KR20150051842A - A LED Lamp System for Smart phone Modul controled brightness - Google Patents

Abstract

The present invention relates to an LED lighting system using communication with a smartphone, wherein the brightness and color of the LED lighting system are controlled by the communication with a smartphone. The LED lighting system of the present invention comprises: multiple LED lighting devices (10) installed inside of the building to irradiate light; multiple white LED modules (11) arranged to irradiate white (daylight) light ; multiple orange-colored LED modules (12) arranged to irradiate orange-colored (light bulb color) light; a converter (20) converting an electric current and voltage; a MCU(30) controlling the brightness and color of the LED lighting device (10); a RF communication module memory (40) connected to a communication port (21) connected to the MCU (30); a smartphone (50) into which data are inputted by the operation of an user; and a lighting system smartphone application (60) provided for a user to download data. The white LED and the orange-colored LED disposed in the inner side of the LED lighting device are controlled by a smartphone and a Bluetooth communication module to irradiate white (daylight) light and orange-colored (light bulb color) light respectively, thus improving the outward appearance proper for the atmosphere at the site with the irradiation of natural daylight-like light. In addition, a user can conveniently adjust the brightness and intensity of the LED module at the site with a smartphone app to be downloaded to the smartphone and a Bluetooth RF memory transmitting and receiving with the smartphone.

Description

[0001] The present invention relates to an LED lighting system having a brightness controlled by a smart phone module,

The present invention relates to an LED lighting system in which brightness is controlled using a smart phone module. More particularly, the present invention relates to an LED lighting system in which brightness of a daylight (white) A color LED for illuminating a color (orange) light is provided to illuminate a natural daylight color having an improved visual appearance in accordance with the scene atmosphere, and an RF memory which can receive and transmit a smartphone application to be downloaded to the smartphone, The present invention relates to an LED illumination system in which brightness is controlled using a smart phone module capable of conveniently operating the brightness and intensity of the LED module on the spot.

In recent years, light using an LED lamp having excellent energy saving effect and being environmentally friendly has attracted attention, and such LED light has a long lifetime, high luminance, low power consumption, energy saving, and reduction of CO2 Its superiority is well known.

In addition, LED lamps are regarded as means for replacing traditional lightings such as incandescent lamps, halogen lamps, and the like, which are embodied by fluorescent lamps.

The above-mentioned LED lamp is mainly used for illuminating the room and has a high energy efficiency and brightness, and a rod type is mainly used. The color is adjusted by using R, G, B of the LED and is mainly used for daylight, main white, silver white, Color and the like are used.

The color of the LED lamp is provided with a separate adjusting device so that the brightness is adjusted for brightness while the brightness is adjusted.

FIG. 1 is a schematic diagram showing a conventional LED lighting control system (Patent No. 10-1052823). As shown in the drawing, the LED lighting control system includes an LED lighting unit, a power supply 20, and a wireless communication terminal 30 And the power supply 20 includes an alternating current (DC) converter 210, a data communication module 220, a charging unit 230, a polarity converter 240, a wireless receiving unit 260, and a control module 250. do.

That is, the LED lighting unit 10 includes a plurality of LED lighting modules 100, 200, and 300, and the plurality of LED lighting modules 100, 200, and 300 are spaced apart from each other, The power supply 20 improves the durability of wiring that can occur when data communication with the LED lighting module, power charge / discharge, and DC power supply is performed through polarity reversal, The power supply 20 is structurally isolated from the LED lighting module by performing an additional function for controlling the LED lighting modules 100, 200 and 300 by using the wireless communication terminal 30 of the present invention, Thus, the stability of the driving of the LED is improved, the heat-related costs are greatly reduced, the cost for constructing the entire LED illumination system is reduced, and the power supply 2 0), the LED lighting module, and the wireless communication terminal carried by the user, the power consumption can be greatly reduced by controlling the plurality of lighting modules individually and as needed.

However, in the conventional LED illumination control system, since the illumination controllable LED illumination simply controls the power supply unit 20 and the LED illumination module through wireless communication, the brightness and color of the LED illumination module can not be controlled, There is a problem that the illumination can not be realized.

In addition, since the conventional LED illumination control system can not simultaneously couple white LEDs or bulb color LEDs, natural light can not be irradiated and light is irradiated only in a single color to deteriorate appearance, There is a problem in that it is restricted in usage in a large wide place.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems of the related art, and an object of the present invention is to provide a light emitting diode (LED) The present invention provides an RF memory which is transmitted and received through a smartphone application which is downed to the smartphone, and is provided with a light emitting diode (OLED) And to provide a brightness-controlled LED illumination system using a smartphone module capable of conveniently operating the brightness and intensity of the LED module in the field.

According to an aspect of the present invention, there is provided an LED illumination system using a smart phone module, the brightness of which is adjusted using brightness of a LED, A plurality of LED lighting devices installed in the interior of the building and illuminated with light; A plurality of white LED modules mounted on the inside of the LED illumination device and having a plurality of white LEDs arranged to emit white light (daylight color), and a plurality of white LED modules arranged between the white LED modules to emit light of orange A plurality of orange LED modules arranged with orange LEDs; A converter connected to the white LED module and the orange LED module to convert a current and a voltage; An MCU connected to the inside of the converter to control brightness and color of the LED illumination device; An RF communication module memory in which a communication module is detachably connected to a communication port connected to the MCU at one end of the converter and to be transmitted and received; A smartphone for receiving and transmitting data to and from the RF communication module memory and for controlling the brightness and color of the LED lighting device according to a user's operation; And an illumination system smartphone application provided to a user to download data input to the smartphone.

The communication module communicated with the smartphone is composed of a Bluetooth RF module, and the Bluetooth RF module is composed of a two-wire communication module so that the color and brightness of the white LED and the orange LED are controlled.

A reset unit used when a smartphone is changed or an initial value is paired is displayed on the screen of the smartphone, and a lighting device display unit is displayed in which a serial number or name of a plurality of LED lighting devices is displayed.

A white LED intensity part indicating the intensity of the voltage outputted from the white LED and an orange LED intensity part indicating the intensity of the voltage outputted from the orange LED are displayed on the inner screen of the smartphone.

The effects of the brightness-controlled LED illumination system using the smartphone module according to the present invention having the above-described configuration are as follows.

First, inside the LED lighting device is a white LED illuminated by daylight (white) light by a smart phone and a Bluetooth communication module, and a bulb color LED illuminated by the light of a bulb color (orange). It is possible to irradiate an improved natural daylight color,

Secondly, there is an effect that the user can conveniently operate the brightness and intensity of the LED module on the spot by having the blue-tug RF memory transmitted and received through the smartphone application which is downed to the smartphone.

1 is an outline view of an LED lamp according to the prior art.
2 is a schematic diagram illustrating an LED illumination system according to the present invention;
3 is a schematic diagram showing a display screen state of a smartphone according to the present invention.

Next, a brightness-controlled LED lighting system using the smartphone module according to the present invention will be described.

As shown in FIG. 2, the LED lighting system with brightness control using a smartphone module according to an exemplary embodiment of the present invention includes a smartphone communication A plurality of white LED modules 11 arranged to be illuminated with white (daylight) light, and a plurality of light emitting diodes (LEDs) A converter 20 for converting a current and a voltage; an MCU 30 for controlling the brightness and color of the LED lighting device 10; An RF communication module memory 40 connected to the communication port 21 connected to the MCU 30, a smartphone 50 to which data is inputted by a user's operation, Data to be downloaded User consists of a lighting system smart ponaep 60 is provided to.

That is, a plurality of the LED lighting apparatuses 10 are installed on a ceiling or a wall surface of a room, and are turned on and off by a switch.

A plurality of white LED modules 11 having a plurality of white LEDs 11a are arranged on the inside of the LED lighting device 10 so as to emit white light (daylight), and the white LED modules 11, A plurality of orange LED modules 12, in which a plurality of orange LEDs 12a are arranged, are placed so as to irradiate light of an orange color (bulb color).

The converter 20 is connected to the white LED module 11 and the orange LED module 12 and is seated inside the LED lighting device 10 to convert the AC current and the voltage into a DC current and a voltage .

The MCU 30 is connected to the inside of the converter 20 to control the brightness and color of the white LED module 11 and the orange LED module 12 mounted on the inside of the LED lighting device 10.

The RF communication module memory 40 is installed at one end of the converter 20 to be connected to the communication port 21 connected to the MCU 30 and to be transmitted and received.

The brightness and color adjustment values and data of the LED illumination device 10 are inputted to the smartphone 50 by the user's operation so as to be transmitted to and received from the RF communication module memory 40.

The lighting system smartphone application 60 is provided to a user to download data input to the smartphone 50 and is provided by an application provided by the provider.

The communication module communicated with the smartphone 50 includes a Bluetooth RF module 60. The Bluetooth RF module 60 controls the color and brightness of the white LED 11a and the orange LED 12a, Of the communication module.

3, when the smartphone 50 is replaced or changed, or when an initial value is changed after the smartphone is changed, the reset unit 51 is used to grasp and use the reset unit 51. In addition, A lighting device display unit 52 is displayed in which the serial number of the LED lighting device 10 and the installation place name are displayed and the intensity of the voltage output from the white LED 11a is set on the inner screen of the smartphone 50 A white LED intensity unit 53 shown in steps 1 to 5 and an orange LED intensity unit 54 indicating the intensity of the voltage output from the orange LED 12a in steps of 1 to 5 are displayed.

Hereinafter, the operation of the brightness-controlled LED illumination system using the smartphone module according to the present invention will be described.

As shown in FIGS. 2 and 3, the LED lighting system using brightness of a smartphone module according to an exemplary embodiment of the present invention includes a plurality of LED lighting devices 10 installed in a building, A plurality of white LED modules 11 are arranged in a plurality of rows in which white light (daylight color) is irradiated and an orange LED module 12 is arranged between the white LED modules 11 to emit orange light .

The brightness and color of the LED illumination device 10 are controlled by the MCU 30 interlocked with the converter 20 that converts the AC voltage to the DC voltage.

That is, when the RF communication module memory 40 connected to the communication port 21 connected to the MCU 30 is installed, the lighting system smartphone application 60 provided by the provider is downloaded to the smart phone 50, The brightness and color of the LED illumination device 10 are controlled according to a state of being displayed on the screen of the smartphone 50.

A plurality of white LED modules 11 having a plurality of white LEDs 11a are arranged on the inside of the LED lighting device 10 so as to emit white light (daylight), and the white LED modules 11, A plurality of orange LED modules 12 having a plurality of orange LEDs 12a arranged so as to irradiate light of orange color (light bulb color) between the white (primary color) and orange (green) Light bulb color) can be adjusted to adjust the brightness and color of light to suit the room atmosphere.

The MCU 30 is connected to the inside of the converter 20 to control the brightness and color of the white LED module 11 and the orange LED module 12 mounted on the inside of the LED lighting device 10 And an RF communication module memory 40 in which a communication module is embedded is installed in the communication port 21 connected to the MCU 30 so that it can be transmitted and received appropriately to the user.

The communication module communicated with the smartphone 50 is composed of a Bluetooth RF module 60 of a communication module that is 4.0 or more in two lines so that the color and brightness of the white LED 11a and the orange LED 12a can be quickly .

On the other hand, as shown in FIG. 3, when the smartphone is replaced or changed or an initial value is changed after the smartphone is changed, the reset unit 51 is paired and easily paired And an illuminating device display part 52 is displayed in which the serial numbers of the plurality of LED lighting devices 10 installed inside and outside the room and the name of the installation place are displayed so that a plurality of LED lighting devices 10 can be operated in accordance with the scene atmosphere

A white LED intensity unit 53 indicating the intensity of the voltage output from the white LED 11a and an orange LED 52 indicating the intensity of the voltage output from the orange LED 12a are displayed on the inner screen of the smartphone 50, The intensity of the light intensity 54 is indicated by 1 to 5 levels, and the intensity can be adjusted in accordance with the illumination of the site. That is, if the white LED intensity unit 53 and the orange LED intensity unit 54 are operated in five steps, respectively, the brightness of the LED illumination device 10 is set to the maximum value so that a very bright natural daylight color is irradiated. When the LED intensity unit 53 and the orange LED intensity unit 54 are operated in one step, the brightness of the LED illumination device 10 is set to the minimum value, so that a very dark natural daylight is illuminated, .

Although the preferred embodiments of the present invention have been described above, it should be understood that the present invention is not limited to the specific embodiments of the present invention, It is to be understood that all the techniques which can be easily changed and used by those skilled in the art are included in the technical scope of the present invention.

10; LED illumination device 11; White LED module
11a; White LED 12; Leading color LED module
12a; White LED 20; Converter
21; Communication port 30: MCU
40; RF communication module memory 50: smart phone
51; A reset unit 52; Lighting device display
53: White LED display part 54: Orange LED display part

Claims (4)

A light emitting diode (LED) lighting system using communication of a smart phone for controlling brightness and color of an LED light using communication of a smart phone,
A plurality of LED lighting devices 10 installed in a building and illuminated with light;
A plurality of white LED modules 11 mounted on the inner side of the LED illumination device 10 and having a plurality of white LEDs 11a arranged to irradiate white light (daylight color), and a plurality of white LED modules 11, A plurality of orange LED modules 12 in which a plurality of orange LEDs 12a are arranged so as to irradiate light of orange (bulb color) among the plurality of orange LED modules 12a;
A converter 20 connected to the white LED module 11 and the orange LED module 12 to convert current and voltage;
An MCU (30) connected to the inside of the converter (20) and controlling the brightness and color of the LED illumination device (10);
An RF communication module memory 40 in which a communication module is installed to one side of the converter 20 so as to be attached to and disconnected from a communication port 21 connected to the MCU 30;
A smart phone 50 for receiving and transmitting data to and from the RF communication module memory 40 so that the brightness and color of the LED illumination device 10 is controlled by a user's operation;
And an illumination system smartphone application (60) provided to the user to download data input to the smartphone (50). The method according to claim 1,
The communication module communicated with the smartphone 50 includes a Bluetooth RF module 60. The Bluetooth RF module 60 controls the color and brightness of the white LED 11a and the orange LED 12a, And a communication module of the smartphone module. 3. The method according to claim 1 or 2,
A reset unit 51 is displayed on the screen of the smartphone 50 to be used when a smartphone is changed or an initial value is paired and a lighting device display unit 52) are formed on the front surface of the LED module. The method according to claim 1,
The internal screen of the smartphone 50 includes a white LED intensity unit 53 indicating the intensity of the voltage output from the white LED 11a and an orange LED intensity indicator 53 indicating the intensity of the voltage output from the orange LED 12a. (54) is displayed on the display unit (50).

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