KR200371590Y1 - LED buoy - Google Patents

Abstract

The present invention relates to an equalizer, and more particularly to an LED equalizer.

LED lighter according to the present invention is provided with a control module for controlling the overall device therein, the upper portion of the body is open, the lid including a light transmitting cap that is openly covered on the upper body, and the light transmitting cap In the equalizer consisting of a light emitting means which is provided in the interior of the flashing means which is flashed by the power applied from the control module, the light emitting means is fixed to the lower portion of the lid and the connection terminal for transmitting the power applied from the control module to the upper exposure electrode A base plate including and having fixed tab holes formed at equal intervals on the inner circumference thereof; A plurality of stacking layers are stacked on the fixing tap holes through respective fastening means, and each of the plurality of vertical tap electrodes is provided with a vertical connection electrode for transferring the power of the exposed electrode from the lower layer to the upper layer, thereby emitting light through the power applied to the vertical connection electrode. Characterized in that consisting of the LED module including a plurality of LEDs.

Description

LED lighter {LED buoy}

The present invention relates to an equalizer, and more particularly to an LED equalizer.

Conventional light bulbs using incandescent bulbs by using a mechanical structure called a bulb exchanger by rotating the socket member is installed a plurality of incandescent bulbs in the case of incandescent bulbs currently in operation failure by driving the motor mounted on the bulb exchanger spare bulb It is configured to switch automatically.

However, such an electric light bulb requires frequent checks and maintenance of the power supply unit due to inefficient use of the power supply, and has a disadvantage of requiring frequent checks on the manager side due to the shortening of the endurance of the battery.

Accordingly, in recent years, a brighter using LEDs having higher luminance than incandescent lamps has been developed and used. In this LED lamp, a plurality of LED modules for emitting light are stacked on the top of the lamp body, and each LED module is designed to be electrically connected to the power supply of the control module and operated by a power supplied from a battery. .

Such LED identifiers have been used in which each LED module is connected to the power supply of the control module via a cable or a separate structure interconnecting the power supply of the control module and the connection terminal of each LED module.

However, the LED identifier has a problem in that the number of stacked LED modules is limited due to a wiring problem of a cable supplying power to the LED module.

That is, the number of power supply ports of the control module or the power supply port of the structure connected to the control module that supplies power to the LED module through the cable is limited, increasing the number of the LED module to increase the brightness of the equalizer In this case, there is a problem in that it is necessary to replace the entire control module or the structure housed therein and the repair cost is increased.

In addition, since the conventional LED brightener is directly exposed to the outside of a plurality of stacked LED modules, there is a problem that is easily broken when an impact is applied from the outside.

In addition, since the LED module is formed in a laminated structure in which the LED module is directly exposed to the outside, the light emitted from the LED during the operation of the equalizer is obscured by the laminated parts in which the LED modules are in contact with each other.

In other words, the brightness of the LED module itself is relatively higher than that of the incandescent lamp, but when the LED modules are stacked, the light emitting range of the light emitted from the LED to the outside by the upper and lower cover plates pressing the lens part of the LED module up and down is used. Since the width becomes narrower, the brightness of this portion is relatively lower than that of the lens module of the LED module, and thus there is a problem that the brightness of the whole light is reduced.

The present invention has been made to solve the above problems, the purpose of providing an LED lighter that can be easily installed without changing the internal configuration of the lighter when increasing the number of LED modules installed inside the lighter There is this.

It is also an object of the present invention to provide an LED equalizer that can be easily assembled and assembled each LED module without using a cable.

And this invention is aimed at providing the LED illuminator which can improve the brightness of the illuminator.

1 is a perspective view of the LED illuminator according to a preferred embodiment of the present invention.

2 is an exploded perspective view of FIG.

3 is a cross-sectional view of the LED illuminator according to a preferred embodiment of the present invention.

4 is an exploded perspective view of the LED module shown in FIG.

5 is a cross-sectional view of the LED module according to the present invention.

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

1: body

11: control module

2: lid

21: light transmission cap

3: light emitting means

4: base plate

41: exposed electrode

42: connection terminal

43: fixed tap hole

5: fastening means

51: lower assembly hole

52: bottom laminated tapped hole

53: upper assembly hole

54: top laminated tapped hole

55: bolt

6: vertical connection electrode

7: LED module

71: phase ring

72: Harling

73: printed circuit board

8: bolt

LED lighter according to an aspect of the present invention for achieving the above object is provided with a control module for controlling the overall device therein and the upper body is open, and the light transmission is openly covered on the upper body And a cap including a cap and light emitting means which are provided inside the light transmitting cap and blink by a power applied from a control module.

In this aspect, the light emitting means includes a base plate which is fixed to the lower portion of the lid and for transmitting the power applied from the control module to the upper exposure electrode and the inner side around the fixed tab hole at regular intervals, and the fixing A plurality of layers are stacked on the top of the tab hole through respective fastening means, each of which has a vertical connection electrode that transfers the power of the exposed electrode from the lower layer to the upper layer, and emits light by the power applied to the vertical connection electrode. Characterized in that consists of the LED module including the LED.

According to this configuration, the LED identifier according to the present invention is stacked in close contact with each other through the fastening means, so that the vertical connection electrodes provided in each LED module are mutually contacted and applied from the control module through the base plate. Power is transferred from the lower layer to the upper layer to emit the LEDs provided in each LED module.

Therefore, the LED identifier according to the present invention is stacked so that a plurality of LED modules are electrically interconnected by a fastening means, so that when the new LED module is mounted on the top of the LED module located on the top layer, Easily mounted without changing the internal configuration of the machine will be able to increase the brightness of the brighter.

The present invention will become more apparent through the following preferred embodiments with reference to the accompanying drawings. Hereinafter, the present invention will be described in detail to enable those skilled in the art to easily understand and reproduce the present invention.

1 schematically illustrates an LED brightener according to a preferred embodiment of the present invention.

As illustrated in FIG. 1, the LED light emitter according to the present invention is equipped with a lid 2 including a light transmitting cap 21 on an upper portion of the body 1 in which the control module is accommodated. In the light transmitting cap 21, a plurality of LED modules 7 are stacked.

Accordingly, the LED brightener according to the present invention repeatedly turns on and off the LEDs of a plurality of LED modules stacked inside the light transmission cap by a power source applied from the outside according to a control signal applied from the control module. It is to promote safe driving.

Hereinafter, with reference to Figures 2 to 5 will be described in more detail the configuration of the LED brightener according to the present invention.

FIG. 2 is an exploded perspective view of FIG. 1, and FIG. 3 is a cross-sectional view of the LED illuminator shown in FIG. 1.

As shown in FIGS. 2 and 3, the LED illuminator according to the present invention covers the body 1 and the upper portion of the body 1, and includes a lid 2 and a light transmitting cap 21 including a light transmitting cap 21. The light emitting means includes a plurality of LED modules 7 provided inside 21 to be turned on and off in accordance with a control signal of the control module.

The body 1 is fixed to the back buoy via a conventional bolt or the like and therein is housed a control module 11 for controlling the driving of the overall apparatus. And one side of the body 11 is provided with a power supply stage 13 for receiving power from a conventional daylight side 12 for providing the illumination information of the surroundings and a battery installed in the back chart. In this case, the battery is electrically connected to the solar cell plate installed in the buoy and accumulates electrical energy output from the solar cell plate and supplies the accumulated power to the power supply terminal.

In the embodiment of the present invention, the body 1 is preferably made of a material having a light weight and sufficient strength, for example, polyester synthetic resin reinforced with polycarbonate or glass-reinforced fiber to facilitate transportation.

In addition, the control module 11 accommodated in the body controls driving of the entire apparatus, and controls the lighting and turning off of the LED module 7 constituting the light emitting means according to the illuminance value input from the daylight side 12. The control module 11 also controls data communication with a management station installed at a remote location via a mobile communication network. In addition, when the GPS receiver is installed in the register, the control module 11 transmits the position information of the register, which is input through the GPS receiver, to the management station according to the administrator's request for transmission of status information. In addition, the control module 11 controls to transmit the warning signal according to the departure through the above-described CDMA modem when the current position of the buoy is out of a predetermined range.

As described above, control functions such as flashing driving of the LED module, remote monitoring control, GPS data reception processing, and warning signal transmission according thereto are already known prior to the filing date of the present application, so a detailed description thereof will be omitted.

The lid 2 on the other hand comprises a light transmitting cap 21 which is openly covered on the top of the body.

In the embodiment of the present invention, the lid 2 is rotated to open and close through the hinge on the upper body 1, it is mounted on the upper body through the bolt coupling. In addition, a cap fixing tab hole 23 is formed at the periphery of the top of the lid 2 to fasten a bolt through the fixing ring 22 that presses the lower end of the light transmitting cap 21 to the top of the lid. And the silicon packing 24 is mounted around the upper surface of the lid 2 in which the light transmitting cap 21 is in close contact, thereby preventing the inflow of seawater into the body through the close contact.

The light transmitting cap 21 diffuses light emitted from the LED and protects the LED modules of the light emitting means stacked in multiple layers. The light transmitting cap 21 is fixed to the upper surface of the lid by a fixing ring bolted around the upper surface of the lid.

In the embodiment of the present invention, the light transmitting cap 21 is integrally formed with a cap cover portion 211 provided with a bird preventing rod 212 that seals the upper portion of the light transmitting cap and prevents a bird from sitting in the center thereof. have. Further, a light collecting part 213 is further provided around the light transmission cap 21 corresponding to the positions of the LEDs to collect and emit light emitted from the LEDs.

Therefore, as the light transmitting cap 21 and the cap cover portion 211 are integrally formed, when the light emitter is assembled or separated to increase or decrease the number of LED modules, the work can be more conveniently performed.

In particular, the LED illuminator according to the present invention can emit light emitted from a plurality of LED modules to the outside through the light transmission cap, thereby increasing the brightness of the whole of the illuminator compared to the conventional LED illuminator with the LED module exposed to the outside. . For example, when the LED light is incident on the light transmission cap, the incident LED light is diffused and radiated by the refraction reflection inside the light transmission cap, thereby increasing the brightness of the whole light.

On the other hand, the light emitting means 3 is provided in the interior of the light transmission cap 21 to be blinking by the power applied in accordance with the control signal of the control module, and the base plate 4 fixed to the lower portion of the lid (2) and It consists of the LED module 7 laminated | stacked on the base board 4 above.

That is, the base plate 4 is provided to protrude upward from the lower portion of the lid 2, and the lower surface of the base plate 4 is provided with a connection terminal 42 for transmitting power applied from the power supply of the control module to the exposed electrode 41 on the upper surface. have. In addition, fixed tab holes 43 are formed at the inner circumference of the upper surface at equal intervals.

Accordingly, the plurality of LED modules constituting the light emitting means are sequentially stacked on the base plate through the fastening means.

In the embodiment of the present invention, the LED module 7 is stacked in plural through the respective fastening means 5 on the top of the fixed tab hole 43, each of the power supply of the exposure electrode 41 from the lower layer to the upper layer The vertical connection electrode 6 which transmits to is provided.

As described above, the LED module 7 which transmits power through contact between the upper and lower rings 71 and 72 connected to each other through the fastening means 5 and the upper and lower rings are connected to each other. It is composed of a printed circuit board 73 provided between the branched power applied through the vertical connection electrode to emit the LED 731 provided on the periphery.

In addition, the fastening means 5 for connecting the upper and lower rings is provided at a position corresponding to the fixing tap hole 43 (see FIG. 3) of the base plate inside the lower ring 72 so that the bolt fastened to the fixing tap hole passes. The lower stacking tab hole 52 provided between the lower stacking hole 51 and the lower stacking hole 51, and the lower stacking tap hole 52 described above in the upper ring 71. The upper assembly hole 53 through which the bolts fastened to the lower laminated tab hole 52 and the upper assembly hole 53 penetrate the lower assembly hole 51 of the other haring to be stacked thereon. It consists of the upper laminated tab hole 54 to be fastened, and the bolt 55 which is fastened to the fixed tab hole 43 or the lower and upper laminated tab holes 52 and 54 by penetrating the upper and lower laminated holes 54 and 53. .

According to this configuration, the LED modules 7 according to the present invention, which are stacked on the upper part of the base plate 4, are laminated with different fastening positions between the upper and lower layers through the fastening means 5, which will be described later. Shall be. In addition, since the LED modules 7 stacked by mutual contact are supplied with power from the lower layer to the upper layer by the vertical connection electrodes 6 formed in each of the LED modules 7, the LED modules 7 can be easily stacked and assembled without using cables. It can be.

In addition, according to an additional aspect of the present invention, the upper ring 71 further includes an assembly hole 711 through which the bolt 8 for fixing the printed circuit board 73 provided in the middle of the upper and lower rings 71 and 72 passes. The lower ring 72 further includes a tab hole 721 provided at a position corresponding to the assembly hole 711 to fasten the bolt 8 penetrated through the assembly hole 711, and a printed circuit board. The through hole 732 through which the bolt 8 penetrates is further provided at the position corresponding to the assembly hole 711 and the tab hole 721.

Accordingly, the printed circuit board provided between the upper and lower rings can be more firmly fixed.

Hereinafter, with reference to Figures 4 and 5 will be described the assembly process and the operating state of the LED brightener according to the present invention.

First, the lower ring 72 of the LED module is placed on the base plate 4 so that the exposed electrode 41 of the base plate 4 and the vertical connection electrode 6 provided on the lower ring come into contact with each other. And the lower assembly hole 51 formed in the lower ring 72 and the fixing tab hole 43 formed in the upper part of a base plate mutually match. At this time, the lower assembly hole 51 formed in the lower ring is recessed so that the bolt 55 does not protrude to the upper portion of the lower ring.

As described above, the lower assembly hole 51 and the fixing tab hole 43 are matched with each other, and then the lower ring 72 and the base plate 4 of the LED module are interconnected using the bolt 55. At this time, the bolt 55 is fastened to the fixing tab hole 43 by passing through the lower assembly hole 51.

Next, the printed circuit board 73 is lowered such that the electrodes 733 of the printed circuit board for branching power to the LEDs 731 provided at the periphery thereof and the vertical connection electrodes 6 exposed on the upper surface of the lower ring are in contact with each other. Place it on top of the ring 72. Accordingly, the through hole 732 formed in the printed circuit board and the tab hole 721 formed in the lower ring are positioned on the same vertical line.

The upper ring 71 is then placed on the printed circuit board 73 such that the vertical connection electrode 6 formed on the upper ring 71 is in contact with the electrode 733 of the printed circuit board. In addition, the upper assembly hole 53 and the lower laminated tab hole 52 of the lower ring coincide with each other so that the upper ring and the lower ring are fastened through the bolt. Accordingly, the assembling hole 711 formed in the upper ring coincides with the through hole 732 of the printed circuit board. Here, the assembling hole 711 and the upper assembling hole 53 formed in the upper ring are also recessed such that the bolt 55 to be fastened like the lower assembling hole 51 does not protrude to the upper part of the lower ring.

After the upper ring is laminated on the printed circuit board as described above, the upper assembly hole 53 of the upper ring and the lower laminated tab hole 52 of the lower ring are fastened to each other using bolts 55. Accordingly, the printed circuit board 73 provided between the upper and lower rings 71 and 72 is tightly fixed to the lower and upper surfaces of the upper and lower rings.

At this time, by fastening the bolts 8 to the assembling holes 711 and the tab holes 721 formed in correspondence with the upper and lower rings 71 and 72, the printed circuit board that is in close contact between the upper and lower rings is more firm. It can be fixed.

Through this assembly process, one LED module 7 is stacked on top of the base plate 4, and the lower ring 72 of the LED module 72 and the printed circuit board are sequentially sequentially on the assembled LED module 7 again. The upper ring of the LED module is stacked to form the light emitting means. At this time, the upper and lower rings stacked by the fastening means are fastened integrally with different fastening positions.

As described above, a plurality of LED modules are stacked to form light emitting means, and then the light transmitting cap 21 is covered with the stacked LED modules 7 as shown in FIG. 2. Then, the fixing ring 22 is inserted into the outer periphery of the light transmitting cap so that the light transmitting cap protrudes upward, and then the fixing ring 22 is attached to the upper surface of the lid 2 through the bolt fastened to the cap fixing tap hole 23. Fix it tightly.

Accordingly, the light transmitting cap in which the LED module is housed therein is fixed to the lid by the fixing ring.

Meanwhile, the plurality of LED modules stacked as described above transfers the power of the exposed electrode from the lower layer to the upper layer through the vertical connection electrodes 6 provided in the upper and lower rings 71 and 72.

In other words, the exposed electrode 41 formed on the base plate 4 and the vertical connection electrode 6 formed on the lower ring 72 of the LED module stacked on the base plate are in contact with each other. The vertical connecting electrode 6 of the lower ring 72 is in contact with the electrode 733 of the printed circuit board. At this time, the electrode 733 of the printed circuit board is also in contact with the vertical connection electrode 6 of the upper ring 71. Accordingly, the vertical connection electrode of the lower ring 72 and the vertical connection electrode of the upper ring 71 are electrically connected through the electrode 733 of the printed circuit board.

The vertical connection electrode of the upper ring 71 is in contact with the vertical connection electrode of the lower ring 72 of the new LED module stacked on the upper ring 71 to transfer power applied from the control module to the upper layer. will be.

Accordingly, the light emitting means according to the present invention transmits the power applied to the connection terminal of the base plate through the exposed electrode of the base plate from the lower layer to the upper layer, and the LEDs provided in each module are supplied via the vertical connection electrode. It receives light and emits light.

As described above, the LED identifier according to the present invention is stacked in different positions so that a plurality of LED modules are electrically connected by a fastening means, thereby mounting a new LED module on top of the LED module positioned on the top layer. In this case, it can be easily mounted without changing the internal configuration of the equalizer according to the increase of the LED module.

In addition, since the light emitted from the LED module is diffused through the light transmitting cap and radiated to the outside, the brightness of the whole of the brighter can be increased as compared with the conventional LED brighter to which the LED module is exposed to the outside.

Although the present invention has been described with reference to the accompanying drawings, it will be apparent to those skilled in the art that many different and obvious modifications are possible without departing from the scope of the present invention from this description. Therefore, the scope of the present invention should be interpreted by the utility model registration claims described to include many such variations.

Claims (6)

A lid including a body (1) having a control module (11) for controlling the entire apparatus therein and having an open top, and a light transmitting cap (21) openly covered on the body (1) ( 2) and a light emitting device (3) provided in the light transmitting cap (21) and flashing by the power applied from the control module (11). The light emitting means 3 is: The connection terminal 42 is fixed to the lower part of the lid 2 and transfers the power applied from the control module 11 to the upper exposure electrode 41, and fixed tab holes 43 are formed at equal intervals on the inner circumference. A base plate 4; A plurality of vertically stacked electrodes 6 are stacked on the fixing tab holes 43 through the respective fastening means 5, and each of the vertical connection electrodes 6 transmits the power of the exposed electrode 41 from the lower layer to the upper layer. And an LED module (7), comprising an LED module (7) comprising a plurality of LEDs emitted through a power applied to the vertical connection electrode (6). The method of claim 1, The light transmitting cap 21 seals the upper portion of the light transmitting cap and the LED cover lighter, characterized in that the cap cover portion 211 is provided integrally provided with a bird prevention rod 212 to prevent the bird from sitting in the center . The method of claim 2, LED light emitter, characterized in that the light concentrating portion (213) for condensing the light emitted from the LED around the light transmitting cap (21) in which the plurality of LED modules are located. 4. The LED module according to claim 1, wherein the LED module 7 comprises: Upper and lower rings 71 and 72 connected to each other through the fastening means 5, And a printed circuit board 73 provided in the middle of the upper and lower rings 71 and 72 to branch off the power applied through the vertical connection electrode 6 to emit the LED 731 provided at the periphery. LED light register. The fastening means (5) according to claim 4, wherein: The lower assembly hole 51 and a lower assembly hole 51 through which a bolt fastened to the fixing tab hole 43 passes through the lower ring 72 is provided at a position corresponding to the fixing tab hole 43 of the base plate. A lower laminated tab hole 52 provided between the upper and lower ends; The upper assembly hole 53 and the upper assembly hole 53, which are provided at a position corresponding to the lower laminated tab hole 52 in the upper ring 71 and through which a bolt fastened to the lower laminated tab hole 52 passes. The upper laminated tab hole 54 is fastened to the bolt through the lower assembly hole 51 of the other haring is disposed between the upper and lower rings, and LED lighter, characterized in that consisting of a bolt (55) penetrating the lower and upper assembly holes (51, 53) and fastened to the fixed tab hole (43) or the lower and upper laminated tab holes (52, 54). The method of claim 5, wherein The upper ring 71 is further provided with an assembly hole 711 through which a bolt 8 for fixing the printed circuit board 73 provided in the middle of the upper and lower rings 71 and 72 passes. The lower ring 72 further includes a tab hole 721 provided at a position corresponding to the assembly hole 711 to fasten the bolt 8 penetrated through the assembly hole 711. The printed circuit board (73) is an LED lamp, characterized in that the through hole 732 through which the bolt (8) is further provided at a position corresponding to the assembly hole (711) and the tab hole (721).