KR20020079012A - Apparatus and method for mobile bell download service - Google Patents

Abstract

PURPOSE: An apparatus for servicing the ring designation of a terminal and a method therefor are provided to receive voice and sound files, use the received voice and sound files as a ring of the terminal, and perform a message transmission using the voice and sound files. CONSTITUTION: A voice server(21) stores voice and sound data and provides functions so that a user can select desired contents. A contents server(22) manages voice and sound information. The voice server(21) has a voice selection module(211) for transmitting a voice record guidance broadcasting and receiving the voice of the user, and a voice record module(212) for recording the voice of the user and compressing recorded information as voice data with an ADPCM(Adaptive Differential Pulse Code Modulation) format through a vocoder. The voice server(21) has a voice data converting module(213) for converting the voice file with the ADPCM format recorded in the voice record module(212) into a voice file with an EVRC(Enhanced Valuable Rate Code) format suitable for an MS(Mobile Station)(11) or a user PC(17). The contents server(22) has a contents management module(221) for storing contents such as the voice file and the sound file with the ADPCM format and the EVRC format in a contents DB(222), extracting a corresponding contents corresponding to the voice of the user from the contents DB(222), and providing the extracted contents to the MS(11) or the user PC(17). The contents management module(221) extracts corresponding contents from the contents DB(222) according to the request of the user and provides the extracted contents to the MS(11) or the user PC(17).

Description

Device for designating terminal ring and its method {Apparatus and method for mobile bell download service}

The present invention realizes a terminal ring designation service apparatus and a method thereof, and a method thereof, which enable various terminal rings (telephone sounds) by generating a voice and sound file desired by a user when a call is sent / received to a user terminal of a mobile communication network. The present invention relates to a computer-readable recording medium having recorded thereon a program.

At present, with the rapid development and expansion of information and communication technology, mobile communication technology and its services have become an integral part of modern life. In this situation, users' desires are expanding day by day, and the development of new services to satisfy them has become very important.

Conventionally, when a mobile device rings in a crowded area such as a subway or a public place, it is not easy to know whether the mobile device is a mobile device, and a method of storing dozens of predetermined music in a memory (ROM) and selecting it is used. It was.

However, such a conventional method does not provide a user's various phone rings and thus does not satisfy the user's various preferences. In addition, there is a problem that the users confuse each other when receiving a call and cause discomfort to those around them. Many. In addition, the terminal has a disadvantage of using a relatively large amount of memory.

Therefore, when a terminal rings in a public place or a dense area, it is easy to distinguish one's own terminal and reduce the memory of the terminal. A short message service (SMS) has been introduced. And when the call is received by downloading these ringtones through the wireless Internet, the terminal generates a buzzer sound, a single ringtone, and a four-tone melody ringtone. However, this is also insufficient to support various ringtones.

Therefore, when a call is sent / received to a mobile terminal, a variety of terminal rings are possible by generating a voice and a sound file, and a terminal ring is generated using various sound files such as music as well as one's own voice and celebrity voice. If users can exchange messages with voice and sound files using wired / wireless internet, it is obvious that they can satisfy various needs of users. Therefore, a service plan capable of downloading voice and sound files to be used for the purpose of the terminal ring and transmitting messages between users through wired / wireless internet is required.

The present invention has been proposed in order to meet the above-mentioned demands, and it is possible to download a voice and a sound file so that it can be used for the purpose of a terminal ring, and also transmit a message between users through a wired / wireless internet as a voice and sound file. It is an object of the present invention to provide a terminal ring designation service apparatus for enabling the present invention, a method thereof, and a computer-readable recording medium storing a program for realizing the method.

1 is an exemplary configuration of a terminal ring service system to which the present invention is applied.

2 is a block diagram of an embodiment of a terminal ring designation service device according to the present invention;

3 is a flowchart illustrating a process of converting voice data between a service server and a terminal for a terminal ring designation service according to the present invention;

4 is a flowchart illustrating a method for designating a terminal ring designating service for setting a voice and a sound file in a terminal of the terminal according to the present invention.

5 is a flowchart illustrating an embodiment of a terminal ring designation service method for setting a voice and a sound file of a service server according to the present invention in a terminal thereof.

6 is a flowchart illustrating an exemplary embodiment of a terminal ring designation service method for setting a voice and a sound file of a service server according to the present invention to another user's terminal.

* Explanation of symbols for the main parts of the drawings

11: mobile station (MS) 12: exchange station (MSC)

13: Home position register (HLR) 14: Network interworking unit (IWF)

15: WAP Gateway 17: User PC

16: service server (terminal ring designation service device)

According to an aspect of the present invention, there is provided a terminal telephone ring (ring) designation service apparatus, comprising: voice input means for transmitting a voice recording guide broadcast to receive a user voice; Voice recording means for recording a user's voice and compressing the recorded information into voice data of a first voice encoding format through a vocoder; Voice data conversion means for converting a voice file of the first voice encoding format recorded by the voice recording means into a voice file of a second voice encoding format suitable for a terminal; And storing contents such as a voice file and a sound file of the first and second voice encoding formats, extracting the corresponding content corresponding to the voice of the voice user input through the voice input unit, and providing the same to the terminal. Content storage and management means for extracting the content according to the user's request to provide to the terminal, characterized in that made.

In order to achieve the above object, the present invention provides a method for designating a terminal telephone ring (ring) in a communication system according to a user's request for receiving a terminal ring designation service. Receiving a first step; After recording the user's voice and compressing the recorded information into the voice data of the first voice encoding format through the vocoder, the recorded voice file of the first voice encoding format is converted into a voice file of the second voice encoding format suitable for the terminal. A second step of converting; And a third step of extracting the corresponding voice file and the sound file desired by the user from the preset sound file and the voice file of the second voice encoding format and providing the same to the terminal.

In addition, the present invention is characterized in that it further comprises a fourth step of transmitting the voice, sound file and the phone number of the first user to the terminal of the second user according to the voice and data request of the first user.

According to an aspect of the present invention, there is provided a terminal ring designation service device including a processor, wherein a voice recording guide broadcast is transmitted in response to a user's request to receive a terminal ring designation service, thereby receiving a user's voice. function; After recording the user's voice and compressing the recorded information into the voice data of the first voice encoding format through the vocoder, the recorded voice file of the first voice encoding format is converted into a voice file of the second voice encoding format suitable for the terminal. A second function to convert; And a computer-readable recording program recording a program for realizing a third function of extracting a corresponding voice file and a sound file desired by a user from the preset sound file and the voice file of the second voice encoding format and providing the same to the terminal. Provide the medium.

The present invention also provides a computer with a program for realizing the fourth function of transmitting the voice, sound file and the first user's telephone number to the terminal of the second user according to the voice and data request of the first user. Provide a readable recording medium.

The present invention allows the user to download voice and sound files to a mobile terminal and use them for purposes such as terminal ringing, and also to transmit messages between users through wired / wireless Internet. That is, the present invention enables various phone tones by generating voice and sound files when a call is sent / received to a mobile terminal. Accordingly, the user can generate a phone sound using various sound files such as music as well as his or her celebrity voice through this service.

According to the present invention, when a call occurs, a voice and a sound file are generated differently in a user's mobile terminal, and the voice and sound file messaging can be performed using such a function.

By using the service of the present invention, the user can upload / download the voice and sound file to the system, and store the voice and sound file in his mobile terminal to generate the specified voice and sound file when calling / incoming calls. Can be. In addition, the voice and sound files may be transmitted to others as a message, so that others may also store and generate voice and sound files.

The present invention proposes a voice in a system and a terminal, a sound file converting method, a voice in a system and a terminal, a sound file storing method, a voice in a system and a terminal, and a sound file generating method.

The voice recording module uses the ADPCM (Adaptive Differential Pulse Code Modulation) voice data conversion method for converting the voice and sound files in the system and the terminal, and uses the EVV (Enhanced Valuable Rate Codec) format suitable for the wireless terminal. Voice data conversion module is used for data conversion. In addition, the system uses a voice recording module and a content server to store voice and sound files in the system and the terminal, and the terminal uses its own memory. In addition, the system uses a voice selection module and a voice data conversion module in the system and a terminal for generating a voice and a sound file, and the terminal uses an existing EVRC VOCODER.

The above objects, features and advantages will become more apparent from the following detailed description taken in conjunction with the accompanying drawings. Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is an exemplary configuration diagram of a terminal ring service system to which the present invention is applied. In the drawing, "11" is a mobile station (MS), "12" is a mobile switching center (MSC), and "13" is home. Home Location Register (HLR), "14" is an Inter-Working Function (IWF), "15" is a Wireless Application Protocol (WAP) gateway, and "16" is a service server (terminal ring of the present invention). Designated service device), and " 17 " represent a user PC (Personal Computer).

The mobile station (MS) 11 is within the range of any base station transceiver subsystem (BTS), and the information of the mobile station (MS) 11 is stored in the base station (BTS) and the control station (BSC: Base Station Controller) controlling it. Is transmitted to the switching center (MSC) 12, and the information transmitted from the switching center (MSC) 12 is transmitted to the mobile station (MS) 11 via the control station (BTS) / base station (BTS).

The mobile station (MS) 11 is a terminal which the user can carry and communicate while moving. The mobile station (MS) 11 uses a forward channel when receiving a voice and sound file download service, and uses a reverse channel when calling. use. That is, a mobile terminal (MT) service is used for reception, and a mobile originated (MO) service is used for transmission.

In general, a mobile communication system uses a data burst message of a paging channel of a CDMA mobile communication system upon reception, and data of a forward traffic channel when a user is busy. Send the message as a burst message. In addition, a data burst message of an access channel is used to transmit a message, and a data burst message of a reverse traffic channel is transmitted when a call is in progress.

The messages transmitted and received by the mobile station (MS) 11 are connected to a switching center (MSC) 12 via a base station (BTS) / control station (BSC) for high frequency signal processing and call processing.

A base station (BTS) connects a mobile station (MS) 11 to a control station (BSC), a digital channel unit (DCU: Digital Channel Unit), a time / frequency control unit (TCU: Timing / Frequency Control Unit), radio frequency Device (RFU: Radio Frequency Unit), and Global Positioning System (GPS).

The base station (BTS) performs a wired / wireless conversion function of communicating with a mobile station (MS) 11 over the air and communicating with a control station (BSC) by wire.

The control station (BSC) connects the base station (BTS) to the switching center (MSC) 12 to coordinate the connection between the base stations (BTS), and a signal processing function for communication between the base station (BTS) and the switching center (MSC) 12. Do it.

The exchange station (MSC) 12 processes mobile communication subscriber calls, connects with a control station (BSC), performs call setup and release functions of the mobile station (MS) 11, and various functions related to call processing and additional services. Do this.

The home location register (HLR) 13 is a database that is connected to an exchange center (MSC) 12 and manages various types of information of mobile subscribers. It stores the permanent information and location information of MS 11 and subscriber, and interacts with Visitor Location Register (VLR) to support various functions related to call processing and supplementary services. .

In addition, a network interworking unit (IWF) 14, which is a data transmission device, is required for data transmission to a terminal (mobile station (MS) 11). When providing a service using WAP, the WAP gateway 15 need.

The service server (terminal ring designation service device) 16 is a server for providing voice and sound file information. The service server (terminal ring designation service device) 16 provides a voice, a sound file provided by a content server (CP), a voice uploaded by a user, It provides a function of converting and providing a sound file, and also enables message transmission between users through wired and wireless Internet.

Now, the voice and sound file download service scheme for the mobile terminal ring will be described in more detail.

FIG. 2 is a diagram illustrating an embodiment of a terminal ring designation service device according to the present invention, in which, "21" is a voice server, "22" is a content server, "211" is a voice selection module, and "212" is a voice. The recording module, "213" represents a voice data conversion module, "221" represents a content management module, and "222" represents a content database DB.

As shown in FIG. 2, the terminal ring designation service device (service server) 16 according to the present invention is a voice server (not shown) that provides a function of recording and storing voice and sound data, and selecting a desired content by a user ( 21, and a content server 22 that manages voice and sound information, and the voice server 21 transmits a voice recording announcement broadcast (ment) to receive a user's voice. And a voice recording module 212 and a voice recording module 212 for recording a user's voice and compressing the recorded information into voice data in an adaptive differential pulse code modulation (ADPCM) format through a vocoder. And a voice data conversion module 213 for converting an ADPCM format voice file into an Enhanced Valuable Rate Codec (EVRC) format voice file suitable for a mobile station (MS) 11 or a user PC 17. 22) ADP Contents such as voice files and sound files of the CM and EVRC formats are stored in the content database 222, and the corresponding content corresponding to the voice of the voice user is extracted from the content database 222 to be used by the mobile station (MS) 11 or the user. A content management module 221 for providing to the PC 17 and extracting the corresponding content from the content database 222 according to the request of the data user and providing it to the mobile station (MS) 11 or the user PC 17. .

The voice selection module 211 provides a function of searching and selecting data in the content server 22 through voice information. It also provides a function of downloading / messaging the selected information in conjunction with the content server 22 to the terminal (mobile station (MS) 11 or user PC 17).

The voice recording module 212 records a user's voice and compresses the recorded information into voice data in ADPCM format through a VOCODER.

The voice data conversion module 213 provides a function for converting an ADPCM format file recorded by a voice board into an EVRC format file suitable for a terminal (mobile station (MS) 11 or user PC 17).

The voice data conversion module 213 may utilize software SW or hardware HW on the voice server 21 or a VOCODER module on a terminal (mobile station (MS) 11 or PC 17). .

Now, the voice data conversion process for data transmission between the service server (terminal ring designation service device) 16 and the terminal (mobile station (MS) 11 or user PC 17) is as follows.

3 is a flowchart illustrating a process of converting voice data between a service server and a terminal for a terminal ring designation service according to the present invention.

For the terminal ring designation service, data in ADPCM format suitable for the service server (terminal ring designation service device) 16 and data in EVRC format suitable for the terminal (mobile station (MS) 11 or user PC 17) are interconnected. Conversion is necessary. Therefore, for this process, voice and sound files must be transferable between the service server (terminal ring designation service device) 16 and the terminal (mobile station (MS) 11 or user PC 17).

As shown in FIG. 3, the process of converting voice data between a service server and a terminal for a terminal ring designation service according to the present invention first includes a terminal (mobile station (MS) 11 or user PC 17) and a voice server ( 21, if the call connection is established (301), the voice server 21 checks the terminal information, such as the phone number of the terminal user (302).

Thereafter, the voice server 21 performs an authentication procedure on whether the terminal user is a normal subscriber of the service to the content server 22 using the confirmed terminal information (303).

Upon successful authentication, the voice server 21 transmits a voice recording announcement to the service terminal (mobile station (MS) 11 or user PC 17) via the voice selection module 211 (304, 305). .

Subsequently, when the service user transmits a comment to be recorded through the terminal (mobile station (MS) 11 or user PC 17) to the voice server 21 (306), the voice server 21 transmits the terminal (mobile station ( The voice of the service user input through the MS 11 or the user PC 17 is stored in the ADPCM format through the voice recording module 212 (307). Subsequently, when the service user presses a button of the terminal (mobile station (MS) 11 or user PC 17) corresponding to the completion of recording to notify the voice server 21 of the end of the voice recording (308), the voice server 21 ) Transmits the voice recording end announcement to the service user's terminal (mobile station (MS) 11 or user PC 17) through the voice selection module 211 (309, 310).

Thereafter, the voice data conversion module 213 of the voice server 21 converts the data of the ADPCM format into data of the EVRC format suitable for the terminal (mobile station (MS) 11 or the user PC 17) (311). .

Subsequently, the voice server 21 transmits the ADPCM format data and the EVRC format data to the content server 22 (312), and the content server 22 stores the contents in the content DB 222 (313). And playback on a PC or the like. At this time, the data stored in the content DB 222 of the content server 22 can be transmitted to the terminal (mobile station (MS) 11 or user PC 17) of the EVRC format data later. Therefore, the terminal (mobile station (MS) 11 or user PC 17) can receive the EVRC format data through the connection to the content server 22.

Therefore, when the content server 22 transmits the EVRC format data stored in the content DB 222 to the terminal (mobile station (MS) 11 or user PC 17) (314), the terminal (mobile station (MS) ( 11) or the user PC 17) may receive the data and store the EVRC format data in the internal memory (315) to generate a ringtone as a voice or sound file.

When the terminal (mobile station (MS) 11 or user PC 17) receives data from the content server 22, the terminal notifies the content server 22 of the result (316), and the contents of the service user. You can leave usage information.

The ADPCM and EVRC processes used as part of the voice data conversion method may be converted into a PCM (Pulse Code Modulation), QCELP (Qualcomm Coded Excited Linear Predictive), or CELP (Code Excitated Linear Prediction).

4 is a flow chart of an embodiment of a terminal ring designation service method for setting a voice and sound file in one's own terminal according to the present invention, in which a user owns a terminal (mobile station (MS) 11 or a user). The service for setting the voice and sound files in the PC 17 is shown. That is, when the user generates a sound such as a reception, an outgoing call, or an alarm at the terminal (mobile station (MS) 11 or user PC 17), a certain voice is heard at the terminal (mobile station (MS) 11 or user PC 17). The following shows the procedure for setting whether to generate a sound file or not.

Through the process of FIG. 3, the user may set, modify, or delete a new voice and sound file. Then, the terminal (mobile station (MS) 11 or the user PC 17) through the process of Figure 4 may generate a set voice, sound file.

First, when the user selects the voice and sound file setting service, the terminal (mobile station (MS) 11 or user PC 17) outputs a voice and sound file designation selection screen (401).

On the other hand, the user selects when to generate a voice or sound file stored in the terminal (mobile station (MS) 11 or user PC 17) (402), or the terminal (mobile station (MS) 11 or Desired voice and sound files can be assigned to the user PC 17 (403). At this time, the time of occurrence is the same as when calling / incoming (when using CNIP, it is possible to distinguish according to calling number), and when alarming.

On the other hand, the procedure of setting the voice and sound file of the service server (terminal ring designation service device) 16 to its own terminal (mobile station (MS) 11 or user PC 17) is as follows.

Fig. 5 is a flow chart of an embodiment of a terminal ring designation service method for setting a voice and a sound file of a service server according to the present invention in its own terminal, in which a user connects to a service server (terminal ring designation service device) 16. To select a voice and sound file and set it in its own terminal (mobile station (MS) 11 or user PC 17).

Through this service, the user can download (download) various voice and sound files in the service server (terminal ring designation service device) 16, the terminal (mobile station (MS) 11 or the user PC 17). Can be set. To this end, the service server (terminal ring designation service device) 16 has various voice and sound files, and when the user selects the voice and sound generation options that are the time to apply, the service server (mobile station (MS)) 11 Or the user's PC 17), and also converts and stores the uploaded voice and sound file into a suitable voice and sound file.

First, a subscriber connects to a service server (terminal ring designation service device) 16 using a terminal (mobile station (MS) 11 or user PC 17) (501), and the service server (terminal ring designation service device). After selecting the desired voice and sound file from the voice and sound classification list in (16) (502) and selecting the option to store the selected voice and sound file (outgoing, incoming, alarm, etc.) (503) The server (terminal ring designation service device) 16 transmits the selected voice and sound data to the subscriber's terminal (mobile station (MS) 11 or user PC 17) (504). At this time, the information is transmitted to the terminal (mobile station (MS) 11 or user PC 17) via a data transmission device such as network interworking unit (IWF) 14 (505). If implemented in WAP, the terminal (mobile station (MS) 11 or user PC 17) is transferred from the service server (terminal ring designation service device) 16 via a WML (Wireless Markup Language) script. Receive this information.

Subsequently, the terminal (mobile station (MS) 11 or user PC 17) is a script for this service is performed (506), after storing the received voice, sound data in the corresponding option (507) When the script is executed (508), the service server (terminal ring designation service device) 16 is notified of the script execution completion result (509).

On the other hand, a procedure of setting the voice and sound file of the service server (terminal ring designation service device) 16 to another terminal (mobile station (MS) 11 or user PC 17) is as follows.

Fig. 6 is a flow chart of an embodiment of a terminal ring designation service method for setting a voice and a sound file of a service server according to the present invention to a terminal of another person, which is connected to a service server (terminal ring designation service device) 16 and is voiced. The procedure for selecting a sound file and setting the sound file to another terminal (mobile station (MS) 11 or user PC 17) is shown. At this time, the service server (terminal ring designation service device) 16 transmits the calling party's calling party number, which is a ringing tone from another terminal (mobile station (MS) 11 or user PC 17). It is specified as a calling number for. Therefore, another user's terminal (mobile station (MS) 11 or user PC 17) generates a voice or sound file that has already been transmitted when a call is received from a subscriber who has been transmitted later.

First, a user connects to a service server (terminal ring designation service device) 16 using a terminal (mobile station (MS) 11 or user PC 17), and selects a desired voice and sound file from the voice and sound file classification list. Select or upload the converted voice and sound file by the user (UPLOAD) (601).

Then, a telephone number (called number) of another terminal (mobile station (MS) 11 or user PC 17) is input (602). At this time, it is necessary to check whether the subscriber of the input telephone number is a subscriber to the service.

Upon confirmation, the service server (terminal ring designation service device) 16 transmits the voice, sound data and the user's calling number to the terminal (mobile station (MS) 11 or user PC 17) of the called number. (603). At this time, information is transmitted to the terminal (mobile station (MS) 11 or user PC 17) through a data transmission device such as network interworking unit (IWF) 14 (604).

Thereafter, the terminal (mobile station (MS) 11 or user PC 17) is executed a script for this service (605), and the terminal (mobile station (MS) 11 or user PC 17) of another person is executed. In step 606, the caller generates the calling number, voice, and sound data to the terminal user.

On the other hand, the terminal (mobile station (MS) 11 or user PC (17)), in response to the recipient consent request (607), if the rejection, the script (Script) is terminated (609), if you agree After the voice and sound data are stored in the memory and registered as a ring tone of the corresponding calling number (608), the script is terminated (609). Then, the script completion result is notified to the service server (terminal ring designation service device) 16 (610).

ADPCM to EVRC voice data conversion method presented as a preferred embodiment of the present invention as described above may be provided by a method such as PCM, QCELP, CELP, such as voice data storage method in addition to ADPCM, EVRC, even in this case It is obvious that the same effect can be achieved.

The scenario of selecting a voice and a sound file in the service server (terminal ring designation service device) of the present invention can be variously modified. The service server may exist as a World Wide Web (WWW) Internet server, and the procedure given on the WWW homepage. It is also possible to transmit to the voice and sound terminal through the data transmission device, and at this time, the user may also provide a function for uploading his voice, sound file to the service server (UPLOAD) conversion process, even in this case, the present invention It is obvious that the same effect can be achieved.

In addition, the present invention is configured to provide a service in a scenario that occurs in the terminal by receiving a voice, sound file at the service server whenever a call is received without storing the voice, sound file when the WTA service of the WAP is provided in the future In this case, it is obvious that the same effects as the present invention can be achieved.

The method of the present invention as described above may be implemented as a program and stored in a computer-readable recording medium (CD-ROM, RAM, ROM, floppy disk, hard disk, magneto-optical disk, etc.).

The present invention described above is capable of various substitutions, modifications, and changes without departing from the spirit of the present invention for those skilled in the art to which the present invention pertains, and the above-described embodiments and accompanying It is not limited to the drawing.

As described above, the present invention can download a voice and sound file so that a ring of the terminal suits the user's taste every time an incoming call occurs so that the terminal ring in a crowded area such as a public place can be easily distinguished from other terminals. In addition, it enables users to transmit messages between voice and sound files through wired / wireless internet, thereby meeting various user service needs.

Claims (17)

A terminal telephone ring designation service device, comprising: Voice input means for transmitting a voice recording guide broadcast and receiving a voice of a user; Voice recording means for recording a user's voice and compressing the recorded information into voice data of a first voice encoding format through a vocoder; Voice data conversion means for converting a voice file of the first voice encoding format recorded by the voice recording means into a voice file of a second voice encoding format suitable for a terminal; And It stores contents such as voice files and sound files of the first and second voice encoding formats, extracts the corresponding contents corresponding to the voice of the voice user input through the voice input means, and provides them to the terminal. Content storage and management means for extracting the content according to the request of the provided to the terminal Terminal ring designation service device comprising a. The method of claim 1, The first speech coding format is Substantially, the terminal ring assignment service device, characterized in that the ADPCM (Adaptive Differential Pulse Code Modulation) voice data conversion method. The method of claim 2, The second speech coding format is Substantially, the terminal ring assignment service apparatus, characterized in that it is an Enhanced Valuable Rate Codec (EVRC) voice data conversion scheme. The method of claim 1, The content storage and management means, The voice file and the sound file uploaded by the first user are converted into the voice and sound file suitable for the terminal, and the corresponding voice and sound file is transferred to the terminal of the first user according to the voice and data request of the first user. Terminal ring designation service device, characterized in that for transmitting. The method of claim 4, wherein The content storage and management means, The voice file and the sound file uploaded by the first user are converted into the voice and sound file suitable for the terminal, and the corresponding voice and sound file and the phone number of the first user according to the voice and data request of the first user. The terminal ring designation service apparatus, characterized in that for transmitting to the terminal of the second user. The method of claim 5, The terminal of the second user, And a phone number of the first user, and generates a voice and a sound file transmitted by the first user when a call is received from the first user. The method according to any one of claims 1 to 6, The terminal, And a mobile terminal for downloading and downloading the voice file and the sound file into a memory, and generating the voice file and the sound file designated through call forwarding and receiving through the EVRC vocoder. The method according to any one of claims 1 to 6, The terminal, And a user PC that downloads the corresponding voice file and the sound file, stores them in a memory, and generates the corresponding voice file and the sound file through an EVRC vocoder during call arrival and reception. A terminal telephone ring (ring) designation service method in a communication system, A first step of transmitting a voice recording announcement broadcast and receiving a voice of the user according to a user's request to receive a terminal ring designation service; After recording the user's voice and compressing the recorded information into the voice data of the first voice encoding format through the vocoder, the recorded voice file of the first voice encoding format is converted into a voice file of the second voice encoding format suitable for the terminal. A second step of converting; And A third step of extracting a corresponding voice file and a sound file desired by a user from a preset sound file and a voice file of the second voice encoding format and providing the same to the terminal; Terminal ring designation service method comprising a. The method of claim 9, A fourth step of transmitting the corresponding voice, sound file, and telephone number of the first user to the terminal of the second user according to the voice and data request of the first user Terminal ring designation service method further comprising. The method of claim 10, The terminal of the second user, And storing the telephone number of the first user, and generating a voice and a sound file transmitted by the first user when a call is received from the first user. The method according to any one of claims 9 to 11, The first speech coding format is Substantially, ADPCM (Adaptive Differential Pulse Code Modulation) terminal ring designation service method characterized in that the voice data conversion method. The method of claim 12, The second speech coding format is Substantially, Enhanced Ring Rate Codec (EVRC) voice data conversion scheme, characterized in that the terminal ring designation service method. The method of claim 13, The terminals of the first and second users, Characterized in that a mobile terminal that downloads the voice file and the sound file (DOWNLOAD) through the script (Script), and stores in the memory, and generates the specified voice file and sound file through the EVRC vocoder when the call is called and received. Ring assignment service method. The method of claim 13, The terminals of the first and second users, A user terminal which downloads the corresponding voice file and sound file through a script and stores them in the memory, and generates the corresponding voice file and sound file through the EVRC vocoder when the call is received or received. Ring assignment service method. In a terminal ring designation service device having a processor, A first function of transmitting a voice recording announcement broadcast and receiving a voice of the user according to a user's request for a terminal ring designation service; After recording the user's voice and compressing the recorded information into the voice data of the first voice encoding format through the vocoder, the recorded voice file of the first voice encoding format is converted into a voice file of the second voice encoding format suitable for the terminal. A second function to convert; And A third function of extracting a corresponding voice file and a sound file desired by a user from a preset sound file and a voice file of the second voice encoding format and providing the same to the terminal; A computer-readable recording medium having recorded thereon a program for realizing this. The method of claim 16, A fourth function of transmitting the corresponding voice, sound file and telephone number of the first user to the terminal of the second user according to the voice and data request of the first user A computer-readable recording medium that records a program for further realization.