KR20120000035U - Optical fiber signboard - Google Patents

Abstract

The present invention relates to a billboard and a method of manufacturing the billboard to make an image by the light emission of the optical fiber, in particular to produce a light emitting point of the optical fiber densely to closely adhere to one side or a constant direction of the longitudinal or horizontal bond to arrange and fix A first process of doing; A second process of correcting the optical fiber with a transparent polyurethane to the fixed optical fiber and coating the film to a predetermined thickness to form a screen of an advertisement board; A third process of manufacturing a screen to make an image by emitting light of an optical fiber and programming an image program to a controller for controlling flickering and color and video of the screen; A fourth process of constructing a billboard to connect the billboard and the controller and to create a connecting groove to connect the edges of the billboard in a puzzle form between the billboards; Manufactured by connecting each billboard and connecting them with a connector, it can be installed easily by utilizing the flexibility of the billboard even in a difficult installation place because the mounting surface of the installation place is bent or angled. It can be manufactured and installed in various ways such as a circle shape or a cylindrical shape, and it can be produced as a billboard of various sizes by assembling each billboard made of a certain size, and it can be reused as a separate billboard even if the billboard is separated. The present invention relates to a fiber optic billboard and a method of manufacturing the billboard that produce an image by emitting light emitted from the optical fiber configured to view images on both sides of the substrate.

Billboards, Fiber Optics, Luminescent, Polyurethane, Imaging, Regulators, Connectors, Puzzles

Description

Fiber Optic LED Billboards

1 is a view showing the basic configuration of a fiber optic billboard of the present invention.

2 is a view showing a polyurethane coating plane of the optical fiber billboard of the present invention.

Figure 3 is a view showing a polyurethane coating cross section of the optical fiber billboard of the present invention.

Figure 4 is a view showing a puzzle-type connection of the optical fiber billboard of the present invention.

Explanation of symbols for main parts of the drawings

1. Billboard 2. Fiber Optic

3. Light emitting part 4. One side

5. polyurethane 6. remote controller

7. Connector 8. Connector a

9. Connecting groove 10. Front

11. The back 12. Puzzle

The present invention relates to a fiber optic billboard and a method for manufacturing the billboard, in particular, even where the installation surface of the installation site is bent or angled, it can be easily installed by utilizing the flexibility of the billboard and the shape of the billboard is round like a ball. It can be manufactured and installed in various shapes such as spherical or cylindrical, and can be assembled by connecting each billboard made of a certain size. The present invention relates to a fiber optic billboard for making an image and a method of manufacturing the billboard.

In general, advertising boards have the function of expressing the contents to be installed in various shapes and forms according to the purpose of use or installed in a building to inform the name of the company or product.

These billboards are often installed where you can attract a lot of people's attention.

However, the conventional luminous billboard is fixed in shape, so it must be made specially according to the conditions of the installation place. Therefore, the production period and cost must be increased, and the shape and shape are also difficult to reuse once produced and installed. There was a problem of high production costs and installation costs.

Accordingly, the present invention for solving the above problems is a first process for manufacturing the light emitting point of the optical fiber to compactly emit light, the optical fiber is closely adhered to one side of the longitudinal or horizontal direction, arranged and fixed; A second process of correcting the optical fiber with a transparent polyurethane on the fixed optical fiber and coating the same to a predetermined thickness to create a screen of an advertisement board; A third process of manufacturing a screen to make an image by emitting light of the optical fiber, and programming an image program to a controller for controlling the blinking of the screen and color and video; A fourth process of connecting the billboard and the regulator and making a connecting groove to connect the edges of the billboards in the form of puzzles between the billboards; Manufactured by connecting each billboard and connecting them with a connector, the mounting surface of the installation place is bent or angled can be installed easily by utilizing the flexibility of the billboard even in difficult installations, and the shape of the billboard is round like a ball It can be manufactured and installed in various ways such as circular or cylindrical shape, and it is possible to produce each size of billboards by assembling each billboard that is made in a certain size.It can be reused as a separate billboard once it is separated. It is an object of the present invention to provide an optical fiber advertising board that produces an image by emitting light emitted from an optical fiber configured to view an image on both the front and back sides.

According to an aspect of the present invention,

According to claim 1,

In the billboard made to emit light at the light emitting point of the optical fiber densely,

The billboard is manufactured to emit light from the light emitting point of the optical fiber densely, characterized in that the optical fiber is formed to be closely bonded to one side or a constant direction of the longitudinal direction to form and arrange.

According to claim 2,

It is characterized in that the screen of the billboard is formed by calibrating the optical fiber with a transparent polyurethane on the fixed optical fiber and coating it to a certain thickness.

According to claim 3,

It is characterized in that the screen is made to make an image by the light emission of the optical fiber, and to program the image program on the remote controller to control the flicker and color and video of the screen.

According to claim 4,

It is characterized in that it is formed so as to make a variety of sizes by connecting the connected advertising boards connected to each other by making a connecting groove to connect the edges of the billboards in the form of puzzles between the billboards.

According to claim 5,

Due to the manufacturing characteristics of the optical fiber billboard, the light emitted from the optical fiber passes through the polyurethane to provide an image, so that the image can be viewed from both the front and the rear of the billboard.

According to claim 6,

A first process of forming a screen by coating a top surface and a bottom surface of the optical fiber with a predetermined thickness of a transparent polyurethane on a tightly fixed optical fiber;

A second process of manufacturing a billboard by connecting a controller having an image programmed on the molded screen to a connector;

A third process of attaching the produced billboard in the form of a puzzle to complete the desired size and to separate and use it separately; Characterized in that formed.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, FIGS. 1 to 4.

◆ billboard ◆

As shown in FIG. 1, the billboard 1 of the present invention uses the optical fiber 2 to one side 4 or the longitudinal side of the billboard 1 so as to emit light densely on the light emitting part 3 of the optical fiber 2. It is made so that the images can be made by arranging, gluing and fixing the densely.

The screen of the billboard 1 is manufactured by correcting the gap of the optical fiber 2 with the polyurethane 5 transparent to the fixed optical fiber 2 and coating the front surface 10 and the rear surface 11 with a predetermined thickness.

The connector 7 is installed on the remote controller 6 in which the advertisement image is programmed on the molded billboard 1 screen, and the image is connected to the billboard to provide an image.

Billboard (1) to make the connecting grooves (9) to connect the borders of the billboards in the form of puzzles between each other and connect each connected billboard (1) with the connector a (8) to assemble into billboards of various sizes (1) or Separately formed to provide an image alone, the optical fiber (2) advertising board (1) configured to view the image on both the front (10) and the back (11) of the billboard (1) in one production.

◆ Billboard Manufacturing Method ◆

The billboard manufacturing method of the present invention relates to a method of manufacturing the above-described optical fiber billboard.

A first process of manufacturing the light emitting part 3 of the optical fiber 2 so as to emit light densely and forming the optical fiber 2 so as to be closely aligned to one side 4 of the longitudinal or horizontal cross-section;

A second process of correcting the optical fiber 2 with a transparent polyurethane 5 on the fixed optical fiber 2 and coating the optical fiber 2 with a predetermined thickness to form a screen of the billboard 1;

A third step of programming an image program on a remote controller 6 for controlling flickering and color and video of a screen;

A fourth process of making the connecting grooves 9 so that the edges of the billboards 1 and 4 are connected to each other in the form of a puzzle 12 between the billboards 1; Characterized in that configured.

First, the optical fiber 1 manufactured so that the light emitting part 3 of the optical fiber 2 emits light densely is bonded to one side 4 of the longitudinal or horizontal beams and is bonded to each other. After calibrating with urethane (5), the front surface (10) and the back surface (11) were coated with a predetermined thickness using the same polyurethane (5) to form the screen of the billboard (1).

Therefore, in one simple manufacturing process, both the images of the front surface 10 and the rear surface 11 of the optical fiber 2 billboard 1 were formed.

It is possible to provide an image by connecting the connector (7) connected to the controller 6, the advertising image is programmed to the advertising board (1) formed as described above.

Billboard (1) by making a connecting groove (9) on the edges of the four sides to each of the billboards (1) connected to each other in the form of a puzzle (12) with a connector a (8) is installed on each billboard (1) Optical fiber (2) having a feature formed to be reusable as a single billboard (1) by producing an advertisement board (1) of various sizes by providing an image to each of the connected billboards (1) and connecting them again) Method of manufacturing the billboard (1).

As described above, the present invention provides a method for manufacturing light emitting points of optical fibers densely, the first process of closely bonding and arranging and fixing optical fibers to one side of a longitudinal band or a horizontal band; A second process of correcting the optical fiber with a transparent polyurethane to the fixed optical fiber and coating the film to a predetermined thickness to form a screen of an advertisement board; A third process of manufacturing a screen to create an image by emitting light of the optical fiber by providing a manufacturing method consisting of the programming, and programming an image program to a controller for controlling flickering and color and video of the screen; Form a billboard, connect the billboard and the regulator, and make a connection groove to connect the borders of the billboards in the form of puzzles between the billboards are formed to connect each billboard and connect with a connector, the billboard is installed in the installation place It is designed to be installed easily even where it is difficult to install due to the curved surface or angle, so that the billboard can be manufactured and installed in various shapes such as round balls or cylinders like a ball. If you connect and assemble billboards, you can manufacture billboards of the desired shape and size.If you separate each billboard, you can reuse them as a separate billboard. And cheaper installation time Video billboards can be supplied at a cost, so you can expect cost savings by providing them to traffic signs or places you want to use for a limited time.

Claims (6)

In the billboard made to dense light emitting point of the optical fiber, The optical fiber billboard is generally a body portion including the end of the optical fiber Optical fiber advertising board characterized in that the light emitting part of the optical fiber is manufactured to be densely applied by applying the light emitting feature, and the optical fiber is closely bonded to one side or the side of the horizontal line to form and arrange and fix the optical fiber. The method of claim 1, Optical fiber billboard, characterized in that the screen of the billboard was formed by correcting the optical fiber with a transparent polyurethane to the fixed optical fiber and coating the front and back of the optical fiber arranged in a constant thickness. The method of claim 2, The optical fiber billboard is formed to manufacture a screen for making an image by the light emission of the optical fiber, and to program the image program to the controller for controlling the blinking of the screen and color and video. The method of claim 3, wherein Fiber-optic billboards are formed to make a variety of sizes by connecting the connecting boards in the form of a puzzle to connect the edges of the billboards connected to each other next to each other in the form of a puzzle and connect the connected billboards with connectors. The method of claim 4, wherein The optical fiber billboard is characterized in that the image is visible from both the front and back of the billboard because the light emitted from the optical fiber passes through the polyurethane to provide an image due to the manufacturing characteristics of the optical fiber billboard. A first process of forming a screen by coating a top surface and a bottom surface of the optical fiber with a predetermined thickness of a transparent polyurethane on a tightly fixed optical fiber; A second process of manufacturing a billboard by connecting a controller having an image programmed on the molded screen to a connector; A third process of connecting the produced billboards as necessary to complete the desired size and to separate and use the billboards separately; Optical fiber billboard manufacturing method characterized in that formed by.

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