KR200192604Y1 - Signboard for advertisement - Google Patents

Abstract

The present invention relates to a signboard for advertising, a plate layer made of aluminum or glass, a silver electrode printed layer that can supply power with a constant width on the outer periphery of one side of the plate layer, and can emit light by supplying power. The light emitting print layer, the dielectric print layer applied on the upper surface of the light emitting print layer, and the dielectric print layer inherent in the external electric field and existing in the electrode polarization; The outer periphery of the IPO film layer by laminating a silver electrode print layer, an ultraviolet ink print layer which can be damp-proof by blocking external moisture, and an IPO film layer which is placed in close contact with the upper and lower surfaces of the printed layer and resistant to temperature It is made by fusion of the signboard, making the thickness of the signboard thin, which can reduce the production cost and transportation cost, and make the signboard various It is easy to handle and can be used for a longer life by self-illumination of the light emitting printed layer according to the power supply, and makes various expressions and handling of signboards simple and can be used as indoor lighting. to be.

Description

Signboard for advertisement

The present invention relates to a sign that is attached to inform the type of business, destination, or location, more specifically, one or both sides of a thin aluminum or glass plate layer that can maintain the skeleton of the signboard It selectively prints silver electrode print layer, light emitting print layer, dielectric print layer, silver electrode print layer, and ultraviolet ink print layer to be laminated, and compresses the outer surface with IPO film to make thickness of signboard to reduce the production cost. And advertising costs, which can reduce transportation costs, enable various expressions of signs, ease handling, enable longer use of the water surface by emitting light from the luminous material print layer according to power supply, and can be used as indoor lighting. It's about signage.

In general, signboards are written with my writing or drawings to be visible to many people. Three-dimensional advertising signs with fluorescent lights inside to enhance nighttime identification, emergency exit signs to inform emergency exits, and roads It is a well-known fact that the general public has been using the signboards displaying various destinations and various notice signboards as a means of informing the type of business or the destination.

However, the conventional signboard is mainly a signboard frame having a certain size and thickness to secure the space inside the installation to be installed around the entrance or building window to facilitate identification at day and night after displaying the type of business, etc. After manufacturing, fix the acrylic plate that can be projected by the light on the front, and fixed the letters or figures attached to the outer surface of the acrylic plate, and installed one or more fluorescent lamps inside the signboard frame according to the size of the signboard Signboards such as road signs or notice boards that do not need to be used or illuminated are displayed on the surface of the plate cut to a certain size to display letters or figures so that they can be distinguished from both sides. The night identification is good, but the signboard is maintained in a constant thickness and size to install a fluorescent lamp inside to facilitate night identification. As the overall weight of the signboard is not only heavy, it is difficult to handle because the acrylic plate with a large surface area is located on the front, and it is protruded outwards after the installation is completed, so it is easily damaged by interference with external moving objects. As a result, there is a drawback that has been accompanied by economic loss due to repair or replacement from time to time, and signs and signs that use letters and figures on the front and rear surfaces of the plate, such as the latter, are easy to manufacture and transport, and easy to identify during the day. However, when it is possible to identify at night, a separate lighting device can be installed to illuminate the signboard, so the production cost can be used somewhat cheaper than the former. It is just a signboard that is useless, and when you use a separate lighting device People not only have to be deal with the hassle of managing defects and signage and lighting devices that are consuming installation cost of the system was installed separately from the problems such as the appearance can not be expressed in a variety of signage.

Accordingly, the present invention has been devised to solve the above-mentioned problems and problems of the prior art, and the main purpose of the present invention is to selectively select one or both sides of a thin aluminum or glass plate layer capable of maintaining a skeleton of a signboard. Print the silver electrode print layer, the light emitting print layer, the dielectric print layer, the silver electrode print layer, and the ultraviolet ink print layer to be laminated and press the outer surface with IPO film to be pressed to make the signboard thin to reduce the manufacturing cost and transport cost. It is possible to reduce the cost, to express various signs, to be easy to handle, and to use the light emitting device print layer according to the power supply for a longer life, and to express and handle various signs. Can be used interchangeably with indoor lighting such as stands. I would like to provide a signboard to make it available.

1 is an exploded perspective view of the signage to which the present invention is applied.

Figure 2 is an assembled perspective view of the present invention.

Figure 3 is a combined cross-sectional view of the present invention.

Figure 4 is an exploded perspective view of another embodiment of the present invention.

5 is a cross-sectional view of another embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

1: Plate layer 2,2 ', 5,5': Silver electrode printed layer

3, 3 ': light emitting printed layer 4,4': dielectric printed layer

6,6 ': UV ink print layer 7,7': IPO film layer

Advertisement signage of the present invention that can achieve the above object is a plate layer made of aluminum or glass, a silver electrode printed layer that can supply power with a constant width on one side outer periphery of the plate layer, and the power supply The light emitting printed layer which is allowed to emit light by the light emitting layer, the dielectric printed layer which is applied on the upper surface of the light emitting printed layer, and which is caused by an external electric field and exists in the original electrode polarization, and is applied in close contact with the dielectric printed layer to supply power. Another silver electrode print layer that can be, and an ultraviolet ink print layer that can be moisture-proof by blocking the external humidity, and the IPO film by stacking the printed IPO film layer closely located on the upper and lower surfaces to be printed It is characterized in that the outer periphery of the layer is made by fusion.

And the signboard for advertising that can be identified from the front and rear on the use of the signboard is a silver electrode print layer, a light emitting print layer, a dielectric print layer, a silver electrode print layer, UV ink print layer on the front and back of the plate layer mainly on the plate layer. It is characterized in that it was made by fusion welding the outer periphery of the IPO film layer by sequentially stacking the IPO film layer, which is placed in close contact with the upper and lower surfaces.

Hereinafter, described in detail based on the accompanying drawings of the present invention.

1 is an exploded perspective view of a signboard to which the present proposal is applied;

2 is an assembled perspective view of the present invention;

3 is a cross sectional view of the present invention.

As shown in FIGS. 1 to 3, a plate layer 1 having a predetermined size may be provided to maintain an aluminum or glass skeleton, and then a silver electrode having a predetermined width is printed on the outer circumference of one surface of the plate layer 1. The silver electrode print layer 2 is formed, and the light-emitting printed layer 3 coated and cured to a predetermined thickness is laminated on the upper surface of the silver electrode print layer 2 so as to emit light by supplying power.

The upper surface of the light emitting print layer 3 is applied and cured with a dielectric dielectric print layer 4 having a property caused by an external electric field and the original electrode polarization, and the upper surface of the dielectric print layer 4 The silver electrode print layer 5 is printed and cured by printing another silver electrode having a constant width on the outer circumference similar to the silver electrode print layer 2 printed on the plate layer 1.

On the upper surface of the silver electrode print layer 5 was printed and cured an ultraviolet ink print layer 6 to prevent moisture from penetrating inward.

And printing and curing the plate layer 1, the silver electrode print layer 2, the light emitting print layer 3, the dielectric print layer 4, the silver electrode print layer 5, and the ultraviolet ink print layer 6 in sequence. On the outer surface of the plate layer 1 and the ultraviolet ink print layer 6, the IPO film layers 7 and 7 ', which are heat-resistant and resistant to temperature, are stacked in close contact with each other, and then the IPO film layer 7, The outer periphery of 7 'is fused, and the lead wire 8 is drawn out and connected to the plug to supply power to one point of the silver electrode print layers 2 and 5.

At this time, the garden supply may use electricity and may use a battery.

4 and 5 show another embodiment of the present invention, FIG. 4 shows an exploded perspective view of another embodiment of the present invention, and FIG. 5 shows a combined sectional view of another embodiment of the present invention, the same lamination as above. It is provided with the plate | board material layer 1 of fixed size which can hold | maintain a frame | skeleton with aluminum or glass so that printing may be hardened by a method and it may be easy to identify on both sides.

Printing and curing the silver electrode print layer (2) (2 ') by printing a silver electrode having a constant width on both outer peripheral edges of the plate layer (1), the upper side of the silver electrode print layer (2) (2') On the surface, the light-emitting printed layers 3 and 3 'coated and cured to a predetermined thickness are laminated and cured so as to emit light by supply of power.

On the upper surface of the light emitting print layer (3) (3 '), the dielectric dielectric print layer (4) (4') of the property induced by an external electric field and the original electrode polarization is applied and cured, and the dielectric print On the upper surface of the layer (4) (4 '), another silver electrode having a constant width on the outer circumference is printed in the same manner as the silver electrode print layer (2) (2') printed on both sides of the plate layer (1). The printing process of the silver electrode print layers 5 and 5 'is performed.

On the upper surface of the silver electrode print layers 5 and 5 ', UV ink print layers 6 and 6' were printed and cured to prevent moisture from penetrating inward.

The silver electrode print layer 2 (2 '), the emitter print layer (3) (3'), the dielectric print layer (4) (4 '), the silver electrode print layer are sequentially formed on both sides of the plate layer (1). (5) (5 '), the ultraviolet ink print layers 6 and 6' are sequentially printed and cured, and then the outer surfaces of the ultraviolet ink print layers 6 and 6 'printed on both outer surfaces are heat resistant and resistant to temperature. After the strong IPO film layers 7 and 7 'are stacked in close contact with each other, the outer periphery of the IPO film layers 7 and 7' is welded to the silver electrode print layers 2, 5, and 2 '. At one point of 5 ', the lead wires 8 and 8' are drawn out and connected to a plug to supply power.

The signboard of the present invention configured as described above is manufactured and printed to a certain size according to the order, and is mainly used for indoor signs, road signs, road signs, emergency exit sign signs, indoor lights, etc. In the case of a signboard for advertising to be able to produce a silver electrode printed layer (2) printed on one side of the plate layer (1) when the power is supplied using a plug or the like after fixing tightly to the wall of the plate layer (1) Is applied to the silver electrode print layer 5 printed between the dielectric print layer 4 and the ultraviolet ink print layer 6, the power applied to the silver electrode print layer 2, 5 is applied to the dielectric print layer 4 The light emitting printed layer 3 is emitted to emit light, and the identification of letters or figures printed on the surface can be easily identified from others. The ship can do it.

And when hanging the signboard of the present invention to be used as a road sign that can be identified from both sides to supply power by using a plug or the like on both sides of the thin layer of aluminum or glass plate layer (1) to maintain only the skeleton. Silver printed between the silver electrode print layer (2) (2 ') and the dielectric print layer (4) (4') and the ultraviolet ink print layer (6) (6 ') printed on both sides of the lower surface plate layer (1). When applied to the electrode print layers 2 'and 5', the power applied to the silver electrode print layers 2, 5 ', 2 and 5' is passed through the dielectric print layers 4 and 4 '. The light-emitting body print layer 3 (3 ') emits light to emit light, and by this light emission, identification of letters or figures printed on both surfaces can be easily identified by others at night.

As described above, the signboard of the present invention is a silver electrode print layer, a light emitting body print layer, a dielectric print layer, a silver electrode print layer, and an ultraviolet ink print selectively on one or both sides of a thin aluminum or glass plate layer capable of maintaining a skeleton. By printing the layers laminated and pressing the outer surface with IPO film, the thickness of the signboard can be made thin to reduce the production cost and transportation cost, to express the signboard in various ways, and to handle the power supply easily. According to the self-illumination of the luminous material printed layer according to the present invention, it is possible to use the service life as long as possible, and it is a very useful design to easily and variously express and handle various signs.

Claims (3)

A plate layer 1 made of aluminum or glass, a silver electrode print layer 2 capable of supplying power with a constant width at the outer periphery of one side of the plate layer 1, and light can be emitted by supply of power. The light emitting print layer 3, the dielectric print layer 4 and the dielectric print layer 4, which are applied on the upper surface of the light emitting print layer 3 and are caused by an external electric field and exist in the original electrode polarization. Another silver electrode print layer (5) that is applied in close contact with the power supply to supply power, and an ultraviolet ink print layer (6) that blocks moisture from the outside to prevent moisture, and adheres to the printed upper and lower surfaces Advertising signboard, characterized in that the fusion of the outer periphery of the IPO film layer (7) (7 ') by stacking the IPO film layer (7) (7'), which is positioned so as to be strong in temperature and easy to print. The method of claim 1, characterized in that the stack is printed on the other side of the plate layer (1) printed to be laminated on one side in the same manner as one side, and inserted into the IPO film layer (7) (7 ') and heat-sealed to be integrally configured. Advertising sign. The advertisement signboard according to claim 1 or 2, wherein the dielectric print layer (4) is formed by printing and curing one or more times.