KR20090078168A - The electronic bulletin board with multi-display apparatus using layer screen - Google Patents

Abstract

An electronic bulletin board having a display device where a multi-screen is implemented by using a layer screen is provided to select and reproduce information of contents, so that the contents can be provided according to purpose of the electronic bulletin board used in a particular field. An electronic bulletin board display device(140) divisively forms a screen into a multi-type, so that a lot of information received from an electronic bulletin board server(120) is properly arranged. The electronic bulletin board server receives multi-screen setup information for generating at least more than one layer screen from which contents are reproduced, through a network, and realizes a multi-screen on the electronic bulletin board display device. Multi-screen configuration information including layer screen information and reproduced contents information is transmitted.

Description

Electronic Bulletin Board with multi-display apparatus using Layer screen}

The present invention relates to an electronic bulletin board using a screen division method through a network, and more particularly, to an electronic bulletin board configured to receive an image by broadcasting an image or requesting necessary information through a multi-screen display device. It is about.

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic bulletin board that implements multi-screen content. The present invention relates to an electronic bulletin board that divides a display device of an electronic bulletin board and arranges different multimedia contents such as a video on a divided screen. The present invention relates to an electronic bulletin board configured to be reproduced.

In general, the electronic bulletin board used in the hospital, school, restaurant, etc. using the Internet and wired / wireless communication network, prepares a schedule by database and sends the information by using a display device such as TV, LCD, PDP, etc. It is configured to divide the screen according to the form of information transfer and divide it into video information, internet banner information, subtitle information, background information, and the like so that the information can be posted at the same time. In addition, the electronic bulletin board is a control system is configured in the electronic bulletin board server to be controlled through a communication network.

In the prior art, Patent Application No. 10-2003-0021278 (name of the invention: a computer program related to a method for outputting an unattended integrated video real-time split screen and a recording medium containing them) allows a consumer to directly input information to be described. Although the screen is automatically divided according to the number of times, this automatic video segmentation method is used, which causes difficulty in server construction and enormous cost according to each client's demand. There is a problem that the screen configuration can be cluttered.

In addition, in the case of a bulletin board disclosed in Patent Publication No. 10-2007-0097073 (a system for controlling an unmanned integrated information bulletin board and a method of displaying information therein), a divided screen is provided by providing a divided multi-screen on a display device. Each part is configured to build its own database to display different information.

The multi-screen player system used in the above electronic bulletin board includes, first, a method in which a plurality of screens divided in advance in the server system are edited as one data (content), stored, stored, and transmitted. In the server system, a process of retrieving a plurality of data (contents) immediately before transmission and integrating and transferring data through hardware or software real-time encoding is used, or third, a plurality of data (contents through a network). ) To complete a plurality of screen splits on the bulletin board by using one of the methods of installing a separate dedicated program (player) that can decode hardware or software on the bulletin board terminal. It's a system that's driven by a single player.

However, in such a configuration, since the data is integrated and driven by a single player, the entire broadcast video of the split screen is monotonous.

In addition, the conventional screen splitting method divides the one-dimensional plane and broadcasts the content set according to each split screen, so that the content of the content is inevitably reflected.

In other words, FIG. 1 is a conceptual diagram illustrating a problem of an electronic bulletin board using a screen splitting method according to the related art. In the case of an electronic bulletin board used in a specific space, a movie theater is broadcasted on one of split screens. In the other split screen, the counting broadcast, which is currently focusing national attention, is being conducted in real time.

Therefore, when the screen is divided and broadcasted in the divided screens according to the prior art, the ticket counting and the movie information broadcasting are provided through the respective screens in the cinema electronic bulletin board. As a result of broadcasting, there is a problem that the meaning of the electronic bulletin board used in a specific place such as a movie theater becomes meaningless.

In order to solve the above problems, an object of the present invention is to provide an electronic board in which screen division is more dynamically driven.

In addition, an object of the present invention is to provide an electronic bulletin board configured to select and reproduce contents of content so as to be provided according to the purpose of the electronic bulletin board used in a specific field.

In order to achieve the above object, the present invention provides an electronic bulletin board configured with an electronic bulletin board display in which a screen is divided into multiples so as to appropriately arrange various pieces of information received from an electronic bulletin board server. An electronic device having a display device implemented with a multi-screen using a layer screen, wherein the multi-screen setting information for generating at least one layer screen is transmitted through a network to implement the multi-screen on the electronic bulletin board display device. Provide a bulletin board.

In the multi-screen setting information, an administrator terminal is connected to the electronic bulletin board server and transmits multi-screen configuration information including layer screen information and content information played on the layer screen through an administrator interface, and the multi-screen configuration information. The electronic bulletin board server can be configured to generate and store multi-screen setting information.

In the layer screen information, the size of the layer screen, location information, and schedule information of the layer screen may be set through an administrator interface so that the electronic bulletin board server generates at least one layer screen.

The size and position information of at least one layer screen may be randomly input to the layer screen information such that the size and position of at least one layer screen are randomly converted.

The schedule information of the layer screen may be configured to be synchronized with schedule information of content reproduced on the layer screen.

In the content information, a player to be driven on the layer screen may be set according to a storage path, a content name, a content type, schedule information of the content, and the content type through a manager interface.

The schedule information of the content may be set to be converted according to a specified condition such as a date, time, or day of the week.

The electronic bulletin board display device may be connected to an electronic bulletin board terminal connected to the electronic bulletin board server.

The electronic bulletin board terminal is provided with an analysis module for reproducing a multi-screen according to the multi-screen setting information, receives the multi-screen setting information transmitted from the electronic bulletin board server, the multi-screen under the control of the analysis module The multi-screen may be formed of at least one layer screen on which content is reproduced according to the multi-screen setting information, and the content information may be requested and received on the layer screen.

The electronic bulletin board display device may be configured in plural, and the electronic bulletin board further includes an information terminal device that receives the information desired by the user and is connected to the electronic bulletin board server and the network to provide the requested information. Can be. The information terminal device may be configured as a touch screen.

In addition, the electronic bulletin board may be configured to include an access point to be connected to the network.

The access point may be configured to connect with a network through an electronic bulletin board terminal.

The present invention has the advantage that the administrator can access the electronic bulletin board server through the administrator terminal to generate more than one layer screen in various ways to provide a more vibrant multi-screen through the electronic bulletin board consisting of a multi-screen.

In addition, the administrator designates desired layer screen information and variously sets content information to be reproduced on each layer screen, so that the administrator can simultaneously implement a plurality of contents that are variously changed on the display device of the electronic bulletin board.

In addition, by adjusting the layer screen setting to select only a part of the content of the content to be played through the display device can be operated according to the purpose of the electronic bulletin board used in a particular field.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the electronic bulletin board to implement a multi-screen by generating at least one layer screen.

2 is a system configuration diagram of the electronic bulletin board according to the present invention, as shown in the electronic bulletin board 100, the administrator terminal 110, the electronic bulletin board server 120, the electronic bulletin board terminal 130, the electronic bulletin board display device ( 140).

The manager terminal 110 refers to an information communication device such as a personal computer, a notebook, a PDA, and the like used by an administrator for a multi-screen configuration, and is connected to the electronic bulletin board server 120, as shown in FIG. It can also be connected via, but is not limited to this can be directly connected to the electronic bulletin board server by wire will be apparent to those skilled in the art.

The electronic bulletin board server 120 is broadcast, advertising, music, movies, weather, clocks, stocks made of text, images, videos, flashes, etc. to be output to the outside through the electronic bulletin board display device 140 connected through a network It is a server of a service company that provides various contents such as a server, performs a function of streaming and providing the corresponding content, and is connected to the electronic bulletin board terminal 130 through a network.

The electronic bulletin board terminal 130 may be configured as a PC or a set-top box based on an operating system such as Windows or Linux. When using the PC as the electronic bulletin board terminal 130, a device for connecting to a network, such as a modem Necessary accessories such as hubs, routers, etc. should be provided, of course, and the description of the obvious parts of the related art will be omitted.

In addition, the electronic bulletin board display device 140 includes a LCD or a PDP, and means means for receiving various contents produced by text, images, videos, etc. from the electronic bulletin board server 120 and outputting them to the outside. It is configured to connect with).

The network is used as a data communication path between the manager terminal 110, the electronic bulletin board server 120, and the electronic bulletin board terminal 130, and a wired / wireless internet network may be used.

A multi-screen is implemented in the electronic bulletin board display device according to the present invention.

In order to generate one or more layer screens constituting a multi-screen, each layer screen is designated in the form of layer screen information, that is, layer screen information (position and size information of the layer screen, screen conversion information, schedule information of the layer screen) and the layer screen. When a value for the content information (content storage path, content name, type and schedule information, basic player information, etc.) of the content to be played is designated to the electronic bulletin board server 120, a full screen is configured accordingly. The multi-screen is realized by recombining the layer screen by an XML-based database design algorithm (hereinafter, based on an embodiment configured according to an XML-based DB design algorithm, but the present invention is not limited thereto). It is configured in such a way that it is possible.

3A to 3B are reference diagrams for illustrating a concept of a layer screen. The layer screen is a layer used to display a plurality of images by overlapping, and means a screen in which content is designated and reproduced in the present invention. Since each layer screen has a multi-layer structure, it means a screen located on different planes. When the multi-screen is composed of one or more layer screens, the multi-screen may be divided (visually divided) into each layer screen completely independently, and also divided so that part or all of each layer screen overlaps (logical division). May be

As shown in the figure, the background layer (Layer 0) constitutes the lowest layer, and the content assigned to each layer screen is played on the three layer screens (Layer 1,2, 3) logically divided by being located on different planes. It is shown.

That is, in the electronic bulletin board server 120, the administrator is configured to create one or more layer screens to configure a customized multi-screen, and the administrator terminal 110 is configured to operate the network under a basic web browser based on the operation of the administrator. The multi-board configuration information is transmitted to the electronic bulletin board server 120 through, and the electronic bulletin board server 120 receives the multi-screen configuration information, and then generates and stores the multi-screen setting information using the same.

The multi-screen setting information configured in the above-described manner is used by the electronic bulletin board terminal 130 to reproduce the multi-screen. That is, the electronic bulletin board terminal 130 receives specific multi-screen setting information transmitted from the electronic bulletin board server 120 and analyzes the multi-screen setting information by using the installed analysis module 124, the electronic bulletin board terminal 130. After reconstructing the multi-screen, the content specified in the multiple layer screens is loaded from the storage path into the real-time streaming format to play each content on each layer screen.

In order to implement a multi-screen through the network in the electronic board terminal 130, one or more layer screen information input by the administrator terminal 110 in the electronic bulletin board server 120 and the content to be displayed on each layer screen After setting the value and the like for the content information, the control module is installed in the electronic bulletin board terminal 130 so as to interpret the stored value by integrating it.

In this case, all functional means of the electronic bulletin board terminal 130 may be included in the electronic bulletin board server 120 so that the electronic bulletin board 120 may be directly connected to the electronic bulletin board display device 140 through a network. Although it will be obvious to those skilled in the art, in the embodiment of the electronic board of the present invention, the electronic board terminal 130 will be described as a separate component different from the electronic board server 120.

Referring to the multi-screen implementation process as described above in more detail as follows.

4 is a flowchart illustrating an overall process of implementing a multi-screen display method on an electronic bulletin board according to an exemplary embodiment of the present invention.

As shown, the manager transmits the multi-screen configuration information to the electronic bulletin board server 120 using the manager interface 122 provided from the electronic bulletin board server 120.

First, when the administrator requests access to the electronic bulletin board server 120 using the manager terminal 110 (S400), the electronic bulletin board server performs administrator authentication (S402), and if the administrator authentication is successful, the manager interface 122 It provides to the manager terminal 100 (S404). In this case, the manager interface 122 includes information essential for the configuration of the multi-screen, that is, layer screen information (layer screen position, size, conversion information, schedule information), and information of each content to be played on each layer screen (content storage path, The content name, type, schedule information of the content, and basic player information).

The manager inputs configuration information of the multi-screen to be configured by the manager interface 122 displayed on the manager terminal 100 (S406).

The electronic bulletin board server 120 receives the multi-screen configuration information transmitted from the manager terminal 110, and integrates all values specified by the administrator into XML data using the multi-screen configuration information in the multi-screen configuration information database. Save as (S410).

Next, the electronic bulletin board terminal 130 receives the transmission from the electronic bulletin board server (S424) is installed analysis module 124 (S426), the analysis module interprets the multi-screen setting information (S440) received from the electronic bulletin board server and In operation S442, the electronic bulletin board terminal 130 is controlled according to the multi-screen setting information to reproduce the content.

Here, the analysis module may be downloaded from the electronic bulletin board server 120 and may be installed in the electronic bulletin board terminal 30, but the analysis module may be installed and configured directly on the electronic bulletin board terminal 130. It will be taken for granted.

That is, the feature of the server-based multi-player screen algorithm applied to the present invention requires an independent player to drive data for each layer screen, unlike the existing single player, the content of the content to be implemented in each layer screen Since the type (video, image, text), duration, and path to load content can be different, each player must operate independently, and the whole is managed so that all of these layer screens can be harmoniously organized as one multi-screen. A module is needed, and this module is the analysis module 124.

After the analysis module 124 is installed on the electronic bulletin board terminal 130, the electronic bulletin board server 120 transmits the multi-screen setting information to the electronic bulletin board terminal 130, and the electronic bulletin board 130 receives the plurality of bulletin boards. The content is played back on each layer screen of the multi-screen composed of the layer screen (S448).

The electronic bulletin board terminal 130 analyzes the multi-screen setting information transmitted from the electronic bulletin board server 120 and configures the multi-screen according to the multi-screen setting information, and then grasps the type of the content to be included in each layer screen. A suitable driving player is loaded (S442). In this case, the driving player may be configured to load and use the player installed in the electronic bulletin board terminal 130 or the driving player stored in the electronic bulletin board server 120.

Next, the electronic bulletin board terminal 130 reads the XML data for the content designated on each layer screen from the multi-screen setting information, finds a storage location of each content through the network, requests the content, and receives the received content (S444 and S446). The content is played by each player (S448).

Hereinafter, the multi-screen configuration information input and transmission process according to an embodiment of the present invention, that is, the multi-screen configuration information input, transmission and storage process between the manager terminal 110 and the electronic bulletin board server 120 will be described in detail.

First, the administrator sets at least two layer screens on which the multimedia content is played. At this time, each layer screen set in the layer screen information becomes a playback window in which contents designated by the manager are played.

In this case, the administrator sets layer screen information including a schedule for the layer screen. In this case, the size and position of the layer screen may be randomly enlarged, reduced or moved, or the layer screens may be randomly overlapped with each other. The conversion information can be set to convert randomly or the like.

In addition, the schedule information of the layer screen is to set information on which the layer screen is activated. It is preferable to configure the layer screen to be synchronized according to the schedule information of the content played on the layer screen. When the reproduction of the content is completed, only the layer screen, which is the reproduction window in which the content is played, is left as it is. To solve this problem, it is preferable to synchronize the schedule information of the layer screen according to the schedule information of the content played on the layer screen. Do.

In addition, when the schedule information of the layer screen is compared with the schedule information of the content, and the activation time of the layer screen is longer than the playing time of the designated content, if the content conversion is set in a loop method, the content while the layer screen is activated If the activation time of the layer screen is shorter than the playing time of the specified content, setting the conversion of the content by the stop method stops the content playback at the same time when the layer screen is inactive. It can also be set to Such an example is merely a mere example, and the conversion setting may be configured using various setting conditions apparent to those skilled in the art.

Second, when input of setting information of the layer screen is completed, the administrator sets content information such as a storage path, content name and content type, basic player, and content schedule of the content to be played on each layer screen. At this time, the content to be used by the administrator is stored in the electronic bulletin board server 120, etc. Typically, the administrator inputs the URL address of the place where the content is stored as the content storage path, and is stored in the content storage place as the content name. As the file name of the content and the type of the content, one of a video, an image, or text is designated.

Of course, the content to be played on each layer screen can be variously designated, and each content is played on the designated layer screen according to the content schedule information.

Finally, the administrator sets the player to be used on each layer screen. In this case, the player to be used on each layer screen is referred to as a driving player in the present invention, and an administrator may set the driving player according to the type of the content, and if the type of the content is specified, the corresponding driving player is automatically set. Can be. The driving player is configured to use a player that is basically installed in the electronic bulletin board terminal 130 or to load the driving player stored in the electronic bulletin board server 120 on a browser.

In addition, in configuring the multi-screen, the split ratio of the layer screen may be automatically adjusted to maintain the aspect ratio of the content to be played on each layer screen. That is, when there is a difference in the aspect ratio of the layer screen to be played by analyzing the file information of the content, the electronic bulletin board server 120 resets the configuration of the multi-screen set by the administrator according to a predetermined algorithm to play the content. The aspect ratio of the layer screen may be adjusted to match the aspect ratio of the content.

In addition, when the size or position of the layer screen is set to change, the content played on the layer screen may be automatically adjusted according to the conversion of the layer screen according to a predetermined algorithm of the electronic bulletin board server 120. have.

As described above, when the basic information is input, the schedule of the content to be played on each layer screen is set according to the setting of the administrator, and the administrator sets the schedule information of the content such as date, time, day of the week, and the like. Can be set to convert according to.

5A to 5D are reference views illustrating a process of implementing a multi-screen with multiple layer screens when a schedule of contents is set according to time, that is, a schedule of contents is set according to a temporal setting value. In the layer screen of, the content to be played and each player for driving the content are designated.

In the figure, the schedule of each layer in which each content is played is similarly configured in synchronization with the schedule of the content.

FIG. 5A is a reference diagram illustrating setting layer screen information through an administrator interface in a manager terminal. FIG. 5B is a reference diagram illustrating a layout of a multi-screen to be implemented according to setting of layer screen information of a manager. FIG. 5C. Is a reference diagram showing that schedule information of contents to be played on a layer screen is set with time.

FIG. 5D is a reference diagram illustrating a process of implementing multi-screen setting information according to FIGS. 5A to 5C, and shows contents played on a plurality of layer screens in sections a, b, and c shown in FIG. 5C, respectively.

In detail, first, in the case of section a, the drama content is played on the layer screen 1, and the stock content is played on the layer screen 3 on a plane different from the layer screen 1.

Secondly, in the section b, the entertainment content is played on the layer screen 2 located on another plane, and in the layer screen 1, the drama content set differently from the drama content played in the section a is played.

Finally, in section c, when the stock content is played on the layer screen 3, the layer screen 3 disappears at the same time according to the layer screen schedule configured to be synchronized with the schedule of the content, and is played back on the layer screen 1 partially covered by the layer screen 3. Drama content will appear. Of course, here again, another drama content is played on the layer screen 1.

The schedule setting of the content and the layer screen may be utilized by inputting and setting various conditions obvious to those skilled in the art, such as a date and a day of the week, in addition to the above-described time.

6A through 6C are reference views for still another embodiment illustrating a process of implementing a multi-screen according to layer screen information.

6A is a reference diagram illustrating setting layer screen information through an administrator interface in a manager terminal, and FIG. 6B is a reference diagram illustrating a layout of a multi-screen to be implemented according to setting of layer screen information of a manager.

As shown in FIG. 6A, a layer screen is generated using plus (+) coordinates and (−) coordinates, so that the portion displayed on the display device, that is, the portion that is not displayed (dashed line of the layer 2 screen) is displayed. Part).

6C is a reference diagram illustrating a process of implementing multi-screen setting information according to FIGS. 6A to 6B. In the case of the counting broadcast content reproduced on the layer screen 2, the entire counting broadcast content is not displayed on the electronic bulletin board display device. In the contents, only the counting of the counts is displayed through the display device, thereby forming a multi-screen.

As described above, the content of the content played on the layer screen of the present invention has an advantage that it can be configured to be selectively played through the display device according to the layer screen information set in the administrator terminal.

Therefore, in the case of an electronic bulletin board for providing movie information to a general consumer in a movie theater, the multi-screen can be configured to selectively provide only the most necessary interests of the counting broadcasting, thereby providing an electronic bulletin board for providing movie information. It has the advantage of being able to reflect the interests it needs while maintaining its purpose.

The process of configuring a multi-screen on the electronic bulletin board terminal 130 will be described in more detail. The multi-screen setting information received under the control of the analysis module is interpreted to configure a multi-screen composed of one or more layer screens. Next, load the loaded player according to the player setting to be used on each layer screen and assign it to each layer screen.

Next, the electronic bulletin board terminal reads the XML data of the content designated on each layer screen, finds the storage location of each content through the network, requests the content, receives the content, and plays the content using the player specified on the layer screen. .

The electronic bulletin board terminal determines the layer screen information or the content information set in the multi-screen setting information and converts the layer screen configuration or the content to be played back.

Of course, at this time, if the content to be reproduced according to the content schedule changes, read the XML data for the newly specified content, find a storage location of each content through the network, request and receive the content, and play the content.

Referring to FIG. 2, in the present invention, the electronic bulletin board display device 140 of each electronic bulletin board may be configured in plural numbers to provide various information, and a plurality of various information providing various information in various fields. In order to provide necessary contents for each of the electronic bulletin boards, the contents D / B 126 of the electronic bulletin board server store the contents of various information.

The electronic bulletin board further includes an information terminal device 150 that receives the information desired by the user and is connected to the electronic bulletin board server 120 and the network to perform the function of providing the requested information. The information terminal device 150 is preferably composed of a touch screen modularized information desired by the user.

The information terminal device 150 is configured to be connected to the search D / B 129 of the electronic bulletin board server 120 through a network through the electronic bulletin board terminal 130.

Therefore, through the information terminal device 150 embedded in the electronic bulletin board, the general user can receive information services such as necessary living information, commercial advertisement, location information, etc. more conveniently and quickly.

In addition, the electronic bulletin board may be configured to include an access point (AP) 160 connected to an electronic bulletin board server and a network to directly implement multi-content information or to provide an Internet telephone service.

In other words, a multi-screen that is implemented in the display device 140 of the electronic bulletin board within a predetermined distance of the electronic bulletin board equipped with the access point 160 using a wireless terminal such as a laptop or a PDA equipped with a wireless LAN. The implementation can be implemented directly.

The detailed configuration method thereof is the same as the method of implementing the multi-screen on the electronic bulletin board display device 140 in the electronic bulletin board terminal 130, the description thereof will be omitted below.

The access point 160 may be configured to be connected to the electronic bulletin board terminal 130 and connected to a network. In detail, it may be configured to be connected to the electronic bulletin board terminal, that is, a network connection means provided in a set-top box or a PC.

Of course, the access point 160 may be configured by connecting directly to the electronic bulletin board server 120 without going through the electronic bulletin board terminal 130 will be natural to those skilled in the art.

In addition, it can be configured to use the Internet phone service within a certain distance of the electronic bulletin board using a Wi-Fi portable terminal.

That is, radio waves transmitted from a wireless terminal such as an Internet phone equipped with a Wi-Fi wireless LAN card are connected to an access point (AP) that provides a function of transmitting and buffering data through the air as a conductor.

The access point 160 is connected to the network network through the electronic bulletin board terminal 130, and the radio wave is transmitted so that the user can carry the local telephone through a subscription telephone network within a certain distance of the place where the user possesses the wireless terminal. Long distance and international calls are available.

In detail, the access point 160 may be connected to the network through the electronic bulletin board terminal 130, and the network may be connected to the subscription telephone network through the gatekeeper 170.

The gatekeeper 170 is a control server used to provide an Internet telephone service and manages and operates a correspondence between a telephone number and an IP address as one of the functions specified in the ITU-T Recommendation H.323. As a gateway that connects a telephone network and a network network, both communication networks are connected to allow Internet telephone users and subscribers of the subscriber telephone network to communicate with each other.

Preferred embodiments of the present invention described above are disclosed for purposes of illustration, and those skilled in the art will be able to make various modifications, changes and additions within the spirit and scope of the present invention. Additions should be considered to be within the scope of the following claims.

1 illustrates a screen display apparatus of an electronic bulletin board using a screen splitting method of the related art.

2 shows a system configuration diagram of an electronic bulletin board according to the present invention.

3A to 3B illustrate reference diagrams for illustrating a concept of a layer screen.

4 is a flowchart illustrating an overall process of implementing a multi-screen display method on an electronic bulletin board according to an exemplary embodiment of the present invention.

5A through 5D illustrate a process of implementing a multi-screen with a plurality of layer screens when a schedule of content is set according to time.

6A to 6C illustrate reference diagrams of still another embodiment illustrating a process of implementing a multi-screen.

* Explanation of symbols for main parts of the drawings

100: electronic bulletin board 110: administrator terminal

120: bulletin board server 122: administrator interface

124: analysis module 126: content D / B

128: Multi-Screen Setting Information D / B 129: Search D / B

130: electronic bulletin board terminal 140: electronic bulletin board display device

150: information terminal device 160: access point

170: gatekeeper

Claims (14)

An electronic bulletin board provided with an electronic bulletin board display device in which a screen is divided into multiples so as to appropriately arrange various information received from an electronic bulletin board server. The multi-screen using the layer screen, characterized in that the multi-screen setting on the electronic bulletin board display device receives the multi-screen setting information for generating at least one layer screen to play the content on the electronic bulletin board server through a network network An electronic bulletin board having a display device implemented. The method of claim 1, wherein the multi-screen setting information includes: An administrator terminal accesses the electronic bulletin board server, transmits multi-screen configuration information including layer screen information and content information played on the layer screen through an administrator interface, and receives the multi-screen configuration information from the electronic bulletin board server. An electronic bulletin board having a display device in which a multi-screen is implemented by using a layer screen, wherein the multi-screen setting information is generated and stored. The method of claim 2, wherein the layer screen information includes: A display device in which a multi-screen is implemented using a layer screen, wherein the size of the layer screen, location information, and schedule information of the layer screen are set through an administrator interface such that the electronic bulletin board server generates at least one layer screen. Having an electronic bulletin board. The method of claim 3, wherein A display in which a multi-screen is implemented using a layer screen, wherein the size and position information of at least one layer screen are randomly input so that the size and position of at least one layer screen are randomly converted in the layer screen information. Electronic board with device. The method of claim 3, wherein The schedule information of the layer screen is an electronic bulletin board having a multi-screen display device using a layer screen, characterized in that configured to be synchronized with the schedule information of the content played on the layer screen. The method of claim 2, wherein the content information includes: Through the manager interface, the player to be driven on the layer screen is set according to the storage path, the content name, the content type, the schedule information of the content, and the content type to be played on the layer screen. Electronic board having a display device implemented a screen. The method of claim 6, The schedule information of the content is set to be converted according to a specified condition such as date, time, day of the week, etc. The electronic bulletin board having a display device implemented a multi-screen using a layer screen. The method of claim 1, The electronic bulletin board display device has a display device implemented with a multi-screen using a layer screen, characterized in that configured to be connected to the electronic bulletin board terminal connected to the electronic bulletin board server. The method of claim 8, wherein the electronic bulletin board terminal, According to the multi-screen setting information is installed an analysis module that can play a multi-screen, Receive the multi-screen setting information transmitted from the electronic bulletin board server, Interpreting the multi-screen setting information under the control of the analysis module, forming a multi-screen with at least one layer screen on which content is played according to the multi-screen setting information, and requesting content to be played on the layer screen An electronic bulletin board having a display device implemented with a multi-screen using a layer screen, characterized in that configured to play after receiving. The method of claim 1, The electronic bulletin board display device has a display device implemented with a multi-screen using a layer screen, characterized in that a plurality of. The method of claim 1, The electronic bulletin board further includes an information terminal device that receives the information desired by the user and is connected to the electronic bulletin board server and the network to perform the function of providing the requested information. Electronic board with a display device implemented. The method of claim 11, The information terminal device is an electronic bulletin board having a display device implemented with a multi-screen using a layer screen, characterized in that consisting of a touch screen. The method of claim 1, The electronic bulletin board has a display device implemented with a multi-screen using a layer screen, characterized in that the access point is included to be connected to the network. The method of claim 13, The access point is an electronic bulletin board having a display device implemented with a multi-screen using a layer screen, characterized in that configured to connect to a network through an electronic bulletin board terminal.

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