KR20060036068A - Intelligence sensibility lighting system - Google Patents

Abstract

The present invention provides an on-off switch for outputting an on-off signal according to a user's operation, a basic mode switch for outputting a preset basic mode signal, a plurality of designation mode switches for outputting a preset designation mode signal, and preset natural An operation unit including a natural mode switch for outputting a mode signal, and time setting buttons for inputting a wake-up time, a sleep time, and a user-specified time; It consists of a direct lighting unit consisting of a plurality of surface illuminators arranged in a tiled ceiling on the room ceiling and an indirect lighting unit composed of a plurality of auxiliary illuminators installed on the indoor wall, and according to the input of the mode indication signal An emotional lighting unit for driving the illuminator in a predetermined color and illuminance state; And a controller configured to output one of a basic mode indication signal, a designated mode indication signal, and a natural mode indication signal to the emotional lighting unit in response to determining that the set time has arrived or in response to an on / off signal and a mode signal output from the operation unit. It provides an intelligent emotional lighting system characterized in that.

Intelligent, lighting

Description

Intelligent emotional lighting system {INTELLIGENCE SENSIBILITY LIGHTING SYSTEM}

1 is a block diagram showing an intelligent emotional lighting system according to a preferred embodiment of the present invention,

2 is a block diagram showing a lighting unit of the intelligent emotional lighting system according to an embodiment of the present invention,

3 is a flowchart illustrating a control process of an intelligent emotional lighting system according to a preferred embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

100: operation unit 110: on-off switch

120: basic mode switch 130: designation mode switch

140: natural mode switch 150: time setting button

200: emotional lighting unit 210: direct lighting unit

220: indirect lighting unit 300: control unit

400: sensor

The present invention relates to a lighting system, and more particularly to an intelligent emotional lighting system that can produce a variety of atmospheres according to the user's emotion.

Typically, lighting systems are systems with various types of lighting fixtures and control means for controlling them. In addition to the basic function of illuminating the indoors / outdoors or nighttime sunlight-free indoors, the lighting system has a function of transmitting emotions through a unique atmosphere.

Republic of Korea Patent Publication No. 1997-70710 "Intelligent lighting fixtures" "a light intensity sensing unit 20 for detecting the ambient illuminance, and a plurality of thresholds (a, b, c) for judging the detected current illuminance are stored in advance Warning signal generation control operation for notifying lamp ON / OFF by determining lamp ON / OFF based on the current illuminance based on the presence or absence of ON request signal from memory unit 25 and key input unit 10 and lamp ON accordingly Intelligent lighting device, characterized in that it comprises a microcomputer 30 for performing a / light control operation, and a warning means for performing a warning operation under the control of the microcomputer 30.

In addition, the Republic of Korea Patent Publication No. 2005-29180 "Intelligent lighting device" includes a light guide plate for providing a surface light to diffuse the light generated from the point light sources for the main lighting or color illumination to a wide surface; Illumination detection unit for detecting the illumination of the illumination provided through the control unit for maintaining the illumination of a constant illuminance according to the user's use environment, or outputting a control signal for adjusting the main illumination and color illumination according to the user's selection; A phase control circuit for varying illuminance of the main lighting in response to an input power source, an LED output driver for driving the three-color LEDs to generate a plurality of colors by combining red, green, and blue three-color LED colors; An illumination source for providing the light guide plate with a main illumination source driven by the LED and a color illumination source driven by the LED output driver, and a control unit from the control unit. Is received, the intelligent lighting apparatus including a receiving section for each pass in the phase control circuit and the LED driving output "has disclosed bar.

However, the conventional intelligent lighting devices as described above perform only a simple function of lighting control according to ambient illumination, and thus, there has been a demand for the development of a lighting system that can stimulate a user's emotion or change an emotional state.

In order to solve the above problems, an object of the present invention is to provide an intelligent emotional lighting system that can produce a lighting atmosphere suitable for the emotional state of the user by utilizing the sensitivity represented by a specific color.

In order to achieve the above object, the present invention provides an on / off switch for outputting an on / off signal according to a user's operation, a basic mode switch for outputting a preset basic mode signal, and a plurality of preset mode signals for outputting a predetermined mode. An operation unit including a designated mode switch, a natural mode switch for outputting a preset natural mode signal, and time setting buttons for inputting a wake-up time, a sleep time, and a user-specified time; It consists of a direct lighting unit consisting of a plurality of surface illuminators arranged in the shape of a tile on the ceiling of the room and an indirect lighting unit composed of a plurality of auxiliary illuminators installed on the indoor wall, and the surface illuminator of a predetermined position according to the input of the mode indication signal and An emotional lighting unit for driving the indirect illuminator in a predetermined color and illuminance state; And a controller configured to output one of a basic mode indication signal, a designated mode indication signal, and a natural mode indication signal to the emotional lighting unit in response to determining that the set time has arrived or in response to an on / off signal and a mode signal output from the operation unit. It provides an intelligent emotional lighting system characterized in that.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

1 is a block diagram showing an intelligent emotional lighting system according to a preferred embodiment of the present invention, Figure 2 is a block diagram showing a lighting unit of the intelligent emotional lighting system according to a preferred embodiment of the present invention, Figure 3 A flowchart illustrating a control process of an intelligent emotional lighting system according to a preferred embodiment of the present invention.

As shown in FIGS. 1 to 3, an intelligent emotional lighting system according to a preferred embodiment of the present invention is largely composed of an operation unit 100, an emotional lighting unit 200, and a control unit 300, and adds a sensor unit 400. It is provided with.

(1) control panel

The operation unit 100 is composed of switches and buttons for turning on or off the power, selecting a mode, or setting a time.

The operation unit 100 includes an on / off switch 110, a basic mode switch 120, a designated mode switch 130, a natural mode switch 140, and a time setting button 150.

The on-off switch 110 outputs an on-off signal according to a user's manipulation.

The basic mode switch 120 outputs a preset basic mode signal. The basic mode may include a comfort mode, a vibrant mode, a melancholy mode, etc., in which various colors are combined to feel a specific emotion.

The designated mode switch 130 outputs a predetermined designated mode signal. The custom mode is designed to mainly feel the sensibilities of a certain color, red mode, orange mode, yellow mode, yellow-green mode, green mode, teal mode, blue mode, indigo mode, violet mode, purple mode, white mode, gray mode and Assay modes, and the like. In addition, the designated mode includes a power saving mode. The power saving mode is a mode for minimizing power consumption by increasing illuminance of a specific position according to the position of a person and lowering illuminance of another position.

The natural mode switch 140 outputs a predetermined natural mode signal. The natural mode may include a blue sky mode, a white cloud mode, a dark cloud mode, a sunset mode, a sunrise mode, and the like, so that the emotions that can be felt in nature are displayed.

The time setting button 150 inputs a wake-up time, bedtime, and a user-specified time.

(2) emotional lighting

The emotional lighting unit 200 is a part for outputting light so that a specific atmosphere can be produced according to the mode selected by the user.

The emotional lighting unit 200 includes a direct lighting unit 210 and an indirect lighting unit 220, and drives the surface illuminator and the indirect illuminator at a preset position in a predetermined color and illuminance state according to an input of a mode indication signal. .

The direct lighting unit 210 is composed of a plurality of surface illuminators arranged in a checkerboard shape on the indoor ceiling. The direct lighting unit 210 plays a major role in the brightness and atmosphere of the room. The direct lighting unit 210 may be configured as a black light unit (BLU).

The indirect lighting unit 220 is composed of a plurality of auxiliary illuminators installed on the interior wall surface. The indirect lighting unit 220 helps the direct lighting unit 210 to form an atmosphere of the room.

The direct lighting unit 210 and the indirect lighting unit 220 are three colors (red, green, blue-RGB-combined color to output the color) mixed method or individual color system (output of multiple light sources to output a specific color) Specific color). In Table 1 below, the main emotions represented by each color are described. As each color has its own sensitivity, it is possible to produce a light showing a specific sensitivity by adjusting exposure time, exposure frequency, and exposure order of a specific color.

color Emotion Red Passion, blood, strength, danger, cruelty, barbarism Orange Refreshment, Stirring, Vitality, Satisfaction, Actively, Autumn, Appetite yellow Hope, Brightness, Cheerfully, Cheerful, Approach State of the Union Comfort, Dear, Fresh, Growth, Early Summer, Outdoor, Children green Rest, Peace, Calmness, Neutral, Freshness, Summer Teal Easy, Cold Land, Aesthetic, Sea, Forest, Cold Wind blue Cool, Deep, Meditation, Eternity, Sea, Sincerity Indigo Sublime, Angel, Deep, Infinity, Mysterious Purple Creation, Dainty, Mystery, Elegance, Noble, Art, Faith often Pure, Clean, Earthy, Chastity White Divine, Solitude, Pure, Clean grey Normal, melancholy, darkly, humble black Vanity, despair, stop, silence, solemnity, negation, death

(3) control unit

The controller 300 controls the operation of the emotional lighting unit 200 in response to a signal input from the manipulation unit 100 or the sensor unit 400.

The control unit 300 determines that the set time has arrived, or in response to the on-off signal and the mode signal output from the operation unit 100, the basic illumination mode indicator signal, the designated mode indication signal, the natural signal to the emotional lighting unit 200. Outputs one of the mode indication signals.

The control process of the controller 300 will be described with reference to FIG. 2. When the controller 300 determines that the wake-up time or the predetermined time input by the time setting button has arrived or the on / off switch is turned on (S10), the controller 300 instructs the emotional lighting unit to supply power (S20). Subsequently, the selected mode is determined from the mode selection signal input from the operation unit (S30), and the basic mode is indicated according to the selected mode (S40), the designated mode is indicated (S50), the natural mode is indicated (S60), and the power saving mode. Indicates (S70).

Subsequently, when the sleep time or the predetermined time elapses or when the on / off switch is turned off (S80), the controller 300 instructs the power off (S90).

(4) sensor

The sensor unit 400 is a sensing unit that outputs a signal by detecting a position of a person.

The sensor unit 400 is composed of detection sensors that are installed in an indoor location and outputs a person detection signal.

The detection signal output from the sensor unit 400 is input to the control unit 300 and used as a reference for executing the power saving mode by the emotional lighting unit 200.

As described above, the intelligent emotional lighting system according to the embodiment of the present invention has an effect of providing a lighting system that can be utilized as a sensitivity control means, rather than a simple lighting means, by creating an appropriate atmosphere with lighting of a color suitable for the user's emotion. have.

In addition, the intelligent emotional lighting system according to an embodiment of the present invention has the effect of minimizing power consumption by adjusting the illumination according to the position of the person.

Claims (5)

On-off switch for outputting the on-off signal according to the user's operation, a basic mode switch for outputting a preset basic mode signal, a plurality of designation mode switches for outputting a predetermined designated mode signal, and a predetermined natural mode signal An operation unit including an output of a natural mode switch and time setting buttons for inputting a wake-up time, a sleep time, and a user-specified time; It consists of a direct lighting unit consisting of a plurality of surface illuminators arranged in a tiled ceiling on the room ceiling and an indirect lighting unit composed of a plurality of auxiliary illuminators installed on the indoor wall, and according to the input of the mode indication signal An emotional lighting unit for driving the illuminator in a predetermined color and illuminance state; And a controller configured to output one of a basic mode indication signal, a designated mode indication signal, and a natural mode indication signal to the emotional lighting unit in response to determining that the set time has arrived or in response to an on / off signal and a mode signal output from the operation unit. Intelligent emotional lighting system, characterized in that. The method of claim 1, Intelligent emotional lighting, characterized in that the sensor further comprises a sensor unit is installed in the indoor place to output a human detection signal, the control unit outputs a power saving instruction signal to the lighting unit in response to the input of the human detection signal. system. The method of claim 1, The basic mode is an intelligent emotional lighting system, characterized in that consisting of a comfortable mode, a vigorous mode, a melancholy mode. The method of claim 1, The intelligent mode comprises the red mode, the orange mode, the yellow mode, the yellow-green mode, the green mode, the teal mode, the blue mode, the indigo mode, the violet mode, the purple mode, the white mode, the gray mode, and the black mode. Lighting system. The method of claim 1, The natural mode is an intelligent emotional lighting system comprising a blue sky mode, white cloud mode, dark clouds mode, afterglow mode and sunrise mode.

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