JP6771796B1 - Display device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a display device having a high advertising effect capable of viewing common video contents inside and outside one store. A display device D displays video content C having common contents on video display surfaces 1 and 2 on both front and back surfaces and video display surfaces 1 and 2 on both front and back surfaces. A control means 3 for controlling the display state of 2 and 2 is provided. The video display surfaces 1 and 2 on both the front and back sides may have a structure formed by laminating a first flat display D1 and a second flat display D2 having the video display surfaces 1 and 2. Further, the second flat display D2 has a matrix structure in which a plurality of small displays D21, D22 ... D2n having smaller vertical and horizontal dimensions than the first flat display D1 are arranged side by side along the vertical and horizontal directions of the first flat display D1. It may be. [Selection diagram] Fig. 1

Description

The present invention relates to a display device having a high advertising effect, which enables viewing of common video contents inside and outside a store.

In recent years, digital signage (electronic signboards) has been installed as an information advertising medium in places with a lot of traffic such as train stations and shopping streets. For example, in a network-compatible digital signage, information such as video and characters is received from an advertisement distribution source using a public line, and the received information is displayed on the video display surface of a flat display (for example, Patent Document 1). reference).

However, the conventional digital signage is placed at the entrance of the store, or is attached to the outer wall surface or window of a store such as a convenience store as in the example of Patent Document 1, and the place or attachment where it is placed. There has been no conventional display device with a high advertising effect that allows users to view common video content inside and outside the store by simply broadcasting the video content from the location to the outside of the store.

JP-A-2017-204124

The present invention has been made to solve the above problems, and an object of the present invention is to provide a display device having a high advertising effect capable of viewing common video contents inside and outside a store. Is.

To achieve the above object, the present invention includes a front and back sides of the image display surface, the display state of the image display surface, as the video content of the common content is displayed on these both sides of Film image display surface The back surfaces of the first flat display and the second flat display are provided with a control means for controlling the above, and the front and back side video display surfaces are provided with video display surfaces having the same or different dimensions on the front surface. The control means has a structure provided by facing each other, and the control means has a first function of arranging a plurality of video contents in a matrix in the vertical and horizontal directions and individually displaying them on the video display surface of the second flat display. One video content is repeatedly and sequentially picked up as a representative from the plurality of video contents individually displayed by the first function, and the picked up video content or a part thereof or information related to the video content is obtained. The first and second flat surfaces are provided with a second function of expanding the entire image display surface of the first flat display and displaying the entire image display surface as a representative display in the order of pickup, and by the first and second functions. Each of the video display surfaces on the display is characterized in that video contents having common contents are displayed.

In the present invention, the second flat display has a matrix structure in which a plurality of small displays having a smaller vertical and horizontal dimension than the first flat display are arranged side by side in the vertical and horizontal directions of the first flat display. It may be characterized by being.

In the present invention, the control means has a function of individually displaying video contents on each video display surface for each of the plurality of small displays constituting the second flat display, and the same arrangement as the plurality of small displays. It may be characterized by having a function of collectively displaying video contents having the same contents and the same size on the video display surface of the first flat display.

In the present invention, the control means has a first function of individually displaying video content on a video display surface of each of the plurality of small displays constituting the second flat display, and the first function. One video content is repeatedly and sequentially picked up as a representative from the plurality of video contents individually displayed in the above-mentioned first plane, and the picked-up video contents or a part thereof or information related to the video contents is obtained. It is provided with a second function of enlarging the entire image display surface of the display and displaying the entire surface in the order of pickup as a representative display, and by the first and second functions, the above-mentioned in the first and second flat displays, respectively. The video display surface may be characterized in that video content having common contents is displayed.

In the present invention, the second flat display includes a touch panel that enables selection of video content displayed on the video display surface, and the control means further comprises an image selected by operating the touch panel. It may be characterized by having a function of displaying another video content related to the content on the video display surface of the second flat display.

In the present invention, the first flat display comprises a high-brightness LED vision or a high-brightness model liquid crystal display or an organic EL display as an information transmission source for transmitting the video content to the outdoors. The flat display may be characterized by including a liquid crystal display, an LED display, or an organic EL display as an information transmission source for broadcasting the video content indoors.

In the present invention, the high-brightness LED vision, the organic EL display, or the liquid crystal display may be characterized by having transparency.

The present invention may be characterized in that the vertical and horizontal dimensions of the entire first flat display and the vertical and horizontal dimensions of the entire second flat display correspond to each other so as to match.

In the present invention, the video content displayed on the first flat display and the second flat display may be a real estate-related advertising video.

Normally, the brightness (brightness) of a television or a personal computer monitor is about 400 cd, so that the above-mentioned high-brightness LED vision or high-brightness model liquid crystal display has at least a brightness exceeding that. This point is the same in the following description.

In the present invention, as a specific configuration of the display device, as described above, in such a display device, video content having common contents is displayed on both the front and back video display surfaces and the front and back video display surfaces. Since the configuration is provided with a control means for controlling the display state of the video display surface, for example, by installing such a display device near the FIX glass window in front of the store, it is common both inside and outside the store. It is possible to provide a display device having a high advertising effect capable of viewing the video content of the above.

(A) is a conceptual diagram when the display device according to the first embodiment of the present invention is viewed from the front, and (b) is a conceptual diagram of the back surface of the display device. (A) is an explanatory view of another display example on the first flat display constituting the display device of FIG. 1, and FIG. 1 (b) is a description of a display example on the second flat display constituting the display device. Figure. (A) is a perspective conceptual diagram when the display device according to the second embodiment of the present invention is viewed from the front, and (b) is a back perspective conceptual diagram of the display device. (A) is an explanatory view of another display example on the first flat display constituting the display device of FIG. 3, and FIG. 3B is a description of a display example on the second flat display constituting the display device. Figure. The explanatory view of the control means constituting the display device of FIG. The explanatory view of the control means constituting the display device of FIG.

Hereinafter, the best mode for carrying out the present invention will be described in detail with reference to the attached drawings.

FIG. 1A is a conceptual diagram of a display device according to the first embodiment of the present invention when viewed from the front, and FIG. 1B is a conceptual diagram of the back surface of the display device. Further, FIG. 3A is a conceptual perspective view of the display device according to the second embodiment of the present invention when viewed from the front, and FIG. 3B is a conceptual perspective view of the back surface of the display device. Note that in FIG. 3, the control means 3 is not shown due to space limitations.

<< Common basic configuration in the first and second embodiments >>
With reference to FIGS. 1 (a) and 1 (b) and 3 (a) and (b), the display device D of the present embodiment (hereinafter referred to as “the display device D”) has, as its basic configuration, both front and back video displays. Surfaces 1 and 2 and control means 3 for controlling the display state of the image display surfaces 1 and 2 so that the image content C having common contents is displayed on the image display surfaces 1 and 2 on both the front and back surfaces. Have. The main use of the display device D is as an electronic signboard for displaying advertising information, so-called digital signage.

<< Detailed configuration of video display surfaces 1 and 2 on both the front and back sides >>
As a specific means for obtaining the image display surfaces 1 and 2 on both the front and back surfaces, the display device D prepares a first flat display D1 and a second flat display D2 having such an image display surface on the surface. A method may be adopted in which the back surfaces of these two flat displays D1 and D2, that is, the surfaces opposite to the image display surface are opposed to each other and connected by a metal fitting (not shown). A method may be adopted in which the two flat displays D1 and D2 are connected by a connecting means other than the metal fittings.

The display device D including the first and second flat displays D1 and D2 as described above is manufactured according to the sash size standard to be installed in advance, and is assembled at the factory (specifically, the first first display device D). The flat display D1 and the second flat display D2 may be connected to each other), and the display device D after the assembly is completed may be sold as a single display set, or the assembly work such as such connection may be performed. May be performed at the installation site of the display device.

Further, with respect to the video display surfaces 1 and 2 on both the front and back surfaces as described above, for example, a flat display (not shown) having an image display surface on the surface and foldable via a hinge is created. , You may adopt the method provided by folding it.

Further, in the present display device D, two flat displays are displayed by adopting a configuration in which the vertical and horizontal dimensions of the entire first flat display D1 and the vertical and horizontal dimensions of the entire second flat display D2 are matched. Even D1 and D2 are configured to be visible as a single display device as a whole.

In the case of the present display device D, the first flat display D1 adopts a configuration including a high-brightness LED vision as an information transmission source for broadcasting the video content C to the outdoors, and the second flat display D2 is a video. As an information transmission source for broadcasting the content C indoors, a configuration consisting of an organic EL display or a liquid crystal display was adopted.

The reason for its adoption is that the visibility of the video content C differs between outdoors and indoors due to the influence of sunlight, and in general, in places exposed to sunlight, the high-brightness LED vision of the video content C is better than the organic EL display or liquid crystal display. This is because the visibility is good.

If the above-mentioned visibility can be ensured, as another embodiment, in the first flat display D1, instead of the high-brightness LED vision, a high-brightness model or a liquid crystal display having a lower brightness or an organic EL display is adopted. It is also possible to do.

Commercially available products can be adopted for the high-brightness LED vision, the organic EL display, and the liquid crystal display (including the high-brightness model liquid crystal display according to the other embodiment described above). Among the high-brightness LED visions on the market, there are types having transparency and types having no transmissivity, and any type of high-brightness LED vision may be adopted as the first flat display D1.

Further, a transmissive organic EL display is currently being developed, and such a transmissive organic EL display may be adopted as the second flat display D2.

As a specific embodiment of the first flat display D1, the present display device D has a commercially available structure in which a high-brightness LED element is attached to a multi-stage blade such as an open blade (slat) type blind curtain. The transparent, high-brightness LED vision (hereinafter referred to as "blind type see-through vision") was adopted in the first flat display D1.

Further, in addition to the adoption of the blind type see-through vision as described above, in the present display device D, a transmissive organic EL display or a blind type see-through vision can be adopted as the second flat display D2. When the double transmissive display configuration is adopted, the display device D looks like a blind when viewed from the back side (for example, indoors) of the display device D, and has an excellent design appearance. A good display device can be obtained. Further, in the double transmissive display configuration as described above, the video content displayed on the front side (first flat display D1 side) can be seen through the back side (second flat display D2 side), so that the back side to the front side There are also advantages such as being able to see video content.

<< First Embodiment of the Display Device D (First Embodiment) >>
With reference to FIG. 1 (b), in the first embodiment of the display device D (hereinafter referred to as "first embodiment"), the video display surfaces 1 and 2 on both the front and back surfaces are the video display surfaces 1 and 2 having the same dimensions. The structure is such that the back surfaces of the first flat display D1 and the second flat display D2, which are provided with 2 on the front surface, face each other.

As a modification of this first embodiment, for example, the image display surface 2 of the second flat display D2 has smaller vertical and horizontal dimensions than the image display surface 1 of the first flat display D1, and the first plane. The video display surfaces 1 and 2 of the display D1 and the second flat display D2 may have different vertical and horizontal dimensions. In this case, the size of the entire second flat display D2 including the image display surface 2 may also be smaller than the size of the entire first flat display D1, and the two flat displays D1 that occur in this case may be smaller. , The difference in the size of the entire D2 may be absorbed by attaching a frame for filling the difference to the second flat display D2.

<< Example of functional configuration of control means 3 in the first embodiment >>
The control means 3 in the first embodiment may be configured to include the following "first function F1-1" and "second function F1-2". In addition to these functions, the following "third function F1-3" and the following "fourth function F1-4" may be further provided.

・ First function F1-1
The first function F1-1 is a function of arranging a plurality of video contents C in a matrix in the vertical and horizontal directions and individually displaying them on the video display surface 2 of the second flat display D2 as shown in FIG. 1B.

・ Second function F1-2
The second function F1-2 is a plurality of video contents C individually displayed by the first function F1-1, that is, a plurality of video contents C displayed side by side in a matrix on the video display surface 2 of the second flat display D2. As a representative, one video content is repeatedly and sequentially picked up from the video content C of the above, and the picked up video content (see the video content C of FIG. 1A), a part thereof, or the video content. This is a function that expands the related information to the entire image display surface 1 of the first flat display D1 and displays the entire surface in the order of pickup as a representative display (see FIG. 1A).

In the second function F1-2, the pick-up of the video content C may be performed in the order of the video contents C displayed side by side on the video display surface 2 of the second flat display D2, or the arrangement thereof. It may be done randomly regardless of the order.

・ Third function F1-3
FIG. 2A is an explanatory view of another display example on the first flat display that constitutes the display device of FIG. 1, and FIG. 2B is a second flat display that constitutes the display device.

The third function F1-3 has the same arrangement, the same content, and the same size as the video content C (see FIGS. 1 (b) and 2 (b)) displayed on the video display surface 2 of the second flat display D2. This is a function of collectively displaying the video contents of the above on the entire video display surface 1 of the first flat display D1 as shown in FIG. 2 (a).

・ Fourth function F1-4
The fourth function F1-4 repeats the representative display by the first function F1-2 described above and the batch display by the third function F1-3 described above on the image display surface 1 of the first flat display D1. It is a function to switch regularly.

<< Example of the first function F1-1 >>
The first function F1-1 can be realized by specifically adopting the following configurations F1-1A, F1-1B, and F1-1C.

-Configuration F1-1A
As shown in FIG. 1B, the configuration F1-1A employs, for example, a first terminal 3A composed of a commercially available personal computer equipped with a video output terminal and a web browser as the control means 3, and the first terminal 3A is used. The video output terminal of the terminal 3A is connected to the video input terminal of the second flat display D2.

-Configuration F1-1B
The configuration F1-1B has a predetermined programming language (for example, HTML language, PHP language, etc.) so that a plurality of video contents C can be arranged in a matrix in the vertical and horizontal directions and viewed on a web browser as shown in FIG. 1B. ) Is prepared, and the web site S1 (hereinafter referred to as “first site S1”) is prepared, and the first site S1 is browsed and displayed on the web browser of the first terminal 3A.

-Configuration F1-1C
The configuration F1-1C outputs browsing display data on the web browser of the first terminal 3A from the video output terminal of the first terminal 3A to the video input terminal of the second flat display D2, thereby. It is assumed that the browsing display state on the web browser is displayed on the image display surface of the second flat display D2.

<< Example of the second function F1-2 >>
The second function F1-2 can be realized by specifically adopting the following three configurations (configuration F1-2A, configuration F1-2B, and configuration F1-2C).

-Configuration F1-2A
As shown in FIG. 1A, the configuration F1-2A additionally employs a second terminal 3B having the same specifications as the first terminal 3A as the control means 3, and the second terminal 3B thereof. The video output terminal (not shown) is connected to the video input terminal (not shown) of the first flat display D1.

・ Configuration F1-2B
In the configuration F1-2B, for example, one video content (see FIG. 1 (a)) is represented from a plurality of video contents (see FIG. 1 (b)) individually displayed by the first function F1-1. Prepare a website programmed in Javascript (registered trademark), html language, or PHP language (hereinafter referred to as "second website") so that it can be picked up repeatedly in a slide format, and use the second website as the second website. It is viewed and displayed on the web browser of the terminal 3B of 2.

-Structure F1-2C:
The configuration F1-2C outputs browsing display data on the web browser of the second terminal 3B from the video output terminal of the second terminal 3B to the video input terminal of the first flat display D1. It is assumed that the browsing display state on the web browser is displayed on the image display surface 1 of the first flat display D1.

<< Example of the third function F1-3 >>
The third function F1-3 can be realized by specifically adopting the following configurations F1-3A and F1-3B.

・ Configuration F1-3A
The configuration F1-3A is a function of browsing and displaying the above-mentioned first site S1 on the web browser of the second terminal 3B.

-Structure F1-3B:
As shown in FIG. 1A, the configuration F1-3B is a web browser of the second terminal 3B from the video output terminal of the second terminal 3B to the video input terminal of the first flat display D1. By outputting the browsing display data of, the browsing display state on the web browser is displayed on the image display surface 1 of the first flat display D1.

<< Another Example of Control Means 3 in the First Embodiment >>
The constituent terminals of the control means 3 according to the first embodiment described above, that is, the first and second terminals 3A and 3B can also be configured by one personal computer provided with at least two video output terminals. .. In this case, of the two video output terminals, the first video output terminal is connected to the video input terminal of the first flat display D1, and the second video output terminal is the video input terminal of the second flat display D2. In addition to being connected to, the viewing display data on the above-mentioned web browser is individually output from each video output terminal to the corresponding video input terminal.

<< Second Embodiment of the Display Device D (Second Embodiment) >>
As shown in FIG. 3B, in the second embodiment of the display device D (hereinafter referred to as “second embodiment”), the second flat display D2 is compared with the first flat display D1. A structure (matrix structure) in which a plurality of small displays D21, D22 ... D2n having small vertical and horizontal dimensions are arranged side by side along the vertical and horizontal directions of the first flat display D1 is adopted.

The small displays D21, D22 ... D2n employ an organic EL display or a liquid crystal display as an information transmission source for broadcasting the video content C indoors, but the present invention is not limited thereto. As the small displays D21, D22 ... D2n, for example, an LED display smaller than the LED vision adopted in the first flat display D1 may be adopted.

<< Example of functional configuration of control means 3 in the second embodiment >>
The control means 3 in the second embodiment may be configured to include the following "first function F2-1" and "second function F2-2".

・ First function F2-1:
As shown in FIG. 3B, the first function F2-1 has a video content C on each video display surface for each of the plurality of small displays D21, D22 ... D2n constituting the second flat display D2. Is a function to display individually.

-Second function F2-2:
The second function F2-2 is a plurality of video contents C individually displayed by the first function F2-1, that is, video contents C individually displayed by the second flat display D2 (specifically, the second function F2-2). From the video contents C) individually displayed on the video display surface for each of the small displays D21, D22 ... D2n, one video content is repeatedly and sequentially picked up as a representative, and the picked up video contents or a part thereof. Alternatively, it is a function of expanding the information corresponding to the video content C to the entire video display surface 1 of the first flat display D1 (see FIG. 3A) and displaying the entire surface in the pick-up order as a representative display.

In the second function F2-2, as for the pickup of the video content C, a method of picking up the small displays D21, D22 ... D2n in the order of arrangement, or a random pickup method which is not restricted in the order of the arrangement can be considered. It is not limited to these methods.

<< Example of the first function F2-1 >>
The first function F2-1 can be realized by adopting the following three configurations (configuration F2-1A, configuration F2-1B, and configuration F2-1C).

-Configuration F2-1A
5 and 6 are explanatory views of control means constituting the display device of FIG.

As a control means 3, the configuration F2-1A includes, for example, a commercially available personal computer equipped with a video output terminal and a web browser for each of the small displays D21, D22 ... D2n described above, as shown in FIG. 1 terminal 3C, 3C ... is adopted, and the video output terminals (not shown) of each of the first terminals 3C, 3C ... Are connected to the video input terminals (not shown) of the corresponding small displays D21, D22 ... D2n. Is.

-Configuration F2-1B
The configuration F2-1B is the website S3 of FIG. 5 created so that a plurality of video contents for individually displaying each of the small displays D21, D22 ... D2n can be viewed on a web browser (hereinafter, "third website S3"). ) Is prepared, and the third website S3 is individually browsed and displayed on the web browsers of the first terminals 3C, 3C ...

-Configuration F2-1C
Configuration F2-1C is a web browser of each of the first terminals 3C, 3C ... For the video input terminals of the corresponding small displays D21, D22 ... D2n from the video output terminals of the first terminals 3C, 3C ... By individually outputting the browsing display data of the above, the browsing display state on the web browser is individually displayed on the video display surface of each of the small displays D21, D22 ... D2n.

<< Example of the second function F2-2 >>
The second function F2-2 is a plurality of video contents individually displayed by the first function F2-1 (specifically, the video is for each of the small displays D21, D22 ... D2n in FIG. 3B). Javascript (registered trademark), html language, or PHP so that one video content (see FIG. 3A) is repeatedly and sequentially picked up, for example, in a slide format from among the video contents C) individually displayed on the display surface. The website S4 of FIG. 5 programmed in a language (hereinafter referred to as "fourth website S4") is prepared, and the fourth website S4 is viewed and displayed on the web browser of the second terminal 3B. ..

<< Another Example of Control Means 3 in the Second Embodiment >>
In the control means 3 according to the second embodiment described above, as shown in FIG. 5, a configuration in which the first terminals 3C, 3C ... Are provided for each of the small displays D21, D22 ... D2n, that is, the small display and the first. A configuration has been adopted in which there is a one-to-one correspondence with the terminal, but the present invention is not limited to this.

For example, as shown in FIG. 6, one personal computer provided with two video output terminals constitutes the first terminal 3C, and of the two video output terminals, the first video output terminal. Is connected to the video input terminal of one small display D21, and the second video output terminal is connected to the video input terminal of another small display D22, and from each video output terminal to the corresponding video input terminal. Individually, we adopted a configuration in which the small display and the first terminal correspond in a many-to-one manner (2 to 1 in this example), such as adopting a configuration in which browsing display data on the above-mentioned web browser is output. You may.

<< Usage example of the display device D adopting the second embodiment (No. 1) >>
(Individual display of different video contents on the second flat display D2)
In the present display device D adopting the second embodiment, as an example of its use, different video contents C (for each of the plurality of small displays D21, D22 ... D2n constituting the second flat display D2) on their respective video display surfaces ( A usage method of individually displaying (see FIG. 3B) can be considered.

Although not shown, the individual display of different video content C as described above is a single terminal provided with a plurality of video output terminals (for example, HDMI (registered trademark) terminal) as terminals constituting the control means 3. A personal computer is prepared as a terminal, small displays D21, D22 ... D2n are connected to each video output terminal, and different video content C data is input from each video output terminal to the small displays D21, D22 ... D2n. A method of sending is conceivable. In this case, the data of the video content C transmitted from each video output terminal may be directly saved in the personal computer prepared as the terminal, downloaded from the cloud on the network, or the above-mentioned third. It may be downloaded from the website of, or may be downloaded from a website where the data of the video content C can be viewed.

<< Usage example of the display device D adopting the second embodiment (Part 2) >>
(Individual display of the same video content on the second flat display D2)
Further, in the present display device D adopting the second embodiment, the same video content (not shown) is provided on each of the plurality of small displays D21, D22 ... D2n constituting the second flat display D2. Can be considered as an individual display.

Although not shown, the individual display of the same video content C as described above is a personal computer provided with at least one video output terminal (for example, HDMI (registered trademark) terminal) as the control means 3. Is prepared as a terminal, and the data of the content video C transmitted from the video output terminal may be distributed to the small displays D21, D22 ... D2n by a distributor. In this case as well, the data of the video content C transmitted from the video output terminal may be directly saved in the personal computer prepared as the terminal, downloaded from the cloud on the network, or from the website. It may be downloaded, or it may be downloaded from a website where the data of the video content C can be viewed.

<< Usage example of the display device D adopting the second embodiment (No. 3) >>
(Batch display on the first flat display D1)
FIG. 4A is an explanatory view of another display example on the first flat display constituting the display device of FIG. 3, and FIG. 4B is a display example on the second flat display constituting the display device. It is explanatory drawing of.

In the present display device D adopting the second embodiment, as shown in FIG. 4A, the same or different video contents are individually displayed on the second flat display D2 described above (see FIG. 4B). ), The same content and the same size of the video content C can be collectively displayed on the entire video display surface of the first flat display D1 in the same arrangement as the plurality of small displays D21, D22 ... D2n. Conceivable.

Regarding the batch display as described above, for example, video content having the same arrangement and the same size as the video content C (see FIG. 4B) displayed on the video display surface 2 of the second flat display D2 is displayed. As shown in FIG. 4A, one video data C_ALL arranged in a matrix (hereinafter referred to as "data C_ALL for batch display") is created, and the created data C_ALL for batch display is saved in the terminal 3B and is also stored. A method of transmitting data C_ALL for batch display from the video output terminal of the terminal 3B to the first flat display D1, or (2) storing the data C_ALL for batch display in a cloud on the network and a cloud. The data C_ALL for batch display is downloaded to the terminal 3B and sent to the first flat display D1, or the data is downloaded from a website where such data C_ALL for batch display can be viewed. A method of sending data to the first flat display D1 may be adopted.

The individual display and the batch display as described above may be set to be performed at the same timing in synchronization with each other, or may be set to be performed at different timings.

The individual display and the batch display described above display common video content on the two video display surfaces (specifically, the video display surfaces 1 and 2 of the first and second flat displays D1 and D2, respectively) as a whole. Is what you do.

By the way, when the individual display and the batch display as described above are set to be synchronized and performed at the same timing, the same video content is viewed with the same layout on both the front and back surfaces of the display device D. For viewers, the video content that is common to the inside and outside of one store can be viewed, that is, the same video content that is seen outside the store can be viewed inside the store. It is convenient and can be expected to have an effective advertising effect, such as a high effect of impressing viewers through double viewing of the same video content inside and outside the store. Also, when the individual display and the representative display as described above are set to be synchronized and performed at the same timing, the same video content as seen outside the store can be viewed in the store, which is effective. Advertising effect can be expected.

<< Common configuration of the first and second embodiments >>
In the first and second embodiments described above, when a part of the picked up video content is entirely displayed on the entire video display surface 1 of the first flat display D1, a part of the picked up video content is, for example, in the video content. It may be a text part such as a title actually included in, or an image part corresponding to the title.

In the first and second embodiments described above, when the related information corresponding to the picked up video content is displayed on the entire video display surface of the first flat display D1, the related information is the video. It may be text such as a title corresponding to the content of the content, or an image corresponding to the title.

In the first and second embodiments described above, specific methods for browsing and displaying the first to fourth websites S1 to S4 on the web browsers of the first terminal 3A (3C) and the second terminal 3B. Regarding the configuration, for example, a configuration in which the respective websites S1 to S4 are open to the public and accessible through a network N such as the Internet, and the respective terminals 3A, 3B, and 3C are those via the router R and the network N. A configuration that enables access to websites S1 to S4 may be adopted.

In the first and second embodiments described above, the touch panel is attached to the image display surface 2 of the second flat display D2 (specifically, in the second embodiment, the image display surfaces of the small displays D21, D22 ... D2n). Another video content related to the video content C currently displayed on the video display surface by the operation of the touch panel (for example, a video content for explanation in which the content of the video content C is posted with more detailed information). ) May be provided as a function of the display device D, that is, a so-called detailed display function.

According to the display device D that employs the detailed display function as described above, for example, a user who is interested in seeing the video content C displayed on the first flat display D1 on the front side turns to the back side. By operating the touch panel described above, another video content related to the video content C (for example, the video content for explanation described above) can be viewed, and the user, a clerk explaining the content of the video content, etc. A display device that is very easy to use can be obtained.

<< About video content >>
As the specific content of the above-mentioned video content C displayed on the first and second flat displays D1 and D2, for example, a real estate-related advertisement video can be adopted. Paper-based real estate-related advertisements have been digitized in recent years and are often provided as digital data. Therefore, such digital data is adopted as real estate-related advertisement images in the first and second fields. It may be displayed on the flat displays D1 and D2. Further, advertisement videos of various industries other than real estate-related advertisement videos may be displayed as video contents C on the first and second flat displays D1 and D2. In short, there is no limitation on what kind of industry video content C is displayed on the first and second flat displays D1 and D2.

By the way, at present, in the real estate industry, as daily work at each store, (1) the work of printing advertising leaflets for rental properties, etc. on paper individually for each property, and (2) the advertising leaflets for each printed property. Work to stack and store in one clear file so that it can be seen from both front and back, (3) work to hang the stored clear file on the FIX glass surface of the store, (4) tenants and purchasers of each property have been decided If you want to change the advertising leaflet, such as when you purchase a new property, you need to create a recruitment drawing, print the advertising leaflet, and replace the advertising leaflet in the clear file. The reality is that multiple such tasks are performed once a week.

The display device D has its significance as an effective means for eliminating all the laborious work as described above and contributing to the reduction of labor costs and the reform of working styles.

To explain this point in a little more detail, for example, the display device D is arranged near the FIX glass surface of the store, and the image display surfaces 1 and 2 on both the front and back surfaces (specifically, the image of the first flat display D1). When the image display surface 2) of the display surface 1 and the second flat display D2 is set to display the advertisement leaflet image of the rental property or the like as the image content C, the image display surfaces 1 on both the front and back sides, The video content C displayed in 2 functions as an advertising leaflet stored in the above-mentioned clear file, and since the video content C is digital data, only a simple and instantaneous operation of changing or rewriting the data is required. Since the contents of all the video contents C, that is, the advertising leaflets can be updated, the display device D has an advantage that it can revolutionize the real estate industry, reduce labor costs, and contribute to work style reform.

In addition, when this display device D is adopted in the industry where information is converted into digital data from the head office to the branch office, the branch office receives the digital data of the information transmitted from the head office and uses it as the video content C of the store. It has the advantage of being able to gain information superiority in information strategies, such as being able to display on both the inside and outside, and being able to send out new information before any other company in the same industry.

Furthermore, the advantages described above are, for example, the securities industry, the product sales industry such as convenience stores and supermarkets, the apparel industry for clothing sales, and other industries that currently print various information such as advertisements on paper and paste it on the storefront. The same applies to the case where the present display device D is adopted.

In addition, the display device D can also be used as an information display tool in a presentation of a product, a product, or a plan such as an event. In this case, the image display state of the first flat display D1 may be switched by the operation of the touch panel described above by the presenter. Further, the place where the display device D is installed and used is not particularly limited. For example, the display device D may be placed and used in a place where many people gather, such as a concert venue, an event venue, or various meetings.

The present invention is not limited to the embodiments described above, and more modifications can be made by a person having ordinary knowledge in the art within the technical idea of the present invention.

For example, the first to fourth websites S1, S2, S3, and S4 described above are examples, and contents such as still images and videos existing on websites of various industries other than these are used as terminals 3A, 3B, and 3C. By accessing and viewing and displaying on the web browser, the viewing and displaying state on the web browser may be displayed on the image display surface of the flat displays D1, D2, D21 ....

For example, the display device D may adopt a bellows (accordion) type foldable structure.

1, 2 Video display surface 3 Control means 3A, 3B, 3C Terminal C Video content D Display device D1 First flat display D2 Second flat display D21, D22, ..., D28, D2n Small display N Network R Router S1, S2, S2, S4 website

Claims (9)

With a front and back sides of the image display surface, and a control means for the video content of the common content to the video display surfaces of both sides to control the display state of the image display face to be displayed, and
The video display surfaces on both the front and back sides
The structure is such that the back surfaces of the first flat display and the second flat display, which are provided with video display surfaces having the same or different dimensions on the front surface, face each other.
The control means
A first function of arranging a plurality of video contents in a matrix in the vertical and horizontal directions and individually displaying them on the video display surface of the second flat display.
One video content is repeatedly and sequentially picked up as a representative from the plurality of video contents individually displayed by the first function, and the picked-up video content or a part thereof or information related to the video content is obtained. It has a second function of enlarging the entire image display surface of the first flat display and displaying the entire surface in the order of pickup as a representative display.
Wherein the first and second functions, said each of the image display surface in the first and second flat panel display, features and to Lud Isupurei device that video content of the common content is displayed. The second flat display is characterized in that it has a matrix structure in which a plurality of small displays having a smaller vertical and horizontal dimensions than the first flat display are arranged side by side along the vertical and horizontal directions of the first flat display. The display device according to claim 1 . The control means
A function of individually displaying video content on each video display surface for each of the plurality of small displays constituting the second flat display.
The display according to claim 2 , further comprising a function of collectively displaying video contents having the same arrangement and the same size as the plurality of small displays on the video display surface of the first flat display. apparatus. The control means
A first function of individually displaying video content on each video display surface for each of the plurality of small displays constituting the second flat display, and
One video content is repeatedly and sequentially picked up as a representative from the plurality of video contents individually displayed by the first function, and the picked-up video content or a part thereof or information related to the video content is obtained. It has a second function of enlarging the entire image display surface of the first flat display and displaying the entire surface in the order of pickup as a representative display.
Wherein the first and second functions, said each of the image display surface in the first and second flat display, display of claim 2, wherein the video content of the common content is displayed apparatus. The second flat display is
It is equipped with a touch panel that allows the video content displayed on the video display surface to be selected.
The control means further
Any one of claims 1 to 4 , wherein another video content related to the video content selected by the operation of the touch panel is provided on the video display surface of the second flat display. The display device according to the section. The first flat display comprises a high-brightness LED vision or a high-brightness model liquid crystal display or an organic EL display as an information transmission source for broadcasting the video content to the outdoors.
The second flat display according to any one of claims 1 to 4 , wherein the second flat display comprises a liquid crystal display, an LED display, or an organic EL display as an information transmission source for transmitting the video content indoors. The display device described. The display device according to claim 6 , wherein the high-brightness LED vision, the organic EL display, or the liquid crystal display has transparency. The aspect of any one of claims 1 to 4 , wherein the vertical and horizontal dimensions of the entire first flat display and the vertical and horizontal dimensions of the entire second flat display correspond to each other so as to match. Display device. The display device according to any one of claims 1 to 8 , wherein the video content displayed on the first flat display and the second flat display is a real estate-related advertising video.

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