KR20010046891A - advertisement apparatus to use silkprinting - Google Patents

Abstract

PURPOSE: Provided is an advertisement device using a silk-screen, which improves light-emitting efficiency by using a few fluorescent lights and supplies power to the fluorescent lights by using a solar battery. CONSTITUTION: The advertisement device comprises: a main body(1) having a light-emitting space in which a few fluorescent lights(7) are located; a couple of semitransparent acryl plates(3) for semi-transmitting the light of the fluorescent lights(7) to the outside, which are formed on both sides of the main body(1) and faced with each other; the silk-screen layer(10), for advertisement, printed on the inside or outside of the semitransparent acryl plate(3), through which the light is transmitted to the outside of the main body(1) from the fluorescent lights(7); a power supply means(9) comprising a solar heat collecting plate(15), a storage battery, and an alternating current generating part.

Description

Advertisement apparatus to use silkprinting

The present invention relates to an advertisement apparatus using the silk printing technique, and more particularly, to an advertisement apparatus using the silk printing technique to be more visible than the surroundings with low maintenance costs during the day and night.

In general, billboards are designed to improve awareness of brand names or business names that others want to know, and are installed on the walls or rooftops and sidewalks of places where people can easily see them.

Such a billboard has a rectangular main body and a light emitting portion provided in the main body to irradiate predetermined light from the main body to the outside. The main body is formed of a translucent member which transmits light generated by the light emitting part at a predetermined ratio. The light emitting unit has an illuminance such that light can sufficiently pass through the translucent member, and is composed of at least four fluorescent lamps or incandescent lamps having predetermined brightness. Advertisement letters to inform people are attached to the surface of the translucent member, and the ad letters have different colors and vary the transmittance so that the light generated from the light emitting part is individually transmitted. Thus, a visually compelling billboard is constructed. In addition, the advertisement character is inserted into the globe formed in the shape of a letter on the translucent member like a mosaic to transmit the light generated from the light emitting portion.

However, such a billboard has a low transmittance of the translucent member, so the light intensity of the light emitting part should be increased to improve the amount of light transmission. There is a problem. In addition, in the case of the mosaic-advertised billboard, the process is somewhat difficult to produce the billboard, resulting in a drop in productivity. Accordingly, there is a problem in that a large amount of power is consumed in order to emit light of the billboard, and thus, the economic burden is increased, and in some cases, productivity decreases and manufacturing costs increase.

The present invention has been made to solve the above problems, to improve the luminous efficiency with a small number of fluorescent lamps, and to provide an advertising device using a silk printing technique to supply power to the fluorescent lamps to solar cells, Its purpose is.

1 is a perspective view showing an advertisement device using a silk printing method according to the present invention,

2 is a cross-sectional view showing a silk printing layer according to the present invention,

Figure 3 is a block diagram showing an electrical device embedded in the advertising device according to the present invention.

Explanation of symbols on the main parts of the drawing

One ; Main body 3; Translucent Acrylic Plate

5; Space keeping member 7; Fluorescent lamp

9; Power supply 10; Silk Printing Layer

11; Printed blocking layer 13; Print transmission layer

15; Heat collecting plate 17; Battery

19; AC generator 21; Automatic switching unit

According to the present invention, in the advertisement device using a silk printing method having a main body having a light emitting space for accommodating a predetermined number of fluorescent lamps, the advertising device is formed on one side and the other side of the main body symmetrical The translucent acrylic plate to be at least translucent toward the outside, and the advertising text that the user wants to notify on at least one side of the outer surface and the inner surface of the translucent acrylic plate is printed in at least one color to the light from the fluorescent lamp It is achieved by an advertisement apparatus using a silk printing technique comprising a silk printing layer for transmitting at a predetermined transmittance toward the outside of the main body, and a power supply means for supplying power required for the fluorescent lamp to generate a predetermined light. .

Here, the power supply means includes a heat collecting plate for collecting radiant heat from solar heat to generate a predetermined charge, a storage battery for accumulating charges generated from the heat collecting plate to generate a predetermined voltage, and receiving a predetermined voltage from the storage battery. It is preferable to include an alternating current generation unit for synthesizing and supplying a voltage having a frequency to the fluorescent lamp. And, it is preferably provided between the AC generator and the fluorescent lamp, it is preferable to further include an automatic switching unit for detecting the power supply voltage from the AC power generated from the AC generator to automatically switch to a general commercial power supply when a predetermined voltage or less. .

In addition, the silk printing layer is deposited on the translucent acrylic plate, and is deposited on the outer surface of the translucent acrylic plate, and the printed blocking layer of a specific color selectively blocking light of the fluorescent lamp in the area of a predetermined advertising character. And a printing transparent layer deposited on the inner surface of the translucent acrylic plate in a color contrasting with the blocking layer, and transmitting light from the fluorescent lamp toward the translucent acrylic plate with a relatively high transmittance. It is preferable to include.

Hereinafter, with reference to the accompanying drawings will be described in detail the advertising device using the silk printing method according to the present invention. 1 is a perspective view showing an advertisement device using the silk printing method according to the present invention, Figure 2 is a cross-sectional view showing a silk printing layer according to the present invention, Figure 3 shows an electric device embedded in the advertising device according to the present invention. It is a block diagram.

As shown in FIG. 1, the advertisement apparatus includes a main body 1 having a quadrangular shape, and a pair of translucents formed on one side and the other side of the main body 1 so that a predetermined light is directed toward the outside. On the inner surface of the space holding member 5 and the space holding member 5 provided between the acrylic plate 3 and the translucent acrylic plate 3 so that the main body 1 forms a predetermined light emitting space. It has up to two fluorescent lamps 7 installed in the longitudinal direction and emitting light at a predetermined illuminance. The fluorescent lamp 7 is provided with a part of the power supply unit 9 for supplying a predetermined power voltage to generate the required illuminance on the bottom surface of the light emitting space, and the remaining part of the power supply unit 9 is It is provided in a predetermined place outside the main body 1.

As shown in FIG. 2, the translucent acrylic plate 3 has a silk printing layer 10 which is deposited toward the outside, and the silk printing layer 10 has at least one color of advertisement text to be informed by the user. The light of the required illuminance generated from the fluorescent lamp 7 is caused to almost all fight toward the outside by high transmittance. In addition, the silk printing layer 10 of the outer surface of the translucent acrylic plate (3) of the print blocking layer 11 and the inner surface of the translucent acrylic plate (3) silk-printed in a region excluding the advertising letter It consists of a silkscreen printed transmission layer 13 in the area forming the advertising character, the print blocking layer 11 has a relatively low transmittance and a specific color that is hardly transmitted through the light transmission layer, Reference numeral 13 denotes a type of complementary color that has a relatively higher transmittance than the print blocking layer 11 and makes a color contrast with the print blocking layer 11. In this case, the print blocking layer 11 is printed on the entire outer surface of the translucent acrylic plate 3, that is, the entire area except for the advertisement character area, and the print transparent layer 13 is the translucent acrylic plate 3. It is printed only in the character area on the inner side of the), but may be printed in different colors. Here, the silk printing uses a technique of making a character film formed in a shape corresponding to the advertising character and attaching it to the translucent acrylic plate 3 and then irradiating a predetermined light to print.

As shown in FIG. 3, the power supply unit 9 is installed at one place to directly absorb sunlight, and collects radiant heat from the solar heat according to the sunlight to generate a predetermined charge 15. ), A storage battery 17 that accumulates electric charges generated from the heat collecting plate 15 to generate a predetermined voltage, and receives a predetermined voltage from the storage battery 17, synthesizes the predetermined voltage with a specific frequency, and combines the corresponding voltage with the fluorescent lamp 7. Has an alternating current generation unit 19 for supplying In addition, the AC generator 19 is provided with an automatic switching unit 21 for automatically switching to commercial power supplied from the outside when the AC power voltage generated from the AC generator 19 is below a predetermined reference voltage range. It is.

In the advertisement device using the silk printing method according to the present invention as described above, as shown in Figure 1, the electrical charge generated when the electrical charge is generated from the heat collecting plate 15 is located in the sunlight well-lit storage battery 17 Accumulate in the storage. At this time, the storage battery 17 continuously accumulates electric charges from the heat collecting plate 15 and then stops the charging operation. As described above, the charged storage battery 17 has a power supply voltage of a direct current that is almost a commercial power supply by an electrical action of electrical charge, and the power supply voltage is an alternating current that is close to the frequency of the commercial power supply in the AC generator 19. The synthesized frequency is converted into a commercial power source of AC and then supplied to a fluorescent lamp 7 installed in the main body 1. At this time, when the power supply voltage from the AC generator 19 is lower than a predetermined reference voltage through the automatic switching unit 21 provided between the AC generator 19 and the fluorescent lamp 7 external commercial power supply. This is switched automatically. In addition, the automatic switching unit 21 is provided with a power switch (not shown) for supplying the power when the user wants to operate the fluorescent lamp (7). Here, the heat collecting plate 15 may be arbitrarily installed by the user in a place where sunlight is well reflected on the outside of the main body 1, and the storage battery 17, the AC generator 19, and the automatic switching unit 21 may be installed. Is installed in the main body 1.

Then, the fluorescent lamp 7 of the main body 1 first irradiates light to the silk printed layer 10, that is, the printed transparent layer 13, printed on the inner surface of the translucent acrylic plate 3, and then translucent acrylic. The board 3 is irradiated. Then, the light of the fluorescent lamp is projected on the printing transparent layer 13 at a predetermined transmittance, and at the same time is irradiated onto the translucent acrylic plate 3, and the light irradiated on the translucent acrylic plate 3 is the printed blocking layer 11. It is blocked by the transmission), and the light passing through the printing transparent layer 13 is transmitted through the translucent acrylic plate () to emit light toward the outside. In this case, the printed transparent layer 13 is emitted in a different color when printed in a different color for each one of the advertising characters to display a visual aesthetic.

For example, if the print transmission layer 13 is light yellow and red, and the print blocking layer 11 is blue, the phrases to visually notify according to the relative colors are clearly recognized, thereby increasing the effect of the advertisement. . Accordingly, the advertising letter of the translucent acrylic plate 3 is visually visible by the print blocking layer 11 and the print transmitting layer 13 of the silk printing layer 10, and the contents according to the advertising text to an unspecified number of people. Can be informed.

Advertisement devices as described above can exert their effects when used in general billboards and road signs or milestones, and can be used for things such as notice boards to attract people's attention.

The present invention has the effect of improving the luminous efficiency because the power consumption is low because only one or two fluorescent lamps can emit light, and moreover, because the solar cell is used, it is possible to supply the power consumed by the fluorescent lamps, so the maintenance cost This almost does not cost the user an economic burden.

Claims (4)

An advertisement apparatus using a silk printing technique having a main body having a light emitting space accommodating a predetermined number of fluorescent lamps; A translucent acrylic plate formed on one side and the other side of the body to be symmetrical so that the light of the fluorescent lamp is at least transflected toward the outside; Silk printing that transmits the light from the fluorescent lamp to the outside of the main body at a predetermined transmittance by printing advertisement text that the user wants to notify on at least one of the outer and inner surfaces of the translucent acrylic plate toward the outside of the main body. A layer; Advertising device using a silk printing method characterized in that it comprises a power supply means for supplying the power required for the fluorescent lamp to generate a predetermined light. The method of claim 1; The power supply means, A heat collecting plate for collecting radiant heat from solar heat to generate a predetermined charge; A storage battery that accumulates charges generated from the heat collecting plate and generates a predetermined voltage; And an AC generator for receiving a predetermined voltage from the storage battery, synthesizing it with a specific frequency, and supplying a voltage having a frequency to the fluorescent lamp. The method of claim 2; Silk is provided between the AC generator and the fluorescent lamp, and further comprising an automatic switching unit for detecting a power supply voltage from the AC power generated from the AC generator and automatically switching to a general commercial power supply when a predetermined voltage is less than. Advertising device using printing technique. The method of claim 1; The silk printing layer is deposited on the translucent acrylic plate; A printed blocking layer deposited on an outer surface of the translucent acrylic plate and selectively blocking light of the fluorescent lamp in an area of a predetermined advertising character; It is deposited on the inner surface of the translucent acrylic plate in a color contrasting with the blocking layer on the character area, and includes a printed transparent layer for transmitting the light from the fluorescent lamp toward the translucent acrylic plate with a relatively high transmittance. Advertising device using a silk printing method characterized in that.