KR100377353B1 - Apparatus and method for operating multi-vision system and media for storing program source thereof - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a multivision system, and more particularly to a multivision system that simultaneously controls lighting drive means and / or image output means from lighting drive and screen pattern data corresponding to video data stored in the storage means.

To this end, the present invention provides a method for operating an entire system using video data, lyrics subtitle data, sound source data and / or screen pattern data stored in a storage means integrated in a user terminal and / or separately and according to a user's operation. The driving program reads video data, lyrics subtitle data, and sound source data to be output through the image output means and the sound output means, respectively, determines the screen output state of the video data according to the screen pattern data, and drives the illumination. By having the pattern data separately, the driving state of the lighting bulb connected to the user terminal can be controlled using the lighting driving pattern data.

Description

Operating system and operation method of multivision system, recording medium recording the program source {APPARATUS AND METHOD FOR OPERATING MULTI-VISION SYSTEM AND MEDIA FOR STORING PROGRAM SOURCE THEREOF}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a multivision system, and more particularly, to a multivision system that simultaneously controls an illumination driving means and an image output means from illumination driving and screen pattern data corresponding to video data stored in the storage means.

A general multivision system is a system for enlarging or reducing a single image and outputting the image to a screen. The multivision system is connected to a plurality of image output means to form a multivision system. Is a system for outputting.

The multi-vision system described above is installed in front of an exhibition hall or a predetermined event hall and is used for the purpose of advertising by outputting an image required for the exhibition or event, and also in a place equipped with a karaoke system such as karaoke, etc. The multi-vision system is often used for a display device that outputs subtitles to induce user's interest.

However, the above-described multi-vision system has to be connected to several display devices, so the size of the multi-vision system becomes large, so that the installation is not easy when the place is narrow, and the installation cost is expensive, so it is difficult to install easily. There was this.

On the other hand, there may be a variety of methods for controlling the lighting system operated simultaneously or separately from the above-described multi-vision system. That is, there is a lighting engineer such as a broadcasting station, there is a method that the lighting engineer is manually operated according to the lighting drive program configured appropriately for the program, and also to the MIDI data for generating a sound source, such as a karaoke system equipped with a karaoke system In order to have the lighting data together to have a proper lighting effect on the currently playing song, and in the field where music is used for a special purpose such as a night club, there is a lighting driving program for controlling the driving state of the lighting bulb. There is a problem in that the lighting bulb is simply driven by the above-described lighting driving program, but the user cannot manually control the driving speed or shape.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems, and provides various screen pattern data and driving programs to a user, and divides one screen provided in one image output means according to the screen pattern data selected by the user. In addition to providing a plurality of screens, various lighting driving pattern data and driving programs for controlling the driving state of the lighting system provided with the image output means can be provided to the user to control the lighting system as desired. The present invention provides an operating apparatus and a method of operating a multi-vision system, and a recording medium recording the program source thereof.

The present invention provides storage means including video data, lyrics subtitle data, sound source data, screen pattern data, and illumination driving pattern data, and including a driving program for combining and / or extracting the data, respectively, by a user's operation; And reading the driving program of the storage means and reading the video data, the lyrics subtitle data, the sound source data, the screen pattern data, and the illumination driving pattern data by using the read driving program. The lyrics subtitle data and the sound source data are output through the image output means and the sound output means, respectively, the screen output state of the video data is determined according to the screen pattern data, and the illumination driving means is controlled according to the illumination driving pattern data. It is an object of the present invention to provide an operation apparatus of a multi-vision system including a user terminal means for controlling.

Another object of the invention is a first step of reading a drive program for controlling the entire system as the user intends; A second step of outputting the audio / video interface screen generated from the read driving program and the generated lighting control interface screen to the image output means; When the user selects the audio / video control menu item through the audio / video interface screen, the audio / video data and the screen pattern data are read in response to the selected audio / video control menu item, and the audio / video data is read out. A third step of controlling the entire system such that video data is output on the screen of the image output means according to the screen pattern data output and read to the image output means, respectively; And selecting light driving pattern data of the video data using the light control interface screen, and outputting a control signal for controlling lighting or extinction of the plurality of light bulbs by the light driving means according to the selected light driving pattern data. It is to provide a method of operating a multi-vision system comprising the step.

Still another object of the present invention is to provide a first process for reading a driving program for controlling the entire system according to a user's intention; A second process of outputting the audio / video interface screen generated from the read driving program and the generated lighting control interface screen to the image output means; When the user selects the audio / video control menu item through the audio / video interface screen, the audio / video data and the screen pattern data are read in response to the selected audio / video control menu item, and the audio / video data is read out. A third process of controlling the entire system such that video data is output on the screen of the image output means according to the screen pattern data output and read to the image output means, respectively; And selecting light driving pattern data of the video data using the light control interface screen, and outputting a control signal for controlling lighting or extinction of the plurality of light bulbs by the light driving means according to the selected light driving pattern data. It is an object of the present invention to provide a method of operating a multivision system comprising a process.

1 is an external configuration diagram of a multi-vision system according to an embodiment of the present invention,

2 is an overall block diagram of a multivision system according to an embodiment of the present invention;

3 is a reference diagram for describing a pattern for each pattern divided by screen information pattern and a code example thereof;

4 is a flowchart illustrating an operation method of a multivision system according to an exemplary embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

510: storage means 511: video data

512: Screen pattern data 513: Lyrics Subtitle data

514: sound source data 515: light driving pattern data

520: Audio / Video Control Interface Module

530: lighting control interface module

540: screen processing module 550: lyrics film processing module

560: sound source processing module 570: lighting processing module

580: communication module

These objects, features and advantages of the present invention will be more readily understood by reference to the accompanying drawings and the following detailed description.

The present invention below reads and reads a drive program from a storage means including video data, lyrics subtitle data, sound source data and screen pattern data, and together with a drive program for combining and extracting data, respectively, by a user's operation. A user terminal means for reading video data, lyrics subtitle data and sound source data using a driving program and outputting the video data through the video output means and the sound output means, respectively, and determining the screen output state of the video data according to the screen pattern data. And a storage means further including lighting driving pattern data, and a communication module for accessing a data providing server through a communication network to download upgraded data according to a user's operation. Preferred device It proposes an example embodiment.

Here, the communication module operates a multivision system in which a user terminal (mainly a personal computer) equipped with a web browser is connected to a wired / wireless communication network through a communication network, and a data providing server is connected to the communication network. The device and its operation can be introduced.

In addition, the preferred embodiments of the present invention include embodiments such as computer systems and computer program products programmed to execute the method of the present invention. According to an embodiment of a computer system, data and a driving program for carrying out the method of the present invention may be provided recorded on a CD and / or DVD and / or reside in one or more memory areas (RAM and / or ROM). The data and drive program may be stored as a computer program product, for example, in another computer memory in a disk drive until needed by the computer system.

The present specification will describe an operation apparatus and a method of operating a multi-vision system as well as a storage means for recording the same. However, the technical spirit of the present invention is not limited thereto and can be variously modified and implemented by those skilled in the art.

1 is an external configuration diagram of a multivision system according to an embodiment of the present invention, FIG. 2 is a block diagram of the multivision system according to an embodiment of the present invention, and FIG. 3 is a screen information pattern. It is a reference diagram for explaining the pattern for each pattern and the code example accordingly.

Referring to FIG. 1, an embodiment of the present invention illustrates a user terminal 200, a sound output means 400 connected to the user terminal 200, an image output means 100, and an illumination driving means 300. .

According to an embodiment of the present invention, the driving program read from the storage means 510 provided by the user terminal 200 as a CD and / or a DVD may be connected to the image output means 100 as shown in FIG. 2. The video control interface screen 105 and the lighting control interface screen 180 are output simultaneously or selectively.

The audio / video control interface screen 105 includes a performance function selection unit 120, a performance pattern unit 140, and a screen output state selection unit 160. The user may display the audio / video control interface screen 105. The predetermined menu item on the user terminal may be selected through an input device such as a keyboard or a mouse provided in the user terminal 200.

In addition, when the image output means 100 outputting the audio / video control interface screen 105 described above is operated in a touch screen manner, the user directly touches a predetermined menu item area on the audio / video control interface screen 105. By touching, a predetermined menu item can be selected.

Although the above-described audio / video control interface screen 105 applied to the present invention has been described with reference to FIG. 1, the audio / video control interface screen 105 may be variously implemented by a system operator.

First, the performance function selector 120 selects and plays a previous song menu item 122 for selecting and playing a previous song based on a song currently being played according to a user's selection, and a performance for reproducing a song selected by the user. The menu item 124, the stop menu item 126 for stopping the playback state of the currently playing song, the pause menu item 128 for temporarily stopping the playback state of the currently playing song, or the user's selection The next song play menu item 129 selects and plays the next song based on the currently playing song.

In addition, the performance pattern unit 140 shown on the right side of the audio / video control interface screen 105 may determine whether to output the lyrics subtitle signal output on the screen of the image output means 100 according to a user's selection. Output / Hide menu item 142, Select Songs Sequential Play or Random Play Select Menu, which determines whether to play a list of a plurality of currently stored songs in order, or only a song selected by a user among a plurality of songs. And a screen output state selection unit 160 located at the bottom of the performance pattern unit 140, the video data outputted to the image output means 100. As a means for controlling the screen output state of the 511, a full screen menu item 161, an n × m multi-screen menu item 162, and a screen pattern information automatic change menu item 163 are configured.

The user can manually manipulate the output state of the video data 511 using the above-mentioned full screen menu item 161 and n × m multi-screen menu item 162, and automatically change the screen pattern information menu item 163. ) May manipulate the output state of the video data 511 according to the screen pattern data 512 stored in the storage means 510.

As described above, the manipulation signal of the user input through the audio / video control interface screen 105 is transmitted to the audio / video control interface module 520 which generates the audio / video control interface screen 105 and the user's operation signal. The operation signal is output through the audio / video control interface module 520 to the screen processing module 540, the lyrics caption processing module 550, and the sound source processing module 560, respectively, and the screen processing module 540 and the lyrics caption processing. The module 550 and the sound source processing module 560 read the video data 511, the screen pattern data 512, the lyrics subtitle data 513, and the sound source data 514 stored in the storage means 510, respectively, and output the image. Output to the means 100 and the sound output means 400, respectively.

Meanwhile, the image output means 100 and the sound output means 400 to be described below will be described as monitors and speakers as one embodiment of the present invention, but this is only an example for description herein.

The screen processing module 540, when a playback menu item (124 of FIG. 1) is selected from among a plurality of menu item predetermined menu items provided in the performance function selection unit (120 of FIG. The video data 511 and the screen pattern data 512 corresponding to the tune selected by 124 of 1 are read, converted into video signals, and output on the screen of the video output means 100.

The lyrics subtitle processing module 550 reads the lyrics subtitle data 513 corresponding to the song selected by the playback menu item (124 in FIG. 1) selected by the user, converts the lyrics subtitle signal into a lyrics subtitle signal, and converts the converted lyrics subtitle signal. It is transmitted to the screen processing module 540 described above to be synthesized with the image signal and then output on the screen of the image output means 100.

At this time, the lyrics subtitle signal output on the screen is output or not output on the screen by the user operating the caption display control menu item (142 in FIG. 1) in the performance pattern unit (140 in FIG. 1).

The sound source processing module 560 selects a playback menu item (124 in FIG. 1) of the performance function selecting unit (120 in FIG. 1) on the audio / video control interface screen 105. The 514 is read from the predetermined area 514 of the storage means 510 and converted into actual sound and then transmitted to the sound output means 400 connected to the user terminal 200.

In addition, the light control interface module 530 is a user of the input via the switch input means 310, or the light control interface screen 180 is integrally provided in the light driving system (in this specification, the light driving means, 300). In response to an operation signal, the illumination driving pattern data 515 stored in the storage means 510 is read, and the illumination driving pattern data 515 is signal-processed to the illumination driving means 300 connected to the user terminal 200. send.

Then, the lighting driving means 300 controls the blinking state of the plurality of lighting bulbs according to the lighting driving pattern data 515 so that the lighting effect appears.

Here, the lighting control interface screen 180 having a plurality of lighting control menu items will be described. First, the lighting control interface screen 180 is a menu item for displaying a genre of the lighting driving pattern data 515 to be selected by the user. For example, 'Disco', 'Rock', 'Techno', and 'Samba' menu items, each of which has a plurality of lighting driving pattern data 515, and various genres other than the above-mentioned genre. It may include.

In addition to the above-described menu items, 'Slow-' and 'Fast +' menu items and a predetermined window are further provided. The menu items allow the user to manually slow down the output speed of the lighting driving pattern data 515, or more. It is a menu item used for quick adjustment, and the predetermined window shows the output speed selected by the user numerically so that the user can know.

The above-described window outputs a numerical value selected by the user on the screen even when the output speed of the illumination driving pattern data 515 is controlled using the switch input means 130 attached to the illumination driving means 300.

Here, the menu item 0 provided in the switch input means 310 reads the desired light drive pattern data 515 among the light drive pattern data 515 stored in the storage means 510 to the light drive means 300. A switch for determining whether to output or to automatically read in accordance with a preset order to output to the light driving means 300, the first menu item is the light drive pattern data 515 stored in the storage means 510 Is a switch for selecting the illumination drive pattern data 515 stored in the upper region based on the currently selected illumination drive pattern data 515, and the second menu item is the illumination drive pattern data stored in the storage means 510 ( A switch for selecting the illumination drive pattern data 515 stored in the lower area based on the currently selected illumination drive pattern data 515 among the 515, and menu items 3 and 4 A switch for fast or slow to adjust the output speed of the lighting drive pattern data 515.

On the other hand, the user terminal 200 further includes a communication module 580 for downloading the upgraded data by connecting online to the data providing server through a communication network according to the user's operation, the above-described downloaded data is stored Since the data is stored in the storage unit 510, the data recorded in the storage unit 510 is upgraded according to the user's intention.

The lighting processing module 570 receives the user's lighting driving pattern data 515 reading signal through the lighting control interface screen 180 generated by the lighting control interface module 530 and receives the lighting driving pattern from the storage means 510. The data 515 is read and output to the lighting driving means 300.

Then, the lighting driving means 300 causes the lighting bulb to be turned on or off in accordance with the above-described lighting driving pattern data 515.

When the user selects a video signal through the audio / video control interface screen 105 generated from the audio / video control interface module 520, the sound source processing module 560 detects and stores a selected music signal corresponding to the selected video signal. The sound source data 514 of the means 510 is read, and the read sound source data 514 is converted into actual sound and output to the sound output means (400 in FIG. 1).

Of course, the above-described method of reading the sound source data 514 is performed by selecting a menu item from the audio / video control interface screen 105 that can input only a selection signal separately from the video data 511.

The storage means 510 may be configured to be mounted in the form of a database of a CD and / or DVD, as well as a RAM or ROM of a computer and / or a hard disk and / or an internet web server connected to a communication network. An embodiment of the present invention is available in various media as described above.

Next, referring to FIG. 3, a screen configuration form according to the pattern type of the screen pattern data 512 output to the image output means 100 will be described.

3 is a reference diagram for explaining a pattern for each pattern divided by screen information patterns and a code example according to the pattern information.

The image output means 100 divides a single screen into the form of n × m (where n and m represent the number of screens divided vertically and horizontally). The configuration of such a screen is from 1 × 1 to n × m. It may be selected and modified in a variety of forms, and n may be the same number as m.

In addition, the screen processing module 540 of the driving program extracts the screen pattern data 512 from the storage means 510 and displays various patterns of the screen of the image output means 100 according to the extracted screen pattern data 512. And / or combined in a format, and the video data 511 is output on the separated and combined screen.

Here, the screen pattern data 512 is used to determine the screen size of the image output means 100 to separate the screen into n horizontal and m vertical numbers, and to selectively output video data to a predetermined region of the separated screen. Characterized in that the pattern.

FIG. 3 illustrates a pattern-specific form of screen pattern data 512 corresponding to the video data 511 of the storage unit 510 in FIG. 2, and the screen pattern data 512 combines the pattern-specific forms. Each of the screen information patterns is stored and output to the image output means 100 according to the previously stored screen information pattern upon request for output from the user.

Here, the screen information pattern may be formed by sequentially and / or randomly combining patterns for each pattern described below, and the screen pattern data 512 may further add predetermined time information to the combined pattern type to form the video. The output form of the data 511 can be diversified.

Referring to FIG. 3, original data and modified data may be simultaneously output on a divided screen or a combined screen, and the modified data as well as the original data may be reduced and enlarged on one screen to variously change its output form. When the modified data is screen pattern data 512 currently being output on the screen as original data, the screen pattern data 512 that was output on the screen before the original data, and the screen later than the original data can be modified. It refers to the screen pattern data 512 to be output on the screen.

In the present specification, the copy screen described below is considered to include both the original data and / or modified data.

In addition, in the present specification, a single screen divided into 3 × 3 screens will be described as an embodiment of the present invention. However, as described above, the screens may be divided and combined in various forms.

Hereinafter, a reference diagram according to the pattern for each pattern illustrated in FIG. 3 will be described.

First, code A001 (multi-screen) updates eight copy screens simultaneously, and code A002 (multi-screen anti-clockwise) updates the copy screen in a counterclockwise direction, as shown, Pass the time.

Code A003 (multi-screen-clock) updates the copy screen clockwise and also takes a predetermined time interval.

Also, code A004 (multiscreen-bottom left), code A005 (multiscreen-top left), code A006 (multiscreen-top right), code A007 (multiscreen-bottom right), code A008 (multiscreen-cross) Updates the five screens containing the original data simultaneously in the vertical and horizontal directions, and proceeds as shown.

On the other hand, code A009 (corner-cross) updates the screen at the corner of the screen, and code A010 (multi-screen horizontal) updates the three screens including the original simultaneously in the horizontal direction, and code A011 (multi-screen) Vertical) updates three screens containing the original data simultaneously in the vertical direction.

Code A012 (multiscreen-a diagonal) and Code A013 (multiscreen-b diagonal) update three screens including the original in a diagonal direction, and are executed in the form as shown.

Code A014 (Original Diagonal Type) and Code A015 (Left Diagonal Type) show the original data on the screen in the form shown in sequence, and finally, Code B000 (Original) is the original data, and Code C000 (Enlarged) Indicates an enlarged form of 1 × 1 over the entire screen.

Code A016 (Lisaju Curved Multi-Screen, LisaJoo Curved Multi-Screen) continuously generates a curve in a rectangular area using a mathematical formula of a conventional Lissajous curve, thereby dividing it into a plurality of screens, and converting the original data and / or Move the copy data.

In addition, the code A017 (3D spatial division type) generates a 3D spatial coordinate system in a single plane image to implement a multi-screen, and a plurality of divided screens are rotated based on a set center point, and in the generated 3D spatial coordinate system In the near place, the size of the output image is enlarged, and in the far place, the size of the output image is reduced and displayed on the screen.

For example, the code type for each pattern described above is based on a unit time of 1/100 to 1/1000 seconds, and is described based on a unit screen, but the present invention is not limited to this embodiment. .

In addition, the embodiment of FIG. 3 is output to the image output means 100, but is not limited to the above-described predetermined pattern, it may be provided in various forms.

4 is a flowchart illustrating a method of operating a multivision system according to an embodiment of the present invention.

The overall system configuration and block diagram of the multivision system of FIGS. 1 to 3 will be described below.

When the user terminal 200 reads a driving program for combining and extracting data stored in the storage means 510 according to the intention of the user (S600), the user terminal 200 reads the audio / video control interface of the read driving program. Various signals such as a video playback signal may be selected and input through the audio / video control interface screen 105 generated through the module 520 (S610 and S620).

The above-described video reproduction signal is input to the screen processing module 540, the lyrics caption processing module 550, and the sound source processing module 560, respectively, and the respective modules are provided with the corresponding video data 511 and the screen from the storage means 510. The pattern data 512, the lyrics subtitle data 513, and the sound source data 514 are read.

The screen processing module 540 controls the entire system to output the input video data 511 on the screen of the image output means 100 according to the screen pattern data 512, and the lyrics subtitle processing module 550 performs the lyrics. The entire system is controlled to read the caption data 513, process the signal, and input the signal to the screen processing module 540 to be combined with the video data 511 and output on the screen of the image output means 100.

On the other hand, the sound source processing module 560 reads the sound source data 514 from the storage means 510 to convert the actual sound, and controls the entire system to be output to the outside through the sound output means 400 (S630).

If the user does not select the audio / video control menu item, the control proceeds to step S640 to display the screen output state of the video data 511 currently being played or the screen output state of the selected video data 511 for playback. It is determined whether the user selects a menu item for manually reselecting the screen pattern data 512 to change (S640), and the menu item for reselecting the screen pattern data 512 is selected by the user. In this case, the screen processing module 540 changes the screen output state of the video data 511 including the lyrics subtitle signal output on the screen of the current image output means 100 to the selected screen pattern data 512 (S650). ).

In operation S640, when the user does not select a menu item for reselecting the screen pattern data 512, the process moves to step S660.

On the other hand, when the video data 511 and the lyrics subtitle data 513 are output on the screen of the image output means 100 according to the screen pattern data 512 manually or automatically selected, the lighting control interface screen by the user. In operation S660, it is determined whether the lighting control menu item is selected, and when the lighting control menu item is selected, the lighting processing module 570 stores the corresponding lighting driving pattern data 515. Read), and output the illumination driving signal to the illumination driving means 300 by signal processing the read illumination driving pattern data 515.

Then, the lighting driving means 300 turns on or off the plurality of lighting bulbs in response to the lighting driving signal (S670).

As a result of the determination in step S660, it is determined that the user does not select the lighting control menu item selection, or while the above-described steps S630, S650, and S670 are being performed, whether the end signal is manually input by the user or the selected video data is selected. 511 or the sound source data 514 are all played back and it is automatically determined whether the end point is reached (S680), and when the determination result reaches the end point manually or automatically, the screen processing module 540 and the lyrics subtitle processing module 550, the sound source processing module 560, and / or the light processing module 570 stop the operation and put the entire system in a standby state so that the user can receive the next signal through the audio / video interface screen 105. Switch.

The implementation method of the present invention is not limited to the above-described method, and unlike the diagram shown in FIG. 4, the illumination drive selected by the user is not directly passed through the step of determining whether the screen pattern data 512 is selected. The step of determining the pattern data 515 may proceed immediately.

The present invention is not limited to the embodiments described above, and various modifications and changes can be made by those skilled in the art, which are included in the spirit and scope of the present invention as defined in the appended claims.

As described above, the present invention reads a digitally stored voice signal and a video signal from a storage device such as a music CD or a movie CD, and corresponds to a screen pattern corresponding to the video data input to the storage device without hardware support. By using the data and the light driving pattern data, the video output means outputs a plurality of video data on the screen according to the screen pattern data, and simultaneously controls the light driving means to create an atmosphere such as karaoke or a night club. have.

In addition, the present invention can be provided in software without the need for additional hardware in operating the multi-vision system, and reads the drive program mounted on the storage means to the video data stored in the storage means without depending on the user's operation There is an advantage of driving the image output means and the illumination driving means through the screen pattern data and the illumination driving pattern data.

Claims (29)

delete Storage means including video data, lyrics subtitle data, sound source data, screen pattern data, and illumination driving pattern data, and including a driving program for combining and / or extracting the data by a user's operation, respectively; And The driving program of the storage means is read, and the video data, the lyrics subtitle data, the sound source data, the screen pattern data, and the illumination driving pattern data are read using the read driving program. The caption data and the sound source data are output through the image output means and the sound output means, respectively, the screen output state of the video data is determined according to the screen pattern data, and the illumination driving means is controlled according to the illumination driving pattern data. Operating device of a multi-vision system comprising a user terminal means. According to claim 1, wherein the drive program of the storage means, An audio / video control interface module for outputting a screen pattern data selection signal for designating a screen output method of video data according to a user's operation; Read corresponding screen pattern data from the storage means in response to the video data selection signal input from the audio / video control interface module, and display the video data selected by the user on the screen of the image output means in accordance with the screen pattern data. Operating apparatus of a multi-vision system comprising a screen processing module. According to claim 3, wherein the drive program of the storage means, A lighting control interface module configured to output a signal for reading lighting driving pattern data according to a user's operation; A lighting processing module configured to read the lighting driving pattern data from the storage means in response to a signal input from the lighting control interface module, and control the lighting driving means so that the plurality of lighting bulbs are turned on or off according to the read lighting driving pattern data; Operating apparatus of the multi-vision system, characterized in that it further comprises. According to claim 3, wherein the drive program of the storage means, Operating apparatus of a multi-vision system characterized in that it further comprises a communication module for downloading the upgraded data by connecting to the data providing server through a communication network according to the user's operation. The audio / video control interface module of claim 3, Output / hide menu items of lyrics subtitles included in the video data, and / or menu items for setting a performance pattern of the video data are output on the screen, and the video data reproduction state according to the menu item selected by the user Operating apparatus of the multi-vision system comprising a performance pattern for controlling the. The method of claim 6, wherein the audio / video control interface module, At least one output signal is output on the screen in response to the selection signal among the play menu items for selecting the play, stop, pause, play performance of the previous song or the next song of the video data. And a performance function selection unit for controlling a video data playback state according to the present invention. The method of claim 7, wherein the audio / video control interface module, And a screen output selector configured to read screen pattern data corresponding to a user's manipulation signal from among the plurality of screen pattern data and to output a signal for controlling a video data screen output state using the read screen pattern data. Operating system of a multi-vision system. The method of claim 4, wherein the lighting control interface module, An illumination drive pattern setting unit configured to read illumination drive pattern data corresponding to a user's operation signal among a plurality of illumination drive pattern data, and output a signal for controlling illumination drive pattern data using the read illumination drive pattern data; Operating device of a multi-vision system, characterized in that. The method of claim 9, wherein the lighting control interface module, And a pattern reading unit configured to read the illumination driving pattern data of the position increased or decreased from the current position by the number of times of operation of the user, and to set the read illumination driving pattern data. The method of claim 9, wherein the lighting control interface module, And an illumination driving pattern speed adjusting unit for outputting a signal for controlling an output speed of the lighting driving pattern data read through the pattern setting unit according to a user's operation. The method of claim 1, wherein the screen pattern data stored in the storage means, The apparatus of the multi-vision system, characterized in that for determining the screen size of the image output means to separate the screen into the number of n horizontal, m m, and to selectively output video data to a predetermined area of the separated screen. . The method of claim 1, wherein the storage means, Operating device of a multi-vision system, characterized in that the CD and / or DVD. delete A first step of reading a driving program for controlling the entire system as the user intends; A second step of outputting the audio / video interface screen generated from the read driving program and the generated lighting control interface screen to the image output means; When the user selects the audio / video control menu item through the audio / video interface screen, the audio / video data and the screen pattern data are read in response to the selected audio / video control menu item, and the audio / video data is read out. A third step of controlling the entire system such that video data is output on the screen of the image output means according to the screen pattern data output and read to the image output means, respectively; And A fourth step of selecting illumination driving pattern data of the video data using the illumination control interface screen and outputting a control signal for controlling lighting or extinction of the plurality of lighting bulbs by the lighting driving means according to the selected lighting driving pattern data; Method of operation of a multi-vision system comprising a. The method of claim 15, wherein the audio / video interface screen, A performance pattern selection menu item, a performance function pattern selection menu item, and / or a screen output state selection menu item. The method of claim 16, When the performance pattern selection menu item is selected by the user, the corresponding video data and / or screen pattern data are read, and the video data is output on the screen of the video output means in accordance with the read screen pattern data. And reading the lyrics subtitle data stored corresponding to the video data, synthesizing the video subtitle data and outputting the synthesized subtitle data on the screen of the image output means. The method of claim 17, wherein the lyrics subtitle data output on the screen, A method of operating a multi-vision system, characterized in that the output is not displayed on the screen through the output / hide menu items of the lyrics selected by the user. The method of claim 15, wherein the light control interface screen, Menu item for selecting and outputting lighting drive pattern data according to user's intention, Menu item for selecting and outputting lighting drive pattern data according to preset list, Menu item for controlling output speed of lighting driving pattern data, Current output And a menu item for selecting and outputting lighting driving data stored in upper and lower regions based on the lighting driving pattern data being used. The method of claim 15, wherein the drive program, Operating method of a multi-vision system, characterized in that stored in the CD and / or DVD provided to the user. The method of claim 20, wherein the drive program and data, Operating method of a multi-vision system, characterized in that the upgrade by accessing the Internet through a communication network according to the user's operation. delete A first process of reading a driving program for controlling the entire system as the user intends; A second process of outputting the audio / video interface screen generated from the read driving program and the generated lighting control interface screen to the image output means; When the user selects the audio / video control menu item through the audio / video interface screen, the audio / video data and the screen pattern data are read in response to the selected audio / video control menu item, and the audio / video data is read out. A third process of controlling the entire system such that video data is output on the screen of the image output means according to the screen pattern data output and read to the image output means, respectively; And A fourth process of selecting illumination driving pattern data of video data using the illumination control interface screen and outputting control signals for controlling lighting or extinction of a plurality of lighting bulbs to an illumination driving means according to the selected illumination driving pattern data; Method of operation of a multi-vision system comprising a. The method of claim 23, wherein the audio / video interface screen, And a play pattern selection menu item, a play function pattern selection menu item, and / or a screen output state selection menu item. The method of claim 24, When the performance pattern selection menu item is selected by the user, the corresponding video data and / or screen pattern data are read, and the video data is output on the screen of the image output means in accordance with the read screen pattern data. And a process of reading the lyrics subtitle data stored corresponding to the video data, synthesizing the video data and outputting the synthesized subtitle data on the screen of the image output means. The lyrics subtitle data output on the screen according to claim 25, A recording medium for recording a driving program of a multi-vision system, characterized in that the output on the screen, or is not output on the screen through the output / hide menu items of the lyrics selected by the user. The method of claim 23, wherein the light control interface screen, Menu item for selecting and outputting lighting drive pattern data according to user's intention, Menu item for selecting and outputting lighting drive pattern data according to preset list, Menu item for controlling output speed of lighting driving pattern data, Current output And a menu item for selecting and outputting lighting driving data stored in the upper and lower regions based on the lighting driving pattern data being used. The method of claim 23, wherein the drive program, A recording medium for recording a driving program of a multi-vision system, characterized in that stored in the CD and / or DVD provided to the user. The method of claim 28, wherein the drive program and data, A recording medium for recording a driving program of a multi-vision system, which can be upgraded by accessing the Internet through a communication network according to a user's operation.