KR20120040119A - Multimedia file playing method and player - Google Patents

Multimedia file playing method and player Download PDF

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Publication number
KR20120040119A
KR20120040119A KR1020110106153A KR20110106153A KR20120040119A KR 20120040119 A KR20120040119 A KR 20120040119A KR 1020110106153 A KR1020110106153 A KR 1020110106153A KR 20110106153 A KR20110106153 A KR 20110106153A KR 20120040119 A KR20120040119 A KR 20120040119A
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KR
South Korea
Prior art keywords
file
marker
pause
multimedia
playback
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Application number
KR1020110106153A
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Korean (ko)
Inventor
이두한
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이두한
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Publication date
Application filed by 이두한 filed Critical 이두한
Priority to PCT/KR2011/007749 priority Critical patent/WO2012053805A2/en
Publication of KR20120040119A publication Critical patent/KR20120040119A/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/40—Information retrieval; Database structures therefor; File system structures therefor of multimedia data, e.g. slideshows comprising image and additional audio data
    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09B—EDUCATIONAL OR DEMONSTRATION APPLIANCES; APPLIANCES FOR TEACHING, OR COMMUNICATING WITH, THE BLIND, DEAF OR MUTE; MODELS; PLANETARIA; GLOBES; MAPS; DIAGRAMS
    • G09B5/00—Electrically-operated educational appliances
    • G09B5/06—Electrically-operated educational appliances with both visual and audible presentation of the material to be studied
    • G—PHYSICS
    • G11—INFORMATION STORAGE
    • G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B20/00—Signal processing not specific to the method of recording or reproducing; Circuits therefor
    • G11B20/10—Digital recording or reproducing
    • G—PHYSICS
    • G11—INFORMATION STORAGE
    • G11B—INFORMATION STORAGE BASED ON RELATIVE MOVEMENT BETWEEN RECORD CARRIER AND TRANSDUCER
    • G11B27/00—Editing; Indexing; Addressing; Timing or synchronising; Monitoring; Measuring tape travel
    • G11B27/10—Indexing; Addressing; Timing or synchronising; Measuring tape travel

Abstract

The present invention relates to a method for reproducing a multimedia file and a reproducing apparatus. More particularly, in a multimedia reproducing apparatus for reproducing a multimedia file, as long as a specific frame is selected as a reproduction time axis of the multimedia file 50 and the time code is recorded. A marker generation step of generating a marker data file having the same name as a multimedia file by defining at least one pause marker 51, chapter marker 53, pass marker 52, skip marker 54, and variable marker 55 10; A marker upload step (11) of uploading the marker data file to the Internet server (71); A file loading step 12 of loading a multimedia file from a user terminal; A marker data checking step 13 of checking whether marker data exists in a metadata area of the file when the multimedia file is loaded; A marker download step (14) of accessing the marker data server and searching for and downloading a marker data file of the same name if there is no marker data in the file; A reproducing setting step 15 in which the reproducing count and the pause release time are set by the setting means 33; A learning step of reproducing between the respective markers of the marker data by the set number of times of play of the multimedia file 50, pausing the file in the pause marker 51, and performing various learning using the pause time (16). The present invention relates to a multimedia player and a method for reproducing a multimedia file, wherein the multimedia file is sequentially played to learn a foreign language.

Description

Multimedia file playing method and player

The present invention relates to a method for reproducing a multimedia file and a reproducing apparatus. More particularly, in a multimedia reproducing apparatus for reproducing a multimedia file, as long as a specific frame is selected as a reproduction time axis of the multimedia file 50 and the time code is recorded. A marker generation step of generating a marker data file having the same name as a multimedia file by defining at least one pause marker 51, chapter marker 53, pass marker 52, skip marker 54, and variable marker 55 10; A marker upload step (11) of uploading the marker data file to the Internet server (71); A file loading step 12 of loading a multimedia file from a user terminal; A marker data checking step 13 of checking whether marker data exists in a metadata area of the file when the multimedia file is loaded; A marker download step (14) of accessing the internet marker data server and searching for and downloading a marker data file of the same name if there is no marker data; A reproducing setting step 15 in which the reproducing count and the pause release time are set by the setting means 33; A learning step of reproducing between the respective markers of the marker data by the set number of times of play of the multimedia file 50, pausing the file in the pause marker 51, and performing various learning using the pause time (16). The present invention relates to a multimedia player and a method for reproducing a multimedia file, wherein the multimedia file is sequentially played to learn a foreign language.

When learning a foreign language with a multimedia player such as a conventional MP3 player or PMP, while learning a language content file such as MP3, WMV, or AVI, it was just pronounced and learned. Or, if the learner listens to a sentence and actively learns to follow or dictate a dictation, the player plays the multimedia file, and then directly pauses the file by operating the pause switch of the device.

Multimedia players such as MP3 players and PMPs are originally devices that play music or movies, but nowadays, foreign language learners use them to play language content and learn a lot of foreign languages. However, this multimedia player does not have a professional language learning function, so it was used only for simple learning purposes such as pronunciation while playing multimedia files. In fact, this passive foreign language learning method is difficult to learn a foreign language. In order to learn a foreign language more effectively, it is good for learners to think actively and think directly. For example, it is more effective to listen to a question or problem using a native speaker or a multimedia player, and then speak and write while thinking about the answer or answer. If you listen to the English audio (21) from the multimedia player 30, such as the example below, the learner 25 learns while answering the English audio (22) directly to the answer portion to obtain a learning effect of real conversation with foreigners have.

Are you Korean? Question

Yes, I am. I'm Korean. answer

Are you busy now? Question

No, I'm not. I'm free. answer

In addition, various foreign language contents such as English composition and dictation can be learned while playing various foreign language contents. Application number 10-2009-0041502, 10-2009-0049680, 10-2009-0077863, 10-2009-0086262, 10 -2009-0116362, 10-2010-0004564, 10-2010-0013737, 10-2010-0044326 make various markers such as pause marker (51) in the multimedia file and play the file repeatedly in sentence units based on the marker, Pause and learn efficiently. However, it was true that content providers had to deal with markers on multimedia files before content providers provided them with markers.

The present invention relates to a method for reproducing a multimedia file and a reproducing apparatus, which solve the problems of the prior art as described above, and to maximize language learning. Defining one or more pause markers 51, chapter markers 53, pass markers 52, skip markers 54, and variable markers 55 recorded therein to generate a marker data file having the same name as a multimedia file Marker generation step (10); A marker upload step (11) of uploading the marker data file to the Internet server (71); A file loading step 12 of loading a multimedia file from a user terminal; A marker data checking step 13 of checking whether marker data exists in a metadata area of the file when the multimedia file is loaded; A marker download step (14) of accessing the marker data server and searching for and downloading a marker data file of the same name if there is no marker data; A reproducing setting step 15 in which the reproducing count and the pause release time are set by the setting means 33; A learning step of reproducing between the respective markers of the marker data by the set number of times of play of the multimedia file 50, pausing the file in the pause marker 51, and performing various learning using the pause time (16). The present invention provides a multimedia player and a method for reproducing a multimedia file, wherein the multimedia file is sequentially played to learn a foreign language.

As described above, according to the present invention, by adding the learning function of the present invention to a multimedia player that plays multimedia files such as an existing MP3 player, PMP, smart phone, computer, the multimedia player for listening to music and watching video is effective. Conversational learning that learners (25) think and respond actively while being a language learning-only device, dictation learning that can hear and write English sentences or words, and learning to speak or write in foreign languages while listening to Korean A variety of language learning effects can be obtained easily, thereby maximizing foreign language learning. In particular, the multimedia program and the multimedia player 30 supporting this function can be used without the user's markers on general multimedia file language materials such as MP3, WMV, AVI files or foreign language broadcasting, news, drama, and movie files. The marker data file marked by one person can be downloaded from the Internet and shared with everyone in the world.

1 is a sequential flowchart according to an embodiment of the present invention.
2 is a language learning diagram according to an embodiment of the present invention.
3 is a diagram of a multimedia file according to an embodiment of the present invention;
4 is a caption script file diagram according to an embodiment of the present invention.
5 is a diagram illustrating various terminal internet access according to an embodiment of the present invention.
6 is a block diagram of a multimedia player according to an embodiment of the present invention.
7 is a menu screen diagram according to an embodiment of the present invention.

The multimedia file playing method and the multimedia player according to the present invention will be described in detail according to the embodiment. 1 is a sequential flow chart schematically showing the overall configuration of the present invention. In the multimedia file playback method, a playback time axis of a file is reproduced while playing the multimedia file 50 using the above-described content production marker program of the present invention. One or more pause markers 51, chapter markers 53, pass markers 52, skip markers 54, and variable markers 55 in which a specific frame is selected and the time code is recorded are selected. Define a separate marker data file with the same name as the multimedia file. This marker data file is connected to the Internet server 71 and uploaded. When a user loads a multimedia file in the user terminal, it checks whether there is marker data in the metadata area of the file, and if there is no marker data, accesses the Internet server 71 and searches for a marker data file of the same name and downloads it to the terminal. . When the marker data file is downloaded, the number of times of play and the pause release time are set in the setting means 33 of the terminal, and then the loaded multimedia file is played. The terminal repeatedly plays the multimedia file between the markers of the marker data by the set number of times of play, and the pause marker 51 pauses the file for the set time. The learner uses this pause to learn various things such as follow-up, writing, dictation, and role play. The definition and use of various markers is for more efficient learning, and the chapter marker 53 moves to each chapter unit by installing the previous and next chapter marker buttons on the terminal, and can immediately start playback from the chapter. The pass marker 52 is installed in the title or music portion, which is a portion that does not need to be repeated, and passes through as it is regardless of the number of times of play, but when rewinding, playback can start from that portion. If the skip marker 54 learns a number of times and modifies the pause marker of a sentence that has been learned to be completed with this marker, the skip marker 54 can obtain the effect of skipping and replaying the portion from now on. The variable marker 55 may be used as a pause marker, to invalidate a marker function, to stop only half of a set pause time, to use a larger chapter marker, or to display a bookmark on a specific frame. Other markers may be defined and used, and second and third variable markers may be defined and used. The multimedia file can be played using various markers as well as learning foreign languages as well as playing chapter markers when watching dramas and movies, or by creating a playlist using each marker.

The marker data file may be stored in a general computer searched on the Internet as well as the Internet server 71, and anyone may access and download the Internet. Users uploading markers should enter their names and save them together in the marker data file to show the author's name when the multimedia file is played. You can then participate on your own and secure many marker databases on the server. If a large number of marker databases are secured, users can simply download the multimedia data files without using the markers on the terminal, and can download and use the marker data files so that they can immediately learn efficiently without the stress of creating markers. In addition, in order to prevent fraudulent uploading behavior, not only the IP address of the visitor is recorded on the server, but also the marker data file uploaded by someone else can be uploaded to a separate folder so that it can be replaced after confirmation by the administrator. Of course you can. In order to prevent fraudulent users, a specific terminal or a multimedia player model may be registered in the server or a model not registered in the server may block access to the server. When searching the marker data file of the server, the same file can be found by searching not only the same name as the multimedia file but also various information, play time, and capacity of the file recorded in the file's metadata. Even though this is a little different, several marker data files that meet different conditions are shown and can be selected and used.

3 is a diagram of a multimedia file of the present invention. When the marker data file downloaded from the Internet server 71 is inserted into the metadata area of the multimedia file 50 and the file is stored again, the marker data is stored in the file itself. This multimedia file is compatible with other multimedia player programs and devices in compliance with file standards. In general, multimedia files such as MP3 and WMV, which are frequently used, have a main data area for recording audio and video data, and a metadata area for storing artist information, song titles, copyrights, title images, and the like. MP3 files store this attribute information using the ID3 tag specification in metadata format. By using the above-described content production marker program, various marker information such as pause markers may be defined in a metadata area of the multimedia file as specific characters and strings, and the time code may be recorded to store the file again. In the case of a multimedia file without a separate metadata area, such as an AVI file, the metadata area can be arbitrarily created to define the various markers with a specific character and numeric string and store marker information to implement the learning function of the present invention. The file and multimedia container formats can of course also store marker data files.

4 is a diagram of a caption script file 60 of the present invention, in which multimedia playback apparatuses and playback programs display captions using a caption script file of the same name as a multimedia file. As such subtitle script file, * .lrc file is used for MP3 file and * .smi or * .srt file is used for video file. By detecting the caption in time tag 66 and the caption out time tag 67 which are set in advance in the caption script file 60, the multimedia file 50 can be paused, played again, and the foreign language can be efficiently learned. have. These subtitle script files are searched a lot on the internet. When the user terminal loads the multimedia file, it checks whether there is marker data in the metadata area of the file, and if there is no marker data, accesses the Internet and searches for and downloads a subtitle script file 60 having the same name. When the multimedia file is played back by setting the number of times of play and the pause release time in the setting means 33, playback is performed between each subtitle of the subtitle script file by the set number of times of play, and the file is paused by the subtitle out time tag 67. And use the pause time to study. In the subtitle in-time tag 66, it is played through just like the pass marker 52, but at the time of rewind, it is played from that part. Subtitle script files can be used as lrc, smi, sub, ttxt, srt as well as other subtitle script files.

7 is a diagram of a menu 81 screen of the present invention, in which the price of a hard disk data storage device becomes cheaper these days, and with the development of the Internet communication environment, it is changed to a file playing era for playing multimedia files in a disk playing era such as DVD-Video. have. Disc devices can play video interactively by installing menus and concatenating chapters. However, when playing a multimedia file, the video could not be played interactively. According to the present invention, one or more pause markers 51, chapter markers 53 and pass markers 52 in which a specific frame of the multimedia file 50 is selected and the time code is recorded so that the multimedia file can be reproduced more interactively. In addition, the skip marker 54, the variable marker 55, and the menu 81 are defined and stored in the metadata area of the multimedia file 50. The menu 81 image makes a connection button 82 in a specific portion, and connects the time code of each marker to the connection button. In addition, the menu 81 image is made of an image file such as * .psd with a layer to make each connection button 82 as a thumbnail to display only each connection button 82 and the rest can be used as a matter of course. to be. In the menu 81, multi-video, multi-audio and multi-subtitle buttons may also be installed, and each stream may be selected and played by connecting to the corresponding video, audio and subtitles. When menu recall is set to ON in a multimedia player or multimedia device, menu 81 appears before the file is played. Of course, if it is not set to ON, the menu 81 does not appear, and the multimedia file is played back immediately. Also, while the multimedia file is being played, the menu 81 is displayed by pressing the menu ON button. In the menu 81 screen, if a desired connection button 82 is selected with a mouse or a remote controller, a marker or a stream connected to the connection button 82 is immediately played. The menu 81 may be used as a separate image file, put into the same folder with the same file name as the multimedia file, may be used as a separate video file, and may be used as a script. In addition, the menu 81 may be used to create a plurality of sub-menus, connected to each connection button 82, each connection button 82 may be used to connect to a separate file as well as a marker in the file. . In addition, each connection button 82 can be connected to the Internet homepage URL to directly access the Internet to obtain related information or to download the latest file. In addition, the menu 81 sets a time so that the menu disappears after a set time and the file is automatically played at the marker of the connection button 82 selected by default, or at the end of the multimedia file 50 at which playback ends. Of course, it can be set to appear.

With the activation of smartphones and tablet PCs these days, there are many people who produce and subscribe to multimedia eBooks. Multimedia e-book can be played by placing video / audio files along with existing text information. In this way, the multimedia file 50 disposed on a specific page of the multimedia e-book file also stores one or more pause markers 51, chapter markers 53, pass markers 52, and skip markers 54 defined in the present invention. On the setting screen of the multimedia file 50 player, the play frequency and the stop time are set. When the learner plays the multimedia file 50, the file is repeatedly played between the markers according to the set number of times and the stop time set, and paused, thereby allowing the learner to play the multimedia file more efficiently in order to perform various learning. . The eBook file of the present invention can be used in all eBook file formats such as epub, pdf, App Book, as well as the specific format used in the present invention. In addition, the multimedia e-book file can be played not only in computer programs such as PC and Macintosh, but also in mobile phones and tablets such as iPhone, iPad, Android phone, Galaxy Tab, and the like.

6 is a diagram of a multimedia player according to the present invention, in the present invention, when a multimedia file is loaded into a player, the presence or absence of marker data in the metadata area of the file is checked. 71) to search for and download the marker data file of the same name. When the marker data file is downloaded, the number of times of play and the pause release time are set in the setting means 33 of the playback device, and then the loaded multimedia file is played. The terminal repeatedly plays the multimedia file between the markers of the marker data by the set number of times of play, and the pause marker 51 pauses the file for the set time. The learner uses this pause to learn various things such as follow-up, writing, dictation, and role play. The chapter marker 53 moves to each chapter unit by installing the previous and next chapter marker buttons on the playback device, and can immediately start playback from the chapter. The pass marker 52 is installed in the title or music portion, which is a portion that does not need to be repeated, and passes through as it is regardless of the number of times of play, but when rewinding, playback can start from that portion. If the skip marker 54 learns a number of times and modifies the pause marker of a sentence that has been learned to be completed with this marker, the skip marker 54 can be skipped over and reproduced therefrom. Variable markers can be defined as other markers, such as pause markers, invalidating markers, stopping only half of the set pause time, using larger chapter markers, or bookmarks that display bookmarks on specific frames. The present invention relates to a multimedia player that can be used and can define and use second and third variable markers.

The present invention relates to a multimedia player, in which a function of re-storing the file by inserting the downloaded marker data file into the metadata area of the multimedia file 50 is added.

When the multimedia file is loaded, the present invention checks the presence or absence of marker data in the metadata area of the file. If there is no marker data, the present invention searches the Internet to search for the subtitle script file of the same name and downloads the file to the playback device. Detects the subtitle in-time tag 66 and the subtitle out-time tag 67 preset in the subtitle script file 60 to pause the multimedia file 50, replay it, and efficiently learn foreign languages. It relates to a playback device.

7 is a diagram of a menu 81 screen of the present invention. In the present invention, as long as a specific frame of the multimedia file 50 is selected and the time code is recorded, the multimedia file can be reproduced more interactively. More than one various marker information and a menu 81 are defined and stored in the metadata area of the multimedia file 50. The menu 81 image makes a connection button 82 in a specific portion, and connects the time code of each marker to the connection button. The menu 81 is also provided with a multi-video, multi-audio and multi-subtitle button, and relates to a multimedia player that can select and play each stream by connecting the video, audio and subtitles.

According to the present invention, when a multimedia file is loaded and played on a multimedia player, the present invention is not understood even after the player plays the set number of play times. Go to and repeat the sentence, and if the learning is finished earlier than the pause time, press the next marker button to move to the beginning of the next sentence can be played. However, multimedia devices such as MP3 players are limited to installing a limited number of buttons due to the design or space of the device, and are set to move to the previous file and the next file using only the previous song and the next song button. According to the present invention, two settings are made in accordance with the position of the file currently being played on the previous marker and the previous chapter button of the switch means 32 so as to effectively move between markers with one switch. During the file playback, if the previous marker button is pressed at the part after the specific time, such as 1 second after the marker, it is set to move to the beginning of the current marker currently being played. However, if you press the previous marker button within a certain time from the marker, for example, within 1 second from the marker, the player moves to the first part of the previous marker and plays it, and the next marker button moves to the first part of the next marker. . During file playback, if the previous chapter button is pressed after a certain time from the chapter marker, for example, after 1 second from the chapter marker, it is set to move to the beginning of the chapter marker currently being played and to be played within a certain time from the chapter marker. Chapter Marker If the previous chapter button is pressed within 1 second, it moves to the beginning of the previous chapter marker and is set to play. If the next chapter button is set, it moves to the beginning of the next chapter. In this way, when the previous marker is pressed once, the player moves to the first part of the sentence currently being played, and if it is pressed again in this state, that is, the user double-clicks to move to the full text of the sentence. When moving a chapter, press the previous chapter once to move to the beginning of the chapter you are studying, and press it once more, that is, double-click to move to the previous chapter than the currently playing chapter. It can be used as. The present invention can be moved to each marker by operating the corresponding switch during the pause as well as during the playback of the file, as well as pressing the previous song button once in the existing multimedia device, pressing the file again to the current song, that is, Not only can it be operated to move to the previous song by double-clicking, but also can be played by the same action when playing using not only the marker data of the metadata but also the marker data of the script file.

These days, there are many people who subscribe to e-books through the spread of eBook readers and tablet PCs such as kindle and nook. In general, multimedia e-readers can play video / audio files by placing them on specific pages along with text information. The multimedia file 50 disposed on a specific page of the e-book file playable by the multimedia e-book reader also has one or more pause markers 51, chapter markers 53, pass markers 52, and skip markers 54 defined in the present invention. ), And sets the number of times of play and the stop time on the setting screen of the multimedia file 50 player. When the learner plays the multimedia file 50, the file is repeatedly played between the markers according to the set number of times and the stop time set, and paused, thereby allowing the learner to play the multimedia file more efficiently in order to perform various learning. . The multimedia e-reader of the present invention can be used in addition to the e-reader of the present invention, ebook readers such as Kindle and Nukes, tablet PCs, and smart phones.

According to the present invention, in the multimedia program, one or more pause markers 51, chapter markers 53, and passage markers, in which a specific frame is selected as the reproduction time axis of the file while the multimedia file 50 is played, and the time code is recorded. 52), the skip marker 54 and the variable marker 55 are defined as a specific character or numeric string to create a separate marker data file with the same name as the multimedia file. The marker data file is connected to the Internet server 71 to store data. When the multimedia file is loaded in the user terminal, the presence or absence of marker data in the metadata area of the file is checked. If there is no marker data, the user accesses the Internet server 71 and searches for the marker data file having the same name and downloads it to the terminal. When the marker data file is downloaded, the number of times of play and the pause release time are set in the setting means 33 of the terminal, and then the loaded multimedia file is played. The terminal repeatedly plays a multimedia file between markers of the marker data by the set number of times of play, and the pause marker 51 relates to a computer-readable recording medium including a function of pausing the file for a set time. will be.

The present invention provides a computer-readable recording medium including a function of inserting a marker data file downloaded from an Internet server 71 into a metadata area of a multimedia file 50 and storing the file again. It is about.

In the multimedia program, when the multimedia file is loaded, the presence of marker data is checked in the metadata area of the file. If there is no marker data, the present invention connects to the Internet, searches for and downloads a subtitle script file 60 having the same name. A computer-readable recording medium including a function of playing, pausing, and learning a multimedia file by using a subtitle in time tag 66 and a subtitle out time tag 67 of the subtitle script file. .

In the present invention, in the multimedia program, menus 81 and various markers are defined, and the image of the menu 81 forms a connection button 82 in a specific portion, and the time code of each marker is connected to the connection button, The present invention relates to a computer-readable recording medium including a function of inserting into a metadata area of a multimedia file 50 and storing the file again.

According to the present invention, when a specific multimedia device is registered in a preference on a computer connected to the Internet, and then the computer attempts to copy the multimedia file 50 by connecting to the interface of the device, the multimedia file is stored in the metadata area of the file. By checking the presence or absence of marker data, if there is no marker data, it connects to the Internet server 71 and searches for and downloads a marker data file having the same name as the multimedia file. The present invention relates to a computer-readable recording medium including a function of executing a method of inserting a downloaded marker data file into a metadata area of a multimedia file, storing the file again, and copying the file to the multimedia device. In addition, it is possible to set and use a specific drive and folder.

The marker data file used in the multimedia player program, the terminal, and the multimedia player 30 of the present invention is not only a file format defined by the present invention but also a lrc, smi, sub, ttxt, srt subtitle file and txt, wri, doc. Of course, you can use it in html file format.

The multimedia file 50 used in the multimedia player program, the terminal, and the multimedia player 30 of the present invention includes MP3, WMA, Ogg, FLAC, AAC, ASF, M4A, AC3, M4B, WAV files, AVI, WMV, You can use ASF, MPEG4, H.264, AVC, VC1, MPG, MT2, MOV, ISO, VOB, SWF, SVCD, Dvix, Xvid, MKV, flv, M4P files, codec, container format multimedia files. to be.

The user terminal and the multimedia player of the present invention include an MP3 player, an MP4 player, a digital audio player, a portable multimedia player, a cellular phone, a smart phone, and a television. ), Smart TV, PVR (Personal Video Recorder), Car Audio, Electronic Dictionary, Navigation System, E-Book Reader, Digital Photo Frame Frame, Projector, Digital Camera, Network Player, DVD Player, DVD Recorder, Blu-ray Player, Blu-ray Recorder, Compact Disc Players (Compact Disk Player), Divx Player, Component Audio System, Portable Audio System, DMB (Digital Multimedia Broadcasting) Receiver, Radio, Recorder, Voice Recorder , Karaoke Machine, Internet Telephone, Home Game Machine, Portable Game Machine, PDA (Personal Digital Assistant), Mobile Internet Device (MID), Electronic Board, Microphone, Amplifier, Broadcasting System It can be made of any multimedia device that plays the multimedia file 50, such as (Automatic Broadcasting Control System), Digital Archive System (Digital Archive System), Tablet PC, Computer (Computer), Language Learner. .

However, these drawings and embodiments are for illustrative purposes only and the present invention is not limited thereto. Of course, various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined by the equivalents of the claims as well as the following claims.

10: marker generation step
11: marker upload step
12: file loading step
13: marker data checking step
14: Marker download step
15: Playback setting step
16: Learning phase
20: English audio for the title
21: English audio for questions
22: English audio for answers
25: learner
30: multimedia player
31: display means
32: switch means
33: setting means
34 control means
35: storage means
36: interface means
37: output means
38: Internet access means
50: Multimedia file
51: pause marker
52: pass marker
53: chapter markers
54: skip marker
55: variable marker
60: caption script file
66: caption in time tag
67: caption out time tag
71: server
72: the Internet
73: terminal
81: menu
82: connect button

Claims (13)

In the multimedia file playback method,
One or more pause markers 51, chapter markers 53, pass markers 52, skip markers 54, and variable markers in which a specific frame is selected as the playback time axis of the multimedia file 50 and the time code is recorded. A marker generation step 10 for defining a marker data file having the same name as the multimedia file by defining 55);
A marker upload step (11) of uploading the marker data file to the Internet server (71);
A file loading step 12 of loading a multimedia file from a user terminal;
A marker data checking step 13 of checking whether marker data exists in a metadata area of the file when the multimedia file is loaded;
A marker download step (14) of accessing the Internet server and searching for and downloading a marker data file of the same name if there is no marker data;
A reproducing setting step 15 in which the reproducing count and the pause release time are set by the setting means 33;
Learning step (16) for reproducing between each marker of the marker data by the number of times the multimedia file 50 is set, pause the file in the pause marker 51, and perform a variety of learning using the pause time It consists of, multimedia file 50 playback method of a multimedia file, characterized in that to learn a foreign language by playing sequentially. The method of claim 1,
And a file storing step of inserting the downloaded marker data file into the metadata area of the multimedia file 50 and storing the file. In the multimedia file playback method,
A file loading step (12) of loading a multimedia file;
A marker data checking step 13 of checking whether marker data exists in a metadata area of the file when the multimedia file is loaded;
If there is no marker data, a marker download step 14 of searching for and downloading a caption script file 60 having the same name by accessing the Internet;
A reproducing setting step 15 in which the reproducing count and the pause release time are set by the setting means 33;
A learning step of playing between each subtitle of the subtitle script file by the number of times the multimedia file 50 is set, pauses the file in the subtitle out time tag 67, and performs various learning using the pause time ( 16), a multimedia file playback method characterized in that to play a multimedia file 50 in sequence to learn a foreign language. In the multimedia file playback method,
The multimedia file 50 to be played is one or more pause markers 51, chapter markers 53, pass markers 52, and skip markers 54 that select a specific frame as the playback time axis of the file and record the time code. And a variable marker (55) and a menu (81), each of which is a multimedia file (50) in which marker information and menu (81) information are stored in a metadata area of the multimedia file. A file loading step 9 for loading into a playback program;
A reproducing setting step 10 of setting the reproducing count, the pause release time and the variable marker 55 by the setting means 33;
A file selection step 11 of selecting the multimedia file 50;
A menu displaying step in which the menu 81 appears;
A menu moving step of selecting and connecting a connection button 82 installed in the menu 81 to move to a marker connected to the connection button 82;
A file playing step (12) of playing the multimedia file (50);
In the file reproducing step 12, playback is repeatedly performed between the pause markers 51 as many times as the number of playbacks set in the setting means 33, and each marker frame is detected by the control means 34, and in the chapter marker 53, Playback is passed through as it is, but playback can be started from that portion, and playback is passed through as it is in the pass marker 52, but playback starts from that portion at the time of rewind, and playback is skipped at the skip marker 54, and the variable marker ( In step 55, when the variable marker 55 is set to the pause marker 51 in the setting means 33, the variable marker 55 operates as the pause marker 51 to pause playback of the file. When the variable marker 55 is set to the skip marker 54, playback is skipped at the marker. When the variable marker 55 is set to invalid, the marker does not function and the pause marker 51 To pause playback of the file A pause step 13;
A playback switch operation step 14 of releasing the pause by operating the switch means 32 after completing the learning using the pause time;
The pause release step of automatically canceling the pause when the learner 25 does not perform the play switch operation step 14 until the set release time of the pause release step 15 previously set in the setting means 33. 15;
Multimedia, characterized in that to play the multimedia file 50 by repeating the file playback step 12, the pause step 13, the switch operation step 14, the pause release step 15 to play back the file again How to play a file. In the multimedia e-book file playback method,
The file to be played is an e-book file in which the multimedia file 50 is placed at a specific position of a specific page. At least one pause marker 51 selecting a specific frame as a playback time axis of the multimedia file 50 and recording the time code is recorded. ), Chapter markers 53, pass markers 52, and skip markers 54, the multimedia file 50 in which the marker information is stored in the metadata area of the multimedia file, and the multimedia e-book file including the text information. A file loading step 9 of loading the e-book viewer program;
A playback setting step (10) of setting a number of times of play and a pause release time on a setting page of the multimedia file player disposed at a specific page of the e-book file;
A file playing step (12) of playing the multimedia file (50);
In the file reproducing step 12, playback is repeatedly performed between the pause markers 51 as many times as the number of playbacks set in the setting means 33, and each marker frame is detected by the control means 34, and in the chapter marker 53, Playback passes through as it is, but playback can be started from that portion, and playback passes through as it is at the pass marker 52, but playback starts from that portion at the time of rewind, and playback is skipped at the skip marker 54, and a pause marker. In 51, a pause step 13 for pausing the playback of the file;
A playback switch operation step 14 of releasing the pause by operating the switch means 32 after completing the learning using the pause time;
The pause release step of automatically canceling the pause when the learner 25 does not perform the play switch operation step 14 until the set release time of the pause release step 15 previously set in the setting means 33. 15;
Repeat the file playback step 12, the pause step 13, the switch operation step 14, and the pause release step 15 to play the file again to learn a foreign language while sequentially playing the multimedia file 50. Multimedia eBook file playback method characterized in that. In the multimedia player,
Storage means 35 for storing the multimedia file 50;
When the multimedia file is loaded into the playback device, it checks the presence or absence of marker data in the metadata area of the file, and if there is no marker data, accesses the Internet server 71 to search for and download the marker data file of the same name (38). and;
Setting means (33) for setting a file play count and a pause release time;
Switch means 32 for selecting and playing a multimedia file or releasing pause after completing learning in a pause state;
Plays between each marker in the marker data file for the set number of times of play, pauses in the pause marker 51, automatically releases pauses and plays the file, when the set pause release time comes. Control means (34) for controlling;
Display means (31) for displaying key operation status, video and text;
A multimedia player comprising: an output means (37) for outputting an audio signal and a data transmission / reception interface means (36) to reproduce the multimedia file (50). The method of claim 6,
And inserting the downloaded marker data file into the metadata area of the multimedia file 50 and storing the file again. In the multimedia player,
Storage means 35 for storing the multimedia file 50;
Internet access means (38) for loading a file into a playback device, checking the presence or absence of marker data in the metadata area of the file, and accessing the Internet (72) to search for and download a subtitle script file (60) of the same name. )and;
Setting means (33) for setting a file play count and a pause release time;
Switch means 32 for selecting and playing a multimedia file or releasing pause after completing learning in a pause state;
Plays between each subtitle of the subtitle script file 60 by the set number of times of play, pauses in the subtitle out time tag 67, automatically releases the pause and plays the file when the set pause time is reached. Control means (34) for controlling a series of signals;
Display means (31) for displaying a state, video, and text operated by a key operation;
A multimedia player, comprising: an output means (37) for outputting an audio signal and an interface means (36) for transmitting and receiving data, for reproducing a multimedia file (50). In the multimedia player, the multimedia file 50 to be played is one or more pause markers 51, pass markers 52, and chapter markers 53 in which a specific frame is selected as the reproduction time axis of the file and the time code is recorded. And a skip marker 54, a variable marker 55 and a menu 81, the multimedia file 50 in which the marker information and the menu 81 information are stored in a metadata area of the multimedia file. Setting means (33) for storing the file in the file storage means (35) through the interface means (36) and loading it in the playback device to set the number of times of playback, the pause release time and the variable marker for learning convenience;
Playback switch means (32) for selecting and playing a multimedia file or releasing pause after completing learning in a pause state;
When the menu 81 is displayed on the display means 31, and the connection button 82 installed on the menu 81 is selected, the menu 81 is moved to the marker connected to the connection button 82 for playback, and the playback set by the file is performed. Play between each marker by the number of times, detect each marker frame and play through the chapter marker 53 as it is, but start playback from that part, and play through as it passes through the marker 52, but at the time of rewind The playback starts from the portion, and the skip marker 54 skips playback, and in the variable marker 55, when the variable marker 55 is set to the pause marker 51 by the setting means 33, the variable marker is selected. (55) operates as the pause marker 51 to pause playback of the file, and when the variable marker 55 is set to the skip marker 54, the playback is skipped at the marker and the variable marker 55 is set. When disabled, the marker Without any function, the pause marker 51 pauses the playback of the file, automatically releases the pause at the set pause release time, plays the file again, pauses the playback, Control means (34) for controlling a signal;
Storage means 35 for storing the file and analog conversion means 37 for converting the decoded audio and video signals;
Display means (31) for displaying a state, video, and text operated by key manipulation;
And an output means (38) for outputting an audio signal and an interface means (36) for transmitting and receiving data with a computer, wherein the multimedia file (50) is reproduced sequentially. In the multimedia player,
The multimedia file 50 to be played back includes one or more pause markers 51, pass markers 52, chapter markers 53, and skip markers 54 that select a specific frame as the playback time base of the file and record the time code. By defining a, is a multimedia file 50, each marker information is stored in the metadata area of the file,
Select the multimedia file and load it on the playback device to play it or release pause after completing learning in the pause state, and press the previous marker button after a certain time from the marker while playing the file. Move to the part and play, press the previous marker button within a certain time from the marker, and move to the beginning of the previous marker, press the next marker button to move to the beginning of the next marker, and play the chapter If you press the previous chapter button after a certain time from the marker, it moves to the beginning of the chapter marker currently playing, and if you press the previous chapter button within a certain time from the chapter marker, it moves to the beginning of the previous chapter marker and plays it. , Press the next chapter button to go to the beginning of the next chapter Switch means (32) and operative to;
Setting means (33) for setting a file play count and a pause release time;
Plays between each marker of the multimedia file by the set number of times of play, pauses in the pause marker 51, and automatically pauses to play the file when the set pause release time arrives. In this case, playback is performed as it is, but playback can be started from that part. In the passing marker 52, playback is performed as it is, but when rewinding, playback is started from that part. Control means (34) for controlling a signal;
Display means (31) for displaying key operation status, video and text;
And a storage means (35) for storing a file, an output means (37) for outputting an audio signal, and a data transmission / reception interface means (36) to reproduce the multimedia file (50). In the multimedia e-book player,
The file to be played is an e-book file in which the multimedia file 50 is placed at a specific position of a specific page. At least one pause marker 51 selecting a specific frame as a playback time axis of the multimedia file 50 and recording the time code is recorded. ), A pass marker 52, a chapter marker 53, and a skip marker 54, the multimedia file 50 in which the marker information is stored in the metadata area of the multimedia file, and the multimedia e-book file including the text information. Is stored in the file storage means 35 through the interface means 36 and loaded into the e-book player,
Setting means (33) for setting a number of times of play and a pause release time on a setting screen of a multimedia file player arranged on each page of the e-book file;
Playback switch means (32) for selecting and playing a multimedia file or releasing pause after completing learning in a pause state;
The file is played between each marker by the set number of times of play, and each marker frame is detected and played through the chapter marker 53 as it is, but playback can be started from that part, and passed through the marker 52 as it is. However, at the time of rewind, playback starts from that portion, the skip marker 54 skips playback, the pause marker 51 pauses the file playback, and automatically pauses when the set pause release time is reached. Control means (34) for releasing, replaying a file, pausing playback, and controlling a series of signals;
Storage means 35 for storing the file and analog conversion means 37 for converting the decoded audio and video signals;
Display means (31) for displaying a state, video, and text operated by said key operation;
And an output means (38) for outputting an audio signal and an interface means (36) for transmitting and receiving data to and from a computer, wherein the multimedia ebook playback device is characterized in that a multimedia file (50) is sequentially played and a foreign language is learned. A computer-readable recording medium in which a program for executing the method of any one of claims 1 to 5 is recorded. After registering a specific multimedia device in the environment setting in the computer program connected to the Internet, and attempting to copy the multimedia file 50 by connecting to the interface of the device from the computer, the marker data is checked in the metadata area of the file. If there is no data, it connects to the Internet server 71, searches for and downloads a marker data file with the same name as the multimedia file, inserts it into the metadata area of the multimedia file, resaves the file, and then copies it to the multimedia device. A computer-readable recording medium in which a program for execution is recorded.
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