JP2006025132A - Data supply server, mobile communication terminal, data supply method and program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a data supply server and program that can generate termination melody data that make it possible to easily recognize a caller only with a termination sound. <P>SOLUTION: The termination melody data can be generated by using a voice that a user himself or herself records to improve the capability of discriminating the termination melody data. More in concrete, data that the data supply server receives from respective mobile telephone sets are used as the voice data to improve the capability of discriminating the termination melody data. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a technique for generating an incoming melody including voice used in a mobile communication terminal such as a cellular phone, and more specifically, voice data such as real voice data and melody data (hereinafter also referred to as “ringtone”). A data supply server, a portable communication terminal, a data supply method and a program that can synthesize and generate an incoming melody (synthetic incoming melody data) including a voice rich in originality, particularly through a wide-area line such as an Internet communication line network or a local network The present invention relates to a mobile phone ring melody data generation program, a data supply server, and a data supply method for transferring ring melody data to a mobile terminal such as a mobile phone.

  In recent years, telephones are shifting from permanent telephones that are shared by a plurality of people to mobile phones that are carried and carried by each individual person. For this reason, in a mobile phone, a plurality of ring tones are stored in advance, and the ring tones can be selected and used according to the user's preference so that they are different from the ring tones of people around them. It is possible. In addition, as a ringtone that is different for each party who makes a call, the other party who makes a call can be identified by the ringtone.

  However, storing a plurality of such ringtones in advance is not preferable because it uses a large amount of memory in the mobile phone, and in order to prepare ringtones that all users prefer, There was a controversial problem that it was preferable to memorize a larger number of ringtones.

  Therefore, instead of preparing a large number of ringtones in advance in the memory of the mobile phone, users who are concerned about ringtones can use their favorite ringtones through a communication line such as a wide area line including the Internet communication line network. A method of selecting and downloading is proposed (Patent Document 1).

  In addition, as described above, when different ringtones are used for each mobile phone, it is possible to identify whether the call is incoming to your mobile phone or to another person's mobile phone when they are simultaneously received by each mobile phone. As a developmental version of the function, or as a development type, the ringtone was changed in advance according to the phone number of the incoming caller, and the incoming caller identified the incoming caller, but recently, Changing ringtones is performed as if you were changing clothes like fashion.

  Also known is a server device that distributes original incoming melody data created as a game result to a mobile phone (Patent Document 2).

  Furthermore, there is also known one that selects a song name from a customer-carrying medium such as MD or CD and sets it as a ringtone (Patent Document 3).

In addition, an information terminal including a voice creation unit has been proposed (Patent Document 4).
JP 2002-218107 A JP 2002-140455 A JP 2002-204789 A Utility Model Registration No. 3097523

  As described above, downloading ringtones from a server has become a common ringtone acquisition method in recent years. Accordingly, each mobile phone communication network provider (so-called mobile phone carrier) Have competed to provide distinctive ringtones. For example, services such as providing ringtones with an increased number of chords, providing ringtones composed of songs that include a singing voice called “Chaku-Uta”, or providing tunes in samba or hip-hop style are offered. It has become like this.

  Under such circumstances, ringtone supply manufacturers are developing in order to bring out the characteristics of ringtones.

  However, if the mobile phone communication network provider or the provider of the ringtone provider provides the mobile phone user to make a selection, a variety of types and numbers of ringtones can be used to widen the selection. Since it is necessary to prepare in advance, if the number is too large, the size of the display of the mobile phone is relatively small, and there is a limit to increasing the number of selections.

  In addition, in order to improve the originality of ringtones, it may be created on a game as in Patent Document 2 above, or a desired song may be selected from a customer-carried media such as MD or CD as in Patent Document 3. In addition, as disclosed in Patent Document 4, it is proposed to transfer voice to a mobile phone as an incoming call.

  However, since Patent Document 2 provides a song based on a personal evaluation parameter value on a game, the provided ringtone has a strong implication, and the song is always a favorite. There is a problem that is not limited.

  In Patent Document 3, it is necessary to bring an MD or the like to the location of the service provider, and the user needs time.

  Further, in the above-mentioned Patent Document 4, although it is proposed that a voice is recorded through a microphone and converted into data that can be used as a ringtone (ringing), only the voice is not tasted as a ringtone for incoming calls. Can be predicted. In the case of such ringtones, there is a problem that the appearance is bad when asked by others.

  In view of the above problems, the present invention makes it possible to generate ringtones rich in originality, to generate ringtones that can be distinguished from the cellular phone of the surrounding people and can know incoming calls, and incoming calls The purpose is to be able to generate ringtones that can easily identify the other party.

  In order to achieve the above object, the present inventor can improve the identifiable number of callees by using the callee's voice as a ringtone, and add ringtones to the people around by adding a melody to the callee's voice. We paid attention to the fact that it was easy to maintain the appearance even when asked. In other words, by creating a ringtone with the incoming party's voice added to the melody, you can create different ringtones with different originalities for each incoming party, and if you set these ringtones individually according to the incoming party, We thought that the number of opponents that can be identified by conventional ringtones could be dramatically improved.

  The present invention relates to a portable communication terminal, a form communication terminal and a server, which can generate ringing melody data with a voice by synthesizing one ringtone selected by a user from a plurality of ringtones and a real voice of the called party as in the prior art. By means of this data reciprocal communication, the server synthesizes and generates the incoming voice melody data with the voice.

  That is, the present invention relates to the following data supply server (1) to (6), a mobile communication terminal, a data supply method, and a program.

  (1) A receiving means for receiving voice data transmitted from a mobile communication terminal including a mobile phone, a storage means for storing incoming melody data, a voice data received by the receiving means, and a storage means Combining means for synthesizing the stored incoming melody data to form synthetic incoming melody data, and the synthetic incoming melody data for the mobile communication terminal that is the transmission source of the voice data or the portable designated by the mobile communication terminal A data supply server comprising: transmission means for transmitting to a communication terminal.

(2) A plurality of ring melody data is stored in the storage means in advance, and selection guide data for selecting desired ring melody data from the plurality of ring melody data is transmitted to the mobile communication of the transmission source. Selection guide data transmitting means for transmitting to the terminal; selection result data receiving means for receiving selection result data transmitted from the portable communication terminal based on the selection guide data;
And the synthesizing means selects the incoming melody data corresponding to the received selection result data from the plurality of incoming melody data, and synthesizes the synthesized incoming melody data with the received voice data. The data supply server according to (1) to be formed.

  (3) Receiving means for receiving voice data and incoming melody data transmitted from a mobile communication terminal including a mobile phone, and combining and combining the voice data received by the receiving means with the incoming melody data Combining means for forming melody data, and transmitting means for transmitting the synthesized incoming melody data to the mobile communication terminal that is the transmission source of the voice data or the mobile communication terminal designated by the mobile communication terminal. A data supply server comprising:

  (4) Storage means for storing the voice data input by the receiving or calling microphone and the incoming melody data; and the voice data stored in the storage means and the incoming melody data are synthesized to form composite incoming melody data. And a composing means. A portable communication terminal comprising:

  (5) A reception step of receiving voice data transmitted from a mobile communication terminal including a mobile phone, and combining the received voice data with ringtone melody data stored in advance in a storage means to synthesize a ringtone A synthesis step for forming data, and a transmission step for transmitting the synthesized incoming melody data to a mobile communication terminal that is a transmission source of the voice data or a mobile communication terminal designated by the mobile communication terminal. The data supply method characterized by the above-mentioned.

  (6) A procedure for receiving voice data transmitted from a mobile communication terminal including a mobile phone and a synthesized ringing melody by synthesizing the received voice data and the incoming melody data stored in the storage means in advance. A procedure for forming data, a procedure for transmitting the synthesized ringtone melody data to a mobile communication terminal that is a transmission source of the voice data or a mobile communication terminal designated by the mobile communication terminal, A program for causing a computer to execute these procedures.

  As the voice data in the present invention, voice data such as real voice data input from the microphone can be used by using a microphone provided in the mobile communication terminal. Further, it is possible to use real voice data during conversation during a call. These voice data may be composed of various voices such as the owner of the mobile communication terminal and others including the other party. For example, a voice of a user of a mobile phone or a call partner whose phone number is registered in the mobile phone is blown from a call microphone provided in the mobile phone, and this is combined with melody data as voice data. For example, it is possible to generate a singing melody based on the voice of the user or the other party in a certain melody, and a different theme song can be used for each other party as the ringtone of the mobile phone.

  According to the present invention, the synthesized ring melody data rich in originality obtained by synthesizing the desired (desired) voice data and ring melody data of the user of the portable communication terminal can be used as the ring melody of the portable communication terminal. Therefore, by distinguishing the voice data from the voice of the user of the mobile communication terminal and the voice of the other party (voice data), it was differentiated from the incoming melody in the mobile communication terminal of the surrounding people. For example, when people with the same age and the same hobby gather, even if the same melody is set as the ringtone for those people, the voice data in the melody can be used. Since the synthesized ringtone data is generated by combining, it is unlikely that the ringtone is exactly the same, With whether the cellular phone to the distinctive ring is easy, it is possible to improve the interest to try to create a highly original synthesis ringtones.

  In addition, it is possible to make each voice voice corresponding to a plurality of destination telephone number data stored in the mobile phone as the voice of the other party using the telephone number, and thus correspond to the telephone number. If the real voice is the real voice of the other party of the telephone number, the incoming party can be determined only by the ring tone. Such an advantage is extremely useful nowadays in recent years when receiving a call with a mobile phone during driving has been regulated under the Road Traffic Law. In other words, you usually do not answer the phone while driving, but you do not need to look at the monitor (display) of the mobile phone, you can recognize the incoming party by listening to the ringtone, and if there is an incoming call, When you are driving and parked on the side of the road to receive a call, or when you receive a phone call in the answering machine mode (including drive mode), check the other party with the ringtone, then It is possible to use the system such as re-calling the other party at the earliest possible time difference, and it can be useful for the salespeople around the world depending on the importance and urgency of the customer, which is detrimental to the customer. Can be reduced, and the risk of missing important requirements can be reduced.

  An embodiment to which the present invention is applied will be described below with reference to FIGS. In FIG. 1, reference numeral 1 denotes an Internet communication line network as a wide area communication line network. In this embodiment, an example in which the data supply server of the present invention is applied to an Internet communication line network is illustrated. However, the present invention is not limited to such a wide area communication line network but is applied to a communication line network of a local network. Of course.

  A plurality of data supply servers 10,..., 10 are connected to the Internet communication network 1, and a plurality of cellular phones 20 owned by individuals are connected via the relay station 2 to carry the mobile phone. The telephone 20 can be connected to the plurality of data supply servers 10,. Since such a connection method is well known, detailed description thereof will be omitted.

  FIG. 2 shows a hardware configuration of the data supply server 10. The data supply server 10 includes a CPU 11A, a ROM 11B (read-only) that stores a plurality of synthesis programs having different synthesis patterns of the control program, the incoming melody data, and the real voice data, and synthesis pattern selection screen data of the plurality of synthesis programs. Memory 11) and RAM 11 C as a work area of the CPU 11 A, display 12, BGM database 13 storing a plurality of incoming melody data, and real voice data received from mobile phone 20. A voice data database 14, a character voice database 15 in which voices of a plurality of actors, actresses or animations are stored in advance as voice data, and a buffer memory 1 for temporarily storing synthesized incoming melody data synthesized by the synthesis program , Transmits the synthesized incoming melody data to the outside of the mobile phone 20, and a communication interface 17 for transmitting and receiving receiving a human voice data transmitted from the mobile phone 20 described above is set to the main structure. When the real voice data input from the microphone is received from the terminal or the mobile phone via the communication line network 1 as the communication line and the received real voice data is sequentially stored in the real voice database 14, From the real voice data, one real voice data is stored in association with the header information so as to be randomly accessible.

  The composition program is selected from a plurality of ring melody data stored in advance in the BGM database 13 storing a plurality of ring melody data on condition that the mobile phone 20 is connected by the communication interface 17 as a communication means. A function for extracting selection screen data for selecting the incoming melody data and transmitting the selection screen data to the connected mobile phone 20 is provided. This selection screen data is displayed on a liquid crystal display (display screen) 25 of the mobile phone 20.

  Further, the composition program transmits the selection screen data to the mobile phone 20 and then transmits the selection screen data from the mobile phone 20 that has transmitted the selection screen data to the mobile phone 20 by the input means (operation switch group 25) of the mobile phone 20. In response to the user's input, a selection signal for one incoming melody data from the plurality of incoming melody data is received and stored in the buffer memory 16. This selection signal is generated by the user selecting the selection screen displayed on the liquid crystal display 25 of the mobile phone 20 based on the selection screen data by an input means (for example, a multi-directional switch or a button switch) while visually recognizing the selection screen. To do.

  Further, the synthesis program converts the tone of the synthesized ringtone to any one of a plurality of synthesized patterns such as a samba tone and a hip-hop tone, or conversion after receiving the selection signal. A function of transmitting the composite pattern selection screen data to the mobile phone 20 in order to display a composite pattern selection screen for selecting whether or not to be performed on the liquid crystal display 25 of the mobile phone 20, and a user using the composite pattern selection screen And a function of receiving a composite pattern selection signal selected while visually recognizing from the mobile phone 20, a selection signal of the incoming melody data stored in the buffer memory 16 by a composite pattern according to the composite pattern selection signal, and According to the header information of the real voice data, the BGM database 13 and the real voice Extracted from Tadesu 14, the composite incoming melody data synthesized under the control of the control means 11 as synthesizing means and a function of storing in the buffer memory 16. The control means 11 as the synthesizing means and the synthesizing program have a data format conversion function for converting the real voice data and the incoming melody data into the same data format.

  In the real voice database 14, one or a plurality of voice data such as a voice of a mobile phone 20, a voice of a family member, or a voice of a lover can be stored in advance in a state that can be appropriately extracted together with header information. The voice data is made available for each mobile phone or each user according to the authentication information of the mobile phone that is the communication partner, and the voice data and the incoming melody data stored in the BGM database 13 are used. The above-described synthesis program is executed and synthesized by the control means as the synthesis means, and the synthesized incoming ringing melody data is transmitted to the mobile phone 20, so that the received synthetic incoming melody data is used as a ring tone by the mobile phone 20. It can be made possible to use.

  FIG. 3 is a hardware block diagram of the cellular phone 20, and includes a control means 21 comprising a CPU 21A, a ROM 21B storing various programs and a RAM 21C serving as a work area for the CPU 21A, a call speaker 22, and the present invention. A microphone 23 corresponding to a microphone, a music speaker 24, a liquid crystal display 25, an operation switch group 26 as the operation means, a memory card slot 27 as an external storage means, and a transmission / reception means 28 including an antenna. Yes. The selection screen and the composite pattern selection screen are displayed on the liquid crystal display 25. While the user of the mobile phone 20 visually recognizes the displayed selection screen, the user operates the operation switch group 26 as input means to operate the user. Selection input can be executed according to one's own intention. Then, the selection information selected and input is transmitted from the Internet communication line network to the data supply server 10 via the relay station 2 via the transmission / reception means 28.

  The ROM 21B stores an absence or driving mode switching program that can be executed by operating the operation switch group 26 as an operation unit from the normal standby mode in the normal standby state to the so-called absence or driving mode. This program is executed by 21A as the control means by operating the operation switch group as the operation means, and the normal standby mode can be changed to the absence mode or the driving mode. In such an absence mode or driving mode, the CPU 21A executes the program to display an incoming melody on the speaker 24 for a preset time and notify the mobile phone 20 of an incoming call. When a predetermined voice message previously stored in the ROM 21B as the storage means is transmitted to the destination telephone and then a reply voice message is received from the destination, the RAM 21C as the storage means It is controlled to memorize.

  In addition, an address storage area is set in the RAM 21C, and a plurality of telephone numbers, destination names, and specific ringing melody when an incoming call is received from the telephone number can be stored in advance. Since such a configuration and technique are well-known techniques in the current cellular phone 20, detailed description thereof will be omitted, but ringing melody data obtained by synthesizing the real voice data generated by the present invention and the ringing melody is added to this function. If it is associated with a specific telephone number and stored in the RAM 21C, and the incoming melody data uses the voice data of the person who owns the specific telephone number, the mobile phone 20 There is an advantage that it is possible to instantly determine who is the destination of the incoming call by the voice emitted from the speaker 24 of the mobile phone 20. The identification of ringtones using such real voice is, for example, “○ × Songs” compared to the case where the melody at the time of incoming call is changed according to the telephone number of the other party currently used in the mobile phone 20. The number of discriminable melody can be greatly increased compared to the thinking such as △ □.

  Next, the flow of downloading the incoming melody data will be described with reference to the flowcharts of FIGS.

  The user turns on the power switch of the cellular phone 20 to turn on the power, and operates the operation switch group 26 to display a menu screen for connection to the Internet communication network 1 on the liquid crystal display 25 (step S1). This menu screen is stored in advance in the ROM 21B as a storage means or an external storage medium, is stored in the RAM 21C via the memory card slot 27, and is displayed on the liquid crystal display 25 based on the stored image data.

  Next, the user can download the synthetic incoming melody data by operating the operation switch group 26 according to the guidance of the menu screen while visually recognizing the menu screen. The address at is input (step S2). Then, the connection processing of the input address to the data supply server 10 is executed under the control of the control means 21 (step S3).

  On the other hand, on the data supply server 10 side, it is determined at any time whether there is an access from the mobile phone 20, and when it is determined that the connection request signal transmitted by the connection process is received (step S4), the connection request signal The control unit 11 executes the authentication process based on the identification information received together (step S5). This identification information is automatically determined in advance to the ROM 21B or RAM 21C of the mobile phone 20 when, for example, it is determined whether or not the mobile phone number is accessed from the mobile phone or when a membership system is introduced. The identification electronic information for identifying a specific member from a plurality of stored members corresponds to this.

  When authentication is permitted (step S6), as described above, selection screen data of a plurality of ring melody data stored in advance in the BGM database 13 storing a plurality of ring melody data and a plurality of real voice data are stored. A selection screen data of a plurality of real voice data corresponding to each identification information stored in advance in the real voice data database 14 is extracted to prepare initial screen data (step S7).

  Next, the initial screen data is transmitted to the mobile phone 20 (step S8).

  Then, the cellular phone 20 receives the initial screen data (step S9), and the control means 21 stores the initial screen data in the RAM 21C as the storage means and selects the liquid crystal display 25 based on the initial screen data. A screen is displayed (step S10).

  While the selection screen is displayed on the liquid crystal display 25 of the mobile phone 20 based on the initial screen data, the user of the mobile phone 20 visually recognizes the selection screen and performs a desired synthesis for the user's intention. The user is prompted to select the incoming melody data and the real voice data by operating the operation switch group 26, and the control means 21 determines whether or not this selection has been made (step S11).

  When the control means 21 determines that the selection has been completed, the control means 21 transmits selection information of desired incoming melody data and real voice data to the data supply server 10 as a selection signal (step S12).

  The data supply server 10 receives this selection signal (step S13). When receiving a selection signal for specifying one incoming melody data and real voice data from the plurality of incoming melody data and plural real voice data, the control means 11 stores the selection signal in the buffer memory 16.

  After receiving the selection signal, the control means 11 transmits the composite pattern selection screen data to the mobile phone 20 in order to display the composite pattern selection screen of a plurality of composite patterns on the mobile phone 20 (step S15). ). The composite pattern selection screen data is received by the mobile phone 10 (step S16) and displayed as a composite pattern selection screen on the liquid crystal display 25 (step S18). When the control unit 21 displays the composite pattern selection screen and then determines that the user of the mobile phone 10 has selected a composite pattern using the operation switch group 26 (step S19), the composite pattern selection information is displayed. Is transmitted to the data supply server 10 (step S20).

  Upon receiving this synthesized pattern selection signal, the control means 11 stores the synthesized pattern selection signal in the buffer memory 16, and the BGM database 13 and the real voice data based on the selection signal with the previously stored incoming melody data and real voice data. Data is extracted from the source 14 (step S22-1), and based on the synthesis pattern program specified by the selected synthesis pattern selection signal, the control means 11 as synthesis means synthesizes the incoming melody data and the real voice data. (Step S22-2), and the synthesized incoming ringing melody data is stored in the buffer memory 16 (Step S22-3). Steps S22-1 to S22-3 correspond to step S22 of the composition process.

  The synthetic incoming melody data stored in the buffer memory 16 is transmitted to the mobile phone 20 which is a communication partner under the control of the control means 11 (step S23). A step of transmitting guidance screen data from the data supply server 10 to the mobile phone 20 for designating the destination of the synthetic incoming melody data on the side of the mobile phone 20 of the communication partner between the step S22 and the step S23. A guide screen is displayed on the liquid crystal display 25 of the mobile phone 20 based on the screen data, and the mobile phone 20 inputs address information of the destination mobile communication terminal of the synthetic incoming melody data in accordance with this guide, and the data is supplied to the data supply server. In step S23, the data supply server 10 receives the transmitted destination designation address data and temporarily stores it in an appropriate storage means. You can also send synthetic ringtone data to .

  The mobile phone 20 receives the transmitted composite incoming melody data and stores it in the RAM 21C (step S24).

  The stored composite incoming melody data is automatically reproduced by the automatic reproduction program stored in the ROM 21B, and is stored in the liquid crystal display 25 based on the storage necessity determination screen data stored in the ROM 21B in advance at the end of the reproduction. Is determined (step S25).

  There are many ringtone download services that have a function for viewing in this way, but it is more useful when the situation after composition changes variously depending on the composition pattern selected by the user as in this embodiment. It will be a thing. The synthesized ringing melody data is not what the user likes, and there is a possibility that the synthesized pattern selected earlier, the real voice data as the synthesis source, or the ringing melody data may be changed and re-synthesized. Therefore, as a modified example in this step S25, when the storage is refused, the change screen data stored in the ROM 21B in advance is used to display the change screen on the liquid crystal display 25, and the previously selected composite pattern It is also possible to select whether to change the real voice data or the incoming melody data as the synthesis source or to stop the operation by inputting the operation switch group 26.

  In order to leave such a room for selection (so that it is not necessary to perform the selection work from one again), the synthesized pattern stored in the buffer memory 16, the voice data to be synthesized, or the incoming melody data It is important that the selection information for identification is controlled not to be erased until it is determined that the storage is rejected by the control of the control means 11.

  In step S26, when the synthetic incoming melody data is stored, the communication between the data supply server 10 and the mobile phone 20 is terminated by the control of the control means 21.

  In the above-described embodiment, as voice data, a plurality of voice data is transmitted from the mobile phone 20 to the data supply server 10 and stored on the data supply server 10 side. The voice data transmitted from the mobile phone 20 to the server 10 each time may be stored in the storage means of the server 10 or the like. For example, after the authentication is permitted in step S6, the voice data transmission guide screen data is transmitted from the data supply server 10 to the mobile phone 20, and the voice data is transmitted from the mobile phone 20 to the data supply server 10 and received. It may be stored once in the storage means and used as audio data. When transmitting voice data from the mobile phone 20, the voice data is generated by blowing a voice from the microphone 23 provided in the mobile phone 20, and the voice data generated and stored in the storage means of the mobile phone 20 is transmitted. The conversation during the call may be stored as voice data in the storage means and transmitted.

  In the embodiment described above, the voice data and the incoming melody data are synthesized by the data supply server 10, but this synthesis may be performed by a mobile phone (mobile communication terminal). For example, by providing the mobile phone with the function of the data supply server 10, the voice data and the incoming melody data are stored in the storage means of the mobile phone, and the desired data is exchanged between the data by a program stored in the mobile phone. May be selected and combined to generate combined incoming melody data.

  The present invention is useful when applied to mobile phones that have spread remarkably in recent years, and even in situations where one person owns one mobile phone, differentiation of ringtones in each mobile phone Can be applied by the user's own choice. In other words, even if the number of incoming melody data that the mobile phone provider provides in advance is prepared, there is a limit to the number of data to be prepared in advance, and the Internet communication network as a wide area communication line is used for popular music Even if it is configured to be downloaded through, because the music to be downloaded is popular with the same music by age, gender, etc., the present invention has the problem that people who gather in the same place set the same ringtone Can be reduced.

  In addition, since the incoming call of the other party can be synthesized ring melody data including the other party's real voice, the number that can be identified is greatly increased compared to the method of making the incoming melody different for each individual party. Is predicted.

It is explanatory drawing which shows the network block diagram concerning embodiment of this invention. It is a hardware block diagram of the data supply server connected to the network of FIG. It is a hardware block diagram of the mobile telephone connected to the network of FIG. It is a flowchart for demonstrating the download flow of the synthetic | combination ringtone melody data which concern on embodiment of this invention. It is a flowchart for demonstrating the download flow of the synthetic | combination ringtone melody data which concern on embodiment of this invention. It is a flowchart for demonstrating the download flow of the synthetic | combination ringtone melody data which concern on embodiment of this invention.

Explanation of symbols

1 Internet communication network 2 Relay station 10 Data supply server 20 Mobile phone

Claims (6)

Receiving means for receiving voice data transmitted from a mobile communication terminal including a mobile phone;
Storage means for storing incoming melody data;
Synthesizing means for synthesizing the voice data received by the receiving means and the incoming melody data stored in the storage means to form synthetic incoming melody data;
A transmitting means for transmitting the synthetic incoming melody data to a mobile communication terminal that is a transmission source of the voice data or a mobile communication terminal designated by the mobile communication terminal;
A data supply server comprising: A plurality of ring melody data is stored in the storage means in advance, and selection guide data for selecting desired ring melody data from the plurality of ring melody data is stored in the mobile communication terminal of the transmission source. Selection guide data transmission means for transmitting to
Selection result data receiving means for receiving selection result data transmitted from the portable communication terminal based on the selection guidance data;
Further comprising
The synthesizing unit selects the incoming melody data corresponding to the received selection result data from the plurality of incoming melody data, and synthesizes the received incoming melody data with the received voice data to form synthetic incoming melody data. 1. The data supply server according to 1. Receiving means for receiving voice data and incoming melody data transmitted from a mobile communication terminal including a mobile phone;
Synthesizing means for synthesizing the voice data received by the receiving means and the incoming melody data to form synthetic incoming melody data;
A transmitting means for transmitting the synthetic incoming melody data to a mobile communication terminal that is a transmission source of the voice data or a mobile communication terminal designated by the mobile communication terminal;
A data supply server comprising: Storage means for storing voice data inputted by a microphone for receiving or calling and incoming melody data;
Synthesizing means for synthesizing the voice data and the incoming melody data stored in the storage means to form a synthetic incoming melody data;
A mobile communication terminal comprising: A reception step of receiving voice data transmitted from a mobile communication terminal including a mobile phone;
A synthesizing step of synthesizing the received voice data and the incoming melody data stored in advance in the storage means to form synthetic incoming melody data;
A transmission step of transmitting the synthetic incoming melody data to a mobile communication terminal that is a transmission source of the voice data or a mobile communication terminal designated by the mobile communication terminal;
A data supply method comprising: A procedure for receiving audio data transmitted from a mobile communication terminal including a mobile phone;
A procedure for synthesizing the received voice data and the incoming melody data stored in advance in the storage means to form synthetic incoming melody data;
A procedure for transmitting the synthetic incoming melody data to a mobile communication terminal that is a transmission source of the voice data or a mobile communication terminal designated by the mobile communication terminal;
A program for causing a computer to execute these procedures.

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