KR20030091927A - Luminuescent diode tube and mount base for ads - Google Patents

Abstract

PURPOSE: A luminescent tube for an LED(Light Emitting Diode) and an installing port are provided to be capable of reducing energy waste, improving workability, and obtaining an aiming character or image by installing the LED at the inner portion of the luminescent tube. CONSTITUTION: A plurality of LEDs(100) are connected with each other in series. At this time, the number of the installed LEDs, is up to the magnitude of a supplied voltage. At the time, the LEDs are installed at the inner portion of a luminescent tube(140). Preferably, a positive and negative voltage source(131,132) are connected with predetermined portions between LEDs through the luminescent tube for controlling the LEDs. Preferably, a flexible tube is used as the luminescent tube for forming an aiming character or image.

Description

Luminescent diode tube and mount base for ads

The present invention relates to a manufacturing method of forming a light emitting tube by connecting a light emitting diode to an opaque rubber tube using a light emitting diode (LED) lamp for advertisement, and a method of using the prepared light emitting tube tube for advertisement. The details are as follows.

Conventionally, the lamps used for advertising are mostly filament type bulbs, fluorescent lamps, neon lights, etc., which have large power consumption and short lifespan, so they need to be replaced frequently. Due to their low durability, they are glass tubes for small shocks, temperature changes, rain and snow. There was a problem of breakage, especially the passerby could be damaged by glass breakage due to external glass tube breakage, and there was a risk of electric shock due to the leakage of high voltage transformer of neon sign.

On the other hand, the light emitting diode can be used at low voltage, and when using the home power supply, when the light emitting diode is connected in series, it saves more than 90% of the power compared to the conventional neon sign, and the lifetime of the diode is usually 50,000 to 100,000 hours. It is known to have a strong durability and is widely used as a display means such as industrial control panels or electronic equipment.

Arrange a plurality of light emitting diodes in series in an opaque rubber tube and place them freely at user's intentions on the installation equipment such as advertising billboards, large billboards on the walls of banners or ceiling decorations, and wire meshes, mesh borders, and fence networks. By attaching the product of the invention is to be used for advertising or guide plate landmarks decoration.

In addition, by attaching the net to the wall of the department store or the back of the banner or the character of the picture, the product of the present invention is drilled along the picture or figure and tied to the back of the net by fixing the installation and installation does not change even if the billboard moves It is an invention.

More specifically, the installation method of bonding the mesh to the back of the banner and fixing the light emitting tube tube according to the picture or pattern of the banner and fixing it to the back mesh with a bundle, and the wire mesh or screen made of wire mesh, insect repellent net, circular net, building roof advertising tower, etc. It is formed in a bundle so that it can freely form advertisement letters or figures as the intention of the worker.It protects the external environment such as rainwater or wiring short circuit during use.It can be used at home power, not high voltage. It is an installation structure that can be replaced and repaired.

In more detail, the light emitting diodes are connected in series and the power is connected in parallel at regular lengths according to the capacity of the input power. The light emitting diodes are put together in an opaque rubber tube, and both sides are bonded with silicon to be used for installation in neon sign advertisements, external advertisements, swimming pools, water or baths, and aquariums.

Connect the light emitting diodes in series and connect them to the home power supply.Then, connect the light emitting diodes in series by connecting 2V light emitting diode lamp P-type polarity to the power supply + one line to 200V power supply, and connect the light emitting diodes in series. Connect the N-polarity with the N-polarity of the 101st light-emitting diode, connect it to the power supply of another line, and connect the light-emitting diodes in series in the same way as the first step, and then connect the 200th and 201th diodes to the P-type polarity. If you repeat the steps of connecting the LEDs in the same way as the first time by connecting them in parallel to the power supply + again, you can extend the length and use the connected diode together with the power supply in an opaque rubber tube for advertising purposes. .

The present invention is to technically improve such a problem to supply the power supply from both sides of the conventional supply from one side, and to prevent the risk of rainwater and electric shock in the water or external by putting the power supply line with the light emitting diode in the rubber tube The present invention relates to a light emitting diode tube manufacturing method and method of use.

The present invention has been devised to solve the above-mentioned problems, and greatly improves energy saving and workability, and includes a light emitting diode in a rubber tube, which can freely form an advertisement character or a figure, extend the life of the advertisement, and create an existing neon sign. It is to provide a method of manufacturing and using a light emitting diode (LED) tube made of a material that is resistant to external environment and influences such as rainwater during use.

The purpose of the present invention is to save more than 90% of the power consumption than the advertisement of the neon sign of the conventional, and to reduce the power consumption and quantity by half than the parallel-connected LED lamps to reduce the maintenance cost or improve the energy efficiency, two-dimensional In addition to the planar advertisement, it is a light emitting diode (LED) used in an advertisement device that maximizes visual effects by providing advertisements of various shapes using three-dimensional images such as three-dimensional characters and square wire mesh circular wire mesh.

In the advertising device using the light emitting diode (LED) lamp manufacturing and installation method of the present invention for achieving the above object, a plurality of light emitting diodes consisting of a light emitting unit having an N-type electrode lead and a P-type electrode lead is connected to each other, one The junction array in which one electrode lead of the light emitting diode of the light emitting diode is bonded to the heterogeneous electrode lead of the other light emitting diode is configured to be continuously repeated, and then the length can be increased as the user intends by repeating with a new power supply from the beginning. It is.

In addition, by attaching a mesh like a net to the back of the signboard banner wall advertising banners, such as advertising media to be used for external advertising, by installing the tube of the present invention according to the user's intention and the design and shape of the advertising to bind the bundle and connect the power supply Even if the ad is shaken by the wind, there is no problem at all and according to the intention of the advertiser to provide a safe installation method.

Therefore, if one sees the required voltage of one light emitting diode at 2 volts, at 200 volts, 100 light emitting diodes are connected in series to achieve the best effect, and the light emitting diode of the light emitting tube of the present invention has the same effect as a conventional neon sign. In order to see this, one light emitting diode should be arranged at 2cm intervals. To make a light emitting tube tube with a length of 10 metres, 500 light emitting diodes are required, and each new light emitting diode must be supplied five times in parallel.

1 is a cross-sectional view using a light emitting diode (LED) of the present invention in a tube

Figure 2 is a front and rear cross-sectional view using a mesh banner of the present invention

Figure 3 is an application attached to the advertisement using the wire mesh of the present invention

[Description of Main Parts of Drawing]

10. 20. 30. 40. 50: Diodes connected step by step to the power supply. 130: power

101: N type electrode wire. 102: P-type electrode wire. 131: power supply +. 132 power supply

140: light emitting tube tube. 150: soldering

Hereinafter, the configuration and operation of embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a cross-sectional view using a light emitting diode (LED) of the present invention in a tube

Figure 2 is a front and rear cross-sectional view using a mesh banner of the present invention

Figure 3 is an application attached to the advertisement using the wire mesh of the present invention

As shown, in the apparatus using the method of manufacturing and installing the light emitting diode (LED) of the present invention, the N-type electrode lead 101 and the P-type electrode lead 102 and the power supply unit + ( 131) the power supply unit 132 is composed of an input power 130 opaque rubber tube tube 140 and will be described in detail with reference to the drawings.

The light emitting diode light emitting tube and the mounting fixture dozens of times to arrange the light emitting diodes 100 in series as shown in Figure 1 and then connect the P-type polarity 102 to the N-type polarity 101 of the next light emitting diode 100 in series. Repeatedly, the number of light emitting diodes is determined according to the magnitude of the voltage of the input power supply unit 130, and the P-type polarity 102 of the last diode of step 1 (A) connected in series and P of the first diode of step 2 (B) First connect the N-polarity 101 of the last light emitting diode to the N-polarity 101 of the first diode of step 3 (C) after connecting with the polarity 102 and in series with the second stage (B). After repeating the connection as required by the user repeatedly, step 1 (A) connects the N-type polarity 101 of the first diode to the power supply + 131, and connects the power supply unit -132 to the connection part 20 connected to the second step. Light emitting diodes (LED) characterized in that connecting the light emitting tube and the installation port.

Through these repetitive steps, the LEDs are connected in series and in parallel according to the magnitude of the voltage and the number of LEDs. The LEDs connected in parallel connect the same poles to reduce the risk of short circuit. We decided to complete the length as the user intended.

Thus, when the junction array in which one electrode lead of one light emitting diode is bonded to the heterogeneous electrode lead of the other light emitting diode is continuously repeated in series, when a certain length is reached, the power is connected in parallel, and again, the same connection of the light emitting diode is performed. Is connected in series, and the same polarity of light emitting diodes in the part connected to the power source is made, and the light emitting diodes are connected to the opaque rubber tube together with the power wires and the first starting tube Pull out the two wires and seal both ends as they are.

A power plug 130 is formed at the start of the light emitting tube, and a power source cannot be connected to the end of the light emitting tube so that the electric power can be supplied and supplied in one direction even when the light emitting tube is installed outdoors.

The light emitting tube tube 140 may be made of a flexible synthetic resin material such as silicone, PVC, acrylic, polycarbonate, and urethane, and may be manufactured to be transparent or translucent according to the intended use. It may also have a suitable color such as white, red, yellow. In addition, both ends of the light emitting tube 140 is sealed by injecting an adhesive such as silicon to prevent the penetration of water in advance.

Figure 2 is a schematic cross-sectional view of the front and back of fixing the light emitting tube tube according to the shape according to the form and letters of the user and the banner by adhering the net on the back of the existing banner advertising the light emitting tube tube, to be.

Figure 3 is a three-dimensional design according to the manufacturer's intention by using the installation method of the wire fence or wire mesh in the three-dimensional design by attaching a light emitting tube tube to the wire mesh secure advertising or guidance, borders, danger signs in strong wind It is an application diagram that is conceived in various ways such as advertisement installation on the roof, and installed on a circular wire mesh.

The light emitting diode lamp for lighting of the present invention as described above has less power consumption than conventional light bulbs of a filament or a neon tube, and has a good durability and a long life, so that the number, maintenance, and management of advertising facilities can be improved. It is easy and cost effective.

In addition, it was free to express rooftop advertisements using wire mesh or the intention of producers, and it was strong and safe against changes in climate and environment.

As described above, the present invention can freely configure two-dimensional flat advertisement and three-dimensional three-dimensional advertisement, and the brightness is the same as that of the conventional neon sign while maximizing the visual effect of the advertisement device. I show effect to let

Claims (3)

The first step (A) is to connect the connection surface 10 of the N-type polarity 101 of the light emitting diode 100 connected to the power supply + 131 in series according to the magnitude of the voltage 130 and connect in series. Connect the light emitting diodes connected to the same P-type polarity 102 and connect the wiring surface 20 to the power supply-132, and connect them in series to add two steps (B) and the same N-type polarity 101 to each other. Repeatedly connecting the connecting surface 30 of the connected light emitting diodes to the power supply + 131 and passing through the step (C), the P-type polarity 102 is connected to the light emitting diodes 100, the forming surface 40 connected to the power source- ( 132, including the step 4, step (D), step 5 (E) ... repeatedly added to the power supply tube 131, 132 together in the light emitting tube tube 140 Light emitting diode light emitting tube and the installation port, characterized in that. The method according to claim 1, wherein the mesh 301 is formed on the back surface 300 of the banner 200 and adhered thereto, and a light emitting tube tube 140 fitted with a light emitting diode lamp is installed according to the figures and letters 202 of the advertisement. Light emitting diode light emitting tube and mounting device, characterized in that fixed to the mesh net 201. The method according to claim 1, wherein the perforated wire mesh 400 is shaped according to the manufacturer's intention and has a light emitting tube tube 140 fitted with a light emitting diode lamp. The light emitting diode light emitting tube and the installation port, characterized in that configured to be fixed to the binding sphere 201.