KR100441342B1 - Tool for playing a multimedia data and method for playing a multimedia data using the same - Google Patents

Abstract

The present invention relates to a multimedia playback tool and a multimedia playback method using the same. In the present invention, an arbitrary original video having a series of information connection cells is stored in the original video storage module in advance, and the mobile terminal is involved in the playback of the original video. Information of the original video being played by closely connecting the playback control module, the comprehensive connection information storage module, the detailed connection information storage module, the connection video data storage module, the connection audio data storage module, and the connection URL data storage module in the given order. The connecting cells may be connected in real time with other multimedia data, such as video data, audio data, URL data, etc., according to a user's selection.

When the present invention is achieved, the user can easily facilitate the interactive use of the original video on the basis of "the effect that the information connection cells of the original video can be connected with other data", and as a result, the utilization efficiency of the overall video is improved. You can easily enjoy the maximum effect.

Of course, the user can enjoy the above-described effects equally when the original multimedia data is not only the above-described original moving picture but also other types of multimedia data, for example, the original audio.

Description

Tool for playing a multimedia data and method for playing a multimedia data using the same}

The present invention relates to a multimedia data playing tool, and more particularly, by closely linking various playback tools involved in playing multimedia data, eg, original video, according to a user's selection, To a multimedia playback tool capable of inducing some cells to be connected in real time to other multimedia data, such as other video data, other audio data, other Uniform Resource Locator (URL) data, and the like. . Moreover, the present invention relates to a method of multimedia playback using such a multimedia playback tool.

Recently, as the demand for multimedia information increases, various technologies related to moving images have been widely developed.

For example, Korean Patent Laid-Open Publication No. 2000-14421, "Method for Creating and Updating Video Data Linked Playback Information of Rewritable Recording Media", Korean Patent Laid-Open Publication No. 2000-17815, "Network-based video generation system and its generation Method ", Korean Patent Publication No. 2000-49833," Method of Making Digital Video Album through Internet ", Korean Patent Publication No. 2000-58241" Video Editing System and Object Information Service Method Using the Same ", Korean Patent Publication 2000-58970, "Video information providing and retrieval method", etc. disclose various technologies related to such a conventional video in detail.

However, since such conventional video using technologies mostly remain only at the level of fragmentation using arbitrarily given video information, there are still many limitations in using the conventional video information interactively. There is this.

It is therefore an object of the present invention to pre-store any original video having a series of information linking cells inside the tool, which information linking cells are according to the user's choice, according to the multimedia data, eg video data, audio data, URL. By allowing data to be connected in real time, the interactive use of video files can be easily achieved.

Another object of the present invention is to maximize the overall use efficiency of the video by inducing the interactive use of the video file to be possible.

Still other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

1 conceptually illustrates a multimedia playback tool in accordance with the present invention;

Figure 2 is an exemplary diagram conceptually showing the information storage state of the comprehensive connection information storage module according to the present invention.

3 is an exemplary view conceptually showing the information storage state of the detailed connection information storage module according to the present invention.

4 is a flowchart sequentially illustrating a multimedia playback method according to the present invention.

5 is an exemplary diagram conceptually showing an original video display state according to the present invention;

In order to achieve the above object, in the present invention, an original video storage module, a comprehensive connection information storage module, a detailed connection information storage module, a connection video data storage module, a connection audio data storage module, a connection URL data storage module, a playback control module, etc. A multimedia playback tool consisting of a combination of two is disclosed. In this case, each of the above components is mounted in, for example, a computer system having a series of input and output devices.

At this time, the original video storage module serves to store any original video having a series of information connection cells, the comprehensive connection information storage module stores a series of comprehensive connection information for the previous source video. In addition, the detailed connection information storage module serves to store a series of detailed connection information for the aforementioned information connection cells.

In addition, the connection video data storage module, the connection audio data storage module, the connection URL data storage module, etc. respectively compress and store the actual connection video data, the connection audio data, and the connection URL data reflecting the aforementioned comprehensive connection information and detailed connection information. It plays a role.

At this time, the playback control module controls the original video storage module, the comprehensive connection information storage module, the detailed connection information storage module, the connection video data storage module, the connection audio data storage module, and the connection URL data storage module, and the like. It serves to selectively display the original video on the output device by communicating with the provided input device.

In addition, the playback control module inquires the comprehensive connection information and the detailed connection information when a series of information connection cell click events that click on the information connection cells from the previous input device, and connects the connection video associated with the information connection cells. It performs data, connection audio data, connection URL data, and so on.

Hereinafter, with reference to the accompanying drawings, a multimedia playback tool and a multimedia playback method using the same according to the present invention will be described in more detail.

As shown in Figure 1, the multimedia playback tool 100 according to the present invention is largely, the original video storage module 60, playback image acceleration module 40, comprehensive connection information storage module 30, detailed connection information storage Module 20, playback control module 10, and the like. In this case, the original video storage module 60, the playback video acceleration module 40, the comprehensive connection information storage module 30, the detailed connection information storage module 20, the playback control module 10 and the like, for example, the mouse (4) And an input device such as a keyboard 5 and an output device such as a monitor 3, a speaker 2, or the like.

At this time, the original video storage module 60 stores a series of original multimedia data, for example, any original video having information connection cells, the original video stored in the original video storage module 60, Through the systematic linking operation of the comprehensive connection information storage module 30, the detailed connection information storage module 20, and the playback control module 10 described above, the playback process unique to the present invention is smoothly performed.

Of course, the above-described original multimedia data may be replaced with other types of multimedia data other than the original video, for example, original audio data. If the original multimedia data is replaced with the original audio data, the original audio data may be replaced. Similar to the original video above, through the systematic linking action of the comprehensive connection information storage module 30, the detailed connection information storage module 20, the playback control module 10, the unique playback process of the present invention smoothly You will be able to proceed. In this case, the original video storage module 60 may be replaced with the original audio storage module.

Since the reproduction process of the original audio data can be sufficiently inferred by the reproduction process of the original video, which will be described later, a detailed description thereof will be omitted.

Here, the comprehensive connection information storage module 30 serves to store a series of comprehensive connection information for the original video, and the detailed connection information storage module 20 is for the above information connection cells. It stores a series of detailed connection information.

In this case, the comprehensive connection information stored in the comprehensive connection information storage module 30 includes the project name information for the original video, the project path information for the original video, the overall connection video information associated with the original video, and the original video. Integrated linked audio information and linked URL information linked to the original video are integrated.

For example, as shown in FIG. 2, the comprehensive connection information stored in the comprehensive connection information storage module 30 includes "original video is <‥ ＼ ‥ ＼a.avi>", "original video <‥ ＼ ‥ ＼a Project names for .avi> are <Korean Movies> "," Project Movies for Original Movie <‥ ＼ ‥ ＼a.avi> <‥ ＼ ‥ ＼bx ‥ .xx> "," Original Movie <‥ ＼ ‥ Linked videos associated with <a.avi> are <b.avi, c.mpeg, ... d.mpeg. ‥> ", and linked audio associated with the original video <‥ ＼ ‥ ＼a.avi> are <e. mp3, f.midi, ‥ g.mp3, ‥ m.mp3 ‥> "," The connection URLs associated with the original video <‥ ＼ ‥ ＼a.avi> are <http: //www.b‥/‥/d .hwp, http://www.q././r.jpeg> "and the like.

In addition, the detailed connection information stored in the detailed connection information storage module 20 includes frame information for the above information connection cells, location information for the information connection cells, target video information associated with the information connection cells, and information connection cells. Target audio information, target URL information associated with information connection cells, and the like are integrated.

For example, as shown in FIG. 3, the detailed connection information stored in the detailed connection information storage module 20 includes, for example, an information connection cell belonging to an FA frame and positioned at <0100 ‥>. Is associated with the FB frame, and the information linking cell located at <1011 ... is associated with the target video <‥ ＼ ‥ ＼c.mpeg> "," is associated with the FB frame " , The information connection cell located at <0011 ‥> is associated with the target audio <‥ ＼ ‥ ＼e.mp3> "," The information connection cell belonging to the FC frame, and the information connection cell located at <10010 ‥> is the target audio <‥ ＼ ‥ Associated with # q.mpeg> "," the information link cell belonging to the FC frame and located in <00101 ...> is associated with the target audio <http://www.b././d.hwp> ", Information such as "information connection cell belonging to FC frame and located in <10001 ...> is associated with target video <FD ~ FE>" is contained.

Here, values such as <0100 ‥>, <1011 ‥>, <0011 ‥>, <10010 ‥>, <00101 ‥>, <10001 ‥> and the like represent two-dimensional coordinates where each information connection cell is located. FD to FE "are frames belonging to" FA, FB, FC "and the like," the same original moving picture ".

On the other hand, as shown in the figure, the playback control module 10 forms a close signal connection relationship with the original video storage module 60, the comprehensive connection information storage module 30, the detailed connection information storage module 20 and the like described above In one state, by controlling the original video storage module 60, the comprehensive connection information storage module 30, the detailed connection information storage module 20, etc., the original video stored in the original video storage module 60 output device For example, it serves to guide the display 3 to be quickly displayed.

The playback control module 10 forms a close interconnection relationship with the scenario data storage block 50 together with the original video storage module 60, the comprehensive connection information storage module 30, the detailed connection information storage module 20, and the like. do. In this case, as shown in the figure, the scenario data storage block 50 is provided with a connection video data storage module 51, a connection audio data storage module 52, a connection URL data storage module 53 and the like.

At this time, the connection video data storage module 51 compresses and stores the actual connection video data reflecting the aforementioned comprehensive connection information and detailed connection information, and the connection audio data storage module 52 includes the comprehensive connection information. , Compressing and storing the substantial connection audio data reflecting the detailed connection information, and the connection URL data storage module 53 compresses and stores the actual connection URL data reflecting the comprehensive connection information and the detailed connection information. do.

In this state, the above-described reproduction control module 10 generates a series of information connection cell click events for clicking the preceding information connection cells from the input device of the computer system 1 such as the mouse 4, the keyboard 5, or the like. When the comprehensive connection information storage module 30 and the detailed connection information storage module 20 are stored, the comprehensive connection information, detailed connection information, and the like are stored, and based on the inquiry result, a series of instructions is connected to the connection video data. By transmitting to the storage module 51, the connection audio data storage module 52, the connection URL data storage module 53, the actual connection video data, connection audio data, connection URL data, etc., which includes comprehensive connection information and detailed connection information. It plays a role in inducing to execute interactively according to the user's choice.

In this case, as shown in the figure, the interface module 80 transmits a user input signal transmitted from an input device such as a mouse 4 or a keyboard 5 mounted in the computer system 1 to the playback control module 10. It serves to deliver quickly.

Here, the playback control module 10, together with the detailed connection information storage module 20, the comprehensive connection information storage module 30, the interface module 80, and the like, the playback image acceleration module 40, decompression module 70 ) Also form a close signal connection. In this case, the playback image acceleration module 40 generates a series of original video playback events for playing back the original video stored in the original video storage module 60 from an input device such as a mouse 4 or a keyboard 5. , According to the instruction of the playback control module 10, accelerates the original video, and outputs the original video to an output device such as a monitor 3, a speaker 2, and the like. 70 is, for example, interposed between the "connected video data storage module 51, the linked audio data storage module 52, the linked URL data storage module 53", and the "playback control module 10". Decompresses the "connection video data, the connection audio data, the connection URL data" etc. which are output from the data storage module 51, the connection audio data storage module 52, the connection URL data storage module 53, etc. Perform.

Hereinafter, the multimedia playback method using the multimedia playback tool 100 of the present invention having the above-described configuration will be described in detail.

First, by using the present invention, any user who wants to play an original video can utilize an input device such as a mouse 4, a keyboard 5, or the like to play the multimedia playback tool of the present invention mounted on the computer system 1. Approach 100.

In this state, the playback control module 10 continuously checks the interface module 80, as shown in FIG. 4, so that a series of original video playback events from an input device such as a mouse 4, a keyboard 5, or the like is performed. It is determined whether is generated (step S1).

At this time, if it is determined that a separate original video playback event does not occur from an input device such as the mouse 4 or the keyboard 5, the playback control module 10 proceeds to the flow of step S2 to perform a series of standby states. Keep it.

However, if it is determined that a separate original video playback event has occurred from an input device such as a mouse 4 or a keyboard 5, the playback control module 10 monitors a series of original videos stored in the original video storage module 60. (3), a process of reproducing to an output device of the computer system 1, such as the speaker 2, is performed (step S3).

In this case, the playback control module 10 instructs the output of the original video to the above-described playback video acceleration module 40, the playback video acceleration module 40 immediately after the instruction message, the original video storage module ( After accelerating the original moving picture stored in 60), the original moving picture is output to, for example, the monitor 3, and finally, the original moving picture is displayed on the monitor 3 as shown in FIG. Frames FA, Frames FB, and Frames FC are quickly displayed. Of course, the audio corresponding to each frame of the original video is output to the speaker 2.

In this state, the playback control module 10 continuously checks the interface module 80, thereby clicking a series of video playback areas that click on the playback area of the original video from an input device such as a mouse 4, keyboard 5, or the like. It is determined whether an event has occurred (step S4).

At this time, if it is determined that a separate video playback area click event has not occurred from an input device such as the mouse 4 or the keyboard 5, the playback control module 10 advances the flow to the previous step S3, Maintain the original video playback process.

However, if it is determined that a separate video playback area click event has occurred from an input device such as a mouse 4, keyboard 5, or the like, the playback control module 10 may provide information related to the current click position, for example, "click frame information." "," Click coordinate information ", etc. are received (step S5).

In the state where the series of click position information receiving process is completed, the playback control module 10 checks the comprehensive connection information storage module 30, the detailed connection information storage module 20, and the like. Detailed connection information is inquired, and based on the inquiry result, it is judged whether or not the current click position is the information connection cell area (steps S6, S7, S8).

At this time, when the current click position is, for example, the area B, the area E, and the like, and the search result of the comprehensive connection information and the detailed connection information is determined, the coordinate value of this area is not determined to be the coordinate value of the predetermined information connection cell area. The control module 10 proceeds the flow to the above-described step S3 to continuously maintain a series of original video playback process.

However, the current click position is the area A belonging to the image I1, the search result of the comprehensive connection information and the detailed connection information, and the coordinate value of the corresponding area is the coordinate value of the information connection cell area, for example, shown in FIG. 3. If it is determined that <0100 ...>, the playback control module 10 immediately decompresses the connection scenario data associated with the corresponding information connection cell area and proceeds to execute the decompressed connection scenario data. (Steps S9, S10).

In this case, the playback control module 10 instructs the decompression module 70 to decompress the connection scenario data, for example, the target video < / RTI > b.avi>, with reference to the detailed connection information. The decompression module 70 immediately decompresses the b.avi file stored in the connected video data storage module 51 and delivers it to the playback control module 10. The decompressed b.avi file is decompressed. As soon as this is delivered, the playback control module 10 will execute it quickly.

When this series of connection scenario data execution process is completed, the monitor 3 quickly displays a series of videos held by the b.avi file, and finally, the user clicks on the information connection cells corresponding to the area A and simultaneously, You will enjoy the interactive effects of running video b.avi.

In a similar example, the current click position is the area C belonging to the image I2, the search result of the comprehensive connection information, the detailed connection information, and the coordinate value of the information connection cell area to which the coordinate value of the corresponding area is specified, for example, <1011 If it is determined that >, the playback control module 10 immediately instructs the decompression module 70 to decompress the target video <‥ ＼ ‥ ＼c.mpeg> with reference to the detailed connection information. The decompression module 70 immediately decompresses the c.mpeg file stored in the connected video data storage module 51, and transfers the decompressed module to the playback control module 10. The playback control module 10 Will execute it as soon as the unpacked c.mpeg file is delivered.

Eventually, the monitor 3 displays a series of moving images held by the c.mpeg file quickly. As a result, the user clicks on the information connection cells corresponding to the area C, and simultaneously executes the target video c.mpeg. You can enjoy the.

As another example, the current click position is the area D belonging to the image I3, the search result of the comprehensive connection information, the detailed connection information, the coordinate value of the corresponding area is a coordinate value of the predetermined information connection cell area, for example, <0011. If it is determined that the ...>, the playback control module 10 immediately instructs the decompression module 70 to decompress the target audio <‥ ＼ ‥ ＼e.mp3> with reference to the detailed connection information. The decompression module 70 immediately decompresses the e.mp3 file stored in the connected audio data storage module 52 and delivers the decompressed file to the reproduction control module 10. The reproduction control module compresses the compression. As soon as the released e.mp3 file is delivered, it is executed quickly.

As a result, the speaker 2 quickly outputs a series of sounds held by the e.mp3 file. As a result, the user clicks on the information connection cells corresponding to the area D, and simultaneously executes the target audio e.mp3. You can enjoy the.

As another example, the current click position is the area F belonging to the image I4, the search result of the comprehensive connection information, the detailed connection information, the coordinate value of the corresponding area is the coordinate value of the information connection cell area, for example, < If it is determined that 10010 ...>, the playback control module 10 immediately instructs the decompression module 70 to decompress the target video <? ＼ ‥ ＼q.mpeg> with reference to the detailed connection information. The decompression module 70 immediately decompresses the q.mpeg file stored in the connected video data storage module 51 and transfers the decompressed q.mpeg file to the playback control module 10. 10) executes the decompressed q.mpeg file as soon as it is delivered.

As a result, the monitor 3 quickly displays a series of moving images held by the q.mpeg file, and as a result, the user clicks on the information connection cells corresponding to the area F and simultaneously executes the target video q.mpeg. You can enjoy the.

As another example, the current click position is the area G belonging to the image I5, the search result of the comprehensive connection information, the detailed connection information, and the coordinate value of the corresponding area is the coordinate value of the predetermined information connection cell area, for example, < If it is determined that 00101 ...>, the reproduction control module 10 immediately refers to the detailed connection information, and decompresses the decompression module 70 to the target URL data <http: //www.b. hwp> is instructed to decompress, and the decompression module 70 immediately decompresses <http: //www.b‥＼‥＼d.hwp> stored in the connection URL data storage module 53. And dismantle it, and transmit it to the regeneration control module 10. The regeneration control module 10 immediately transfers the decompressed <http: //www.b‥＼‥＼d.hwp> data to the web. Using a browser, application, etc., the URL page is printed out quickly.

As a result, a web page corresponding to <http: //www.b‥b‥＼d.hwp> is quickly output to the monitor 3 through a web browser, an application, etc. As a result, the user corresponds to the area F. At the same time as clicking the information linking cells, it is possible to enjoy the interactive effect of outputting the target URL <http: //www.b.＼‥＼d.hwp>.

As another example, the current click position is the area H belonging to the image I6, the search result of the comprehensive connection information, the detailed connection information, and the coordinate value of the corresponding area is the coordinate value of the information connection cell area, for example, < If it is determined that 10001 ...>, the playback control module 10 immediately executes the target video <FD to FE> with reference to the detailed connection information. Of course, "FD-FE" are frames belonging to "FA, FB, FC", etc., "the same original moving picture file" as described above.

As a result, a video frame ranging from "FD to FE" is quickly output to the monitor 3, and as a result, the user interactively executes the target video <FD to FE> while simultaneously clicking the information connection cells corresponding to the area H. You can enjoy the effect.

On the other hand, while the above-mentioned connection scenario data, for example, b.avi is being executed, the playback control module 10 may refer to, for example, "settings of the detailed connection information" or "signal input status of the interface module". Is continuously checked to determine whether a series of "connection scenario data execution end events" has occurred (step S11).

At this time, "b.avi is terminated after 10 seconds of execution" is specified in the "setting details of the connection information", and if the execution of "b.avi" for 10 seconds through the above-described process, playback, The control module 10 determines that a series of "connection scenario data execution end events" has occurred, and proceeds with the process of returning the original video to the monitor 3 using the playback image acceleration module 40 (step S12). ).

Further, even when a "connection scenario data execution end designation key input signal", for example, a "back-space key input signal" is transmitted from the interface module 80, the reproduction control module 10 continues to perform a series of operations. It is determined that the "connection scenario data execution end event" has occurred, the process of returning the original video to the monitor 3 by using the playback image acceleration module 40.

On the other hand, through the above-described process, execution of the connection scenario data, for example, b.avi is terminated, and on the basis of this, in the state where the original video is returned and executed on the monitor 3, the playback control module 10 Checks the interface module 80 continuously to determine whether a series of original video reproduction stop events have occurred from an input device such as a mouse 4, a keyboard 5, or the like (step S13).

At this time, if the user does not proceed with a separate computing operation, it is determined that no separate original video playback stop event occurs from the input device such as the mouse (4), the keyboard (5), the playback control module flows to step S14 Proceed to and maintain a series of standby states.

However, if the user proceeds a series of computational operations to stop the playback of the original video, and it is determined that a series of original video playback stop event has occurred from the input device such as the mouse 4, the keyboard 5, the playback control module 10 proceeds with the process of stopping the playback of the original video being displayed on the monitor 3 (step S15).

In this case, the playback control module 10 instructs the playback video acceleration module 40 to stop playback of the original video, and the playback video acceleration module 40 immediately proceeds with the series of playback video acceleration processes. By stopping the display, the display of the original video can be stopped.

Then, the playback control module 10 of the present invention, whenever a series of original video playback event by any user occurs, the above-mentioned comprehensive connection information storage module 30, detailed connection information storage module 20, connection video By quickly progressing a series of original video playback processes using the data storage module 51, the connected audio data storage module 52, and the connected URL data storage module 53, the user can more easily interact with the original video. Induce them to enjoy the effect.

As described in detail above, in the present invention, in addition to storing any original video having a series of information connection cells in the original video storage module in advance, a playback control module and a comprehensive connection information storage module involved in playing the original video. By closely linking the detailed connection information storage module, the connection video data storage module, the connection audio data storage module, and the connection URL data storage module according to the given order, the information connection cells of the original video currently being played are selected according to the user's selection. It can be connected in real time with other multimedia data, such as video data, audio data, URL data, and the like. When the present invention is achieved, the user can easily facilitate the interactive use of the original video on the basis of "the effect that the information connection cells of the original video can be connected with other data", and as a result, the utilization efficiency of the overall video is improved. You can easily enjoy the maximum effect.

While specific embodiments of the invention have been described and illustrated above, it will be apparent that the invention may be embodied in various modifications by those skilled in the art.

Such modified embodiments should not be understood individually from the technical spirit or point of view of the present invention and such modified embodiments should fall within the scope of the appended claims of the present invention.

Claims (6)

An original moving picture storage module mounted in a computer system having an input / output device and storing an arbitrary moving picture having a series of information connection cells; A comprehensive connection information storage module for storing comprehensive connection information for the original video; A detailed connection information storage module for storing detailed connection information for the information connection cells; A connection video data storage module, a connection audio data storage module, and a connection URL data which compress and store the actual connection video data, the connection audio data, and the connection Uniform Resource Locator (URL) data reflecting the comprehensive connection information and the detailed connection information, respectively. A storage module; Control the original video storage module, the comprehensive connection information storage module, the detailed connection information storage module, the connection video data storage module, the connection audio data storage module and the connection URL data storage module, and the original video by the communication with the input device Selectively displays the information on the output device and, when a series of information connection cell click events for clicking the information connection cells from the input device occurs, the comprehensive connection information and the detailed connection information are queried, and the corresponding information connection is performed. And a playback control module for executing the connection video data, the connection audio data, and the connection URL data associated with the cells. The method of claim 1, wherein the comprehensive connection information includes project name information of the original video, project path information of the original video, overall connection video information linked to the original video, overall connection audio information linked to the original video, and Multimedia playback tool, characterized in that the overall connection URL information associated with the original video is integrated and stored. The method of claim 1, wherein the detailed connection information includes frame information for the information connection cells, location information for the information connection cells, target video information associated with the information connection cells, and target audio information associated with the information connection cells. And target URL information associated with the information linking cells are integrated and stored. 2. The multimedia playback tool of claim 1, wherein the playback control module further forms a series of control relationships with a decompression module for decompressing the connection video data, the connection audio data, and the connection URL data. Determining whether a series of original moving picture playback events has occurred from an input device mounted to any computer system; Displaying an original video stored in an original video storage module to an output device of the computer system when a series of original video playback events occur from the input device; Determining whether a series of video playback area click events occurred by clicking the playback area of the original video from the input device; Receiving a corresponding click position information when a series of video playback area click events occur from the input device, and querying a series of comprehensive connection information and detailed connection information based on the click position information; Determining whether the click position is a series of connected cell regions; If the click position is a connection cell area, decompressing the connection video data, the connection audio data, and the connection URL data corresponding to the connection cell area, and executing the connection video data, the connection audio data, and the connection URL data. Multimedia playback method comprising a. 6. The method of claim 5, further comprising: determining whether an execution end event of the connection video data, the connection audio data, and the connection URL data has occurred after executing the connection video data, the connection audio data, and the connection URL data; ; And if the execution end event of the connection video data, connection audio data, and connection URL data occurs, returning the original video to the output device.