KR20090016869A - Multi-effective led display panel - Google Patents

Abstract

A multi-effective led display panel is provided to improve visual effect of advertising by circularly and curvedly dividing a display board of an advertising board into one or more compartments and individually controlling each compartment. An advertising board(1) is composed of an LED light source, an LED controller and a display board. The display board is circularly and curvedly divided into one or more compartments. In each compartment, one or more LEDs which independently can light each compartment are equipped. An LED controller controls the LED of each compartment. A light block film consisting of a paper, a metal thin film or plastic is formed between compartments.

Description

LED Billboard with Various Advertising Effects {MULTI-EFFECTIVE LED DISPLAY PANEL}

The present invention relates to a partitioned billboard using an LED light source, which is configured by dividing the area that the light of the LED light source reaches in the billboard using the LED light source.

[In case of patent literature]

[Document 1] US 6347468 B1

[Document 2] JP 01171994 A

[Reference 3] JP 2000352937 A

[Document 4] Utility Model Registration Publication 411640

Conventional billboards using LEDs could not show the effect of highlighting a specific part of the billboard as the LED illuminates the entire billboard at the same time.

In order to solve the above problems, the present invention adds a configuration that can block the LED light by block and adds a configuration that can blink the LED independently for each section, using the existing neon sign An object of the present invention is to enable various lighting effects of a billboard to be implemented in a billboard using an LED light that displays a message by a fluorescent marker.

Another object of the present invention is to increase various advertising effects by adding components such as a timer, a clock, a microphone, a capacitive human body sensor, a speaker, and an optical sensor to the billboard in order to increase the advertising effect of the billboard. This is another challenge to be solved.

The first problem is in the billboard comprising an LED light source, LED control unit and display board,

The display board is divided into one or more compartments in a circle or a curve, and each compartment is provided with one or more LEDs capable of independently illuminating each compartment, and the LEDs of each compartment are controlled by the LED controller. This is a billboard that can be shining

The second problem is that in the first problem, the display board is divided into one or more compartments in a circle or a curve, and a light shielding film is formed of paper, aluminum foil or plastic which can block light between the compartments. It is an advertisement board which can project LED to say by division,

The third problem is that the LED control panel is a billboard that can project the LED, characterized in that provided with at least one of a microphone, a capacitive human body sensor or an optical sensor.

The fourth problem is an advertising board that can project the LED to the compartments, characterized in that provided with any one or more of the timer, counter or clock in the LED control unit,

The fifth problem is a billboard that can project the LED to the compartments, characterized in that the speaker provided in the LED control unit.

The present invention divides the display board of an advertisement board into one or more compartments by a circle or a curve, and separately controls LEDs for each compartment, so that the advertisement board using a conventional LED cannot be realized by a point function of a specific letter, a specific compartment at a specific time. By turning on only the LED of the display of different advertisements by time, by flashing the partition of the billboard by section can enhance the visual effect of the advertisement.

Another effect of the present invention is a method of controlling the LED lighting of the billboard, by connecting the counter, timer, clock, microphone, capacitive human sensor and light sensor with the LED control unit, By controlling the LED lighting according to the generated signal, the advertisement effect of various billboards is possible.It detects pedestrians passing in front of the billboard by detecting the microphone capacitive sensor and light sensor, or detects the noise on the main surface to control the LED lighting. By controlling the attention of passers-by, the advertising effect of the billboard can be enhanced.

In addition, the effect can be generated through the speaker voice, melody and sound effects generated by the LED controller to call the attention of passers-by can increase the advertising effect of the billboard.

Another effect of the present invention is to connect a speaker to the LED control unit, and to connect the counter, timer, clock, microphone, capacitive human detection sensor and optical sensor with the LED control unit, to the signal generated by the counter, timer, clock Therefore, by controlling LED lights or speakers, visual and auditory effects can be given simultaneously. By detecting the capacitive sensor and the light sensor of the microphone, it detects pedestrians passing in front of the billboard or detects the noise of the main surface. By controlling the speaker and the speaker, the attention of passers-by can be visually and audibly enhanced to enhance the advertising effect of the billboard.

The present invention relates to a billboard that enhances visual effects by illuminating text written in fluorescent ink using ultraviolet LEDs.

The billboard consists of a billboard for writing advertising content and a control unit for controlling the LED to shine the writing on the billboard.

Existing billboards, as shown in Fig. 5, UV LEDs are provided on one side of the billboard in order to enhance the visual effect by illuminating the writing written with fluorescent marker pen on the billboard. Only the function of illuminating the LED had a limited visual effect.

In order to supplement this point, the present invention provides one or more LEDs that can independently display each partition in one or more partitions by dividing the display board of an advertisement board including an LED light source, an LED controller, and a display board into one or more sections in a circle or curve. Is provided, this LED has the advantage that can display a variety of advertising effects by blinking the LED for each compartment by controlling the LED control unit.

As described above, the configuration of blinking one or more LEDs in each compartment is similar to that in the US Patent Publication [Document 1], although the compartment is not divided, but the configuration of Document 1 is followed by the characters in order to prevent the visibility from being dark. It is a configuration that installs lighting to increase the recognition of characters, and illuminates the characters in front of the board in front of the transparent or translucent boards on which the characters are written.

The present invention writes advertisements on transparent or translucent billboards with fluorescent board markers and shines UV LED lights forward from the right side of the letters so that the letters written on the billboards can shine brightly with fluorescent lights like neon signs. Rather, the LED light is reflected from the side of the billboard so that the fluorescent component of the letter written with the fluorescent marker pen can emit light along the inner surface of the transparent billboard. Is a great advantage in that it allows you to create advertising effects like neon signs.

The LED billboard disclosed in Utility Model Registration Publication [Patent 3] is similar to the present invention in that various characters and letters are displayed using fluorescent markers, but the present invention is divided into several sections in which the LED light of the billboard reaches. It is an invention that can increase the advertising effect by using LED light by showing new advertising effects such as partial flashing of billboards that could not be realized by existing LED billboards by installing and controlling separate LED lights for each section by sharing. .

The present invention provides an interface means for more actively advertising in addition to the effect of the division of the billboard as described above. That is, by providing a sensor for detecting the addition and the pedestrian in addition to the visual effect, it is possible to detect the pedestrian to blink the LED light, to make a sound or to generate a sound and light at the same time.

The specific configuration of the present invention is described using Fig. 1a, Fig. 1b and Fig. 5, the LED compartment 21 consisting of a lighting module 11 consisting of the LED shown in Fig. 5 as a circle or curve as shown in Fig. 1a Installed on the inside of the display board divided into, or as shown in Figure 1b is installed on the outside of the billboard advertising board border consisting of a lighting module 11 consisting of LED (11), divided into a circle or curved display board inside the paper, It is possible to form a billboard by providing a reflecting compartment 22 composed of any one of plastic and metal thin film, or by properly combining the LED compartment 21, the reflecting compartment 22 and the billboard rim 32.

In addition, another configuration occurs when any one or more of the microphone 32, the optical sensor 33 and the capacitive human body sensor 35 is connected to the LED control unit in the pedestal 31 of Figure 2, passing by a passerby The advertising effect is controlled by operating any one or more of the billboard border 32, the LED compartment 21 or the speaker 34 so that a change in the sound or light or a change in capacitance is transmitted to the LED controller to attract attention to passers-by. Configuration and maximize

Referring to the LED control unit, referring to Fig. 3, the first control port 101 and the second control port 102 and the third control port 103 which flash the LED, the microphone 32, the light sensor 33, the power failure Control method of LED from computer and fourth control port 104 used as voice amplifier 110 for driving capacitive human sensor 35 and speaker 34 and input / output port for generating voice, melody and sound effect Program port 107 for downloading voice, melody, sound effects, Flash memory (RAM), RAM (Randam Access Memory) and SRAM (Static Randam Access Memory) The LED control unit was composed of ATEL AT90S8515 microcomputer with counter, timer and clock inside.

Example 1

The first configuration is to divide the display board of the billboard into one or more compartments in a circle or curve as shown in Figure 1, and to configure the billboard by combining the LED horizontal compartment, LED compartment, reflective compartment and billboard border of Figure 1 Compared to other parts of the billboard, it is a configuration that can turn on the LED or give more contrast to the section to be emphasized more.

One or more LEDs installed in each compartment are connected to each output compartment of the microcomputer's output port as shown in Figure 3 to enable on / off control of the LEDs in each compartment and from the computer using the programming port 107 of the microcomputer. By writing the program to the microcomputer, various effects such as sequential on / off of the LED, timed on / off, and random on / off control of the LED can be produced.

Example 2

The LED control unit of FIG. 3 includes an optical sensor or a capacitive human body sensor or a microphone as an input means, and directly inputs a pedestrian detection, sound detection, and human body detection signal to the fourth control port 104 of the microcomputer. By using an input signal of an optical sensor or a capacitive human sensor or a microphone, the LED controller can be used as various on / off control signals of the LED, thereby inducing interest and interest of billboards.

Example 3

In addition to the LED control, the LED controller shown in FIG. 3 includes a voice amplifier 110 and a speaker 35, and has a configuration for reproducing a melody, voice, agitation, buzzer, and alarm sound, which is built in a microcomputer, thereby providing randomness. By outputting such a voice signal through the speaker to attract the attention of pedestrians, it is used simultaneously with the optical sensor, capacitive human sensor or microphone, which is the control device input means to induce pedestrians' attention. There is an effect that can increase the effect.

In other words, the capacitive human body sensor detects the passing of a passerby and sends a signal to the microcomputer, which generates a voice signal from the microcomputer and outputs "hello" through the speaker. And tap on the billboard. When the passer taps on the billboard, it detects the sound with a marshal, randomly blinking the LEDs of the billboards in each compartment, and stimulates the purchaser's desire to buy. Can be implemented.

Voice, melody, and sound effects output from the speaker are sampled by the computer, converted into pitch and tone data with 8-bit data, stored in the microcomputer's flash memory, and reproduced by the program if necessary.

Referring to the configuration of the present invention in more detail with reference to Figures 1 to 3, one or more LEDs are installed in each partitioned area of the billboard and the advertisement display unit is blocked by light in each compartment as shown in Figure 1 on the LEDs thus installed It is provided with a number of devices, and each section is connected to the output port of the LED control device of Figure 3 so that each section can control the LED. The LED controller includes an optical sensor, a capacitive human sensor or a microphone as an input device, and an audio amplification device 110 and a speaker as an output device, respectively.

Example 4

The LED controller of Figure 3 can receive programs and data through the seventh control port 107 and personal computer, and can control the LED and speaker using the built-in timer, counter and output ports. Through the signal of the optical sensor, capacitive human sensor and microphone can be detected.

The present invention is a technology that can be used in the advertising industry by highlighting the letters of the billboard by displaying the letters on the billboard using a fluorescent marker pen and shining the letters with ultraviolet LED.

Figure 1a is a billboard consisting of a support plate and LED compartment and reflector compartment and the support plate.

Figure 1b is a billboard consisting of a support plate and reflector block and billboard border and support plate.

2 is a pedestal of a billboard equipped with a microphone and an optical sensor and a speaker and a capacitive human body sensor;

FIG. 3 is a LED control unit including first to third control ports for controlling LEDs, a fourth control port for connecting a microphone, an optical sensor, a speaker, a capacitive human sensor, and a seventh control port for downloading a program, and the like;

Figure 4a is an operation of the implementation of the present invention

Figure 4b is a photograph of the operation of the present invention

Figure 5 is a state of the billboard according to the prior art

* Description of the symbols for the main parts of the drawings *

1. Billboard

2. Display board

21.LED compartment

22. Reflective Compartment

30. Billboard border

31. Base plate

32. Microphone

33. Light sensor

34. Speaker

35. Capacitive human body sensor

101. First Control Port

102. Second control port

103. Third Control Port

104. Fourth Control Port

107. Seventh Control Port

Claims (18)

In the billboard comprising an LED light source, LED control unit and display board, The display board is divided into one or more compartments in a circle or curve, each compartment is provided with one or more LEDs that can independently illuminate each compartment, LEDs of each compartment is controlled by the LED control unit Billboards that can be projected by block. According to claim 1, wherein the display board is divided into one or more compartments in a circle or curve, and the light blocking film is formed of any one of paper, metal foil or plastic which can block light between the compartments and the compartments. Lightable billboards. The billboard of claim 1 or 2, wherein the LED controller is provided with at least one of a microphone, a capacitive human body sensor, and an optical sensor. The optical plate according to claim 1 or 2, wherein the LED control unit is provided with at least one of a timer, a counter, and a clock. The billboard according to claim 1 or 2, wherein the LED control unit is provided with a speaker. In the billboard comprising an LED control unit and a display board having at least one of an LED light source, a microphone, a capacitive human body sensor or an optical sensor, The display board is divided into one or more compartments in a circle or curve, each compartment is provided with one or more LEDs that can independently illuminate each compartment, LEDs of each compartment is controlled by the LED control unit Billboards that can be projected by block. 7. The LED of claim 6, wherein the display board is divided into one or more compartments in a circle or a curve , and a light blocking layer is formed of any one of metal foil or plastic which can block light between the compartments and the compartments. Billboard. The billboard according to claim 6 or 7, wherein the LED control unit is provided with at least one of a timer, a counter, and a clock. The billboard according to claim 6 or 7, wherein the LED control unit is provided with a speaker. In the billboard comprising an LED control unit and a display board having at least one of an LED light source, a timer, a counter or a clock, The display board is divided into one or more compartments in a circle or curve, each compartment is provided with one or more LEDs that can independently illuminate each compartment, LEDs of each compartment is controlled by the LED control unit Billboards that can be projected by block. 12. The LED of claim 10, wherein the display board is divided into one or more compartments in a circle or a curve , and a light blocking layer is formed of any one of metal foil or plastic which can block light between the compartments and the compartments. Billboard. The billboard of claim 10 or 11, wherein the LED control unit further comprises any one or more of a microphone, a capacitive human body sensor, and an optical sensor. The billboard according to claim 10 or 11, wherein the LED control unit includes a speaker. In the billboard comprising an LED light source, an LED controller with a speaker and a display board, The display board is divided into one or more compartments in a circle or curve, each compartment is provided with one or more LEDs that can independently illuminate each compartment, LEDs of each compartment is controlled by the LED control unit Billboards that can be projected by block. 15. The LED of claim 14, wherein the display board is divided into one or more compartments in a circle or a curve , and a light blocking layer is formed of any one of metal foil or plastic that can block light between the compartments and the compartments. Billboard. The billboard of claim 14 or 15, wherein the LED control unit further includes any one or more of a microphone, a capacitive human body sensor, and an optical sensor. The billboard according to claim 14 or 15, wherein the LED control unit is provided with at least one of a timer, a counter, and a clock. 17. The billboard of claim 16, wherein the LED controller comprises at least one of a timer, a counter, and a clock.

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