KR102757618B1 - LED Media facade which capable of day and night infromation delivery using backside of braket with supported by wire - Google Patents

Abstract

The present invention relates to an LED media façade capable of transmitting information during the day and at night, wherein a plurality of brackets are supported in a vertical direction through one or more wires (cables) connected to a structure, and LED modules are respectively mounted on the front surfaces of the brackets, which are connected through signal lines for supplying power and control signals, and are installed to implement various colors by external control signals, and an indicator window that forms pixels with a unique color is provided on the back surface of the brackets, so as to enable transmitting information during the day and at night. The present invention relates to an LED media façade capable of transmitting information during the day and at night, which uses the back surface of the brackets supported by wires to enable transmitting information during the day and at night.

Description

LED Media Facade capable of day and night information delivery using backside of bracket with supported by wire {LED Media Facade which capable of day and night information delivery using backside of bracket with supported by wire}

The present invention relates to an LED media façade capable of transmitting information during the day and night by using the back surface of the brackets supported by wires, wherein a plurality of brackets are supported in a vertical direction by one or more wires (cables) connected to a structure, and LED modules are respectively mounted on the front surface of the brackets, which are connected by signal lines for supplying power and control signals, and are installed to implement various colors by an external control signal, and an indicator window forming pixels with a unique color is provided on the back surface of the brackets, so as to enable transmitting information during the day and night.

With the remarkable development of LED devices, all lighting in homes and offices is being replaced with LED.

These LEDs can be used semi-permanently, produce sufficient light even with low power consumption, and can produce a variety of color combinations.

And, lighting using LED elements is produced in a variety of ways, from simple flashlights, camping lanterns, decorative lights for lighting production, themed street lights, outdoor signs or billboards, etc., and is used for various purposes.

In addition, in order to apply the LED elements as described above to lighting devices such as walls of buildings, railings of bridges or overpasses, a method of arranging a plurality of light bulbs at regular intervals on a wall or railing and then controlling them by connecting electric wires to the light bulbs has been used.

In addition, bridges are actively being built or maintained with lighting or decorative effects by installing lights on them, and are composed of a plurality of supports positioned vertically and spaced apart at regular intervals, and connecting lines connecting the plurality of supports, for example, in an arch shape, and a plurality of lights are installed on each of the plurality of supports.

In relation to this technology, the applicant of the present invention has proposed a technology for a three-dimensional lighting system in Patent No. 2096005, and its configuration is as shown in Fig. 1. When the three-dimensional lighting system is installed on a suspension bridge, both ends of a wire (130) are connected to upper and lower connecting members (110) and (120) installed in the vertical direction respectively so as to maintain a certain tension.

And, the upper connecting member (110) is supported on the outside of a suspension bridge cable (910) through a connecting unit (115), a bracket (700) is connected to the wire (130), and the bracket is configured to have an LED dot (710) built in, and a cable (310) exposed to the outside of the bracket is connected to the LED dot, and the wire (130) is installed so that its vertical position can be changed through a vertical transport means (500).

However, the three-dimensional lighting system as described above has a disadvantage in that it is difficult to produce diverse and clear images because it is illuminated only by the LED dots (710) of the bracket (700) connected to the cable (310).

In addition, there is a disadvantage in that the effect of the media facade is reduced because illumination is possible only on one side by LED dots that only emit light on one side of the bracket (700).

The purpose of the present invention to improve the above-mentioned conventional problems is to provide an LED media façade capable of transmitting information during the day and at night using a wire-supported bracket back surface that enables various presentations regardless of the day or night, enables accurate expression while making maintenance easy, and enables quick exchange to achieve maximum effect with minimum maintenance cost.

In order to achieve the above-mentioned purpose, the present invention provides a mid-facade installed on various structures such as arch bridges, cable-stayed bridges, suspension bridges, and truss bridges.

A plurality of brackets are supported in a vertical direction through one or more wires connected to the structure,

The front of the above bracket is equipped with an LED module that is connected via a signal line that supplies power and control signals.

The above LED module is installed to be connected to the management server and to implement various colors.

The back of the above bracket is provided with an indicator window that forms pixels with a unique color, and an LED media façade capable of transmitting information during the day and at night is provided using the back of the bracket.

And, the above instruction window provides an LED media façade capable of transmitting information during the day and at night using the back of a bracket supported by a wire in which pixels of unique colors are installed in a detachable manner through magnets or hooks, and the pixels are assigned an ID in the form of a unique number, barcode, or QR code.

In addition, the pixels are installed so that a color is assigned to each bracket installed according to its unique ID, and the overall graphics are implemented with a consistent font or pattern.

The LED media façade, which can transmit information during the day and night, is provided using a bracket back supported by wires, where a program that confirms the designated color by verifying the ID when selecting a pixel is stored in advance in the management server.

In addition, the wire is further provided with a cover member, and the cover member has a shape that wraps around the wire, so that it has a certain color, and an LED media façade capable of transmitting information during the day and at night is provided by using the back of the bracket supported by the wire to implement different graphics on the front and back during the day.

As described above, according to the present invention, various productions are possible regardless of whether it is day or night, accurate expression is possible while making maintenance easy, and quick exchange is possible, so that the effect of maximum effect is achieved with minimum maintenance cost.

Figure 1 is a diagram of a conventional media facade installation.
Figures 2 and 3 are diagrams showing a state in which the LED media façade of the present invention is installed to have a certain tension and a state in which it is installed to move in a vertical direction, respectively.
Figures 4 and 5 are a combined state diagram and a combined state back view of a display window provided on the back of the bracket of the present invention, respectively.
Figure 6 is a diagram showing the LED module combination status of an LED media façade according to the present invention.
Figure 7 is a diagram showing the application status of a cover member of an LED media facade according to another embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail based on the attached drawings.

As illustrated in FIGS. 2 to 7, the LED media façade (100) of the present invention is installed on a structure (200) formed of various piers or exterior walls of buildings, such as arch bridges, cable-stayed bridges, suspension bridges, and truss bridges.

And, the LED media façade (100) is installed so that a plurality of brackets (500) are supported on a certain plane formed by vertical and horizontal directions through one or more wires (300) connected to the structure (200).

In addition, an LED module (700) connected through a signal line (710) to which power and control signals are supplied is mounted on the front of the bracket (500).

At this time, the LED module (700) is installed to implement various colors according to a control signal transmitted from a management server (not shown) installed externally and connected by a controller (C).

Additionally, a cover member (900) of a certain color may be further connected to at least a portion of the wire (300) located between the brackets (500).

At this time, the cover member (900) is provided with a display window (950) that has the same color or different colors on both sides in a wrapping shape of the wire (300) to implement different graphics on the front or back during the day.

In addition, the cover member (900) may be installed to have a structure that opens around a hinge and is connected with a hook so as to have a shape that covers the wire.

Additionally, the cover member (900) may be installed so as to be coupled to the bracket (500) through a fixing piece provided on one side.

In addition, the back surface of the bracket (500) may further be provided with an indicator window (550) that forms pixels with a unique color.

In addition, the above instruction window (550) may be installed so that pixels made of unique colors can be attached and detached through a fixing means (520) such as a magnet or a hook.

At this time, the pixels forming the above instruction window or display window are assigned an ID consisting of a unique number, barcode, or QR code, and are installed so that information is stored in the management server.

In addition, the pixels are installed so that a color is assigned to each unique ID for each bracket installed, and the overall graphics are made up of consistent letters or patterns.

In addition, a program that confirms the designated color by verifying the ID when selecting the above pixel is stored in advance on the management server.

Continuing, the above wire (300) is manufactured in the shape of a band or a belt having a certain width and supported by a bracket at a certain interval.

Meanwhile, the wire (300) may be connected to the structure (200) at least once with a certain tension through a turnbuckle (210).

Additionally, the wire (300) may be installed so as to be embedded in one side of the structure or fixed through a joint or piece.

In addition, the wire (300) may be installed in a belt shape to be supported on a rotating wheel (250) installed on the upper and lower sides of the structure (200) and rotated forward or backward.

The operation of the present invention having the above configuration is described.

As illustrated in FIGS. 2 to 7, the LED media façade (100) of the present invention is installed on a structure (200) formed of various piers or exterior walls of buildings, such as arch bridges, cable-stayed bridges, suspension bridges, and truss bridges, so that various expressions can be achieved at night through LED modules (700) and during the day through the back surface of the LED modules (700) or brackets (500) or cover members (900).

That is, the LED media façade (100) of the present invention enables the expression of letters, patterns, images, and still images or moving images through the LED module (700) regardless of day or night, and enables the expression of letters, patterns, images, and still images through the various colors of the indicator window (550) provided on the back surface of the bracket (500) and the display window (950) provided on the cover member (900).

Additionally, the indicator window formed on the back surface of the bracket (500) or the display window formed on the cover member (900) performs the role of a specific pixel.

That is, when the above-mentioned instruction window or display window is installed in a certain area, each of them forms a pixel, so that when viewed as a whole in a certain area, it is possible to express letters, patterns, images, and still images through various respective colors.

At this time, the above instruction window or display window is assigned an ID consisting of a unique number, barcode, or QR code, and is installed so that information on each color is stored in the management server (800). When the corresponding bracket (500) or cover member (900) is read, the corresponding color is output, so that the color of each instruction window or display window can be easily selected and attached during maintenance.

In addition, the management server stores a program in advance that verifies the designated color by confirming the ID when selecting each pixel, so that the color of each instruction window or display window can be easily selected and attached during maintenance.

In addition, the above display window and indicator window (550) are installed so that pixels made up of unique colors, as shown in Fig. 4, can be detached and attached through a fixing means (520) such as a magnet or a hook, so that the color of each indicator window or indicator window can be easily selected and attached and detached during maintenance.

Continuing, the LED media façade (100) is supported by a plurality of brackets (500) on a certain plane formed in the vertical and horizontal directions through one or more wires (300) connected to the structure (200), thereby enabling the implementation of pixels through LED modules.

And, the cover member (900) can be connected to the wire in various assembly methods.

Continuing, the above wire (300) is connected to the bracket in various configurations, such as a band shape with a certain width or a set of brackets supported at a certain interval, so that it can be applied in various ways depending on the conditions of use.

Meanwhile, the wire (300) is connected to the structure (200) at least once with a certain tension through a turnbuckle (210) so that it is firmly fixed at a certain position when installed externally.

In addition, the wire (300) is embedded in one side of the structure or fixed through a joint or piece to enable solid support.

In addition, the wire (300) is supported in a belt shape on a rotating wheel (250) installed on the upper and lower sides of the structure (200), so that when the wire is moved in a forward and reverse rotation without a separate winder, the LED lamp is raised and lowered to a desired position.

100...LED Media Facade 200...Structure
300...Wire 500...Bracket
700...LED module 800...Management server
900...Cover Absence

Claims (6)

In the case of a mid-facade installed on one structure selected from among an arch bridge, cable-stayed bridge, suspension bridge, truss bridge, and building exterior wall,
A plurality of brackets are supported in a vertical direction through one or more wires connected to the structure,
The front of the above bracket is equipped with an LED module that is connected via a signal line that supplies power and control signals.
The above LED module is installed to be connected to the management server and to implement various colors.
The back of the above bracket is provided with an indicator window that forms pixels with a unique color.
The above instruction window is installed so that pixels of unique colors can be attached and detached through either a magnet or a hook.
The above pixels are LED media façades that can transmit information day and night using the back of a bracket supported by wires that are installed to assign an ID in the form of a unique number, barcode or QR code. In the first paragraph, a cover member made of a certain color is further connected to at least a part of the wire located between the brackets,
The above cover member is characterized by having a color in the shape of a wire wrapping around it, thereby implementing different graphics on the front and back during the day. It is an LED media façade capable of transmitting information during the day and at night using a bracket back supported by wires. delete In the first paragraph, the wire is characterized in that it is manufactured in the shape of a band or a band having a certain width and is supported by a bracket at a certain interval. An LED media façade capable of transmitting information during the day and at night using the back surface of a bracket supported by wires. In the first paragraph, the wire is supported in a belt shape by a rotating wheel and installed so as to be able to rise and fall. An LED media façade capable of transmitting information during the day and at night using the back of a bracket supported by a wire. In the first paragraph, the wire is characterized in that at least one end of the wire is connected to the structure with a certain tension, and the LED media façade is capable of transmitting information during the day and at night using the back surface of the bracket supported by the wire.

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