KR20050023826A - A two-directional system for providing information using the division of PDP and the method thereof - Google Patents

Abstract

PURPOSE: A system and a method for offering interactive information using divided PDP(Plasma Display Panel) screens through a central or local-control mode are provided to display diversified contents information on one screen at the same time by displaying graphic contents information to entire screen or the divided screens. CONSTITUTION: A contents providing server(200) certifies a member of an operator connected through the communication network(100) and transmits main/sub contents information to the outside through an interface. An operator server(300) graphically processes/stores the received main/sub contents information to a database and transmits it to the outside based on a preset schedule through the communication network. The first slim PC(400) stores the main/sub contents information received from the operator server in the database, and displays the main/sub contents information through the entire or divided screen according to the schedule by linking with a controlling signal inputted from the operator server. A display device(500) displays the main/sub contents information transmitted from the first slim PC to the entire or divided screen.

Description

A two-directional system for providing information using the division of PDP and the method et al.

The present invention relates to a bidirectional information providing system and a method using a PDP screen division, and more particularly, to display a plurality of content information at the same time through a display device divided into a full screen or a predetermined number of graphical content information The present invention relates to a bidirectional information providing system using a PDP screen division and a method thereof.

In addition, the present invention by controlling the output of the graphic content in both directions based on the central control method or the local control method, using a PDP screen division that can immediately display the desired content information regardless of the preset scheduling Bidirectional information providing system and method thereof.

In general, the Internet is an open network that can be connected and used freely by applying a common protocol called TCP / IP to other computers that anyone wants to access anywhere in the world. Various services such as e-mail, content information provision, file transfer, and the World Wide Web (WWW) can be used, for example, to be used for the delivery of information.

As the use of the Internet is rapidly increasing both domestically and globally, the importance of the Internet is rapidly increasing as a strategic tool for improving efficiency and productivity in all parts of the existing industry, and new business opportunities are continuously created through the Internet. The number of service providers on the Internet is increasing.

Recently, methods of providing various types of content information through a predetermined display device such as a plasma display panel (PDP) using the Internet technology have been introduced. Only the entire screen of the device could display content information in a certain format, for example, content information in a text or character format, and thus, there was a problem in that it was not possible to simultaneously display diversified graphic content information to a user.

In addition, in the conventional content providing method, output control of predetermined content information can be performed through the display device only by a central control method. Based on this, the user cannot perform output control on predetermined content information that is currently required, and thus effective content information. There was also a problem that could not be displayed.

In order to solve the above problems, the present invention divides and displays graphic content information on the entire screen or a predetermined number of display devices, thereby simultaneously displaying the pluralized content information on one screen of the display device. The present invention provides a bidirectional information providing system using a PDP screen division and a method thereof.

In addition, the present invention by using the PDP screen splitting that can display the graphic content information in both directions based on not only the central control method or the local control method, but also immediately display the desired content information regardless of the preset scheduling. The present invention provides a bidirectional information providing system and method thereof.

In accordance with an aspect of the present invention, there is provided a bidirectional information providing system using a PDP screen division, comprising: a network communication network which connects a plurality of unspecified communication lines to perform mutual data communication; A content providing server configured to perform member authentication for an operator connected through a network communication network and transmit predetermined main / secondary content information to an outside through an interface; An operator server which graphically stores the main / secondary content information transmitted from the content providing server in a DB and then transmits the content information graphically processed through the network communication network to the outside based on a predetermined scheduling; After receiving the main / secondary content information from the operator server through the network communication network and storing the main / secondary content information in a DB, the main / secondary content information is displayed according to a preset scheduling in association with a control signal input from the operator server. A first slim PC displaying through a full screen or a segmented screen; A display device configured to display the main / secondary content information transmitted from the first slim PC on a full screen or a divided screen; And a second slim PC configured to transmit an output control signal for displaying specific main / content content information desired by a user to the first slim PC.

In addition, the bidirectional information providing method using the PDP screen division according to the present invention, the first step of receiving a predetermined content information from the content providing server in the operator server; A second step of graphically processing the content information in an operator server and storing the same in a DB server; A third step of transmitting the graphic information processed by the operator server to the first slim PC; And a fourth step of displaying the graphic processed content information on the first slim PC through a display means.

In addition, in the bidirectional information providing method using the PDP screen division according to the present invention, when the output control signal for the predetermined content information is input from the second slim PC, the user regardless of the preset scheduling in the first slim PC And outputting the selected predetermined content information to the display means.

Hereinafter, a bidirectional information providing system and method using PDP screen division according to the present invention will be described in detail with reference to the accompanying drawings.

First, a configuration and an operation process of a bidirectional information providing system using PDP screen division according to the present invention will be described in detail with reference to FIG. 1.

Bidirectional information providing system using the PDP screen division according to the present invention, as shown in Figure 1, the network communication network 100, the content providing server 200, the operator server 300, the first slim PC 400, The display device 500 and the second slim PC 600 are included, and the respective components will be described in detail as follows.

The network communication network 100 is a high-speed communication network such as a wired / wireless Internet, and includes a plurality of unspecified numbers among the content providing server 200, the operator server 300, the first slim PC 400, and the second slim PC 600. Connect the communication line of each other so that mutual data communication is possible.

The content providing server 200 transmits main content information and predetermined auxiliary content information provided in association with the main content information to the operator server 300 which is a member through the network communication network 100.

That is, when a connect (CONNECT) request signal is input from the operator server 300 subscribed to through the network communication network 100, the content providing server 200 is connected to the authentication data input from the operator server 300. Membership certification is performed according to

Subsequently, when a request signal for predetermined content information is input from the operator server 300 which is member authenticated, the content providing server 200 transmits the main / secondary content information to the operator server 300 through a predetermined interface. To be sent in real time.

Here, the main content information relates to content information provided in relation to a place to which the system is applied. If the system is installed in a golf course, the course information (the topography of the hole, etc.), the facilities, the golf course event / Golf course information such as weather / temperature / humidity / wind direction / wind speed becomes main content information.

However, it should be noted that the main content information is not limited to golf course information and is interpreted, and any content information related to the place where the system is installed may be main content information.

In addition, the auxiliary content information is provided in conjunction with the main content information, more specifically, if the system is applied to the golf course, traffic such as the time required for the main road from the golf course to the destination, the detour road, etc. Information, weather information such as weather / temperature / humidity / direction / wind speed, news information, other service information, and advertisement information may be auxiliary content information.

Here, it should be noted that the auxiliary content information is not limited to the above information, and other information may be included in the auxiliary content information.

The operator server 300 graphically processes the main content information and the auxiliary content information transmitted from the content providing server 200 and makes a database, and then sets the content information based on a preset scheduling through the network communication network 100. As shown in FIG. 2, the web server 301, the display director manager (DDM) 302, the DB server 303, and the program module 304 are transmitted to the first slim PC 400 to be described later. It is configured to include.

Hereinafter, each component constituting the operator server and an operation process will be described in detail with reference to FIG. 2.

First, the web server 301 receives predetermined content information from the content providing server 200 based on the scheduling set by the scheduling setting program, and then transfers the predetermined content information to the display director manager (DDM) 302 which will be described later. .

In addition, the web server 301 uses the common gate interface (IGC) of the first slim PC 400 described later to describe the main / secondary content information processed according to the display director manager (DDM) 302 which will be described later. Transfer to the first slim PC (400).

The display director manager (DDM) 9302 receives main / secondary content information input from the content providing server 200 through the web server 301 based on a scheduling set by a predetermined scheduling setting program.

Thereafter, the display director manager (DDM) 9302 collects, stores, and analyzes predetermined main / secondary content information received through the web server 301 to generate new dynamic content, that is, graphic content information. This is transmitted to the first slim PC 400 which will be described later through the web server 301.

In addition, the display director manager (DDM) 302 is a predetermined event signal, for example, the restart / end event signal of the display director client (DDC) constituting the first slim PC 400 to be described later, the first slim PC. After generating an event signal such as a restart event signal for the 400, and transmits it to the first slim PC 400 to be described later through the web server (301).

The DB server 303 receives the graphical main / secondary content information generated based on the display director manager (DDM) 302 through the web server 301, and then stores the main / secondary content information in a directory. Store separately.

In addition, the DB server 303 is generated by the display director manager (DDM) 302, the graphical main / auxiliary content is transmitted to the first slim PC 400 to be described later via the web server 301 Store log data for information.

The program module 304 performs environment setting and change and program addition / deletion for the operator server 300 based on a predetermined control signal input by an operator through an operator interface.

In addition, the program module 304 performs a screen state, environment setting change, and program addition / deletion for the first slim PC 400 through a common gateway interface (CGI) of the first slim PC 400 to be described later. The control signal for transmitting to the first slim PC (400).

The first slim PC 400 receives graphic content information from the operator server 300 and stores the graphic content information in a DB server to be described later, and displays the auxiliary / main content information in a predetermined manner according to a preset scheduling. As shown in FIG. 3, the output control signal is transmitted to a display device to be described later. The web server 401, the display director client (DDC) 402, the DB server 403, the FTP server 404 and the program are shown in FIG. Module 405 is configured.

The first slim PC may further include a display director checker 406 which periodically checks an operation state of a display director client (DDC), which will be described later, to prevent a malfunction.

When the output control signal for the predetermined content information is input from the second slim PC 600, which will be described later, through the web server 401, the first slim PC 400 may select a predetermined user regardless of the preset scheduling. Main / secondary content information is preferentially outputted to the display device 500 described later.

Hereinafter, each component and an operation process of the first slim PC will be described in detail with reference to FIG. 3.

First, the web server 401 receives the graphical main / secondary content information generated based on a preset scheduling in the operator server 300 through a common gate interface (CGI), and then displays the display director client described later. (DDC) 402 to transmit.

In addition, the web server 401 calls the main / auxiliary content information stored in the DB server 403 through the CGI interworking with the DB server 403 described later based on the control signal input from the operator server 300. To the display device described later.

In addition, the web server 401 manages schedules for the first slim PC 400 from the operator server 300 and manages information on information on the main / secondary contents graphicized in conjunction with the DB server 401. The controller receives a control signal for performing log management and communication connection with the display director client (DDC) 402.

In addition, when the output control signal for the predetermined main / secondary content information input by the user is input from the second slim PC 600, which will be described later, the web server 401 cooperates with the DB server 403, which will be described later. The main / content information associated with the output control signal is called from the main / auxiliary content information stored in the DB server 403 through the CGI and then output to the display device 500 to be described later.

The display director client (DDC) 402 stores the graphic main / secondary content information input through the web server 401 in a DB server 403 to be described later, and then based on a predetermined scheduling setting program. Based on preset scheduling, the main / auxiliary content information is output or divided into a full screen of the display device 500, more specifically, a plasma display panel (PDP), which will be described later through the CGI of the web server 401. Output through the screen.

Thereafter, the display director client (DDC) 402 stores the log data for the graphic content information output to the display apparatus 500 in the DB server 403 which will be described later.

The display director client (DDC) 402 is a predetermined event signal input from the operator server 300 through the web server 401, more specifically, restart / restart of the display director client (DDC) 402. An event corresponding to an end event signal or a restart event signal for the first slim PC 400 is performed.

The display director client (DDC) 402 performs mode setting for the normal mode and the debugging mode for the first slim PC 400 based on a control signal input from the operator server 300 through an operator interface. .

Here, the normal mode indicates a general operating state such as opening a TCP socket for connecting to an external program, moving the mouse pointer off the screen on the screen of the first slim PC 400, and the debugging mode is normal. Omitts the socket and mouse movement in the mode, and stores the state change of the display director client (DDC) 402 as a log file in the DB server 403 described later to initially install the display director client (DDC) 402. Indicates the hour state.

The display director client (DDC) 402 may display a height, a width, a division state, and predetermined content information of the screen for the display device 500 described later based on a control signal input from the operator server 300 through an operator interface. Sets the position where is displayed.

The display director client (DDC) 402 determines a directory for the first slim PC 400 based on a control signal input from the operator server 300 through an operator interface, such as a root directory, a basic directory, an auxiliary content directory, and a directory. Set to the main content directory.

Here, a DDC.exe file for executing the display director client (DDC) 402 is installed in a root directory, and a basic file necessary for executing the DDC.exe file in the default directory, for example, a start screen and an end. Screens, error screens and temporary files, and temporary files used when an abnormality occurs in the main screen or link screen are stored, and the auxiliary content directory includes traffic information, weather information, news information, other service information, and advertisement information. An auxiliary content file is stored, and the main content directory stores a main content file which is content information related to a place to which the system is applied.

When the display director client (DDC) 402 stores the predetermined main / secondary content input from the operator server 300 in the DB server 403 which will be described later, the display director client (DDC) 402 may store a display order of the main / secondary content. Table name to leave log data.

That is, the display director client (DDC) 402 modifies a table set in the DB server 403 to be described later, and outputs a schedule list for the content information, modifies, changes, deletes, deletes, and adds new content.

In addition, the display director client (DDC) 402 aggregates / analyzes log information about the screened content information in real time and displays data such as the display date and time, exposure frequency, etc. of the corresponding content through the operator interface 300. To send.

The display director client (DDC) 402 outputs and displays the main / auxiliary content information to the display apparatus 500 to be described later based on a control signal input from the operator server 300 through an operator interface.

At this time, the display director client (DDC) 402 is connected to the DB server 403, the screen segmentation status information, display dormancy status information, current content status information, news with the DB server 403 to be described while displaying the main / auxiliary content The input state information and the start content state information are stored in the DB server 403 described later.

Here, the screen segmentation state information is state information related to whether the main / auxiliary content is displayed in a full screen state on the display device 500 to be described later or divided and displayed in a predetermined number, and the current content state information is displayed on the display device. The sequence number, file name, and screenable content status information of the displayed content, and the news input status information are used to check the update time for news content information whose broadcast time is important so as not to display the broadcasted news after a certain time. The status information of the input news input time, the start content status information is to check the start time of the displayed content to display the next content forcibly to display the next content when the content is screened after a certain time for the latest start time of each content Status information i To burn.

The display director client (DDC) 402 is configured to display a predetermined number of frames using the frame of the display device 500 on which the predetermined content information is displayed based on a control signal input from the operator server 300 through an operator interface. For example, split the screen into two or multiple.

In this case, the display director client (DDC) 402 divides the screen of the display device 500 into a predetermined number of frames, and displays content information provided in a different type of file format for each divided frame. It has a player corresponding to each frame.

Here, since the content information is largely provided in the form of a video file, a flash file, and an image file, the player is a media component for a video file, a flash component for a flash file, and a picture for an image file. Picture) component.

The DB server 403 receives and stores the graphicized main / secondary content information input from the display director client (DDC) 402.

In addition, the DB server 403 transmits data such as log information, output date and time, and exposure frequency of the main / auxiliary content information output to the display device 500 to be described later through the CGI. It receives the input from 402 and stores it.

The FTP server 404 performs a transfer for a predetermined shared file with the operator server 300.

The program module 405 is configured to change the screen state of the first slim PC 400 based on a control signal input from the operator server 300 through the network communication network 100, change environment settings, add / delete a program, and the like. Perform control of the.

The display director checker 406 periodically checks an operation state of the display director client (DDC) 402 to prevent a malfunction thereof.

The display device 500 displays the content information, that is, the main / auxiliary content information on the full screen or on a divided screen, based on an output control signal transmitted from the first slim PC 400. More specifically, it is implemented using a plasma display (PDP).

The second slim PC 600 outputs an output control signal for specific content information input by a user such as a golf course, for example, a golf course, to display predetermined content information through the display device 500. Transfer to the first slim PC (400).

That is, when the output control signal for the specific content information is input from the second slim PC 600 when the content information is being displayed on the display device based on the scheduling set by the predetermined scheduling setting program. The first slim PC 400 stops outputting the content information currently being output, and then displays specific content information linked to the output control signal on the display device.

Hereinafter, a bidirectional information providing method using PDP screen division according to the present invention will be described in detail with reference to FIG. 4.

First, as shown in FIG. 4, the content providing server transmits main / secondary content information to an operator server (S100).

Referring to FIG. 5 in detail, when a connection request signal is input from the operator server 300 through the network communication network 100 (S101), the content providing server 200 corresponds to the operator server 300. In step S102, a data input window for authenticating a member is transmitted to the operator server 300.

At this time, when the operator inputs predetermined member authentication data through the data input window (S103), the content providing server 200 based on the member information stored in the DB server member authentication for the operator server 300 After performing (S104), it is determined whether the member authentication of the operator has been successfully performed (S105).

As a result of the determination in step S105, if the member authentication for the operator is not successfully performed, the content providing server 200 transmits a member authentication failure message to the operator server 300 and then disconnects (S106). ).

As a result of the determination in step S105, if the member authentication for the operator is successfully performed, the content providing server 200 performs a connection to the operator server 300 (S107).

Subsequently, when a data request signal for predetermined main content information and auxiliary content information is input from the connected operator server 300 (S108), the content providing server 200 determines a predetermined main based on a predetermined scheduling. / Auxiliary content information is transmitted to the operator server 300 (S109).

As described above, after the predetermined main / secondary content information is transmitted to the operator server, the content providing server 200 stores log data about the predetermined main / content information transmitted to the operator server 300 in a database. (S110).

As described above, after receiving predetermined main / secondary content information from the content providing server 200, the operator server 300 graphically processes the main / secondary content information as illustrated in FIG. 4. In order to store the DB server 303 (S200).

Here, the main content information relates to content information provided in relation to a place to which the system is applied. If the system is installed in a golf course, the course information (the topography of the hole, etc.), the facilities, the golf course event / Golf course information such as weather / temperature / humidity / wind direction / wind speed becomes main content information.

In addition, the auxiliary content information is provided in conjunction with the main content information, more specifically, if the system is applied to the golf course, traffic such as the time required for the main road from the golf course to the destination, the detour road, etc. Information, weather information such as weather / temperature / humidity / direction / wind speed, news information, other service information, and advertisement information may be auxiliary content information.

After storing the predetermined main / secondary content information transmitted from the content providing server to the DB server as described above, the operator server, based on a predetermined scheduling, as shown in FIG. The information is transmitted to the first slim PC (S300).

Referring to FIG. 6 in more detail, when a connection request signal is input from the first slim PC 400 (S301), the operator server 300 corresponds to the first slim request in response to the connection request signal. The data input window for member authentication is transmitted to the PC 400 (S302).

Subsequently, when predetermined member authentication data is input from the first slim PC 400 through the data input window (S303), the operator server 300 is based on the member information set in the DB server 303. 1 After performing member authentication on the slim PC 400 (S304), it is determined whether member authentication of the first slim PC has been successfully performed (S305).

As a result of the determination in step S305, when the member authentication for the first slim PC 400 is not successfully performed, the operator server 300 transmits a member authentication failure message to the first slim PC 400. After the disconnection is performed (S306).

As a result of the determination of step S305, when the member authentication for the first slim PC 400 is successfully performed, the operator server 300 performs a connection to the first slim PC 400 (S307).

Subsequently, when a request signal for predetermined main / secondary content information is input from the connected first slim PC 400 (S308), the operator server 300 presets predetermined main / secondary content information. On the basis of the transmission to the first slim PC 400 (S309).

As described above, after the predetermined main / secondary content information is transmitted to the first slim PC 400, the operator server 300 transmits the predetermined main / secondary content information transmitted to the first slim PC 400. Store log data for the DB server 303 (S310).

As described above, after receiving predetermined main / secondary content information from the operator server, the first slim PC sets the main / secondary content information based on a preset scheduling as shown in FIG. 4. Display on the display device (S400).

Referring to FIG. 7 in detail, when predetermined main / secondary content information is input from the operator server 300 (S401), the first slim PC 400 may read the main / secondary content information. Classified by directory and stored in the DB server (403) (S402).

That is, in the root directory, the DDC.exe file for executing the display director client (DDC) of the first slim PC 400 is stored, and in the default directory, a basic file necessary for executing the DDC.exe file, for example, a start Save the screen, the exit screen, error screen and temporary files, and temporary files used when an abnormality occurs on the main screen or link screen, and the auxiliary content directory contains traffic information, weather information, news information, other service information, and advertisement information. Stores the auxiliary content file, and the main content directory stores the main content file related to the place where the system is applied.

Subsequently, when an output control signal for displaying the main / auxiliary content information is input from the operator server 300 through a predetermined operator interface (S403), the first slim PC 400 may output the main control signal. In step S404, it is determined whether the output control signal is displayed through the auxiliary content information full screen or the output control signal is displayed through the divided screen.

If the output control signal is an output control signal for displaying the main / secondary content information through the entire screen of the display device 500 as a result of the determination in step S404, the first slim PC 400 is configured to preset scheduling. On the basis of the main / auxiliary content information is displayed on the entire screen of the predetermined display device 500 (S405).

As a result of the determination in step S404, when the output control signal is an output control signal for displaying the main / auxiliary content information through a predetermined number of divided display devices 500, the first slim PC 600 may be configured to display the control information. In operation S406, the main / secondary content information is displayed on the display device 500 divided into a predetermined number in association with an output control signal.

As described above, the predetermined main / secondary content information is displayed through the predetermined display device 500, more specifically, the entire screen of the plasma display panel PDP or a screen divided into a predetermined number, The first slim PC 400 determines in real time whether a request signal for predetermined main / secondary content information is input from the second slim PC 600 (S407).

If the request signal for the predetermined main / secondary content information is not input from the second slim PC 600 as a result of the determination in step S407, the first slim PC 400 may be configured as a main / subordinate based on preset scheduling. The auxiliary content information is displayed on the display device 500 in order (S408).

However, when the request signal for the predetermined main / secondary content information is input from the second slim PC 600 as a result of the determination in step S407, the first slim PC 400 may be configured regardless of the preset scheduling. The main / secondary content information corresponding to the request signal input from the second slim PC 600 is displayed in real time through the display apparatus 500 (S409).

As described above, the bidirectional information providing system and method using the PDP screen division according to the present invention, the graphical main / auxiliary content information is a predetermined display device, more specifically, the entire screen of the plasma display panel (PDP) Alternatively, by dividing and displaying a predetermined number, the multiplexed content information can be simultaneously displayed in real time.

In addition, the present invention enables the bi-directional output control of the graphical main / auxiliary content information by the local control method as well as the central control method, the user can immediately display the desired content information regardless of the preset scheduling Also provides.

Herein, although the present invention has been described with reference to the preferred embodiments, those skilled in the art will variously modify the present invention without departing from the spirit and scope of the invention as set forth in the claims below. And can be changed.

1 is a diagram illustrating a configuration of a bidirectional information providing system using a PDP screen division according to the present invention.

Figure 2 is a block diagram showing the configuration of an operator server constituting a bidirectional information providing system using PDP screen division according to the present invention.

3 is a block diagram showing a configuration of a first slim PC constituting a bidirectional information providing system using PDP screen division according to the present invention;

3 is a flowchart illustrating a method of providing bidirectional information using PDP screen division according to the present invention.

Figure 4 is a flow chart for providing main / auxiliary content information from the content providing server according to the present invention to the operator server.

Figure 6 is a flow chart for providing the main / auxiliary content information graphicized from the operator server to the first slim PC in accordance with the present invention.

7 is a flow chart for providing graphical main / secondary content information in a first slim PC according to the present invention on a full screen or a segmented screen of a display device.

Explanation of symbols on the main parts of the drawings

100: network communication network

200: content providing server

201: web server

300: operator server

301: web server

302: Display Director Manager (DDM)

303: DB Server

304: program module

400: the first slim PC

401 web server

402: Display Director Client (DDC)

403: DB Server

404: FTP server

405 program module

406: display director check unit

Claims (15)

A network communication network which connects a plurality of unspecified communication lines to perform mutual data communication; A content providing server configured to perform member authentication for an operator connected through a network communication network and transmit predetermined main / secondary content information to an outside through an interface; An operator server which graphically stores the main / secondary content information transmitted from the content providing server in a DB and then transmits the content information graphically processed through the network communication network to the outside based on a predetermined scheduling; After receiving the main / secondary content information from the operator server through the network communication network and storing the main / secondary content information in a DB, the main / secondary content information is displayed according to a preset scheduling in association with a control signal input from the operator server. A first slim PC displaying through a full screen or a segmented screen; A display device configured to display the main / secondary content information transmitted from the first slim PC on a full screen or a divided screen; And A second slim PC which transmits an output control signal for displaying specific main / content content information desired by a user through the display device to the first slim PC. Bidirectional information providing system using a PDP screen partition, characterized in that configured to include. The method of claim 1, wherein the operator server, A web server for receiving predetermined main / secondary content information from the content providing server based on a scheduling set by a predetermined scheduling setting program; Collecting, storing, and analyzing the main / secondary content information input through the web server to generate and store graphical content information, and then the graphicized data through the common gate interface (CGI) of the first slim PC. A display director manager (DDM) for transmitting content information to the first slim PC; A DB server storing graphic content information generated by the display director manager (DDM), log data for the content providing server, and log data for the main / secondary content information transmitted to the first slim PC. ; And Program module for performing screen state, environment setting change and program addition / deletion for the first slim PC based on a control signal input by the corresponding operator through a predetermined operator interface. Bidirectional information providing system using a PDP screen partition, characterized in that configured to include. The method of claim 1, wherein the first slim PC, When the output control signal for the predetermined main / secondary content information is input from the second slim PC, the main / secondary content information selected by the user is output to the display device in real time regardless of preset scheduling. Bidirectional information providing system using PDP screen splitting. The method of claim 1 or 3, wherein the first slim PC, A web server receiving graphic content information generated based on a predetermined scheduling in the operator server through a common gate interface (CGI); Stores the graphic content information input through the web server, outputs the content information through the entire screen or the divided screen of the display device according to a preset scheduling, and then logs the output content information. A display director client (DDC) for storing data; A DB server configured to receive the graphic content information and log data input from the display director client and store the log data; An FTP server performing a predetermined shared file transfer to the operator server: and A program module for controlling screen states, environment settings, and program addition / deletion for the first slim PC based on a control signal input from the operator server through the network communication network; Bidirectional information providing system using a PDP screen partition, characterized in that configured to include. The method of claim 4, wherein the first slim PC, And a display director checker configured to periodically check an operation state of the display director client (DDC) to prevent a malfunction. The method of claim 4, wherein the display director client (DDC), And a player for dividing the display device on which the main / secondary content information is displayed on a frame-by-frame basis, and displaying the main / content information provided in a different kind of file format on each divided frame. Bidirectional information providing system using PDP screen splitting. The method of claim 6, The file format of the main / content information provided on the frame is a video file, a fresh file, and an image file. The method of claim 1, And the display device is a plasma display panel (PDP). The display device of claim 8, wherein the display device comprises: And changing the position at which the main / secondary content information is displayed in association with a predetermined time to prevent deterioration of the display device. The method of claim 1, wherein the second slim PC, And an output request signal for the main / secondary content information directly to the first slim PC without passing through the operator server. The method according to any one of claims 1 to 10, The main content information is content information related to a place where the system is installed, and the auxiliary content information is traffic information, weather information, news information, other service information, and advertisement information provided in conjunction with the main content information. Bidirectional information providing system using PDP screen division. A first step of providing predetermined main / secondary content information from the content providing server to the operator server; A second step of graphically processing the main / secondary content information in an operator server and storing the same in a DB server; A third step of transmitting, from an operator server, the graphic processed main / secondary content information to a first slim PC; And A fourth step of displaying, on the first slim PC, the graphic processed may / auxiliary content information through a display device; Bidirectional information providing method using a PDP screen partition, characterized in that configured to include. The method of claim 12, wherein the first step, A first step of receiving a connection request signal from the operator server in the content providing server; Transmitting a data input window for member authentication to an operator server in response to the content request server; Step 1-3, when predetermined member authentication data is input from the operator server through the data input window, performing member authentication on the operator server based on member information stored in a DB server in the content providing server; A first step of determining whether the member authentication of the operator server has been successfully performed in the content providing server; If the member authentication for the operator server has not been successfully performed as a result of the determination of steps 1-4, the content providing server transmits a member authentication failure message to the operator server and then performs disconnection. step; A first to sixth step of performing a connection to the operator server in the content providing server when member authentication to the operator server is successfully performed as a result of the determination of the first to fourth steps; When a data request signal for predetermined main / secondary content information is input from the connected operator server, the content providing server transmits predetermined main / secondary content information to the operator server based on a predetermined scheduling. -7 step; And Steps 1-8 of storing log data of predetermined main / secondary content information transmitted from the content providing server to the operator server in a database. Bidirectional information providing method using a PDP screen partition, characterized in that configured to include. The method of claim 12, wherein the third step, Step 3-1 of receiving a connection request signal from the first slim PC at the operator server; Step 3-2 of transmitting a data input window for member authentication from the operator server to the first slim PC in response to the connection request signal; When predetermined member authentication data is input from the first slim PC through the data input window, the third server performs member authentication on the first slim PC based on the member information set in the DB server at the operator server. Three steps; Step 3-4 of determining whether member authentication of the first slim PC is successfully performed in the operator server; If the member authentication for the first slim PC is not successfully performed as a result of the determination of steps 3-4, after transmitting a member authentication failure message from the operator server to the first slim PC, disconnecting is performed. Step 3-5; A third to sixth step of performing a connection to the first slim PC in the operator server when the member authentication for the first slim PC is successfully performed as a result of the determination of the third to fourth steps; When the request signal for the predetermined main / secondary content information is input from the connected first slim PC, the operator server transmitting the main / secondary content information to the first slim PC based on a preset scheduling; Steps 3-7; And Steps 3-8 of storing log data of the main / secondary content information transmitted from the operator server to the first slim PC in a DB server. Bidirectional information providing method using a PDP screen partition, characterized in that configured to include. The method of claim 12, wherein the fourth step, Step 4-1 of receiving predetermined graphic main / secondary content information from the operator server in the first slim PC; Step 4-2 of classifying the graphicized main / secondary contents information by directory in the first slim PC and storing them in a DB server; Step 4-3 of receiving an output control signal for displaying the graphical main / secondary content information from the operator server in the first slim PC; Determining whether the output control signal is an output control signal for displaying the main / secondary content information on a full screen or an output control signal for displaying on a divided screen in the first slim PC; When the output control signal is an output control signal for displaying through the entire screen of the display device as a result of the determination in step 4-4, the main / auxiliary content information is displayed based on a preset scheduling in the first slim PC. 4-5 step of displaying through the full screen of the device; If the output control signal is an output control signal for displaying through the display device divided into a predetermined number as a result of the determination in step 4-4, the main / auxiliary content based on a preset scheduling in the first slim PC. 4-6 step of displaying information through a display device divided into a predetermined number; 4-7, determining in real time whether an output request signal for specific main / secondary content information is input from the second slim PC in the first slim PC; If the request signal for the main / secondary content information is not input, the first slim PC displays the main / secondary content information in the set order based on a preset scheduling. 4-8 steps; And When the output request signal for the specific main / auxiliary content information is input as a result of the determination in steps 4-7, the output request signal input from the second slim PC is irrespective of the preset scheduling in the first slim PC. Steps 4-9 for real-time display of specific main / secondary content information to be linked Bidirectional information providing method using a PDP screen partition, characterized in that configured to include.