KR100976374B1 - Illumination fixture with emergency power source, direction and intensity of lighting - Google Patents

Abstract

PURPOSE: A lighting apparatus is provided to improve an interior effect by mixing the color of an LED fluorescent lamp with the color of a case cover. CONSTITUTION: A main body unit(100) comprises a lamp case and a lamp case cover. A cable groove is formed on the center of a lamp case. A reflective unit(200) includes a front reflective plate, and first and second illumination shielding reflective plates. The front reflective plate is attached to the inside of the lamp case. The first and second illumination shielding reflective plates are formed on both sides of the front reflective plate. A driving unit(300) includes a driving motor and a worm gear. The driving motor is mounted on the motor insertion groove of the lamp case. The worm gear is combined with a driving motor shaft. A light source(500) includes an LED emergency light unit and a plurality of LED fluorescent lamps.

Description

Illumination fixture with emergency power source, direction and intensity of lighting}

The present invention relates to a lighting luminaire having a direction control and intensity control of the illumination and an illumination arrangement and an emergency power function, and more specifically, to control the irradiation direction through the illumination obstruction reflector formed of two, the illumination obstruction reflector through the drive unit Control the intensity of lighting at the control part by pressing external S / W, and the LED fluorescent light of the light source part is arranged in two colors inside one LED fluorescent light and press S / W of user's desired color to The lighting can be arranged and used accordingly, the color of the luminaire case cover can be changed and replaced, and when the electricity supply is interrupted due to power failure, a battery is formed inside the controller to supply emergency power. Control of irradiation direction to automatically operate the lamp, control of intensity of illumination, arrangement of lighting and emergency lighting Will.

Current light sources mainly represent only one illumination color, which can be controlled by turning the switch on / off or darkening.

As the LED market grows significantly, light sources that can generate light with all spectrum colors will be common in all homes, which will produce almost all colors and atmospheres, depending on the room to be illuminated or any particular location.

Therefore, the control of such a light source will become more and more complicated because not only the intensity or brightness of the light but also the color pattern should be controlled.

Currently, the lighting method of fluorescent lamps used is to control the intensity of each LED light to control the intensity of the one-color LED fluorescent light.In order to provide the effect of the interior, each color has different LED fluorescent light. The color changes by each lighting and timer and is used.

In addition, except for the case of emergency lights used in a particular location, the rest of the lighting fixtures have a disadvantage that can not be used in the event of a power failure.

The control method for the above contents is proposed as follows.

In a method of controlling illumination color and / or intensity, and a user interface and a lighting device therefor, the user interface has a detection device for detecting a plurality of transponders and transponders, respectively. The transponder controls a particular illumination color and / or intensity, and also the first position corresponding to the state where the transponder is not detected by the detector and the transponder is detected by the detector to transmit a response signal. Configured to take a second position corresponding to the state, wherein the response signal controls the illumination color and / or intensity of the illumination unit.

The present invention is presented as follows so that the user is not inconvenient to use than the proposed content as described above,

It is a technology that is different from the existing irradiation direction control, lighting arrangement method, light intensity control and emergency power method, and operates the worm gear through the drive motor, and the worm gear is installed in the drive motor by the illumination obstruction plate inside the luminaire. Controls the direction of irradiation by driving the light reflecting plate through the rotational force transmitted through it, and controls the brightness of the LED fluorescent lamp by controlling the intensity of lighting by lighting the LED fluorescent lamp by S / W method, and varying the color of the luminaire case cover. It is provided so that it is replaceable, it is equipped with a battery to be charged in normal use, when the power supply is interrupted by using it to serve as an emergency power source to turn on the LED emergency light.

In addition, through the arrangement of the two colors inside the LED fluorescent lamp, the user can press the S / W of the desired color to be mixed with the color of the LED to be irradiated, and by changing the color of the luminaire case cover is equipped with LED It is an object of the present invention to provide a lighting fixture having a mixture of fluorescent lamps and colors to control the direction of illumination having an interior effect, controlling the intensity of illumination, and arranging and emergency power.

The present invention has been proposed the following solutions to achieve the above object.

The luminaire of the present invention is capable of controlling the irradiation direction, and is provided with illuminating blind reflecting plates a, b (202, 203) inside the luminaire case (101). Illuminated screen reflector a, b (202, 203) is characterized in that the shaft pin grooves 104 are formed on both sides of the external short surface of the luminaire case 101 to be coupled to the shaft pins 205 in accordance with the shaft pin grooves 104.

The V-shaped grooves 207 are formed in a square shape on the inner surface of the illumination obstruction reflectors a and b (202, 203) and the front reflector 201 attached to the inside of the luminaire case 101 to spread light when irradiated with light. It prevents glare by increasing brightness by blocking and collecting light.

The illumination blind reflector a, b (202, 203) is formed with a drive gear groove 206 in the center of the axial direction, the drive gear 204 is coupled to the drive gear groove 206 is formed, both sides of the luminaire case 101 The motor insertion groove 103 is formed in the driving motor 303 is provided.

The drive motor 303 transmits the rotational force to the worm gear 305 is coupled to the motor shaft, the worm gear 305 received the rotational force is transmitted to the drive gear 204 is coupled to the irradiated reflecting reflector a, b (202, 203). It is characterized in that for driving the illumination obstruction reflector a, b (202, 203).

In addition, an LED emergency light 501 is provided inside the luminaire case 101, and LED fluorescent lights a, b, c, d (502, 503, 504, 505) are provided on both sides of the LED emergency light 501, and LED fluorescent lights a, b, c, d (502, 503, 504, 505) is characterized in that the two colors are arranged in one fluorescent light rather than a single fluorescent light.

In addition, it is characterized in that by changing the color of the luminaire case cover to be replaced.

In addition, the driving motor 303, the LED emergency light 501 and the LED fluorescent light a, b, c, d (502, 503,

The control unit case 401 and the control unit case cover 402 are fixed to the outside upper part of the luminaire case 101 for the control and power supply of the 504 and 505, and the battery 403 inside the control unit 400. It is characterized in that the LED emergency light (501) is turned on by supplying power to the LED emergency light (501) when the power supply is stopped.

According to the present invention, the following effects are obtained.

The illumination obstruction reflector can be controlled separately, so that the user can irradiate the illumination in a desired direction.

In addition, the lighting method of the LED fluorescent lamp is to control the intensity through the S / W provides an effect of saving power.

In addition, by arranging the red, blue, green, and white in the interior of the LED fluorescent lamp to be lit through the control unit to illuminate the desired color and the color of the luminaire case cover provides an interior effect.

In addition, by installing the LED emergency light in the lighting fixture, and equipped with a battery has an effect that can be used with a minimum power by automatically supplying power to the LED emergency light when the battery is normally charged when the power supply is stopped.

1 is a perspective view of a lighting fixture having the present invention direction control and intensity control and illumination arrangement and emergency power function.
Figure 2 is a perspective view of the combination of the luminaire case for the illumination light fixture having the present invention direction control and intensity control and illumination arrangement and emergency power function of the illumination.
Figure 3 is a cross-sectional view of the lighting fixture having the present invention the direction control and intensity control and illumination arrangement and emergency power function of the illumination.
Figure 4 is an operating state diagram for the lighting fixture having the present invention the direction control and intensity control and illumination arrangement and emergency power function of the illumination.
Figure 5 is a flow chart of the LED fluorescent light for the present invention the direction control and intensity control of the illumination and the illumination arrangement and the emergency power supply function.
Figure 6 is an exploded perspective view of a lighting fixture having the present invention direction control and intensity control and illumination arrangement and emergency power function of the illumination.
7 is a cross-sectional view of an embodiment of the lighting fixture having the present invention the direction control and intensity control and illumination arrangement and emergency power function of the illumination.
8 is an exemplary state diagram of the lighting fixture having the present invention the direction control and intensity control and illumination arrangement and emergency power function of the illumination.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the present invention.

The configuration of the product is shown in Figures 1 and 2, 3, 4, 6, Figure 7 and 8 shows another embodiment of the present invention through a cross-sectional view and a state diagram, lighting fixtures The intensity control and emergency power and lighting arrangement of the is shown in the flow chart in FIG.

The lighting fixture 1 of the present invention is largely divided into the main body portion 100, the reflecting portion 200, the driving portion 300, the control portion 400 and the light source portion 500 in detail, each part in Figs. The component about is shown and the component of each part is shown as follows.

As the components, the main body portion 100 which comprises the luminaire case 101, the luminaire case cover 102, the motor insertion groove 103 and the shaft pin groove 104; A reflector 200 constituting the front reflector 201, the light obstructed reflector a, b (202, 203), the drive gear 204, and the shaft pin 205; A drive unit 300 constituting the motor fixing plate 301, the motor key 302, the drive motor 303, the motor insertion groove cover 304, and the worm gear 305; A controller 400 constituting the controller case 401, the controller case cover 402, the battery 403, and the cable groove 404; It is divided into the LED emergency light 501 and the LED fluorescent light a (502), the LED fluorescent light b (503), the LED fluorescent light c (504), the light source unit 500 constituting the LED fluorescent light d (505).

As shown in FIG. 1, a perspective view of the present invention is shown, and an upper luminaire case 101 and a lower luminaire case cover 102 are coupled to form a luminaire 1.

The control unit case 401 is fixed to the upper center of the luminaire case 101, and the control unit case cover 402 having the cable groove 404 formed therein is coupled to the control unit case 401 to form the control unit 400. The battery 400 is provided with a battery 403 for emergency power supply in case of power failure.

In Figure 2 is a perspective view of the combination of the present invention, the luminaire case 101 and the luminaire case cover 102 of the main body portion 100 is disassembled to show the configuration inside the main body portion 100.

As shown in the figure, the LED emergency light 501 in the center of the main body part 100 and the LED fluorescent light a (502), LED fluorescent light b 503, LED fluorescent light c (504), LED having two colors around the center Fluorescent lamps d 505 are arranged, and illuminating light reflecting plates a, b (202, 203) are formed on both sides of the luminaire case 101.

The V-shaped grooves 207 are formed in a square shape on the illumination blind reflectors a and b (202 and 203) to collect light of the illumination and prevent glare.

A motor insertion groove 103 is formed on the outer surface of the luminaire case 101, and a drive gear 303 is inserted into the motor insertion groove 103.

Axial pin grooves 104 are formed at both short sides of the luminaire case 101 so that the axle pins 202 and 203 can fix the irradiated reflecting reflectors a, b (202, 203), respectively.

In addition, the motor insertion groove cover 304 is coupled to the center of both long surfaces of the luminaire case 101 by a fastener.

As shown in Figures 3 and 6, each of the components of the present invention are shown, and in Figure 6 shows an exploded perspective view of the present invention, showing in detail the combined position.

As shown in FIG. 3, a cable groove 404 is formed in the center of the outer surface of the luminaire case 101 of the main body unit 100 to supply power to the luminaire 1 in the cross-sectional view of the present invention. 401 and the control unit case cover 402 is fixed to the luminaire case 101, the battery 403 is formed in the control unit 400, the emergency power is supplied when the power supply from the outside is stopped At this time, the LED emergency light 501 is turned on to reduce the maximum power.

The motor insertion groove 103 is formed at the center of both long sides of the outside of the luminaire case 101 so that the motor fixing plate 301 is fixed inside the motor insertion groove 103, and the driving motor 303 is attached to the motor fixing plate 301. To be combined.

In addition, the drive motor 303 is coupled, it is blocked through the motor insertion groove cover 304 can prevent contamination and damage from the outside.

In addition, the LED emergency light 501 is coupled to the center of the short surface inside the luminaire case 101, LED fluorescent lights a, b, c, d (502, 503, 504, 505) is coupled to both sides around the LED emergency light (501).

The LED fluorescent lamps a, b, c, d (502, 503, 504, 505) will be described in detail with reference to FIG.

Shaft pin grooves 104 are formed on both sides of the external short surface of the luminaire case 101 of the present invention, and the light-shielding reflecting plates a, b (202, 203) are coupled to each other using the shaft pins 205 in accordance with the shaft pin grooves 104. The drive gear groove 206 is formed in the central axial direction of the blindfold reflector a, b (202, 203), the drive gear 204 is inserted into the drive gear groove 206, and the rotation of the drive motor 303 is stopped. It receives and transmits to the drive gear 204 connected with the worm gear 305 is operated.

In addition, the V-shaped groove 207 is formed on the LED fluorescent lamp side of the illumination obstruction reflector a, b (202, 203) to catch the spread of light increases the intensity of irradiation, and serves to prevent glare.

The front reflecting plate 201 is attached to the inside of the luminaire case 101, and the front reflecting plate 201 is also formed with the V-shaped groove 207, thereby achieving the same configuration.

4 is an operational state diagram of the present invention, and will be described in detail as follows.

As shown in the figure, the operating state is shown as steps (a), (b) and (c), and step (a) shows that the irradiated screen reflectors a, b (202, 203) are spread so that light irradiation can be spread as a whole. It is open to both sides and is open.

In addition, step (b) shows a state in which the irradiation blind reflector a 202 operates in the direction of the irradiation blind reflector b 203 through the driving motor 303 so that light can be irradiated in only one direction.

In addition, in step (c), the direction of the light only shines in the center, and the two driving motors 303 operate the irradiating and reflecting reflectors a and b 202 and 203 facing the center.

As shown in FIG. 5, the description of the flow chart of the intensity control and the illumination arrangement and the emergency power of the lighting is as follows.

Power (10) is supplied and the user presses the desired S / W to turn on the lighting fixture (1),

When the S / W 1 (20) is pressed, the white lamps of the LED fluorescent lamps a, b, c, and d (502, 503, 504, 505) are turned on, and the brightness of the illumination becomes a lecture state.

In addition, when the S / W 2 (30) is pressed, the white lamps of the LED fluorescent lamps c and d (504, 505) are turned on, and the brightness of the illumination becomes weak.

By using the two S / W as described above will be able to adjust the strength of the lighting fixture (1).

In addition, red, blue, and green LEDs are configured to provide interior effects indoors and outdoors.

S / W 3 (40) is turned on the red lamp of the LED fluorescent lamps c, d (504, 505), S / W 4 (50) is turned on the blue lamp of the LED fluorescent lamp b (503).

In addition, S / W 5 (60) is a green lamp of the LED fluorescent lamp a (502) is turned on, so the user can select the desired color to operate the color by operating the basic color and various colors can produce an interior effect. have.

In addition, unlike the color control of the LED fluorescent lamp by changing the color of the lamp case cover to vary the color of the LED fluorescent lamp and the color of the lamp case cover can be mixed to produce a variety of colors.

In addition, when the power supply is cut off from the outside, the minimum power is automatically supplied from the battery 403 provided in the controller 400 and the LED emergency light 501 is turned on.

It is assumed that the main power is turned on / off when the above-mentioned lighting fixture 1 is used or not in use.

Another embodiment of the present invention will be described with reference to FIGS. 7 and 8 as follows.

As shown in FIG. 7, the space inside the luminaire case 101 is widened, the front reflector 201 is fixed through the shaft pin 205, and the cylinders 306 are inserted into both sides of the luminaire case 101. .

The cylinder 306 inserted into the luminaire case 101 is attached to both sides of the rear surface of the front reflecting plate 201, and the user can adjust the desired direction.

As shown in FIG. 8, when the user adjusts in a desired direction, when the shaft of one cylinder 306 protrudes, the axis of the other cylinder 306 may adjust the irradiation angle in such a manner as to be entered.

1. Lighting fixture 10. Power
20.S / W 1 30.S / W 2
40.S / W 3 50.S / W 4
60. S / W 5 100. Main Unit
101. Luminaire case 102. Luminaire case cover
103. Motor insert groove 104. Shaft pin groove
200. Reflector 201. Front reflector
202. Blind reflector b 203. Blind reflector b
204. Drive Gear 205. Shaft Pin
206. Driving gear groove 207. V-shaped groove
300. Drive unit 301. Motor fixing plate
302. Motor Key 303. Drive Motor
304. Motor insert groove cover 305. Worm gear
306. Cylinder
400. Control Unit 401. Control Case
402. Control Case Cover 403. Battery
404. Cable Groove
500. Light source 501. LED emergency light
502. LED Fluorescent Tube a 503. LED Fluorescent Tube b
504. LED Fluorescent Tubes c 505. LED Fluorescent Tubes d

Claims (6)

delete A main body part having a luminaire case and a luminaire case cover formed therein, a cable groove for discharging a power supply and a control cable in the center of the luminaire case, and a shaft pin groove formed to allow the axial pin of the illumination obscuring plate to be coupled;
The front reflector is attached to the inside of the luminaire case, and the illumination shielding reflector a and the illumination shielding reflector b formed on both sides are provided, and drive gear grooves are formed in the axial directions of the illumination shielding reflector a and b, and both cylinders A reflector provided with a front reflector;
The motor insertion groove is formed in the center of the long surface outside the luminaire case, the drive motor is coupled to the motor fixing plate in the motor insertion groove, the worm gear is coupled to the drive motor shaft, the worm gear and the drive gear are formed in contact with, A driving unit having cylinders on both sides of the luminaire case;
A light source unit having an LED emergency light and a plurality of LED fluorescent lights in the center of the luminaire case;
A control unit for supplying and controlling the driving unit and the light source unit and including a battery for emergency power;
Lighting luminaires with irradiation direction control and intensity control and illumination arrangement and emergency power function, characterized in that configured to include. The method of claim 2,
A cable groove for discharging the power supply and the control cable is formed in the center of the luminaire case of the main body, and the axial pin groove is formed so that the axial pin of the light-shielding reflector can be coupled. And lighting fixtures having an arrangement of lights and emergency power. The method of claim 2,
The light source unit is formed with an LED emergency light in the center of the luminaire case, LED fluorescent lights a, b, c, d are formed on both sides of the LED emergency light, and the LED array inside the LED fluorescent lights a, b, c, d When the power supply is interrupted, the LED emergency light is switched to the emergency power supply and is turned on by receiving battery power, and the LED fluorescent lamps a, b, c, and d are lit. Illumination luminaires with irradiation direction control and intensity control and illumination arrangement and emergency power function, characterized in that pressing, 5, to use.














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