KR100634431B1 - System for Recording a broadcasting data using a voice monitoring data and method thereof - Google Patents

Abstract

The present invention relates to a broadcast data recording system using voice monitoring and a method thereof, and includes data information indicating whether a keyword voice for monitoring for broadcast data recorded during a preset reservation time is stored in a DB server in the form of a text file. Then, the broadcast data is searched and extracted based on the text file information stored in the DB server, edited into a predetermined file format, and then provided to the end-user.

Description

System for recording a broadcasting data using a voice monitoring data and method

The present invention relates to a broadcast data recording system and method using voice monitoring.

More specifically, after searching for and extracting broadcast data selected by the end-user based on text information about broadcast data recorded for a preset reservation time, the extracted broadcast data is edited into a predetermined file form requested by the end-user. The present invention relates to a broadcast recording system using voice monitoring and a method for providing the same.

In general, the Internet is an open network that can be connected and used freely by applying a common protocol called TCP / IP to other computers that anyone wants to access anywhere in the world. Various services such as e-mail, file transfer, and the World Wide Web (WWW) can be used, for example, for delivery.

As the use of the Internet is rapidly increasing both domestically and globally, the importance of the Internet is rapidly increasing as a strategic tool for improving efficiency and productivity in all parts of the existing industry. New business opportunities for reservation recording, editing of recorded media information into various files such as VCD files, DVD files and web files, and mobile formats are continuously created, and the area is expanding.

Conventionally, a system for pre-recording media information transmitted from a broadcaster includes media information transmitted for each broadcaster, for example, media information such as an entertainment program, a preview program, and news, through a VCR connected to a TV monitor device assigned to each broadcaster. It is stored in the recording tape (VHS).

Subsequently, a plurality of final VHS recording tapes were manufactured and provided to a user by performing a editing process of playing a recording tape storing media information of each broadcasting company and inserting a subtitle using a recording VCR.

However, in the conventional system for recording media information as described above, a large number of monitoring personnel are required to monitor the media information transmitted by each broadcasting company, and thus there is a problem that the operating cost due to the increase in labor costs increases. .

In addition, since the conventional media information recording system records the media information using the VHS recording tape, there is a problem in that other operations cannot be performed while monitoring, thereby reducing the speed and efficiency of recording / editing the media information.

In addition, the conventional media information recording system also has a problem in that it is not possible to provide a limited variety of media information in the form of a file because it records the media information using the VHS recording tape.

SUMMARY OF THE INVENTION In order to solve the above-mentioned problems, an object of the present invention is to store data information of reserved-recorded broadcast data in the form of a text file, search for and extract the corresponding broadcast data based on the stored text file information, and then end-user The present invention provides a broadcast data recording system and a method for editing and providing the file in a requested form.

In addition, an object of the present invention is to provide a broadcast data recording system and method for editing the broadcast data selected by the end-user in a predetermined file form and storing the same on a storage medium such as a CD or DVD, and then providing the same to the end-user. To provide.

Broadcast data recording system using the voice monitoring according to the present invention for achieving the above object, Signal amplification means for amplifying a broadcast signal input from the outside to a predetermined size; Signal distribution means for allocating and distributing the broadcast signal amplified by the signal amplification means for each broadcast channel; The broadcast signal input from the signal distribution means is recorded and stored as broadcast data in the form of a predetermined media file in association with a preset reservation time by using a recording terminal configured in dual format for each broadcast channel, and recorded in the recorded broadcast data. Data recording means for forming a text file in which the presence or absence of a voice keyword for the monitor is recorded and uploading it to the outside; And editing the broadcast data file inputted from the data recording means into a predetermined file format, classifying and storing the edited data file by the edited format, and storing the text file inputted from the data recording means in the order of creation date. When the selection signal for the broadcast data including the monitor voice keyword is input from the user, the broadcast data including the monitor voice keyword is searched and extracted through the text file, and edited into a predetermined file form to the end-user terminal. And data editing means for transmitting.

In addition, the broadcast data recording method using the voice monitoring according to the present invention, the signal amplifying means for amplifying a broadcast signal incident from the outside to a predetermined size; Distributing, by signal distribution means, the broadcast signal amplified by the signal amplification means to data recording means allocated to each broadcasting channel; The data recording means records and stores the broadcast signal input from the signal distribution means as broadcast data in the form of a predetermined media file in association with a preset reservation time by using a recording terminal configured in dual format for each broadcast channel. Generating and storing a text file in which the presence or absence of a voice keyword for a monitor is recorded with respect to the broadcast data, and uploading the text file to the outside; And editing the broadcast data file inputted from the data recording means into a predetermined file type in the data editing means, classifying and storing the edited file type by the edited file type, and sequentially storing the text file input from the data recording means in the order of creation date. When the selection signal for the broadcast data including the monitor voice keyword is input from the end-user terminal, the broadcast data including the monitor voice keyword is searched and extracted through a text file and then edited into a predetermined file form. And transmitting to the end-user terminal.

Hereinafter, a broadcast data reservation recording system and method using voice monitoring according to the present invention will be described in detail with reference to the accompanying drawings.

First, the configuration and operation of a broadcast data recording system using voice monitoring according to the present invention will be described in detail with reference to FIG. 1.

The broadcast data system 1000 using voice monitoring according to the present invention searches for and extracts broadcast data selected by an end user by monitoring keyword voices included in broadcast data recorded on a recording terminal, and extracts extracted broadcast data. Is edited in the form of a file selected by the end-user and provided to the end-user terminal 3000 through the network communication network 2000. As shown in FIG. 1, the signal amplification means 100 and the signal distribution means 200 are provided. ), The data recording means 300 and the data editing means 400 are configured.

The signal amplification means 100 amplifies a broadcast signal transmitted from a broadcasting station and thereby prevents signal attenuation generated during distribution of a broadcast signal through the signal distribution means 200, thereby deteriorating image quality or sound. This is to prevent the occurrence of asynchronous image, etc. More specifically, it is a high frequency amplifier (RF AMP).

The signal distributing means 200 serves to decompose the broadcast signal amplified by the signal amplifying means 100 into a recording terminal allocated to each media channel. More specifically, the signal distributing means 200 is a distributor.

The data recording means 300 converts the broadcast signal into broadcast data in the form of a predetermined media file (avi) in association with a preset reservation time and records the data, and forms predetermined text file information on the recorded broadcast data to the outside. As shown, as shown in Figure 2, it comprises a recording terminal 310, the switching switch 320 and the monitor terminal 330.

Here, the recording terminal 310 is set for each media broadcasting channel, and serves to generate predetermined text information on the recorded broadcast data in association with a preset reservation time and transmit the generated text information to the outside. As shown in FIG. 2, the broadcast signal receiver 311, the voice recognition module 312, the scheduler module 313, the data communication module 314, the database 315, and the controller 316 are configured.

In this case, the recording terminal 310 is configured in a dual format for each broadcast channel in case the recording of broadcast data cannot be performed continuously due to the down of the system generated due to the external environment.

Hereinafter, the operation of each component constituting the recording terminal 310 will be described.

The broadcast signal receiver 311 receives broadcast signals, which are divided and input to the signal distribution means 200, and converts the received broadcast signals into a media file (avi) form of audio / video. Specifically, it is a TV reception card.

The voice recognition module 312 is installed to run as a daemon in the recording terminal 310, and monitors the presence of a predetermined monitor keyword voice in the broadcast data recorded for a preset reservation time.

In addition, the voice recognition module 312 produces predetermined text information on the broadcast data recorded during the preset reservation time in the form of a text file, and then links the text file on the recorded broadcast data to the preset update time. To the scheduler module 313.

In this case, the text file includes a file name for the recorded broadcast data (AVI), an index word for a monitoring keyword voice, a time at which the voice including the index word is extracted, a recording date, a broadcast channel and a broadcast data. Contains text information such as directories.

The scheduler module 313 is installed to run as a daemon in the recording terminal 310, and sets a specific upload time for a text file including text information of the recorded broadcast data formed by the voice recognition module 312. Upload to DB server by interworking with.

The database 314 stores broadcast data converted by the broadcast signal receiver 311 into a media file (avi) of audio / video and a text file of broadcast data generated by the voice recognition module 312.

The data communication module 315 serves to deliver the broadcast data stored in the recording terminal 310 and the text file of the broadcast data to the data editing means 400 by using the TCP / IP protocol, but is capable of large capacity transmission. It serves to deliver broadcast data and text files to the data editing means 400 through a Gigabit Ethernet hub.

The control unit 316 controls each component of the recording terminal 310 in association with a predetermined control signal input from the monitoring terminal 330 through the switching switch 320.

The changeover switch 320 performs switching of control contacts between the recording terminal 310 for pre-recording broadcast data and the monitoring terminal 330 for monitoring the recording terminal 310.

Therefore, in the case where a plurality of recording terminals 310 for pre-recording broadcast data are installed, the recording terminals 310 are grouped into a predetermined number and then one monitor terminal is provided through the changeover switch 320. 330 can be connected to control.

The monitor terminal 330 is connected to the recording terminal 310 grouped by a predetermined number through the changeover switch 320, and the recording terminal (330) based on a predetermined control signal inputted by the monitor agent. It plays a role of controlling the reservation recording process of the broadcast data for 310.

The data editing means 400 searches for and extracts broadcast data including a specific monitor voice keyword by using text information of the recorded broadcast data, and then edits the extracted broadcast data in a predetermined file form to the end-user. As shown in FIG. 4, the data communication unit 410 includes a data communication unit 410, a data editing unit 420, a DB server 430, a web server 440, and a central control unit 450. .

The data communication unit 410 communicates with the data recording means 300 through the TCP / IP protocol, and then transmits the broadcast data avi in the form of a media file through a gigabit hub capable of large capacity transmission from the data recording means 300. Receive input.

At this time, the data communication unit 410 also receives a text file that records text information of the broadcast data recorded for a preset reservation time from the data recording means 300 through the TCP / IP protocol.

Here, the text file includes a file name for the recorded broadcast data (avi), an index word for a monitor keyword voice, a time at which the voice including the index word is extracted, a recording date, a broadcast channel, and a broadcast channel. Contains text information such as directories.

Subsequently, the data communication unit 410 transfers the broadcast data to the data editing unit 420 in association with a control signal of the central control unit 450, and simultaneously stores a text file for the broadcast data recorded for a preset reservation time. Forward to 430.

The data editing unit 420 receives broadcast data in the form of a media file (avi) transmitted through the data communication unit 410, and then converts the input broadcast data into MPEG-1 in the form of a VCD file, MPEG2 in the form of a DVD file, and the web. Edit to various file types such as WMV file that can be streamed, RM file and QUICK TIME file, and mobile format that can be used for mobile service.

Subsequently, the data editing unit 420 stores the broadcast data edited in various file types in the DB server 430 in association with a control signal input from the central control unit 450.

In this case, the data editing unit 420 generates a predetermined text file for the broadcast data edited in various file formats and stores the predetermined text file in the DB server 430. The text file includes the file name of the edited broadcast data avi and the edit form. It contains textual information such as (format), numbering, title, text, source, author, and date edited.

In addition, the data editing unit 420 stores the broadcast data edited in various file formats in a storage medium such as a CD or DVD to which numbering is assigned, and then generates a text file for the storage medium to which numbering is assigned. ).

In this case, the data converter 420 is configured in the form of a network attached storage (NAS), and thus a file sharing of the stored broadcast data is possible, thereby transmitting a file of the broadcast data to the web server 440 described later. Web services are possible through web pages without the need.

The DB server 430 receives a text file for broadcast data recorded during a preset reservation time transmitted through the data communication unit 410, and stores the text file sequentially in the order of creation date.

In addition, the DB server 430 is broadcast data converted by the data editing unit 420 into a predetermined file format, for example, MPEG-1 in the form of a VCD file, MPEG2 in the form of a DVD file, WMV file that can be streamed on the web, Broadcast data such as RM file, QUICK TIME file, and mobile format that can be used for mobile service are classified and stored for each file type.

In this case, the DB server 430 receives a text file for the broadcast data edited in a predetermined file form from the data editing unit 420, and sequentially stores the text file in the order of creation date.

In addition, the DB server 430 stores a text file including numbering information for a recording medium such as a CD or a DVD storing the broadcast data edited by the data editing unit 420 in various file formats.

The web server 440 may display an administrator web page for registering, modifying, deleting, and inquiring information about broadcast data stored in the DB server 430 constituting the data editing means 400. Display on the display.

In addition, the web server 440 downloads the user web page to the end-user terminal 300 as a member, and transmits the broadcasting data information input by the end-user to the data editing means 400 through the user web page. It serves to convey.

The central control unit 450 stores the broadcast data edited in various file formats by the data editing unit 420 and the text file for the edited broadcast data in the DB server 430.

In addition, the central control unit 450 displays on the display apparatus an administrator website capable of managing broadcast data stored in the DB server 430 through a predetermined web driving program that interoperates with the web server 440. do.

As described above, when a predetermined control signal for broadcast data is input through the administrator website, the central control unit 450 registers the broadcast data stored in the DB server in association with the control signal input through the administrator website. , Modify, delete and search.

In this case, when a search signal for broadcast data including a monitor voice keyword is input through the administrator website, the central controller 450 inquires a text file stored in the DB server 440 by running a predetermined search program. To highlight and display the directory path of the recording terminal in which the broadcast data including the specific voice keyword is stored.

The central control unit 450, when a request signal for broadcast data including a specific keyword voice is input from the end-user terminal 3000 via the web server 440, the text file stored in the DB server 440. Search for the recording terminal 310 in which the broadcast data is recorded.

Then, when the broadcast data is extracted from the searched recording terminal 310 to the data editing unit 420, the central control unit 450 performs control of the data editing unit 420 to broadcast in the form of a file selected by the end-user. After editing the data, the web server 440 transmits the data to the corresponding end-user terminal 3000.

The central controller 450 is stored in the DB server 430 when a selection signal for a storage medium such as a CD or a DVD in which broadcast data is stored is input from the end-user terminal 3000 via the web server 440. Search the text file containing the numbering information of the storage medium to search the storage medium.

Thereafter, the central control unit 450 downloads the numbering information set on the storage medium to be sent to the end-user to the corresponding user-terminal, whereby the end-user compares the downloaded storage medium and the downloaded numbering information to the broadcast data. The authenticity of the recorded storage medium is determined.

delete

Hereinafter, a broadcast data recording method using voice monitoring according to the present invention will be described in detail with reference to FIG. 5.

First, in order to make a broadcast signal input from the outside having a predetermined size, amplification is performed on the broadcast signal (S100).

That is, when a broadcast signal transmitted from a predetermined broadcast station enters through an antenna, the signal amplification means 100 amplifies the incident broadcast signal to a predetermined size, and thus is allocated to each broadcast channel through the signal distribution means 200. Signal attenuation generated during distribution to the recording terminal 310 is prevented.

After amplifying the broadcast signal to a predetermined size by the signal amplifying means 100 as described above, the signal distribution means 200 records the broadcast signal amplified to the predetermined size by the data recording means 300 allocated to each broadcasting channel. Each distribution to the terminal 310 (S200).

Here, the signal distributing means 200 for distributing the broadcast signal to the recording terminal 310, respectively, is specifically a distributor.

As described above, when the broadcast signals respectively distributed for each broadcast channel are distributed through the signal distribution means 200, the data recording means 300 performs the reserved recording of the broadcast data in association with the preset reserved recording time. (S300).

More specifically, referring to FIG. 6, when a broadcast signal is input through the signal distribution unit 200 (S310), the data recording unit 300 performs a data format for the broadcast signal to perform an audio / video file ( AVI) broadcast data is formed (S320).

Thereafter, the data recording means 300 records broadcast data in association with a preset reserved recording time (S330), and determines whether a preset monitor audio keyword exists in the broadcast data (S340).

As a result of the determination in step S340, when the monitor audio keyword does not exist in the broadcast data in the form of a media file avi, the data recording means 300 determines that the monitor audio keyword does not exist in the recorded broadcast data. A text file including text information is formed (S350).

Thereafter, the data recording means 300 automatically uploads predetermined text information on the recorded broadcast data to the DB servo 430 of the data editing means 400 in association with a predetermined specific upload time (S360). .

Here, the text file includes a file name for the recorded broadcast data (avi), an index word for a monitoring keyword voice, a time at which the voice including the index word is extracted, a recording date, a broadcast channel, and a broadcast data. Contains text information such as directories.

However, if the audio keyword for the monitor is present in the broadcast data in the form of a media file avi as a result of the determination in step S340, the data recording means 300 determines that the audio keyword for the monitor exists in the recorded broadcast data. A text file including text information is generated (S370).

Thereafter, the data recording means 300 automatically uploads the text file for the recorded broadcast data to the DB server 430 in association with a specific upload time (S380).

After storing the text file of the broadcast data uploaded from the data recording means 300 in the DB server as described above, the data editing means 400 sends the broadcast data retrieved by the text file information stored in the DB server to the end-user. Provided (S400).

In more detail, when a selection signal for broadcast data is input from the end-user website through the web server 440 (S410), the data editing means 400 may be a text file stored in the DB server 430. Search (S420), thereby searching for a directory of the recording terminal 310 in which the broadcast data including the monitor audio keyword is stored (S430).

In this case, the data editing means 400 displays the searched directory through the display apparatus, and highlights the directory from the highest directory to the lowest directory in which the broadcast data is stored.

Subsequently, after extracting broadcast data including the monitor voice keyword from the corresponding recording terminal 310 based on the retrieved directory information (S440), the data editing means 400 extracts the broadcast data extracted from the recording terminal 310. Edit to a predetermined file format selected by the end-user (S450).

Here, the file types edited and formed by the data editing means include MPEG-1 in the form of a VCD file, MPEG2 in the form of a DVD file, WMV file that can be streamed on the web, RM file and QUICK TIME file, and mobile service that can be used. Broadcast data in various file formats such as formats is possible.

After generating the edited broadcast data according to the file type selected by the end-user as described above, the data editing means 400 downloads the edited broadcast data to the end-user terminal 3000 (S460).

In addition, when a selection signal for a storage medium such as a CD or a DVD in which broadcast data is recorded is input from the end-user website through the web server 440 (S470), the data editing means 400 may be a DB server 430. Inquiry to the text file stored in the) to retrieve the numbering information set in the storage medium (S480).

Subsequently, the retrieved storage medium is delivered to the end-user through the carrier with which the partnership is established, and the data editing means downloads the numbering information on the delivered recording medium to the corresponding user terminal (S490).

As described above, according to the broadcast data recording system and method according to the present invention, a log file for reserved-recorded broadcast data is stored in a text file format, and the corresponding broadcast data is searched based on the stored text file information. By providing and editing the file in the form requested by the user, it is possible to monitor broadcast data and perform other tasks, thereby providing the speed and efficiency of recording / editing broadcast data.

In addition, the present invention also provides the effect that the end-user can variously edit the pre-recorded broadcast data in the file format requested by the end-user.

In addition, the present invention also provides the effect of being able to monitor all of the broadcast data by a small number of monitors, thus reducing operating costs due to reduced labor costs.

Herein, although the present invention has been described with reference to the preferred embodiments, those skilled in the art will variously modify the present invention without departing from the spirit and scope of the invention as set forth in the claims below. And can be changed.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a diagram showing a configuration of a broadcast data recording system using a keyword voice for monitor according to the present invention.

2 is a diagram showing the configuration of data recording means constituting a broadcast data recording system according to the present invention;

3 is a block diagram of a recording terminal constituting a data recording means according to the present invention;

4 is a diagram showing the configuration of data editing means constituting a broadcast data recording system according to the present invention;

5 is a flowchart illustrating a process of editing and recording broadcast data using a keyword voice for monitor according to the present invention.

FIG. 6 is a flowchart illustrating a process of uploading a text file of broadcast data recorded for each preset reservation time to a DB server according to the present invention. FIG.

7 is a flowchart illustrating a process of editing broadcast data searched by a text file in a predetermined format and providing the same to end-users.

Explanation of symbols on the main parts of the drawings

100: signal amplification means 200: signal distribution means

300: data recording means 311: broadcast signal receiving unit

312: Speech Recognition Module 313: Scheduler Module

314: Database 315: Data Communication Module

316: control unit 320: switching switch

330: monitor terminal 400: data editing means

410: data communication unit 420: data editing unit

430 DB server 440 Web server

450: central control unit 1000: broadcast data recording system

2000: network communication network 3000: end-user terminal

Claims (11)

Signal amplifying means for amplifying a broadcast signal input from the outside to a predetermined size; Signal distribution means for allocating and distributing the broadcast signal amplified by the signal amplification means for each broadcast channel; The broadcast signal input from the signal distribution means is recorded and stored as broadcast data in the form of a predetermined media file in association with a preset reservation time by using a recording terminal configured in dual format for each broadcast channel, and recorded in the recorded broadcast data. Data recording means for forming a text file in which the presence or absence of a voice keyword for the monitor is recorded and uploading it to the outside; And The broadcast data file input from the data recording means is edited into a predetermined file format, and then classified and stored according to the edited form, and the text file input from the data recording means is stored in the order of creation date, and is stored from the end-user terminal. When the selection signal for the broadcast data including the monitor voice keyword is input, the broadcast data including the monitor voice keyword is searched and extracted through the text file, edited into a predetermined file, and transmitted to the end-user terminal. Data editing means Broadcast recording system using voice monitoring, characterized in that configured to include. The data recording means of claim 1, A recording terminal which is set for each broadcasting channel to record broadcast data for each preset recording time, and generates and transmits a text file of the recorded broadcast data to the outside; A switching switch for switching control contacts between a recording terminal grouped in a predetermined number and a monitor terminal for controlling a reservation recording process for broadcast data of the recording terminal; And A monitor terminal connected to each of the recording terminals grouped by a predetermined number through the switch, and controlling the reservation recording process for the broadcast data of the recording terminal based on a control signal input from the outside. Broadcast recording system using voice monitoring, characterized in that configured to include. The method of claim 2, wherein the recording terminal, Broadcast recording system using voice monitoring, characterized in that the dual format for each broadcast channel to prevent the system from occurring due to the external environment. The method of claim 3, wherein the recording terminal, A broadcast signal receiving unit for converting a broadcast signal input to the signal distribution means into broadcast data in the form of a media file (avi); The recording terminal is installed to run as a daemon, and monitors the presence or absence of a monitor voice keyword in the broadcast data, and forms a text file in which the presence or absence of a monitor voice keyword is recorded for the broadcast monitor. Voice recognition module for transmitting to the outside; A scheduler module installed in the recording terminal to run as a daemon and uploading a text file of the recorded broadcast data formed by the voice recognition module to a DB server in association with a preset upload time; A database for storing broadcast data in the form of a media file formed by the broadcast signal receiving unit and a text file of broadcast data generated by the speech recognition module; A data communication module for transmitting the broadcast data and the text file stored in the recording terminal to the data editing means through a predetermined communication protocol; And Control unit for controlling the components of the recording terminal in conjunction with a predetermined control signal input from the monitoring terminal Broadcast recording system using voice monitoring, characterized in that configured to include. The method of claim 1, wherein the data editing means, A data communication unit for performing communication connection with the data recording means via a predetermined communication protocol; A data editing unit which edits the broadcast data transmitted from the data recording unit through the data communication unit into a predetermined file form, forms a text file for the edited broadcast data, and transmits it to the outside; A DB server for classifying and storing a text file of recorded broadcast data input through the data communication unit and a text file of broadcast data edited into a predetermined file by the data editing unit; Providing an administrator web page for editing text information about broadcast data stored in the DB server, and an end-user web page downloaded to an end-user terminal, and providing broadcast data input through the end-user web page. A web server for transmitting the broadcast data to the end-user terminal according to the selection signal; And Central control unit for controlling the respective components constituting the data editing means in conjunction with a predetermined control signal input through the manager web page Broadcast recording system using voice monitoring, characterized in that configured to include. The method of claim 5, wherein The data editing unit is a broadcast recording system using voice monitoring, characterized in that configured in the form of NAS (Network Attached Storage) to enable file sharing for the stored broadcast data. The method of claim 5, wherein And the central control unit displays a text file stored in a DB server and highlights and displays a directory path of a recording terminal in which selected broadcast data is stored. Amplifying a broadcast signal incident from the outside by a signal amplifying means to a predetermined size; Distributing, by signal distribution means, the broadcast signal amplified by the signal amplification means to data recording means allocated to each broadcasting channel; The data recording means records and stores the broadcast signal input from the signal distribution means as broadcast data in the form of a predetermined media file in association with a preset reservation time by using a recording terminal configured in dual format for each broadcast channel. Generating and storing a text file in which the presence or absence of a voice keyword for a monitor is recorded with respect to the broadcast data, and uploading the text file to the outside; And In the data editing means, the broadcast data file input from the data recording means is edited into a predetermined file type, classified and stored according to the edited file type, and the text file input from the data recording means is sequentially stored in the order of creation date. When the selection signal for the broadcast data including the monitor voice keyword is input from the end-user terminal, the broadcast data including the monitor voice keyword is searched and extracted through a text file, and then edited in a predetermined file form. -Transmitting to the user terminal Broadcast recording method using a voice monitoring, characterized in that configured to include. The method of claim 8, wherein uploading the text file comprises: Formatting the broadcast signal input through the signal distribution means into broadcast data in the form of a media file (avi); Recording the broadcast data in the form of a media file in association with a preset reservation time; Determining whether a preset monitor audio keyword exists in the reserved and recorded broadcast data; Generating a text file including text information indicating that the monitor voice keyword does not exist in the recorded broadcast data if the monitor voice keyword does not exist; Uploading the generated text file to a DB server in association with a preset upload time; Generating a text file including text information indicating that the specific monitor voice data exists in the broadcast data when the voice keyword for the monitor exists as a result of the determination of the step; And Uploading the generated text file to a DB server in association with a preset upload time; Broadcast recording method using a voice monitoring, characterized in that configured to include. The method of claim 8, wherein the transmitting to the end-user terminal comprises: Receiving a selection signal for broadcast data recorded through a web server; Searching a text file stored in a DB server and searching for a recording terminal in which broadcast data linked to the selection signal is recorded; Extracting broadcast data including a monitor voice keyword by searching a directory of the searched recording terminal; Editing the broadcast data extracted from the recording terminal into a predetermined file format requested by the end user; And Downloading the edited broadcast data to an end-user terminal Broadcast data recording method using a voice monitoring, characterized in that configured to include. The method of claim 10, Receiving a selection signal for a storage medium recording broadcast data through a web server; Querying a text file stored in a DB server in association with the input selection signal; Retrieving numbering information set in a corresponding storage medium by the text information; And Sending the selected storage medium to the end-user and simultaneously downloading the numbering information set in the storage medium to the end-user terminal. Broadcast data recording method using a voice monitoring, characterized in that further comprises.