JP3240181U - Movie-style production Still image Internally illuminated signboard - Google Patents

Abstract

[Problem] To create a motion picture effect still picture internally illuminated signboard that looks like a motion picture by combining a still picture with a motion picture effect and has a greater amount of information than a conventional still picture internally illuminated signboard. I will provide a. A frame (30), a printing sheet (32) attached so as to span at least one side surface of the frame, a large number of LEDs (34) provided in the frame, and LEDs arranged in a preset light emitting order. and an input device for inputting the light emission order of the LEDs to the light emission control device. It is a printing sheet on which a still image is printed, and the light emission control device outputs a preset light emission order to the LEDs, so that the light emission of the still image printed on the printing sheet changes. I made it look like a video. [Selection drawing] Fig. 5

Description

The present invention relates to an internally illuminated signboard using still images that looks like a moving image.

2. Description of the Related Art Conventionally, still-image internally illuminated signboards using LEDs (light-emitting diodes) are often used for advertisements and billboards in stations, shops, facilities, offices, and the like. Such still picture internally illuminated signboards also include electric bulletin boards.

As an example of such a still image signboard, there is an internally illuminated stand signboard disclosed in Patent Document 1, for example.

In addition, digital signage, which transmits information by installing video display devices such as displays and projectors in stations, stores, facilities, offices, etc., is also popular these days. In digital signage, moving images are displayed using a video display device.

On the other hand, the applicant of the present application has proposed still-image internally illuminated signboards as shown in FIGS. 6 and 7, which have been well received.

In FIGS. 6 and 7, reference numeral 100 denotes a conventional still image internally illuminated signboard. A still image internally illuminated signboard 100 includes a frame 102, a printing sheet 104 attached to span the frame 102, and a plurality of LEDs 106 provided within the frame 102. ing. Also, the LEDs 106 are provided on the strip 108 at regular intervals. Reference numeral 110 denotes a semiconductor chip, and reference numeral 112 denotes wiring, which are for lighting the LED 106 .

The print sheet 104 is a flexible sheet made of synthetic resin, and has optical transparency. A still image 114, which is a picture as shown in FIGS. 6 and 7, is printed. Therefore, while the surroundings are bright, such as in the daytime, the advertisement effect is exhibited only by the picture without turning on the LED 106 . When the surroundings become dark at night or the like, by turning on the LED 106, the printing sheet 104 on which a picture is printed is illuminated from the inside, and the picture appears to shine, thereby exhibiting an advertising effect that leaves an impression on the viewer.

In the case of signboards using moving images such as the digital signage described above, there is an advantage that the amount of information is larger than that of internally illuminated signboards using still images. However, there was a problem that the video would not be remembered and it would be difficult to attract customers because the video would flow immediately.

The internal lighting type signboard of the above-mentioned still picture has a higher stopping effect, and therefore the still picture is more memorable, so the effect of attracting customers can be expected. However, in the case of still images, there is a problem that the amount of information is smaller than that of moving images.

JP 2014-56093

The present invention has been devised in view of the above-mentioned problems of the prior art. By combining a still image with a moving image effect, it looks like a moving image, and the amount of information is greater than that of the conventional still image internally illuminated signboard. To provide a motion picture effect still picture inside illuminated signboard which increases the number of people.

In order to solve the above-mentioned problems, a moving image effect still image interior illuminated signboard of the present invention includes a frame, a printing sheet attached to at least one side surface of the frame, and a frame inside the frame. a light emission control device for causing the LEDs to emit light in a preset light emission order; and an input device for inputting the light emission order of the LEDs to the light emission control device. , a motion picture effect still image internal illuminated signboard, wherein the printed sheet is a printed sheet having optical transparency and on which a still image is printed, and the light emission control device controls a preset light emission order. This is a moving image effect still image internally illuminated signboard which is made to look like a moving image by changing the light emission of the still image printed on the printing sheet by outputting to the LED.

It is preferable that the light emission order of the LEDs input to the light emission control device is set by video editing software.

It is preferable that the printing sheet is a flexible synthetic resin sheet.

It is preferable that the LEDs are provided in an amount of 500/m ² or more.

It is preferable that the printing sheets are attached so as to extend over both sides of the frame, and the LEDs emit light from the both sides of the frame.

It is preferable that the still image is printed on the printing sheet by inkjet printing.

According to the present invention, by combining a still image with a moving image, it looks like a moving image, and the amount of information is increased compared to the conventional still image internal illumination type signboard. It has a remarkable effect of being able to provide a type signboard.

FIG. 1 is a perspective view showing an embodiment of a moving image effect still image internally illuminated signboard according to the present invention, and showing an advertisement using a still image of a car; FIG. 10 is a perspective view showing a moving image effect in which the car looks like it is running by causing LEDs to emit light from the state of the still image of the car in FIG. 1 ; FIG. 2 is a perspective view showing a state in which a printed sheet of the moving image effect still image internal lighting type signboard of FIG. 1 is turned over. FIG. 2 is a perspective view showing the back surface, which is the side to which the print sheet is not attached, of the moving image effect still image internal illumination type signboard of FIG. 1 ; Fig. 10 is a perspective view showing another embodiment of the motion picture effect still picture inside illuminated signboard according to the present invention, showing a state in which a print sheet of a larger motion picture effect still picture inside illuminated signboard is turned over. FIG. 11 is a perspective view showing a conventional still image internally illuminated signboard; FIG. 7 is a perspective view showing a state in which a printed sheet of the conventional still image internally illuminated signboard of FIG. 6 is turned over.

One embodiment of the present invention will be described below with reference to the accompanying drawings based on examples. It goes without saying that various changes and modifications can be made to these embodiments without departing from the technical idea of the present invention. The same members are denoted by the same reference numerals.

In FIGS. 1 to 4, reference numeral 10A denotes an embodiment of a motion picture effect still picture internal illuminated signboard of the present invention.

A motion picture effect still image interior illuminated signboard 10A includes a frame 12 which is a frame for an illuminated signboard, a printed sheet 14 attached so as to extend over at least one side surface of the frame 12, and the frame. 12, a light emission control device 24 for causing the LEDs 20 to emit light in a preset light emission order, and an input device for inputting the light emission order of the LEDs 20 to the light emission control device 24. It is a moving image effect still image internal illumination type signboard including and. The LED 20 is caused to emit light by an LED light source (not shown).

The printing sheet 14 has optical transparency and is printed with a still image 15, and the light emission control device 24 outputs a preset light emitting order to the LEDs 20. This is a motion picture effect still picture inside illumination type signboard which is made to look like a motion picture by changing the light emission of the still picture 15 printed on the printing sheet 14.例文帳に追加

As shown in FIG. 3, as the LED 20, many LEDs are used. In order to make the light emission of the still image 15 printed on the printing sheet 14 change to look like a moving image, the number of the LEDs 20 should be 350/m ² or more. The number of the LEDs 20 is preferably 500/m ² or more, more preferably 3000/m ^{2 or} more.

The illuminance of the LED 20 is preferably about 20-22 lumens (lm).

As the light emission control device 24, a controller for lighting an LED lamp as shown in FIG. 4 can be applied. The light emission control device 24 is provided with an input device for inputting the set light emission order. Examples of the input device include various known recording media such as an SD card, and an input terminal for direct input to the light emission control device 24, such as a USB terminal. The order of light emission can be set by various commercially available video editing software.

The light emission order edited and set by the moving image editing software is input to the light emission control device 24, and the LEDs 20 are lit in the light emission order set. A reference numeral 22 denotes a semiconductor chip used for controlling lighting of the LED 20 . Reference numeral 26 is wiring.

Comparing FIG. 1 and FIG. 2, FIG. 1 looks like daytime and FIG. 2 looks like nighttime. In FIG. 2, the LEDs 20 are illuminated in order as if the tires in the still image 15 were rotating.

Furthermore, in FIG. 2, a dashed line 16 of the road centerline, which was not shown in FIG. 1, appears. Then, the light 18 of the building behind the still image 15 is attached. In this way, by lighting the parts that were not illuminated in Fig. 1, it looks as if they are moving.

The broken line 16 of the center line of the road in the still image 15 and the light 18 of the building behind the still image 15, which are not shown in FIG. 1, are drawn as still images in FIG. However, in the state of FIG. 1, they are not illuminated and cannot be seen. However, when the LEDs 20 are turned on in order as shown in FIG. 2, the person who sees the motion picture effect still picture inside illuminated signboard 10A sees it as if it were a motion picture.

Moreover, as the printing sheet 14, an example of a synthetic resin sheet having flexibility is shown. Examples of such flexible synthetic resin sheets include fabric media, which are fabrics of synthetic fibers. For example, it is preferable to have a light transmittance of about 35%, and examples of materials having such a light transmittance include synthetic fiber fabrics using synthetic resins such as vinyl chloride resin, PET resin, and PP resin. As a method for attaching the printing sheet 14 to the frame 12, various known attachment methods can be applied.

In the illustrated example, the printing sheet 14 is attached so as to extend over one side surface of the frame 12, so that only one side of the motion picture effect still picture inside illuminated sign board 10A emits light. It's becoming

In addition to the illustration, by attaching the printing sheet 14 so as to span both sides of the frame 12, both sides of the frame 12 can be configured to emit light from the LEDs 20. . By configuring in this way, it is possible to achieve a structure in which both surfaces of the moving image effect still image internal illumination type signboard 10A emit light, so to speak.

The still image 15 is preferably printed on the printing sheet 14 by inkjet printing.

In addition, the motion picture effect still picture interior illuminated sign board 10A can be not only placed horizontally but also hung from the ceiling. By hanging it from the ceiling, people can look up at the ceiling and see an advertisement or the like displayed by the motion picture effect still picture inside illuminated signboard 10A.

FIG. 5 shows a motion picture effect still picture inside illuminated signboard 10B which is another embodiment of the motion picture effect still picture inside illuminated signboard according to the present invention.

A motion picture effect still picture interior illuminated signboard 10B includes a frame 30, a printing sheet 32 attached to at least one side surface of the frame 30, and a large number of printed sheets 32 provided in the frame 30. , a light emission control device 42 for causing the LEDs 34 to emit light in a preset light emission order, and an input device for inputting the light emission order of the LEDs 34 to the light emission control device 42, It is a signboard illuminated inside the staged still image.

The printing sheet 32 has optical transparency and is printed with a still image, and the light emission control device 42 outputs a preset light emitting order to the LEDs 34, so that the This is a motion picture effect still picture inside illuminated signboard which is made to look like a motion picture by changing the light emission of the still picture printed on the printing sheet 32.例文帳に追加

Although the illustration of the still image is omitted in the animated signboard 10B, the still image on the printed sheet 32 looks like a moving image due to the light emitted from the LED 34. This is the same as the illuminated signboard 10A.

The motion picture effect still picture internal illuminated signboard 10B is a large signboard with a size of 3 m ² or more. The motion picture effect still picture inside illuminated signboard 10B has basically the same structure as the motion picture effect still picture inside illuminated signboard 10A except that it is larger than the motion picture effect still picture inside illuminated signboard 10A. . Since the motion picture effect still picture interior illuminated signboard 10B is large, LEDs 34 are provided at predetermined intervals on a belt-like member 36 attached to the board fitted in the frame 30. As shown in FIG. Reference numeral 38 is a semiconductor chip. As the band-shaped body 36, an example of using one having a width of 12 mm is shown. In the motion picture effect still picture interior illuminated signboard 10B, the light emission control device 42 as a controller is positioned on the front side. Reference numeral 40 is wiring.

In this way, in the moving image effect still image inside illuminated signboard of 3 m ² or more, LEDs 34 are provided on the band-shaped body 36 provided on the board like the moving image effect still image inside illuminated signboard 10B. It is preferable to provide them at intervals. In the motion picture effect still picture inside illuminated signboard of less than 3 m ² , it is preferable to adopt a configuration in which a board on which the LEDs 20 are directly provided is fitted in the frame 12 like the motion picture effect still picture inside illuminated signboard 10A. be.

In this way, the animation-like effect still image internally illuminated signboard of the present invention combines still images with animation effects to make it look like a moving image, and provides more information than the conventional still image internally illuminated signboard. It becomes a motion picture effect still picture internal lighting type signboard that increases the amount.

10A, 10B: motion picture effect still picture inside illuminated sign board, 12: frame body, 14: printing sheet, 15: still picture, 16: center line dashed line, 18: building light, 20: LED, 22, 38 : semiconductor chip, 24: light emission control device, 26: wiring, 30: frame, 32: printing sheet, 34: LED, 36: belt-shaped body, 40: wiring, 42: light emission control device, 100: internal illuminated signboard , 102: frame, 104: printing sheet, 106: LED, 108: strip, 110: semiconductor chip, 112: wiring, 114: still image.

Claims (6)

A frame, a printing sheet attached so as to span at least one surface of the frame, a large number of LEDs provided in the frame, and for causing the LEDs to emit light in a preset order of light emission. and an input device for inputting the light emission order of the LEDs to the light emission control device, wherein the printed sheet has light transparency. and a printing sheet on which a still image is printed, wherein the light emission control device outputs a preset light emission order to the LEDs, thereby changing the light emission of the still image printed on the printing sheet. A video-style still image interior illuminated signboard that looks like a video. 2. A motion picture effect still picture inside illuminated signboard according to claim 1, wherein the light emission order of said LEDs inputted to said light emission control device is set by motion picture editing software. 2. A motion picture effect still picture internal illuminated signboard according to claim 1, wherein said printed sheet is a flexible sheet made of synthetic resin. 2. The motion picture effect still picture internally illuminated signboard according to claim 1, wherein said LEDs are provided in an amount of 500/m ² or more. 2. The moving image effect still image according to claim 1, wherein the printing sheets are attached so as to extend over both sides of the frame, and the both sides of the frame emit light from the LEDs. illuminated signboard. 2. The motion picture effect still picture internally illuminated signboard according to claim 1, wherein said still picture is printed on said printing sheet by ink jet printing.

Images