, tension relaxation mode, An on / off icon for controlling on / off of the LED illumination light, a lighting icon for increasing or decreasing the illuminance of the illumination lamp, and a temperature icon for increasing or decreasing the color temperature are displayed. In addition, a status display window in which the name of the currently selected mode is displayed is displayed together so that the status of the LED illumination lamp can be recognized.

At this time, the name of the currently selected mode is displayed in the form of a mode icon in the status display window, the reserved time information is displayed when the outgoing icon is set, and an icon (B: (A: auto) indicating an automatic setting state and an icon (M: manual) indicating a manual setting state are displayed together.

However, it is needless to say that the icons displayed on the status display window and the arrangement and display of the other icons can be variously changed.

4, when the user increases the illuminance by adjusting the illuminance icon, the illuminance of the LED illuminating lamp is increased to 1 as shown in FIG. 4. When the user adjusts the temperature icon to increase the color temperature, The color temperature of the lighting lamp is increased to one.

When the illuminance icon is operated to increase or decrease the illuminance, the illuminance gradually increases from 1 to 9 according to preset values. When the temperature icon is operated to increase or decrease the color temperature, 1 The color temperature gradually increases up to step 5. At this time, the color temperature is set to 3500K in the minimum 1 step, and it is preferably set so as to increase by 500K each time the first step is increased and reaches 5500K in the fifth step.

4 and 5, the input for adjusting the illuminance or the color temperature can be registered as mode information for setting the illumination state of the specific mode selected by the user, It may be used as an operation signal of an LED lighting lamp which is directly connected to the LED lighting lamp.

When the user selects the outgoing mode among the plurality of modes displayed on the smart terminal, an input window for inputting the ON time and the OFF time of the LED illumination light as shown in FIG. 6 So that the user can input the desired time.

While the present invention has been described in connection with what is presently considered to be the most practical and preferred embodiment, it is to be understood that the invention is not limited to the disclosed embodiments. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the scope of the present invention.

100 - LED lighting fixture 200 - LED control
300 - Communication connection part 400 - Smart terminal
410 - Control connection unit 420 - Mode registration unit
430 - mode selector 440 - independent controller

Claims (6)

An LED lighting control system comprising:
LED lights;
An LED controller which is generated by a switch operation or controls an on / off operation of the LED lamp by an operation signal transmitted from the smart terminal;
A communication connection unit for receiving an operation signal transmitted from the smart terminal through a wireless communication network and transmitting the received operation signal to the LED control unit; And
An interface for manipulating the illuminance and the color temperature of the LED illumination lamp is displayed, and at least one or more modes can be registered and stored. By selecting a registered mode, an illuminance setting value corresponding to each mode and an LED And a smart terminal for generating an operation signal of an illumination light and transmitting the operation signal to the communication connection unit through a wireless communication network. The method according to claim 1,
The smart terminal displays an interface for operating an LED lighting lamp through a wireless communication network to display means, and an LED control unit connected to the communication connection unit and configured to transmit an operation signal of the LED lighting lamp to the communication connection unit through a wireless communication network And a mobile application is installed in the LED lighting control system. 3. The method of claim 2,
The smart terminal comprises:
A control connection unit connected to the communication connection unit on a wireless communication network to form a gateway capable of transmitting an operation signal of an LED illumination light;
A mode registration unit for generating and storing a specific mode by previously setting mode information including the illuminance and color temperature of the LED lighting lamp; And
A mode for generating an operation signal indicating the stage of the illuminance or the color temperature of the LED illumination lamp set in the mode by the mode selection signal inputted on the interface displayed on the display means and then transmitting the operation signal to the communication connection section through the wireless communication network And a controller for controlling the mode of the LED lighting lamp. The method of claim 3,
The smart terminal comprises:
And an operation signal for increasing or decreasing the level of the illuminance and the color temperature of the LED illumination lamp according to the increase / decrease operation is generated by the operation signal inputted on the interface displayed on the display means, And an independent operation unit for transmitting the control signal to the communication connection unit. 5. The method of claim 4,
Wherein the illuminance of the LEDs is controlled by the smart terminal. The system of claim 1, wherein the illuminance of the LEDs is controlled by the smart terminal. 6. The method of claim 5,
Wherein the color temperature is set to 3500K in step 1, and is increased by 500K each time the first step is increased and reaches 5500K in the fifth step.

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