KR20110001172U - Led lighting - Google Patents

Abstract

The present invention relates to an LED light, and more particularly, a lighting device installed in a stage or karaoke to emit a beautiful light, which is easily installed even in a room with a low ceiling, and can be used smoothly, but is a beautiful LED light in appearance. It is about.

LED lighting according to the present invention,

Box-shaped body equipped with a LED light emitting light, a main board programmed to be connected to the LED light to vary the color of the light emitted by the LED light, and a lens through which the light generated by the LED light is transmitted In the LED lighting having a, the body, a fixed panel protruding in the horizontal direction on the body upper border so that the body is fixed to the ceiling, a fixing bolt fixed to the ceiling through the fixing panel and the body It is configured to further include a jack connection terminal formed on the side to receive the current from the outside, and a control button formed on the other side of the body to easily adjust the program of the motherboard from the outside.

LED light, main board, lens, fixed panel, control button, update module, sound sensor

Description

LED lighting {LED LIGHTING}

The present invention relates to an LED light, and more particularly, a lighting device installed in a stage or karaoke to emit a beautiful light, which is easily installed even in a room with a low ceiling, and can be used smoothly, but is a beautiful LED light in appearance. It is about.

The development of compound semiconductor technology together with the development of information and communication foretells a new light revolution. Light emitting diodes, also known as LEDs, are basic devices made by compound semiconductors that emit light at a specific wavelength when electrons move from high to low energy levels.

Red and green light emitting diodes were developed decades ago, and have been widely used in displays and light source devices. However, the development of LEDs emitting blue and pure green light has been difficult to achieve full color for a long time.

However, in the 1990s, blue light emitting diodes using gallium nitride were developed by several semiconductor companies with the world's best technology, including HP, Cree and Toyota Gosei, led by Ni.S. Nakamura's research team. The demand for blue and pure green LEDs has exploded from several LED application businesses, such as the lamp and display device industries, which have longed to implement and optical memory devices that require short and stable wavelengths.

The production of such blue LEDs also requires high-level technology and expensive equipment, which requires enormous costs and time to mass-produce, and cannot meet the exponentially increasing market demand. In addition, white LED, which implements white light by introducing Phosphor in blue LED, is also a high value-added product and is emerging as a leading player in the next lighting market to replace light sources and bulbs of small devices, and the market demand is exploding.

Accordingly, in recent years, attention has been paid to light emitting diode elements (hereinafter abbreviated as LED elements) including semiconductor elements as light sources of various lighting devices. Since the LED element has advantages such as low heat generation and long life compared to conventional lighting lamps such as incandescent bulbs, the LED element is not only used for display light sources but also for general lighting devices and automobile headlights. It is put to practical use in each direction as a lamp.

In the case of using an LED element as an illumination lamp, since the luminous flux per one is weak, a large amount of light is ensured by mounting a plurality of LED elements in one package.

In particular, in recent years, such LED devices have been used in various places, and thus, lightings using LED devices have been used to emit beautiful light by being installed on stages and karaoke.

However, the lighting fixture having a body having an LED element inside while being used in stages and karaoke, etc. has been generally used to illuminate a certain fixed position or floor to make it look beautiful from the outside. Since it is formed in a structure that is fixed fixture so that the flow, the light emitted from the LED device is shaken does not emanate in a distinctly constant place, there is a problem that the light is emitted in a certain place in the state of spread.

In addition, the lighting device equipped with an LED element that can be fixedly movable, when installed on the ceiling, is provided separately from the body so that the body is supported, the economic loss of requiring a fixed frame fixed to the ceiling There was a problem.

In addition, by installing the body and the fixed frame in a low ceiling place by a fixed frame fixed to the ceiling while the body and the body formed in the vertical direction of the lighting device equipped with an LED element requiring the fixed frame. There is a problem in that it is not beautiful in appearance, and its use is restricted.

In addition, in the case of a lighting device that uses a fixed frame to fix the body, not only the installation is complicated, but also there is a problem in its use that it is difficult to disassemble and reinstall the lighting device.

The present invention is devised to solve the above problems,

The first purpose is easy to install fixed to the ceiling, easy to disassemble and re-install when replacing the lighting device, the light emitted from the LED element is not shaken due to the fixing of the lighting device so that it can be emitted in a clearly constant place The purpose is to provide LED lighting.

The second purpose is to provide a LED light that can be fixed to the ceiling with a simple device, since the lighting device is firmly fixed to the ceiling and does not require a complicated fixing device separately.

The third purpose is that in using the lighting device fixed to the ceiling, a separate fixing device for fixing the lighting device is not formed in the vertical direction from the ceiling, providing an LED light that can be used smoothly even in a low ceiling. There is a purpose.

LED lighting according to the present invention,

Box-shaped body equipped with a LED light emitting light, a main board programmed to be connected to the LED light to vary the color of the light emitted by the LED light, and a lens through which the light generated by the LED light is transmitted In the LED lighting having a, the body, a fixed panel protruding in the horizontal direction on the body upper border so that the body is fixed to the ceiling, a fixing bolt fixed to the ceiling through the fixing panel and the body It is configured to further include a jack connection terminal formed on the side to receive the current from the outside, and a control button formed on the other side of the body to easily adjust the program of the motherboard from the outside.

And, the control button, the LED light is emitted while the light is emitted, at the same time, the lighting control button for controlling the speed of the light, and the LED light is emitted while the light appears to be rotated at the same time and the rotation It includes a rotation control button for controlling the speed, a color control button for variously adjusting the color of the LED light emitted, and a power button for turning on and off the LED light.

In addition, the lens uses a Fresnel lens for converting the light spreading with an incident angle to the light condensing.

The main board may further include an update module unit configured to add change information when changing program information such that the light emitted from the LED light turns on, changes in color, and the like.

On the other hand, the main board, after detecting the strength of the external sound, and transmits to the main board, it is configured to further comprise a sound sensor for changing the direction of the light.

The first effect is that the light emitted from the LED device does not shake and is clearly emitted at the place and the bottom surface desired by the user, and at the same time, the installation and disassembly of the lighting device is easy to use.

The second effect is that, while the lighting device is easily installed on the ceiling, the additional complicated installation structure is not consumed additionally, and since the second installation structure has a simple installation structure, it is possible to reduce the cost of the additional device required. have.

The third effect is that the lighting device is not formed and installed in the vertical direction, but is formed and installed beautifully in the horizontal direction so that it can be used beautifully even in a low ceiling.

Hereinafter, an embodiment of the present invention with reference to the accompanying drawings in detail as follows.

1 is a perspective view showing the outside of the LED lighting according to the present invention, Figure 2 is a cross-sectional view showing the internal cross section of the LED lighting according to the present invention, Figure 3 is a plan view showing the inside of the LED lighting according to the present invention, Figure 4 is an embodiment showing the implementation of the LED lighting according to the present invention, Figure 5 is a state diagram showing the use state of the LED lighting according to the present invention. Such LED lighting is installed on the stage and karaoke, and emits beautiful light to a predetermined position and the bottom surface, and is easily installed even in a room where the height of the ceiling is low, and is used for smooth use.

As shown in Figure 1 and 3, LED lighting according to the present invention,

LED board 30 for emitting light, and the main board 50 is programmed to be connected to the LED light 30 and at the same time programmed to convert various colors of the light emitted from the LED light 30, It has a box-shaped body 100 is provided with a lens 70 through which the light generated by the LED light 30 is transmitted.

At this time, the shape of the body 100 has a cylindrical shape and a polygonal shape, it is preferable that the vertical length direction is formed smaller than the horizontal length direction.

In particular, the body 100 is formed in a horizontal direction wider than the vertical direction, it can be used smoothly even in a low ceiling.

Subsequently, the body 100 has a fixing panel 110 protruding in the horizontal direction on the upper border of the body 100 so that the body 100 can be fixed to the ceiling, the fixing panel 110 is vertical The body 100 is firmly fixed to the ceiling by the fixing bolt 115 to be fixed to the ceiling through.

In addition, a jack connection terminal 120 is formed on the side of the body 100 to receive a current from the outside, and the body 100 is firmly fixed to the ceiling, and the jack connection terminal 120 The connecting cable can be connected and disconnected.

In addition, the other side of the body 100, there is provided a control button 130 to easily control the program of the main board 50 from the outside.

Subsequently, the control button 130 is turned on while the LED light 30 is emitted, and at the same time, a lighting control button 132 for controlling the speed of lighting and the LED light 30 is emitted. A rotation control button 134 for controlling the rotation speed and making the light appear to be rotated, a color control button 136 for variously adjusting the color of the LED light 30, and the LED; It consists of a power button 138 to turn on and off the light (30).

In this way, the control button 130, while the light of the LED light 30 is turned on so that the lighting speed can be easily changed according to the user's convenience, the LED light 30 appears to be rotated while the light is emitted At the same time it is possible to control the rotational speed, the color of the LED light 30 can be variously and easily adjusted.

In addition, the lens 70 uses a Fresnel lens for converting the light spreading with an incident angle into a light condensing.

The Fresnel lens converts the light emitted from the LED light 30 from the outside into a condensed light by changing the condensing of the LED light 30 through the lens 70 and spreading with the projection angle. Make it visible.

In addition, the main board 50, the update module unit 150 to add the change information, when changing the program information such that the light emitted from the LED light 30 has a change in color, etc. It is configured to further include.

The update module unit 150 is connected to the update module unit 150 easily from the outside through the jack connection terminal 120, the database desired by the user through the update module unit 150 By changing the lighting and rotation of the light emitted from the LED light 30 it can be variously produced.

In addition, the database LED light 30 is programmed in this way through the control button 130 can be controlled in more detail.

On the other hand, the main board 50, after detecting the strength of the external sound, is transmitted to the main board 50, and further comprises a sound sensor 160 to change the direction of the light.

The sound sensor 160 is connected to the main board 50 and fixed to the body 100 to detect external sound and transmit an electric signal to the main board 50 according to the sound. By transmitting, in addition to the control button 130, the light emission of the LED light 30 is further changed.

As shown in Figure 4 and 5, looking at an embodiment of the LED lighting according to the present invention,

After the fixing panel 110 provided on the body 100 is in close contact with the ceiling, the body 100 is connected to the ceiling through the fixing bolt 115 fixed to the ceiling while penetrating the fixing panel 110. It is firmly fixed.

In addition, the body 100, in order to be connected to the main board 50 from the outside, a jack connection terminal 120 is provided on one side of the body 100.

The jack connection terminal 120 is connected to the mainboard 50 from the outside at the same time, is provided inside the body 100, the main board 50 and the jack connection terminal 120 The update module 150 formed to be connected to the main body 100 can be easily connected to the outside of the body 100.

In addition, the inside of the body 100, is connected to the main board 50 is provided with the LED lamp 30 to emit light from the inside of the body 100 to the outside.

And, the other side of the body 100, the control button 130 for controlling to be recognized from the outside as the light emitted from the LED light 30 is turned on and rotated is provided.

As a result, through the jack connection terminal 120 of the body 100, the AC current is transmitted to the main board 50 and the LED light 30 from the outside of the body 100, the LED light (30) ) According to the program of the main board 50, the basic light is emitted, and by changing or adding the lighting and the light emitting method of the light through the update module unit 150, by diversifying light, It can be seen beautifully from the outside.

And, the light emitted from the LED lamp 30 is emitted to the floor surface or some specific object, to make the indoor atmosphere beautiful.

Subsequently, the control button 130 is turned on while the LED light 30 is emitted, and at the same time, a lighting control button 132 for controlling the speed of lighting and the LED light 30 is emitted. A rotation control button 134 for controlling the rotation speed and making the light appear to be rotated, a color control button 136 for variously adjusting the color of the LED light 30 and the LED; It consists of a power button 138 to turn on and off the light 30, through the lighting control button 132, adjusts the speed at which the LED light 30 is lit, and the rotation control button 134 Through, the LED light 30 from the outside of the body 100 is shown to be rotated, and through the color control button 136, various colors of the LED light 30 is diversified, and Through the power button 138, the current applied to the LED lamp 30 is short-circuited.

In addition, the light emitted from the LED light 30 by the sound sensor 160 to detect the strength of the sound of people or the sound of other devices in the room, and transmits an electrical signal to the main board (50). It is desirable to be able to change it.

And, in order to change the fixed position of the body 100 by removing the fixing bolt 115 for fixing the fixing panel 110 of the body 100 to the ceiling from the fixing panel 110, the body ( 100 to be easily separated from the ceiling, the user can be easily coupled and fixed by using the fixing panel 110 and the fixing bolt 115 of the body 100 to another position of the desired ceiling.

The scope of the present invention is not limited to the above-exemplified embodiments, and many other modifications based on the present invention may be made by those skilled in the art within the above technical scope.

1 is a perspective view showing the outside of the LED lighting according to the present invention,

2 is a cross-sectional view showing the internal cross section of the LED lighting according to the present invention,

3 is a plan view showing the interior of the LED lighting according to the present invention,

4 is an embodiment showing the implementation of LED lighting according to the present invention,

5 is a state diagram showing the state of use of LED lighting according to the present invention.

Description of the Related Art

30: LED light 50: main board

70: lens

100: body 110: fixed panel

115: fixing bolt 120: jack connection terminal

130: control button 132: lighting control button

134: rotation control button 136: color control button

138: power button

150: update module unit 160: sound detection sensor

Claims (5)

LED board 30 for emitting light, and the main board 50 programmed to be connected to the LED light 30 to convert a variety of colors of the light emitted from the LED light 30, and the LED light In the LED lighting having a box-shaped body 100 is provided with a lens 70 through which the light generated at 30 is transmitted, The body 100, Fixing panel 110 protruding in the horizontal direction on the upper border of the body 100 so that the body 100 is fixed to the ceiling, and fixing bolts 115 fixed to the ceiling through the fixing panel 110 And a jack connection terminal 120 formed at a side of the body 100 to receive a current from the outside, and the body 100 so as to easily adjust a program of the main board 50 from the outside. LED lighting, characterized in that further comprises a control button 130 formed on the side. The method of claim 1, The control button 130, The LED light 30 is turned on while emitting light, and at the same time, a lighting control button 132 for controlling the speed of lighting, and the LED light 30 is emitted while making the light appear to rotate. A rotation control button 134 for controlling the rotation speed, a color control button 136 for variously adjusting the color from which the LED light 30 is emitted, and a power source for turning the LED light 30 on and off LED lighting comprising a button (138). The method of claim 1, The lens 70, LED lighting, characterized by using a Fresnel lens that converts the light that spreads with an incident angle into a focused light. The method of claim 1, The main board 50, When the light emitted from the LED light 30 changes the program information to have a light, a change in color, etc., characterized in that it further comprises an update module unit 150 for adding the change information LED lighting. The method of claim 1, The main board 50, After detecting the strength and weakness of the external sound, it is transmitted to the main board 50, LED lighting, characterized in that it further comprises a sound sensor 160 to change the direction of the light.

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