KR100538840B1 - Computer program electronic recording medium for multi-communicating of informations or advertisements using unmanned complex moving picture real time multi-divisional displaying method - Google Patents

Abstract

The present invention relates to an electronic recording medium in which a computer program relating to an unmanned composite video real-time split screen output method is recorded. The present invention relates to an electronic recording medium having a computer program for performing a method of providing a real-time split screen to an unmanned composite video real-time split screen output apparatus, which is programmed to be connected to each other through a communication network. As the central control unit, an operating system is mounted, and an authentication module, a scenario control module, a screen splitting or a screen authentication module, a DB management module, a monitoring module, and a communication module so that a real-time split screen system can be operated by each operating system. And the like, respectively. According to the present invention, in response to the information age, overcome the limitations of the information delivery of the paper advertisement through the conventional printed matter, as well as between the person and the person who wants to deliver the actual advertisement or information by one-way information reception Overcoming the unnatural matching, can improve the convenience of central control and work management of the output screen and output information.

Description

Computer program electronic recording medium for multi-communicating of informations or advertisements using unmanned complex moving picture real time multi-divisional displaying method}

The present invention relates to an electronic recording medium containing a computer program for a method for real-time split screen output of an unmanned composite video. The present invention relates to a multi-screen by a predetermined scenario program for information exchange and screen output through two-way communication between a central controller and a user controller. Real-time segmented advertisement business method using unmanned integrated video program that can output different information simultaneously or sequentially in a variety of information that can meet different user's needs and unspecified user's tastes on each divided screen It relates to an electronic recording medium containing a computer program capable of performing.

In the past, advertisement or information was mainly delivered through printed materials, but various forms of information through wired / wireless are transmitted to general consumers due to the development of broadcasting media and the development of communication-based technology. However, the conventional direction of information delivery is unilaterally delivered to a plurality of end users unspecified by a central broadcaster or a communication company, and thus a disadvantage of not meeting individual tastes for accessing various information or advertisements has been proposed. In particular, targeting unspecified multitudes of people who gather for a certain purpose, content that is completely irrelevant to their purpose is broadcast content, advertising content, and other information that is produced unilaterally through a single screen. This is contrary to target marketing, which is one of the commerce marketing techniques. In reality, it is an inherent limitation that the effect of information transmission or advertising is insignificant.

If the main interests of customers who visited the office or ward office for civil affairs administration are likely to be interested in information related to the civil affairs administration, the administrative or ward office, or broadly administrative administration, It is a waste of radio waves as well as a waste of equipment to make the output meaninglessly. In such a case, it is possible to achieve a more desirable effect of information transfer if it can be used as a means of conveying information or conducting administrative public information on civil administrations or local governments, especially local governments that are closely related to the residents. However, in the case of simple edited or simple text-based information transmission, the main screen output information may be awkward to general users watching it, and thus, various weather and traffic through the Internet, which is a flood zone of information. If you can edit various programs such as news, stocks, exchange rates, global situation, or various programs such as air broadcasting or commercial contents, and deliver the information through large screen output device in crowded space, more effective advertising It can be used as a medium and can maximize the advertising effect.

However, the advertising method for editing and transmitting such various information and delivering it to general users is commercialized as part of some advertising methods through large multi vision, large project screen, large PDP screen output device, etc. It is still inherent in the shortcomings, and it is difficult to target the contents to be delivered, and the limitations of the information transfer through real-time information exchange. By splitting the screen through the screen output device, a method of simultaneously delivering various information or advertisements to the consumer has been adopted. Prior art related to this is Korean Patent Application No. 10-2000-277784, "Independent multi-information splitting display device and multi-information display method using the Internet", but simple information in the center of the information content output through the multi-screen Since only contents are provided, the user creates all scenarios related to the screen output so that the screen is output. Difficulties in achieving the objectives are expected. In addition, the conventional method has a disadvantage in that it is not possible to clearly realize the distinction between the main screen and the additional screen in that limited division is made so that the output screen can be divided only in the same area. In addition, in the conventional method, it is not easy to transmit the information about the information or advertisement transmitted in real time to the user terminal output through a communication network, for example, a dedicated communication network or an Internet communication network. Since only information or advertisements that have been managed can be displayed on screen, it is obvious that limitations are exposed to satisfying the user's desire to acquire various information.

Therefore, it overcomes the limitations of the prior art as described above, and the information marketing, advertising behavior, and single screen are combined by combining the demands of the multi-sided and multiplexed general consumers and the target marketing technique for a large crowd concentrated in a specific space. The present invention has been made under the background of finding a programmatic solution for the purpose of developing a new method for enabling simultaneous delivery of various information and advertisements through a divided multi-screen.

The technical problem to be solved by the present invention is to solve the problems such as the unidirectionality of the apparatus or system for displaying the conventional information or advertisement as described above, the limitation of the transfer of customized information, the difficulty of controlling the multi-screen output, etc. An object of the present invention is to provide a computer program and a recording medium in which the unattended composite video real-time split screen output method can achieve the above object.

A computer program capable of performing a method of providing a real-time split screen to an unmanned composite video real-time split screen output apparatus, which is programmed to interwork with a central control unit and a user control unit connected to a communication network to achieve the above object of the present invention. The recorded electronic recording medium, the central control unit is equipped with an operating system, by the operating system, each module including a communication module, a monitoring module, a DB management module, a screen splitting module, a scenario control module and an authentication module is linked to the control. An operating system is mounted in the user control unit, and each module including a communication module, a DB management module, a screen authentication module, a scenario control module, and an authentication module is linked to and controlled by the operating system. Module and the communication module of the user control unit interoperate with each other. Receives, converts and transmits the electric and electronic control signals to each module unit, and transmits and receives the electronic and electronic control signals transmitted from each module unit, and grants management authority to the accessor who is authorized in each authentication module unit. Send and receive control signals, send and receive control signals related to scenario execution created and edited in each scenario control module unit, send and receive control signals related to the screen division method commanded by the screen division module unit of the central control unit, Send and receive control signals to output the designated screen output contents on the divided screen designated by the screen authentication module unit, and manage the requested information or send and receive the control signals related to the management and reading of the stored information in each DB management module unit. Sending and receiving control signal to display on the screen, monitoring module of the central control unit It characterized in that it comprises a module unit for transmitting and receiving a control signal for monitoring and managing the information content output through the multi-screen output unit in the unit.

The method for providing a real-time split screen in the unmanned composite video real-time split screen output apparatus according to the present invention as described above may be stored in a computer-readable recording medium, and most preferably, a server computer and a server / client computer system. It is a recording medium that can be executed through two-way communication and control of a client computer. Such recording media includes all types of recording media on which programs and data are stored so that they can be read by a computer system. Examples include random access memory (RAM), compact disk (CD) -Rom, digital video disk (DVD) -Rom, magnetic tape, floppy disk, optical data storage, and the like. In the form of transmission via the Internet). In addition, these recording media can be distributed over network coupled computer systems so that the computer readable code is stored and executed in a distributed fashion.

DETAILED DESCRIPTION Hereinafter, the present invention will be described with reference to embodiments in order to specifically describe the present invention. Hereinafter, the present invention will be described in detail with reference to the accompanying drawings. However, embodiments according to the present invention may be modified in many different forms, and the scope of the present invention should not be construed as being limited to the embodiments described below. Embodiments of the present invention are provided to more fully describe the present invention to those skilled in the art.

1 is a control block diagram of a module unit of a computer program included in an electronic and electronic recording medium to perform a method for providing a real-time split screen to an unmanned composite video real-time split screen output apparatus according to the present invention.

The central control unit 100 is equipped with an operating system 107, the operating system 107 by the communication module 106, monitoring module 105, DB management module 104, the screen split module 103, Each module, including the scenario control module 102 and the authentication module 101, is linked and controlled.

The user control unit 110 is equipped with an operating system 116, by the operating system 116 communication module 115, DB management module 114, screen authentication module 113, scenario control module 112 Each module including this and the authentication module 111 is controlled to be interlocked.

The communication module 106 of the central control unit 110 and the communication module 115 of the user control unit 110 interoperate with each other to transmit and receive an electric and electronic control signal transmitted between each control unit, and transmit the same to each module unit. The controller transmits and receives an electronic control signal transmitted from each module unit.

Control signals relating to the execution of scenarios created and edited in each scenario control module unit 102 or 112, and transmitted and received control signals for granting management authority to accessors allowed to be authenticated in each authentication module unit 101 or 111. And transmit and receive a control signal relating to the screen division method instructed by the screen division module unit 103 of the central control unit 100, and on the divided screen designated by the screen authentication module unit 113 of the user control unit 110. Sending and receiving control signals to output the designated screen output contents, and transmitting and receiving control signals related to the management and reading of information stored in each DB management module unit 104 or 114 so as to manage the requested information or output them on a designated split screen. Control signal for transmitting and receiving a control signal, monitoring and monitoring the information content output through the multi-screen output unit 120 from the monitoring module unit 105 of the central control unit 100 It includes a module unit for transmitting and receiving.

Three-dimensional and various patterns of information can be presented through the multi-screen output unit 120 by a scenario designated through the real-time split screen to an unspecified number of people 125 having a predetermined cluster form.

2 to 6 are diagrams for describing in more detail an embodiment in which a scenario-specific program regarding bidirectional multi-screen output can be executed using a system equipped with each module unit according to FIG. 1.

2 is a system configuration diagram for explaining another embodiment of the advertisement business method by the unmanned integrated video real-time split screen output method according to the present invention.

The central control unit 202 or the local control unit 210 shown in FIG. 2 may be equipped with the same module unit as the central control unit 100 shown in FIG. 1, and the local control unit 210 or the local terminal control unit 250 may be provided. Module units such as the user controller 110 shown in FIG. 1 may be mounted. As shown in FIG. 2, the central control unit 202, the information providing unit 204, and the advertisement providing unit 205 are communicatively connected through the communication network 201. The central control unit 202 is a control system provided by a central operator, which is typically constructed as a server system, and has a database 203 storing various data linked thereto. The local controller 210 communicates with the local information provider 220, the local advertisement provider 230, the first local real-time split screen output unit 240, and the local terminal controller 250, which are connected through the local network 200. Connected. The local control unit 210 is constructed as a server system without a balance with the central control unit 110 system provided by the central operator, and a database 215 storing various data linked thereto is constructed. The local control unit 210 is connected to each terminal, for example, the central control unit 110, the information providing unit 120, the advertisement providing unit 130, the local information providing unit 220, the local advertisement providing unit 230 and the local terminal connected to the communication. Intermediate control of data transmission, management, and output of various data that are transmitted from the control unit 250 waiting for the screen output and its own database 215, and the control status is fed back to the central control unit 110 to transmit data, and the permitted output. The method and content are controlled to be output to the second local real time split screen output unit 255 controlled by the first local real time split screen output unit 240 or the local terminal controller 250. Meanwhile, the information providing unit 120, the local information providing unit 220, the advertisement providing unit 130 or the local advertisement providing unit 230 is a network unit of an information source for providing independent information or advertisement, and may be an external separate agency or control. A system, such as a broadcasting company, a meteorological agency, a stock exchange, a central bank, or a telecommunication company, means a terminal system of a provider or an institution that provides various information and advertisements, and may exist as a network terminal configured independently of each other, but each of these system configurations Obviously, some or all of the components may be configured as an internal system of the central controller 110 or the local controller 210. The local terminal controller 250 has a database 253 that stores and manages its own data. The local terminal controller 250 is directly connected to the local terminal controller 250 and has an unspecified number of people through the second local real-time split screen output unit 255 (257). Information or advertisements transmitted from the central control unit 110 or the local control unit 210 and predetermined information or advertisements stored in the own database 253 are simultaneously or sequentially outputted on the assigned predetermined split screens, respectively. It could be delivered. On the other hand, even if the first real-time split screen output unit 240 is remotely connected to the local terminal control unit 250, by the remote control program or a separate dedicated communication line, as well as the unspecified number of people in the vicinity (257) as well as the unspecified remote space It is apparent that a plurality of people 245 may simultaneously or sequentially output the same content as the information or advertisement output through the second real-time split screen output unit 255 or a screen having a different method and content. On the other hand, between the central control unit 110 and the local control unit 210, between the local control unit 210 and the local terminal control unit 250, and between the central control unit 110 and the local terminal control unit 250 by real-time split screen output It is possible to change the scenario of controlling the real-time split screen output by mutually granting management authority in both directions by exchanging relevant status data before and during the process.

3 is a flowchart illustrating an embodiment of a split screen setting method for real-time split screen output of an unmanned composite video according to the present invention.

In order to output various information and advertisements in multiple split screens, after performing the authentication procedure for a scenario program for matching the split screen setting and the set split screen with various information or data (S260), the program authentication is not allowed. If not, the procedure proceeds to controlling no further processing, and setting the number of scenarios to an integer number (1, 2, 3, 4 ..., n) if the program authentication is allowed (S262). . Subsequently, the number of divided screens corresponding to the number of scenarios set by the feedback process that cannot match the number of specified split screens to an integer number is set (S264), and the number designated as the split screens is matched to the number of scenarios. In the case of storing the number of split screens (S266), setting the scenes to be output according to the stored split screens (S268), and determining whether or not to be screened according to the set scenes (S270). On the other hand, a bit check is performed (S272), a scene selected to be screened is selected and memorized (S274), and the programming is easy in MS Window based on MFC and C ++ languages. When the data is transmitted to the server (S276), the server determines whether or not to execute the scenario (S278). When the process is terminated and the scenario execution is determined, the scenario is executed as scheduled content (S280).

The above scenario setting, split screen setting, and setting of scenes to be screened in each divided screen are executed by an automated program, which may be mounted on a server of a central operator, and may be mounted on a local control unit or a region. It is mounted in the terminal control unit, etc., the screening method or content can be determined according to the scenario determined through the communication between the central operator and the user side. In this regard, unlike the conventional one-way information or advertisement providing method, both sides controlled by the central operator and the local control unit or the local terminal control unit, which may be referred to as the user side, may be reflected. It will be said to be one of the differentiated parts from the prior art.

4 is a schematic diagram illustrating an embodiment of a split screen set in various forms according to FIG. 3.

3 shows an aspect of screen division of various forms proceeded by the split screen setting method according to FIG. 3, wherein the output screen can be set to the entire screen, as well as the screen having the same area as well as different areas. Divided form, 2 divided, 3 divided, 4 divided, ..., n divided, etc. can be implemented in various ways. Main information or advertisements can be displayed on the screen with the largest divided area on one screen, and additional information or advertisements can be output on the smaller allocated screen, and vice versa. There is an advantage.

5 is a flowchart illustrating a process of performing real-time split screen output according to the present invention.

As shown in FIG. 5, a user requesting a multi-screen output first accesses a central operator server in charge of central control regarding a real-time split screen output service (S310), and uses the multi-screen output service of the connected user. If the authentication is confirmed, and if the authentication is permitted, the requested multi-segment screen output service is provided through the communication network (S320). If the authentication request is inappropriate, the service provision is controlled by instructing the user to retry the authentication request or by notifying an error message. If the user's authentication is allowed, the user's current information is transmitted to the operator server (S330), and the user's information transmitted to the server side is compared with the user's reference information in the database linked to the server (S340), and there is a change. If there is no change (S350), the scenario that is scheduled in advance is executed to the user so that the screen output of multiple information through the real-time split screen is made (S360), and if there is a change, the user's reference The information is updated to the latest information by changing the transmitted information (S370), and a new scenario is executed according to the updated change information (S380).

6 is a flowchart illustrating an execution process of a scenario for controlling real-time split screen output according to the present invention.

As shown in FIG. 6, the server system EH of the central operator, the local middle manager, or the terminal manager requests a scenario management and use of the real-time split screen output mounted on the PC-based control system and enters into a management authentication procedure (S410). ) Authorize the authorized person to control the commands related to the execution and production of the scenario. First, when requesting to execute a scenario related to the real-time split screen output (S420) (S420) to search the database containing the scenario and the scheduled output information (S430) to select a predetermined scenario, and outputs according to the selected scenario The output is made to a predetermined part of the screen in which the information is divided in real time. On the other hand, if you want to create a screen output by creating a new scenario to produce the scenario and the screen output information (S460), whether or not the information to be output to the unspecified multiple, due to the conflict or overload between the information during the real-time split screen output Whether or not a problem may occur in the output is authenticated whether it can be adopted as a scenario by a predetermined criterion and procedure (S470), after storing the scenario and the screen output information linked to the authentication is permitted in the database (S480) This allows the screen to be selectively displayed by a procedure that requires a scenario to be executed afterwards.

The real-time split screen output unit according to the present invention is characterized by splitting a screen of a large screen output device by a screen splitting program and outputting different information or advertisements on each split screen according to a predetermined scenario. For PDP-TV, TFT-LCD, general digital flat-panel TV, projector TV, etc. that can be linked to PC infrastructure, digital TV reception is divided and advertisement photos or videos (written in MPEG file), various information (text, still picture, video) Etc.) in accordance with a scenario already designated in real time in a wired / wireless manner, an output method, an output time, a screen split, and a screen output to a designated screen output unit can be made. On the other hand, the user who controls the screen output by using a wired / wireless system to remotely turn on / off the system, it is characterized in that the unmanned control and processing is possible. The present invention can be used as a localized broadcasting center and system by installing a plurality of screen output devices individually in multiple places connected by communication by predetermined area unit, building unit, and industry type, and controlling the screen output by a predetermined centralized control unit. In the case of applying the system of the present invention to the management room of an apartment complex having a collective settlement structure, it can be used as an apartment broadcasting system, and thus can be used as an existing wired network broadcasting system or a broadcasting system having competitiveness with various local channel broadcasting systems. It is obvious that it can be developed. In addition, it can be used as a system for executing video conferencing between people scattered in multiple regions, and can also be used as a system for providing corporate advertisements and public information. If necessary, it may be adopted as a means for maximizing the advertising effect by executing various types of screen-divided information and advertisements in connection with various entertainment facilities such as karaoke or reunion taverns. have. In addition, it may be used as a monitoring device or other monitoring device in connection with CCTV or an electric and electronic camera for shooting, and may be particularly suitable for a distributed environment.

In the above described the best embodiment of the present invention. Although specific terms have been used herein, they are used only for the purpose of describing the present invention and are not intended to limit the scope of the invention as defined in the claims or the claims.

According to the present invention, in response to the information age, overcome the limitations of the information delivery of the paper advertisement through the conventional printed matter, as well as between the person and the person who wants to deliver the actual advertisement or information by one-way information reception Overcoming the unnatural matching, there is an advantage that can maximize the advertising effect by the target advertisement. In addition, since information or advertisement is output through a single screen, various information or advertisements can be simultaneously executed using a multi-screen splitting system in consideration of the fact that individualized information and tastes of advertisement acceptance are not reflected. Alternatively, by sequentially outputting through a screen division technique (user menu program), it is possible to overcome the problems of the conventional fragmentary information delivery or advertisement delivery. In addition, by producing and controlling the screen output method and the output contents by the user himself, it is possible to directly transmit and output the self-relevant information or the self-relevant advertisement, and this work is performed by using a wired / wireless system. It can improve the convenience. If necessary, it can be used as an apartment area broadcasting system (granting its own TV channel) by connecting with the broadcasting communication modulator while interworking with the apartment management control system of a large complex. Information transfer by the system may be possible. High-definition TV and electronics that control various information contents such as weather, securities, exchange rate, economy, politics, international culture, society, sports, etc. It is obvious that real-time or recorded state can be transmitted through multiple screens individually or simultaneously through bulletin boards, electronic monitors, etc., thereby satisfying the needs of various consumers.

FIG. 1 is a block diagram of a control unit for a computer program of an electronic and electronic recording medium capable of performing a method for providing a real-time split screen to an unmanned composite video real-time split screen output apparatus according to the present invention.

2 is a system configuration for explaining an embodiment of the advertising business method according to the unmanned composite video real-time split screen output method according to the present invention.

3 is a flowchart illustrating an embodiment of a split screen setting method for real-time split screen output of an unmanned composite video according to the present invention.

4 is a schematic diagram illustrating an embodiment of a split screen set in various forms according to FIG. 3.

5 is a flowchart illustrating a process of performing real-time split screen output according to the present invention.

6 is a flowchart illustrating an execution process of a scenario for controlling real-time split screen output according to the present invention.

Claims (2)

In the electronic and electronic recording medium containing a computer program that is programmed to be connected to the central control unit and the user control unit connected to the communication network to perform a method for providing a real-time split screen to the unattended video real-time split screen output device, The central control unit is equipped with an operating system, each module including a communication module, a monitoring module, a DB management module, a screen splitting module, a scenario control module and an authentication module are linked to and controlled by the operating system. An operating system is mounted in the user control unit, and each module including a communication module, a DB management module, a screen authentication module, a scenario control module, and an authentication module is linked and controlled by the operating system. The communication module of the central control unit and the communication module of the user control unit interoperate with each other to transmit and receive an electric and electronic control signal transmitted between each control unit, and transmit the converted electric signal to each module unit, and an electric and electronic control signal transmitted from each module unit. While transmitting and receiving, transmitting and receiving control signals for granting management authority to accessors allowed to be authenticated in each authentication module unit, transmitting and receiving control signals for scenario execution created and edited in each scenario control module unit, Transmits and receives control signals related to the screen division method commanded by the screen division module unit, and transmits and receives the control signal to output the designated screen output contents on the divided screen designated by the screen authentication module unit of the user control unit. Sends and receives control signals related to the management and reading of stored information And a module unit for transmitting or receiving a control signal for managing or outputting on a designated split screen, and for transmitting and receiving a control signal for monitoring and managing information content output through the multi-screen output unit from the monitoring module unit of the central control unit. Comprehensive video An electronic and electronic recording medium containing a computer program for performing a method for providing a real-time split screen to a real-time split screen output device. delete