KR20050117820A - Advertisement remote control and monitoring method of motion picture by pip type - Google Patents

Abstract

The present invention provides a service method for enabling a single or multi-segment video information advertisement service by operating a display device through a set-top box and a server controlling the same, and in real time through a separate monitoring system (control server). The present invention relates to an unmanned integrated wired / wireless video segmented real-time transmission monitoring and remote management method that provides a method of monitoring an image and a method of enabling remote management of a display device in real time.

Description

Advertisement remote control and monitoring method of motion picture by PIP type}

The present invention is equipped with a solution to enable the screen-split advertising in the set-top box that can receive wired and wireless video, the server implements a monitoring system to monitor the status of each set-top box in the form of the screen itself as a separate control server, The present invention relates to an unmanned integrated wired / wireless video segmentation real-time advertisement and an unmanned integrated wired / wireless image segmentation real-time transmission monitoring and remote management method that enables monitoring by the image itself and remotely manages the abnormality.

In general, a technology for dividing the screen is known as a PIP (PIP) technology that allows the user to select and view multiple channels mainly in a digital TV (Domestic Utility Registration No. 20-0173614, Domestic Patent Registration No. 10-). 0248585, Korean Patent Registration No. 10-0274392). However, this technique is made to simultaneously display multiple channels (for example, channel A, channel B) on the screen 1 as shown in FIG. 1 (of course, it can be seen that the position or state of the channel can be adjusted). Has the advantage of being easily selectable while watching multiple channels. However, this method is a method that pays the advertising costs to the broadcasting stations for each channel and advertises to cover the whole country, so small businesses or local businesses cannot afford a lot of advertising fees, which makes it difficult to advertise.

Recently, there have been attempts to implement a large screen in a multi-cube manner and to allow commercial broadcasting to a part of a screen or a divided screen. As shown in FIG. 2, a multi-screen (M1) is connected to the left and right to form a large screen. Advertisement using split screens (C, D, E) among large screens, but due to the nature of the multicube part of the screen is not essential, half the effect of the advertising, multicube installation cost is expensive, There is a problem that requires a lot of space during installation.

On the other hand, recently, a method of advertising through cable broadcasting has been proposed. As a method of reducing the size of an image as shown in Korean Patent Laid-Open Publication No. 2003-0059871, a method of enabling a text advertisement in a space portion generated is proposed. Since there is a limit to the implementation of the advertising, there is a problem that the user is difficult to watch other broadcasts besides cable broadcasting, and there is a problem that it is difficult to monitor directly from the cable broadcasting station.

In addition, the existing technology provides a real-time video service using wired and wireless communication such as a server and the Internet, but it is difficult to expect an advertising effect if the user does not connect. In addition, the conventional advertising and promotion is a way to save the video advertisement in advance to the video tape or a recording medium that can be stored and output it is difficult to modify and change, it is not easy to update or modify in real time, such as timely delivery of information It does not solve the difficulties. In addition, a separate terminal device (SET-TOP-BOX) is required to display information such as advertisements and promotional images on a display device in a conventional manner, but this is necessary to sequentially or intentionally display advertisements and information on a display device such as a PDP. It has only function to express by method, and even in two-way communication, simple reference variable and general data are transmitted and received to each other, and it is displayed as numbers, letters, or symbols that indicate status not GUI (Graphic User Interface) method. Only managers with professional knowledge can manage this through training. In addition, while emphasizing the importance of the role of division and multiple advertising or public relations, the lack of unemployment program and the lack of interest-oriented contents can not be overcome, resulting in the fact that it is operated and managed on the surface, and it does not cause the interest of the actual target person. I'm being ignored. If it is not necessary data for people who need to listen to and watch the right advertisements and promotional videos and information at the right place, it is obvious that information pollution is a disease of the high-tech video industry.

The present invention dismisses this closure and enables the actual listener and viewer or user to select the desired information as well as providing additional information services accordingly, thereby making the promotion and movement of the information more freely and contributing to society. In addition, through the screen division technology of the display device to display the public information and the necessary information at the same time as the broadcast service over the air or wired for a specific or unspecified number of the objects to maximize the efficiency of information and information attention rate It is done.

To provide a detailed object of the present invention, a first object of the present invention is to provide a multi-split video information advertisement service method that enables advertisement of at least one of the screens divided into multi-screen splits. To this end, the present invention operates a multi-image in real time using a separate process for each screen, and even in the display method of the character directly overwriting the font size and deformation on the image without remaining in the rotation and color change It is developed and implemented, but it can be displayed regardless of the area of the split screen, and the user can directly control the height and channel selection of the sound by performing hardware division and software division simultaneously. It controls all, part or all of the video of all the companies that broadcast the general TV and high-definition TV of the TV not to be aired at all or at all.In the case of the installed PDP, it adjusts and assigns hardware factors such as color density and brightness. This also allows the user to control Of course, it can be controlled through a simple operation from a central location and needs. All of these features enhance the viewer's and viewer's attention to the video and block unnecessary information so that the necessary information is aired in place, and the listeners and viewers naturally share the necessary public office information or corporate promotions and advertisements. do.

A second object of the present invention is to provide a multi-segmented video information advertising service method that enables multi-monitoring, and real-time text information such as advertisements and promotional videos or real-time news using internet and real-time wired and wireless communication. If you manage it through internet and wired / wireless communication and monitor it with GUI method, you can send and receive information by sharing with each other anywhere, and in monitoring method, 1: 1 monitoring technique and 1: N monitoring technique. And N: N monitoring techniques are selectively used, used, and managed, which is a way to check and manage some or all of the display screens from the center. The GUI-based monitoring technique enables selective monitoring through one monitoring device, and enables monitoring by changing the monitoring screen sequentially or monitoring in a non-sequential manner as well as monitoring the video display status of many terminals in a small space. Management control operation is possible. In the display equipment, all the devices of the PDP and other displays are used to create economic savings by using them in conjunction with all new and existing equipment.

A third object of the present invention is to provide a multi-split multiple video information advertisement service method capable of remote management, and installs a separate telephone line in addition to a wired / wireless line for receiving an image on the set-top box to control the set-top box by controlling through a telephone line. Reboot to be able to check the abnormality.

That is, the present invention provides a video through the set-top box, and outputs the video through the display screen, in the method of remote operation management by wired or wireless,

It is to provide an unmanned integrated wired / wireless video splitting information advertisement service method comprising merging software additional splitting into at least one of the divided images in a hardware splitting scheme of the display itself.

The present invention also provides a video through the set-top box and outputs the video through the display screen, in the method of remote operation management by wired or wireless,

In addition, a monitoring server, in which a terminal and a central server are operated and managed by wired / wireless two-way communication and other information communication networks, is installed using a GUI monitoring method corresponding to each terminal. It is to provide a method for real-time transmission monitoring of unmanned integrated wired and wireless video screen split information advertising.

The present invention also provides a video through the set-top box and outputs the video through the display screen, in the method of remote operation management by wired or wireless,

By additionally connecting the server and the set-top box terminal to a separate telephone network, to provide a remote management method for unmanned integrated wired / wireless video screen segmentation information advertising, characterized in that the remote control by combining the hardware and software control of the set-top box through the telephone network. will be.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

3 is an exemplary screen illustrating a concept of the present invention, in which at least one of channels F, G, and H, which is an image divided on the display screen 1, forms an advertisement image.

FIG. 4 is a diagram illustrating another concept of the present invention, in which an existing channel A1 is reduced in at least one channel A among channels A and B of a TV screen that is screen-divided. The remaining portion forms the advertising channels A2 and A3.

FIG. 5 is a schematic block diagram showing the structure of the present invention, and FIG. 6 is a block diagram showing the concrete structure of the present invention. Each client C1-300 to Cn300 corresponds to a set-top box C1-301 to Cn-301. Install, and each set-top box (C1-301 ~ Cn-301) is connected to the broadcasting network (C1-1000 ~ Cn-1000), the telephone line through the telephone station 400, and the server (S-200) The control signal and the image through the communication network 500 is made to receive. The wired / wireless communication network 500 includes a main server (S-200), an external server (H-600) as a backup server, and a control server (Mn-100) having a monitoring system function.

As illustrated in FIG. 6, the client Cn-300 includes a set top box Cn-301, a display device Cn-310, and a remote controller Cn-900. The set-top box (display (Cn-310)) is a TV receiving unit (Cn-399) for receiving a broadcast image through the broadcast network (Cn-1000), and receives a signal from the TV receiving unit (Cn-399) display (Cn- It includes a cable broadcasting control unit (Cn-302) provided to 310. In addition to the set-top box (display Cn-310), the set-top box controller Cn-330 image transmitter / receiver Cn-340 power on / off controller Cn-380 real-time information receiver Cn-390 monitoring response unit Cn -391) and an integrated remote control receiver (Cn-392). The cable broadcasting control unit Cn-302 includes a screen splitting unit, a video control unit Cn-320, a server communication unit Cn-350, a TV receiving control unit Cn-360, and a display control unit Cn-370. Cn-800 is an image database to be output to the display Cn-310, and Cn-801 is a real-time information and additional information database to be output to the display Cn-310. (Cn-1000) shows various types of broadcasting networks that provide air broadcasting services and broadcast services to existing general and high definition TVs.

The server (S-200) distributes or controls a client status input unit (S-210), a client broadcast schedule table distribution unit (S-220) for distributing or controlling a broadcast schedule of each client, and an image to be transmitted to the client. The client image transmitting / receiving unit (S-230), the authentication unit (S-240) for authenticating each client, and the stock price, exchange rate, money quote, etc. stored in the database (S-801) in the server (S-200), respectively. Additional information distribution unit (S-250) for managing and distributing various types of information and data transmitted to the clients of the same,

Local information distribution unit (S-260) that manages and distributes news, information, and data appropriate to or required for a population such as one, each region, region, and region stored in the database (S-801) in the server (S-200). ),

Real-time information distribution unit (S-270) for managing and distributing the overall central news stored in the database (S-801) in the server (S-200) and various types of information transmitted to each client in the same manner. It is made to include. Database (S-800) is an image database to be sent to the client, database (S-801) is a distribution unit (additional information distribution unit (S-250), local information distribution unit (S-260), real-time information distribution A database storing information of the distribution (S-270), the database (S-802) is a broadcasting schedule table database of a local client to be transmitted to each client, and the database (S-803) is the status of each client. And a database where information is stored.

The control server (Mn-100), which is the monitoring system, includes a set-top box control unit (Mn-110) of each client, a monitoring unit (Mn-120) for monitoring the status value transmitted from each client, and image data to the server and the client. The video transmitter (Mn-130) in charge of transmitting the data, the client transmitter (Mn-131) in charge of transmitting data to the video receiver of the client, and the database (S-800) in the server (S-200). Server transmission unit (Mn-132), which is responsible for transmitting data to the client video receiving unit, and broadcasting organization (Mn-140) for managing and transmitting the broadcasting schedule of each client, An information management unit for distributing, inputting, and transmitting information of a power management unit (Mn-150) in charge of broadcasting time and power management, and a database (S-801) in the server (S-200) according to each corresponding client. (Mn-160), and stand And it consists of a database where you have stored the images to send to the client.

7 is an exemplary view showing a one-to-one monitoring state of the present invention, Figure 8 is an exemplary view showing a n-to-one monitoring state of the present invention, Figure 9 is an illustration showing a monitoring state of n to n of the present invention In the road, the present invention transmits data in both directions using wired, wireless and information communication networks, and manages the data in a bidirectional manner. And cost savings for maintenance. The 1: 1 monitoring technique of FIG. 7 monitors an image displayed from one terminal device on one monitoring screen by a GUI method, and the 1: N monitoring technique of FIG. 8 represents N (N is 1.2. It is to monitor the images displayed from the number of terminal devices such as 3. .... GUI method, Figure 9 is a N: N monitoring method is again monitoring the monitored screen or N screen while monitoring the monitored screen again In addition to the video displayed from the GUI method to monitor. Of course, the client (C1-300) and the control server (M1-100) to enable the mutual connection through the server (S-200), as shown in Figs.

10 is a manager video transmission and reception method of the present invention,

There are 5 ways to send / receive the administrator's video.The first time, the server sender (M1-132) in the control server (M1-100) connects to the server (S-200) and goes through the authentication procedure. (S-800), and stores each necessary information and data from the database (M1-800) to the database (S-800), and the image receiving unit (C1-340) in the client (C1-300) is a server ( Receiving various information and data of the database (S-800) through the authentication procedure of S-200 and storing in the database (C1-800),

Next, the client sending unit (M1-131) in the control server (M1-100) accesses the client (C1-300) and passes the direct control right of the image receiving unit (C1-340) through the authentication procedure to receive various kinds of information and Storing and transferring data directly from the database (M1-800) to the database (C1-800);

After receiving the authentication procedure of the client C2-300 from the image receiving unit C1-340 in the client C1-300, the client directly accesses the image receiving unit C2-340 and stores various types of information and data in the database C2-800. Receive directly from the database (C1-800),

After the controller M2-110 in the control server M2-100 passes the authentication procedure of the client C2-300, it requests an interrupt to the set-top box controller C2-330 and controls the client C2-300. After receiving the authentication procedure from the image receiving unit C2-340 to the client C1-300, the image receiving unit C1-340 receives various information and information of the database C2-800 connected to the image receiving unit C2-340. And the data receiver (C1-340) stores the data in the connected database (C1-800), and

The broadcasting organization (M1-140) in the control server (M1-100) specifies the location of the information in the database (H-800) in the external server (H-600) and connects to the client (C1-300) for authentication. After transmitting the information position of the database (H-800) in the external server (H-600) to the screen division and image control unit (C1-320), the screen division and image control unit (C1-320) is the image receiving unit (C1-320). 340 is divided into a method of displaying various information and data of the database (H-800) in the external server (H-600) on the display (C1-310) in the client (C1-300) in real time.

The numbers after the alphabets such as C1, C2, M1, and M2 described above represent the number of objects in the client and control server, respectively.

11 is a real-time information and test information distribution method,

In the central control server M1-100, the information management unit M1-160 connects to the server S-200, authenticates with an administrator account, and provides each additional information distribution unit required for each client Cn-300 ( S-250), local information distribution unit S-260, real-time information distribution unit S-270, and the like are stored in the database S-801.

The client (C1-300) receives a certificate from the information management unit (M1-160) in the control server (M1-100) by receiving authentication from the server (S-200) with a local user account at the first startup (S-801). Is stored in the database (C1-801) in the real-time information receiver (C1-390), and after a certain time, the final update is made in the same way and always maintains the best update state. The client (Cn-300) receives each necessary information and data from the database (S-801) and stores it in the database (Cn-801), so that the real-time information even when the connection with the database (S-801) fails. By outputting the contents stored in the database (Cn-801) in the receiving unit (C1-390), it is possible to solve the connection problem with the database (S-801) when offline, and the local information distribution unit ( S-260) and real-time information distribution unit (S-270) can be set separately to manage and manage each area information displayed to each client (Cn-300) separately and operate the real-time information distribution unit (S-270). Management differentiated the distribution of real-time information by appropriately distributing the contents that should be expressed nationwide and in common here.

12 is Referring to Figure 20 below with the client operating method,

TV receiver (Cn-399) is mounted on each client (Cn-300), and client (Cn-300) transmits and receives control and communication from server (S-200) through wired and wireless communication network (500). Connected to the subscriber through a public telephone network to control the power on / off of the power on / off control unit (Cn-380) in the client (Cn-300) from the power management unit (Mn-150) in the control server (Mn-100). It is connected through the telephone station 400 to make a connection of the client (Cn-300) to the client sending unit (Mn-131) in the control server (Mn-100) and the database (S-200) in the server (S-200) An image receiving unit (Cn-340) capable of transmitting and receiving images from 800 is mounted, and the set-top box controller (Cn-300) and the control server (Mn-100) and the wired / wireless communication network (500) for smooth communication. Cn-330) is mounted. Initial use of the set-top box (Cn-301) is connected to the server (S-200) to be authenticated (step Q10 of FIG. 20).

13 is a diagram for controlling a client video output;

Input signal to the display (Cn-310) in the client (Cn-300) Data in the database (Cn-801) in the real-time information receiver (Cn-390) and database in the image receiver (Cn-340) (Cn-800) TV receiving unit (Cn-399) that receives the images of all the companies that broadcast and broadcast the existing broadcast and high-definition TVs to the client (Cn-300). In order to express this smoothly on the display (Cn-310) in the client (Cn-300), the central controller has a control server (control server (control server (Cn-370)). Mn-100)) is connected to the client (Cn-300) through the wired / wireless communication network 500 using the control unit (Mn-110) and after going through the authentication procedure from the set-top box control unit (Cn-330) client (Cn-300) Split Screen and Split Screen of Image Control Unit (Cn-320) And control the operation and management of the TV receiver (Cn-399) in the client (Cn-300) by taking over the control right of the image controller, and the TV receiver (Cn-399) in the client (Cn-300). The image and information are directly displayed on the display Cn-310 in the client Cn-300 without passing through the display control unit Cn-370. The output image information is the TV receiving control unit in the client Cn-300. Cn-360, the central manager is connected to the client (Cn-300) through the wired or wireless communication network 500 using the control unit (Mn-110) in the control server (Mn-100) set-top box control unit (Cn-330) After passing through the authentication procedure from the client (Cn-300), the control of the set-top box controller (Cn-330) in the client (Cn-300) is transferred to the client (Cn-300) by directly controlling the TV receiving control unit (Cn-360). Zero of the TV receiver (Cn-399) output directly to the display (Cn-310) in 300 Control of phase information and data can be controlled. To this end, the cable broadcasting control unit (Cn-302) receives the organization table from the server (S-200), and the image transmitting unit (Cn-340) receives the image from the server (S-200) and uploads it for confirmation. , And loads the schedule and the image in the set-top box (Cn-301) (Q20 of FIG. 20).

14 is a diagram illustrating client status transmission and monitoring status value transmission.

Screen division in the client (Cn-300) and image control unit screen division and the image control unit (Cn-320) while the operation of the monitoring unit (Mn-100) in the control server (Mn-100) of the headquarters can be monitored The information and the contents and screen capture information currently being displayed on the display (Cn-310) in the client (Cn-300) after accessing the wired / wireless communication network 500 through the server communication unit (Cn-350) in the client (Cn-300). This is sent back to the client status input unit (S-210) in the server (S-200) and stored in the database (S-803) connected with the client status input unit (S-210) (step Q40 of FIG. 20), The central manager connects to the wired / wireless communication network 500 by using the control unit Mn-110 in the control server Mn-100, and then goes through the authentication process of the server S-200, and then each client (Cn-300). (S1-80) stored through the client status input unit (S-210) in the server (S-200) sent from (C1-300), (C2-300, etc.) Receive and manage the data of 3). In addition, the control unit (Mn-110) in the control server (Mn-100) goes through the authentication procedure of the monitoring response unit (Cn-391) in the client (Cn-300) directly without going through the server (S-200), the client (Cn) Transfer the screen capture information and the control value ( Ping, Port scan status value) output on the display (Cn-310) to the monitoring unit (Mn-120) in the control server (Mn-100). To monitor. In this case, the set-top box Cn-301 determines the number of repetitions when the image is loaded and executed (step Q50 of FIG. 20).

15 is a view of the image output and control of the present invention,

By monitoring the status of the display (Cn-310) in the client (Cn-300) through the monitoring unit (Mn-120) in the control server (Mn-100) of the head office has not been previously reviewed in the display (Cn-310) Appropriate measures are taken for the output or display of contents, images, information, etc. There are two methods of such measures. First, the control unit (Mn-110) in the control server (Mn-100) accesses the client (Cn-300) through the wired / wireless communication network (500), and then goes through a predetermined authentication procedure, and then the set-top box control unit (in the client (Cn-300)). By taking over the control right of the Cn-330, the content of the display (Cn-310) in the client (Cn-300) is controlled through appropriate measures, or the broadcast programming unit (Mn-140) in the control server (Mn-100) is controlled. After the authentication process of the client (Cn-300) through the wired and wireless communication network 500 by using the screen splitting and the control and authority of the image control unit (Cn-320) in the client (Cn-300), It is to control, manage and display real-time text information. In this case, the screen division and the image controller Cn-320 in the client Cn-300 are displayed on the display Cn-310 in the final client Cn-300 through the control of the display controller Cn-370. Data is controlled, and the basic data is based on the organization information transmitted from the broadcasting organization (Mn-140) in the control server (Mn-100). Based on this, the user determines the setting of the split screen in the control unit Cn-320 through the set-top box Cn-301 so that the split screen is displayed on the split screen and from the database S801 of the server S-200. Receives and updates the latest information, and allocates the updated image to the split screen as the advertisement screen (step Q30 of FIG. 20). Subsequently, the processes Q40 and Q50 are subsequently performed. The processes Q30, Q40, and Q50 represent an execution process that is repeatedly performed in the set top box.

16 is an operation diagram showing a remote control of the present invention in an integrated manner,

After the authentication process of the client (Cn-300) through the wired / wireless communication network 500 in the control unit (Mn-110) in the control server (Mn-100) of the head office through the set-top box control unit (Cn-330) through the broadcast network (Cn- When the information received from 1000 is displayed on the display (Cn-310) in the client (Cn-300), the channel can be changed and controlled, but the local administrator of the client (Cn-300) is installed on the remote controller (Cn-900). When requesting information change to the remote control receiver (Cn-392) through), the remote control receiver (Cn-392) accepts the change and transmits the changed contents to the TV receiver (Cn-399) to adjust the information and channel change. Do.

17 is a view of the remote management of the present invention,

The client of each region is equipped with a power on / off control unit (Cn-380) in the client (Cn-300) to monitor the monitoring response unit (Cn-391) and the central manager control server (Mn-100) in the client (Cn-300). When the connection with the control unit (Mn-110) is lost or the connection between the server communication unit (Cn-350) in the client (Cn-300) and the client status input unit (S-210) in the server (S-200) is lost, The manager is equipped with a power management unit (Mn-150) in the control server (Mn-100) of the head office to forcibly reset or terminate the set-top box (Cn-301) in the client (Cn-300). It is responsible for, which is connected to the power management unit (Mn-150) in the control server (Mn-100) and the power on-off control unit (Cn-380) in the client (Cn-300) to the telephone station 400, The management unit (Mn-150) after a certain authentication process through the telephone station 400, and then connected to the power on and off control unit (Cn-380) to forcibly turn on or off the system. To control. This is because the set-top box (Cn-301) is temporarily turned off or in case of power failure, the power-on-off control unit (Cn-380) uses a separate telephone station 400 network instead of the existing broadcasting network when a digital product requires a reset. ) Has the advantage of enabling remote control by controlling the cable broadcasting control unit (Cn-302).

18 is a diagram illustrating the monitoring of the present invention, which will be described with reference to FIG. 21.

The central manager of the head office manages and organizes the video information, data and real-time information that will be displayed by each client (Cn-300) in a certain rule, and manages it in the broadcasting organization (Mn-140) in the control server (Mn-100). After connecting to the server (S-200) through the wired and wireless communication network 500 through a certain authentication procedure (step (P1) of FIG. 21) stored in the database (S-802) connected to the schedule distribution unit (S-220) In addition, the display control unit Cn-370 in the client Cn-300 connects to the server S-200 through the wired / wireless communication network 500, and then connects the data to the schedule distribution unit S-220 through a predetermined authentication procedure. Receives information and data from the base (S-802) and displays it on the display (Cn-310) in the client (Cn-300), and displays information and data on the display (Cn-310) in the client (Cn-300). During the control server (Mn-100), the monitoring unit (Mn-120) is a client through the wired and wireless communication network (500) After connecting to the network (Cn-300), after a certain authentication, the monitoring server (Cn-391) in the client (Cn-300) and the monitoring server and necessary information and data through the wired and wireless communication network 500 through the control server (Mn- 100 is transmitted to the monitoring unit (Mn-120), and separate screen segmentation information, screen capture information and necessary information and data connected to the server (S-200) through the wired and wireless communication network 500, and went through a certain authentication procedure After transmitting to the database (S-803) connected to the client status input unit (S-210) and stored (P2). A number of central managers in separate clients from the head office and branch offices connect to the server (S-200) through the wired / wireless communication network (500), go through a certain authentication procedure, and then connect the database (S-210) to the client status input unit (S-210). By receiving the status of each client (Cn-300) from -803), a plurality of administrators can manage each client (Cn-300) and perform n: n monitoring (Fig. 21). Process (P3)), the control server (M1-100), the control server (M2-100), and (M3-100), which are central administrators, are the respective clients (C1-300) and clients (C2-300) (C3). -300) is connected to the server (S-200) through the wired and wireless communication network 500, and after a certain authentication process and stored in the database (S-803) connected to the client status input unit (S-210) By placing them (step P4 in Fig. 21), the control server (M1-100), the control server (M2-100), (M3-100), which are the central managers, After monitoring again, a separate control server (Mn-100) is connected to the server (S-200) through the wired / wireless communication network (500), and then goes through a certain authentication procedure. By receiving and monitoring the status information from S-803, the central manager monitors the central manager again, so that the central managers can cross-monitor each other, which enables the monitoring of pyramid and radial structures. This state information is stored in the server at the end (step P5 of Fig. 21). In addition, the monitoring spherical example of the pyramid structure and the radial structure may be represented as shown in FIGS. 22 and 23.

The present invention is delivered to the consumer faster than the delivery of advertising or promotional information through the existing print media, there is an effect that can be confirmed. Existing unidirectional display programs require a separate program or other equipment to check at a distance, and there is a shortage of video loss due to immediate response, hacking and other methods, and alternative methods of pirate broadcasting, but the present invention is described above. As described above, even when the information is delivered to various places where people gather and other necessary places by using various display devices, or when used in a promotional advertisement, the verification and accurate display of data due to bidirectional communication is possible.

In addition, the user can enjoy the sound according to the height of the sound and the selection of the image at the display installation place arbitrarily. It is clear that even in the difficult parts described below, the effects of the information, video, and advertisement can be amplified to satisfy the needs of the consumer and the needs of the supplier.

In addition, the management through the GUI-based monitoring has the advantage that anyone can easily manage, and by exerting such a function, it includes the functions of the existing airwaves and sends and receives general advertisements and information to the unspecified number of people. Unlike this, the concept of 1: 1 broadcasting is included by receiving individualized and characterized image information for each image receiver.

1 is an exemplary display screen showing an example of a general image segmentation

2 is a display diagram showing an example of a general multicube method;

3 is a display diagram showing a screen example of the present invention;

4 is a display diagram showing an example of another screen of the present invention;

5 is a block diagram showing an example of the device configuration of the present invention;

6 is a solution diagram showing the concept of the present invention

7 is a diagram illustrating a monitoring case of the present invention.

8 shows another monitoring of the present invention;

9 shows yet another monitoring of the present invention;

10 is a diagram showing a case of transmitting and receiving a manager image of the present invention.

11 is a diagram illustrating real time information of the present invention.

12 is a view showing the operation of the set-top box of the present invention.

13 is a diagram illustrating a case of controlling a client video output of the present invention.

14 is a diagram illustrating client status transmission and monitoring status value transmission according to the present invention.

15 is a view showing the image output and control of the present invention.

16 is a view showing the operation of the remote control of the present invention.

17 illustrates power on and off of the present invention.

18 illustrates the monitoring of the present invention.

19 shows a display of the present invention;

20 is a flowchart showing the operation of the set-top box of the present invention.

21 is a flowchart illustrating the monitoring of the present invention.

22 shows an example of monitoring of the present invention;

23 shows an example of another monitoring of the present invention.

Explanation of symbols on the main parts of the drawings

Cn-300: Client Cn-301: Set Top Box Cn-302: Cable Broadcasting Control Unit

Cn-310: Display Cn-320: Screen Division & Image Control Unit

Cn-330: Set-top box controller Video receiver Cn-340: Video transmitter / receiver

Cn-350): Server communication unit Cn-360: TV reception control unit

Cn-370: Display Control Unit Cn-380: Power On / Off Control Unit

Cn-390: Real Time Information Receiver Cn-391: Monitoring Response Unit

Cn-392: Integrated remote control receiver Cn-800, Cn-801: Database

Cn-900: Remote Control Cn-1000: Broadcasting Network Mn-100: Control Server

Mn-110: Set Top Box Control Unit Mn-120: Monitoring Unit Mn-130: Video Transmission Unit

Mn-131: Client Sender Mn-132: Server Sender

Mn-140: Broadcasting Organization Mn-150: Power Management Unit Mn-160: Information Management Unit

Mn-800: Database S-200: Server S-210: Client Status Input

S-220: schedule distribution unit S-230: client image transmission and reception unit

S-240: Authentication part S-250: Additional information distribution part S-260: Local information distribution part

S-270: Real-time Information Distribution S-800: Database

S-801, S-802, S-803: Database 400: Telephone Station 500: Wired / Wireless Communication Network

H-600: Backup server as a live streaming external server H-800: Database

Claims (13)

In the method of providing an image through the set-top box, outputs the image through the display screen, and remotely manage the image over the wire or wireless, A method for unmanned integrated wired / wireless video splitting information advertisement service, comprising: merging a software additional division into at least one of the divided images in a hardware division scheme of the display itself. The unmanned set top box controller of claim 1, further comprising a solution in the set-top box control unit that allows a user to control a channel and to control a channel and to control a channel between the multiple images when the display image is divided. Comprehensive wired and wireless video screen segmentation information advertising service method. The method of claim 1, wherein the real-time display of various information such as text, important information, and news is displayed on a screen as a text screen. Unmanned integrated wired and wireless video screen segmentation information advertising service method characterized in that the simultaneous overwriting. 2. The method of claim 1, wherein the split screen is used as a multi-screen selected from the images of all the companies that broadcast the general TV and the high-definition TV of the airwave broadcasting. The method of claim 1, wherein the split screen is configured to allow a general TV and a high-definition TV to simultaneously transmit images so that a user can simultaneously watch a desired screen. 2. The method of claim 1, wherein the set-top box controller manages another image by managing another image in addition to managing the image by one process. The unmanned integrated wired / wireless video screen according to claim 1, wherein the image provided by the set-top box is provided with one or each region, region, and region such as news or information images suitable for a population or through a separate terminal. Split information advertising service method. In the method of providing an image through the set-top box, outputs the image through the display screen, and remotely manage the image over the wire or wireless, In addition, a monitoring server, in which a terminal and a central server are operated and managed by wired / wireless two-way communication and other information communication networks, is installed using a GUI monitoring method corresponding to each terminal. Unmanned integrated wired and wireless video splitting information advertising real-time transmission monitoring method. The unmanned integrated wired / wireless video splitting information according to claim 8, wherein the GUI monitoring method selects and monitors one of 1: 1 monitoring and 1: N monitoring and N: N monitoring. How to monitor real-time transmission of advertisements. In the method of providing an image through the set-top box, outputs the image through the display screen, and remotely manage the image over the wire or wireless, A remote management method for unmanned integrated wired / wireless video splitting information advertisements by additionally connecting a server and a set-top box terminal to a separate telephone network, and remotely managing the set-top box through a telephone network and controlling the software. The transmission of data from a single server between remote locations according to claim 10, wherein when receiving data from a server at a terminal in an installed place, communication failure due to errors in wired / wireless and information communication networks, other natural disasters and unavoidable circumstances, and the like occurs. Remote management method for unmanned integrated wired / wireless video splitting information advertisement, characterized in that each terminal has a solution that enables data transmission for network processing between terminals. The method of claim 10, wherein the server manages a hardware part such as color, business card, brightness, density, etc. of each terminal screen with a solution embedded in the control unit of each terminal so that the software can control the optimum image state. Unmanned comprehensive wired and wireless video splitting information advertising remote management method. The unmanned management system according to claim 10, wherein the server manages remotely to transmit and receive necessary information and contents in real time through a separate independent terminal, including adjacent terminals, in addition to transmitting the changed image and information in real time from a server. Comprehensive wired / wireless video splitting information advertising remote management method.