JP2006174044A - Server, control program for server, ringing melody-moving image reproduction program for mobile phone, and program storage medium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To differentiate a user from users of the other mobile phones by customizing a moving image reproduced in conjunction with a ringing melody when receiving the incoming call with the mobile phone alone. <P>SOLUTION: When one ringing melody data and one moving image data are arbitrarily set from a plurality of the ringing melody data and a plurality of the moving image data stored in a memory region 491 in the mobile phone, the one ringing melody data and the one moving image data set as reproduction data at the time of receiving the incoming call are stored in a memory region 492 as a set of data. The one ringing melody data and the one moving image data stored in the memory region 492 are continuously held until rewriting is executed. When the mobile phone receives the incoming call in that state with that as a trigger, the one ringing melody data and the one moving image data stored and held in the memory 492 are reproduced. On that occasion, the moving image reproduced in conjunction with the ringing melody is customized corresponding to user's preference. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a technique for playing an incoming melody and a moving image when a mobile phone receives an incoming call.

  Recently, in mobile phones including PHS, it is possible to make an incoming call notification by combining an incoming melody and a moving image.

  As a technique that enables such incoming call notification, the technique proposed in Patent Document 1 can be cited.

  In Patent Document 1, in response to a download request from a mobile phone, it is composite data formed from incoming melody data and moving image data. The incoming melody data is reproduced and linked to the reproduced incoming melody data. It is disclosed that composite data further having control information for displaying each frame of an incoming screen of moving image data at a predetermined timing is transmitted to the mobile phone via the Internet.

JP 2002-247206 A

  The user of the mobile phone can use the technique disclosed in Patent Document 1 to give the mobile phone a function of reproducing both the incoming melody and the moving image when receiving a call.

  However, since the incoming melody data and moving image data downloaded via the Internet are composite data together with the control information, the following problems have been pointed out.

  Specifically, I like ringtones but I don't like movies, or I like movies but I don't like ringtones. In particular, it is difficult to check the contents of a video before downloading it due to the problem of the amount of data. When a ringtone is selected, like karaoke, it is forcibly combined with the ringtone. There was only a service form that only had to obtain a specific video data. For this reason, it is difficult to say that an incoming call mode that suits individual preferences of the mobile phone user can be provided.

  In other words, as the needs of mobile phone users, the video that is played back in conjunction with the incoming melody on their own mobile phone can be customized according to preference, and the incoming call notification mode with other mobile phone users is discriminated. The inventor of the present application thought that there was to be.

  That is, a mobile phone accesses the incoming melody / video distribution site via the Internet, and the new video data to be played back in conjunction with the incoming melody data on the accessed distribution site is not the user but the creator of the site. In the service form in which the user must forcibly select and download the newly selected video data and composite data of the incoming melody data to the mobile phone via the Internet, the user's preference should be satisfied It is not possible.

  Further, as a problem on the distribution site producer side, there is a copyright problem in both the incoming melody and the moving image. For example, when certain video data is combined with a certain incoming melody data, there is a possibility of legal problems in the future unless the consent of both the copyright owner of the incoming melody and the copyright owner of the video is obtained. Therefore, it is extremely difficult to attach the consent.

  Furthermore, if it is attempted to combine a plurality of moving image data with respect to a specific incoming melody data, it is predicted that the work will be further enormous.

  The present invention has been made in view of the above circumstances, and customizes a video that is played back in conjunction with the incoming melody when a mobile phone arrives without using the mobile phone alone, via a network. It is an object of the present invention to provide a server, a server control program, a mobile phone incoming melody / moving picture reproduction program, and a program storage medium that can be differentiated from the user.

The invention according to the first aspect has a first storage unit and a second storage unit, and the first storage unit stores a plurality of incoming melody data and a plurality of moving image data, and wide area communication. A server accessible via a network such as a circuit network, and when receiving a download request signal from the mobile phone, the server includes at least the following functions 1) to 4), An incoming melody / moving image reproduction program for a mobile phone that can be executed by control means in the mobile phone can be downloaded to the mobile phone.
1) A function for arbitrarily selecting and setting one incoming melody data to be reproduced at the time of an incoming call out of a plurality of incoming melody data stored in the first storage means by the first operation 2) Second A function to arbitrarily select and set one moving image data to be played back when receiving an incoming call from among a plurality of moving image data stored in the first storage means by operation 3) Set as the incoming ringing incoming melody data The one incoming melody data and the one moving picture data set as the incoming playback video data are stored in the second storage means as a set of data, and 1 is stored in the second storage means. A function that keeps the one incoming melody data and the one moving picture data stored as a set of data until the data is rewritten 4) Then, the one incoming melody data and the one moving image data stored and held in the second storage means as the one set of data are read out, and the one incoming melody data and the one one read out are read out. Function to play both video data

The invention according to the second aspect has a first storage unit and a second storage unit, and the first storage unit stores a plurality of incoming melody data and a plurality of moving image data, and wide area communication. A program for controlling a server that can be accessed via a network such as a circuit network. When this control program receives a download request signal from the mobile phone, the following 1) to 4) In order to make it possible to download an incoming melody / video playback program for a mobile phone that can be executed by the control means in the mobile phone, including at least the functions of the mobile phone, Including a procedure for paying out the telephone, and this procedure is executed by the control means in the server.
1) A function for arbitrarily selecting and setting one incoming melody data to be reproduced at the time of an incoming call out of a plurality of incoming melody data stored in the first storage means by the first operation 2) Second A function to arbitrarily select and set one moving image data to be played back when receiving an incoming call from among a plurality of moving image data stored in the first storage means by operation 3) Set as the incoming ringing incoming melody data The one incoming melody data and the one moving picture data set as the incoming playback video data are stored in the second storage means as a set of data, and 1 is stored in the second storage means. A function that keeps the one incoming melody data and the one moving picture data stored as a set of data until the data is rewritten 4) Then, the one incoming melody data and the one moving image data stored and held in the second storage means as the one set of data are read out, and the one incoming melody data and the one one read out are read out. Function to play both video data

The invention according to the third aspect includes a first storage unit and a second storage unit, and the first storage unit receives an incoming call to a mobile phone capable of storing a plurality of incoming melody data and a plurality of moving image data. This is a program for playing incoming melody data and moving picture data as an opportunity, and this incoming melody / moving picture reproduction program includes at least the following steps 1) to 4). It is executed by control means in the mobile phone.
1) Procedure for arbitrarily selecting and setting one ringing melody data to be played back when receiving a call from a plurality of ringing melody data stored in the first storage means by the first operation 2) Second Step 2 for arbitrarily selecting and setting one moving image data to be reproduced upon receiving from among a plurality of moving image data stored in the first storage means by the operation of 3) 3) Receiving ringing melody upon arrival The one incoming melody data set as data and the one moving picture data set as the reproduction video data upon arrival are stored in the second storage means as a set of data, and the second A method for continuously holding the one incoming melody data and the one moving picture data stored as a set of data in the storage means until the rewriting is performed. 4) Upon receipt of an incoming call, the one incoming melody data and the one moving picture data stored and held in the second storage means as the one set of data are read and the one incoming melody is read out. For reproducing both the data and the moving image data

The invention according to the fourth aspect has a first storage means and a second storage means, and the first storage means receives the incoming call to a mobile phone capable of storing a plurality of incoming melody data and a plurality of moving picture data. A program storage medium in which the contents of a melody / moving picture reproduction program are installed, and the incoming melody / moving picture reproduction program stored in the program storage medium includes at least steps 1) to 4) below. These procedures 1) to 4) are executed by the control means in the mobile phone.
1) Procedure for arbitrarily selecting and setting one ringing melody data to be played back when receiving a call from a plurality of ringing melody data stored in the first storage means by the first operation 2) Second Step 2 for arbitrarily selecting and setting one moving image data to be reproduced upon receiving from among a plurality of moving image data stored in the first storage means by the operation of 3) 3) Receiving ringing melody upon arrival The one incoming melody data set as data and the one moving picture data set as the reproduction video data upon arrival are stored in the second storage means as a set of data, and the second A method for continuously holding the one incoming melody data and the one moving picture data stored as a set of data in the storage means until the rewriting is performed. 4) Upon receipt of an incoming call, the one incoming melody data and the one moving picture data stored and held in the second storage means as the one set of data are read and the one incoming melody is read out. For reproducing both the data and the moving image data

  The first storage means and the second storage means include a concept that includes a memory area of one semiconductor memory that can be used by being divided into two areas.

  In the mobile phone, by the first operation, one ring melody data to be reproduced upon receiving is arbitrarily selected from the plurality of ring melody data stored in the first storage means, and the second ring melody data is set. When one video data to be played back when receiving an incoming call is arbitrarily selected from a plurality of video data stored in the first storage means by operation, one incoming call set as a ringing incoming ring melody One moving image data set as melody data and incoming moving image data is stored in the second storage means as a set of data. One incoming melody data and one moving image data stored as a set of data in these second storage means are held until they are rewritten. In this state, when there is an incoming call to the mobile phone, one incoming melody data and incoming incoming melody data stored as a set of data stored in the second storage means and received as incoming call melody data and when the incoming call is received One moving image data as read moving image data is read, and both the read one incoming melody data and one moving image data are reproduced. At this time, the moving image that is played back in conjunction with the incoming melody is customized according to the preference of the user of the mobile phone. In this way, a mobile phone alone can customize a moving image that is played along with an incoming melody without a network, so that the incoming call notification mode with other mobile phone users can be differentiated.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

  FIG. 1 is a diagram showing a simplified configuration of a system to which the present invention is applied. In FIG. 1, reference numeral 1 denotes a service providing server, which transmits and receives data to and from a mobile phone 4 and a personal computer (hereinafter referred to as “PC”) 5 via the Internet 2 and a base station 3. Is possible.

  The mobile phone 4 can make calls and exchange e-mails with other mobile phones not shown, and can access the server 1 via the base station 3 and the Internet 2. Therefore, the mobile phone 4 is provided with various services from the server 1. In particular, the mobile phone 4 downloads the incoming melody data and video data from the incoming melody / video distribution site produced on the server 1 side, or plays the incoming melody / video playback produced on the server 1 side. The incoming melody / moving picture reproduction program can be downloaded to the mobile phone 4 from the program distribution site.

  On the other hand, the PC 5 can also access the server 1 via the base station 3 and the Internet 2. Therefore, various services are also provided from the server 1 to the PC 5. The PC 5 stores the incoming melody data and video data from the above incoming melody / video distribution site in the hard disk (hereinafter referred to as “HDD”) or the memory card 6 or the above incoming melody / video playback program distribution site. The incoming melody / moving image reproduction program can be stored in the HDD or the memory card 6.

  The incoming melody data, moving image data and incoming melody / moving image playback program stored in the HDD are copied to the cellular phone 4 or installed by connecting the cellular phone 4 to the PC 5 via a cable such as a USB cable. Or On the other hand, the incoming melody data and moving picture data and the incoming melody / moving picture reproduction program stored in the memory card 6 can be copied to the mobile phone 4 by loading the memory card 6 into the mobile phone 4. Or installed.

  FIG. 2 is a block diagram showing the hardware configuration of the server. Referring to FIG. 2, the server 1 includes a control unit 11 that controls the server 1 and a communication unit 12 that is connected to the Internet 2 and transmits and receives electronic data to and from the mobile phone 4 and the PC 5. A program for sending the authentication code to the mobile phone 4 or the PC 5, a program for downloading the incoming melody data to the mobile phone 4 or the PC 5, a program for downloading the video data to the mobile phone 4 or the PC 5, and the incoming melody A storage means 13 storing a program for downloading a moving image reproduction program to the mobile phone 4 or the PC 5, a first database 141 storing a plurality of incoming melody data, and a plurality of moving image data. The second database 142 and the incoming melody / movie playback program. A third database 143 that, the mobile phone 4 and PC5 of the user name, address, personal information such as age and gender (ID information) and a fourth database 144 to be stored.

  The control means 11 is configured using a CPU or the like. The control unit 11 is connected to the communication unit 12, the storage unit 13, and the databases 141 to 144. The communication means 12 is configured using a communication interface or the like. The storage unit 13 is configured using a ROM or the like.

  The plurality of incoming melody data stored in the first database 141 are assigned addresses for each incoming melody data. Based on the address assigned to each incoming melody data, the control means 11 creates a title list for a plurality of incoming melody data stored in the first database 141.

  The plurality of moving image data stored in the second database 142 is assigned an address for each moving image data. Based on the address assigned to each moving image data, the control unit 11 creates a title image list relating to the plurality of moving image data stored in the second database 142.

  The personal information stored in the fourth database 144 is associated with a mobile phone number or an e-mail address for each user of the mobile phone 4 or the PC 5. Based on the personal information associated with the mobile phone number and the e-mail address, the control means 11 creates an authentication code.

  FIG. 3 is a block diagram showing a hardware configuration of the mobile phone. Referring to FIG. 3, the mobile phone 4 includes a control unit 41 that controls the control center of the mobile phone 4, an antenna 421, and a transmission / reception unit 42 for transmitting and receiving signals to and from the base station 3, A display means 43 for displaying a standby screen and various information on the display surface, a microphone 44 for inputting voice during a call, and a speaker for outputting voice and sound effects from the called party during the call 45, operating means 46 operated when inputting a telephone number, an e-mail address, an e-mail title or text, a ROM 47 storing a system program in advance, and a ROM 47 for operating the system program RAM48 functioning as a working memory, ringtone melody data and video data, ringtone melody and video playback program And a non-volatile memory 49 for 憶.

  The control means 41 is configured using a CPU or the like. The control means 41 is connected to the transmission / reception means 42, display means 43, microphone 44, speaker 45, operation means 46, ROM 47, RAM 48, and nonvolatile memory 49.

  The display means 43 is configured using a liquid crystal display device or the like. In particular, the display means 43 reproduces and displays one moving image data set as the reproduction moving image data at the time of the incoming call on the display surface in response to the incoming call. On the other hand, the speaker 45 reproduces and outputs one incoming melody data set as the incoming incoming melody data especially when the incoming call is received.

  The operation means 46 includes seven switches 461, 462, 463, 464, 465, 466 and 467. Among them, the key button switch 461 is a switch that is operated when inputting the telephone number or e-mail address of the other party or creating the title or text of the e-mail. Etc. are printed. The multi-directional switch 462 is a switch that is operated when selecting various functions, and a center key switch is provided at the center thereof. The reception button switch 463 is a switch used when receiving a call. The end call button switch 464 is a switch operated when the telephone is finished. The mail transmission switch 465 is a switch operated when an electronic mail is transmitted to the other party. The access request switch 466 is a switch operated when connecting to the Internet 2 and accessing the server 1. The download request switch 467 is a switch operated when downloading incoming melody data, moving picture data, incoming melody / moving picture reproduction program, and the like from the server 1 via the Internet 2.

  The nonvolatile memory 49 is configured by a memory such as a flash memory in which stored contents are saved even when the power is turned off. In the nonvolatile memory 49, three memory areas 491, 492, and 493 are formed.

  The first memory area 491 stores a plurality of incoming melody data and a plurality of moving image data. The plurality of incoming melody data and the plurality of moving image data stored in the first memory area 491 are not only data pre-installed before the mobile phone 4 is shipped, but also from the server 1 via the Internet 2 described above. The downloaded data and the data copied from the HDD of the PC 5 or the memory card 6 are also included.

  In the second memory area 492, one incoming melody data selected and set as the incoming incoming melody data from the plurality of incoming melody data and the plurality of moving picture data stored in the first memory area 491 is set. And one moving image data selected and set as the moving image data to be reproduced at the time of incoming is stored as one set of data.

  The third memory area 493 stores an incoming melody / moving image reproduction program. As described above, the incoming melody / video playback program is installed in the third memory area 493 by downloading from the server 1 via the Internet 2 or copying from the HDD of the PC 5 or the memory card 6. Achieved by:

  The plurality of incoming melody data and the plurality of moving image data stored in the first memory area 491 are as shown in FIGS. 4 (A) and 4 (B) and FIGS. 5 (A) and 5 (B). The data is classified according to the type of data, and the table is managed with an address assigned to each classified data. Therefore, the control means 41 can create a title list for a plurality of incoming melody data stored in the first memory area 491 based on the address assigned to each incoming melody data. On the other hand, the control means 41 can create a title image list relating to a plurality of moving image data stored in the first memory area 491 based on the address assigned to each moving image data.

  Each of the plurality of moving image data includes a plurality of frame data, and the first frame data has an identification code indicating that, while the last frame data has an identification code indicating that. ing. Therefore, the control means 41 can specify the start and end of the moving image data, and can reproduce from the first frame data of the moving image data when reproducing the moving image data triggered by the incoming call. Further, since the control means 41 can identify the first frame data that is the beginning of the moving image data, the control means 41 can also display the first frame data of the moving image data on the display surface of the display means 43 to be a standby screen.

  The PC 5 may be a desktop type or a notebook type, but its configuration is the same as a conventionally known configuration, and thus the description thereof is omitted.

  FIG. 6 is a flowchart showing the flow of processing operations when downloading incoming melody data and moving image data from the server to the mobile phone via the Internet. Referring to FIG. 6, control means 41 of mobile phone 4 waits for access request switch 466 to be operated (step S1).

  When the above access request operation is performed, the control unit 41 transmits an access request signal via the transmission / reception unit 42 and the antenna 421. When receiving the access request signal from the mobile phone 4, the base station 3 transmits the access request signal to the server 1 via the Internet 2.

  When the access request signal from the mobile phone 4 is received via the communication means 12, the control means 11 of the server 1 confirms the personal information of the user of the mobile phone 4 superimposed on the access request signal (step S2). . Specifically, the control means 11 searches the personal information stored in the fourth database 144 using the mobile phone number of the mobile phone 4 that is the source of the access request signal as a parameter. As a result, when a hit is found, the control means 11 reads the authentication code sending program stored in the storage means 13 and sends the authentication code via the communication means 12 according to the read program. On the other hand, if there is no hit, the control means 11 stores the personal information of the user of the cellular phone 4 that requested the access in the fourth database 144, and then the communication means 12 according to the above authentication code sending program. An authentication code is sent via. The authentication code sent from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received authentication code to the access request mobile phone 4 described above.

  When the authentication code is received via the antenna 421 and the transmission / reception means 42, the control means 41 of the mobile phone 4 acquires the authentication code sent from the server 1. When the authentication code is acquired, the control unit 41 transmits an authentication code acquisition signal via the transmission / reception unit 42 and the antenna 421. When receiving the authentication code acquisition signal from the mobile phone 4, the base station 3 transmits the authentication code acquisition signal to the server 1 via the Internet 2.

  When receiving the authentication code acquisition signal from the mobile phone 4 via the communication means 12, the control means 11 of the server 1 receives the titles related to a plurality of incoming melody data stored in the first database 141 via the communication means 12. Send a list. The incoming melody title list sent from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received incoming melody title list to the mobile phone 4 that has acquired the authentication code.

  When the incoming melody title list is received via the antenna 421 and the transmission / reception means 42, the control means 41 of the mobile phone 4 displays the title list relating to the plurality of incoming melodyers stored in the first database 141 on the display surface of the display means 43. Is displayed (step S3). Thereafter, the control means 41 waits for the user of the mobile phone 4 to operate the multi-directional switch 462 and the like, thereby selecting the incoming melody data (step S4).

  When the selection operation of the incoming melody data is performed, the control unit 41 of the mobile phone 4 operates the download request switch 467 by the user of the mobile phone 4 in order to download the selected incoming melody data. (Step S5).

  When the download request operation is performed, the control unit 41 of the mobile phone 4 transmits an incoming melody data download request signal via the transmission / reception unit 42 and the antenna 421. When receiving the incoming melody data download request signal transmitted from the mobile phone 4, the base station 3 transmits the incoming melody data download request signal to the server 1 via the Internet 2.

  When receiving the incoming melody data download request signal from the mobile phone 4 via the communication means 12, the control means 11 of the server 1 in step S4 from among the plurality of incoming melody data stored in the first database 141. The selected incoming melody data is read (step S6). If it does so, the control means 11 will read the incoming melody data download program memorize | stored in the memory | storage means 13, and will draw out the said selected incoming melody data via the communication means 12 according to this read program. The selected incoming melody data fed out from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received selected incoming melody data to the mobile phone 4 that requested the download.

  When the selected incoming melody data is received via the antenna 421 and the transmission / reception means 42, the control means 41 of the mobile phone 4 writes and saves the selected incoming melody data in the first memory area 491 of the nonvolatile memory 49 (step S7). ).

  When the selected incoming melody data is stored, the control means 41 of the mobile phone 4 transmits an incoming melody data download completion signal via the transmission / reception means 42 and the antenna 421. When receiving the incoming melody download completion signal transmitted from the mobile phone 4, the base station 3 transmits the incoming melody data download completion signal to the server 1 via the Internet 2.

  When the incoming melody data download completion signal is received via the communication means 12, the control means 11 of the server 1 sends out a title image list relating to a plurality of moving image data stored in the second database 142 via the communication means 12. To do. The title image list transmitted from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received title image list to the mobile phone 4 on which the incoming melody has been downloaded.

  When the title image list is received via the antenna 421 and the transmission / reception means 42, the control means 41 of the mobile phone 4 displays the title image list relating to the plurality of moving image data stored in the second database 142 on the display surface of the display means 43. Display (step S8). Thereafter, the control unit 41 waits for the user of the mobile phone 4 to operate the multi-directional switch 462 and the like, thereby selecting moving image data (step S9).

  When the moving image data selection operation is performed, the control unit 41 of the mobile phone 4 waits for the user of the mobile phone 4 to operate the download request switch 467 in order to download the selected moving image data. (Step S10).

  When the download request operation is performed, the control unit 41 of the mobile phone 4 transmits a moving image data download request signal via the transmission / reception unit 42 and the antenna 421. When receiving the video data download request signal transmitted from the mobile phone 4, the base station 3 transmits the video data download request signal to the server 1 via the Internet 2.

  When receiving the video data download request signal from the mobile phone 4 via the communication means 12, the control means 11 of the server 1 is selected in step S9 from among the plurality of video data stored in the second database 142. The moving image data is read (step S11). Then, the control unit 11 reads out the moving image data download program stored in the storage unit 13 and feeds out the read out selected moving image data via the communication unit 12 according to the read program. The selected moving image data fed out from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received selected moving image data to the mobile phone 4 that requested the download.

  When the moving image data is received via the antenna 421 and the transmission / reception means 42, the control means 41 of the mobile phone 4 writes and saves the selected moving image data in the first memory area 491 of the nonvolatile memory 49 (step S12).

  FIG. 7 is a flowchart showing the flow of processing operations when downloading incoming melody data and moving image data from the server to the PC via the Internet. Referring to FIG. 7, PC 5 waits for an access request operation of a pointing device such as a mouse by the user of PC 5 (step S11).

  When the above access request operation is performed, the PC 5 transmits an access request signal. When receiving the access request signal from the PC 5, the base station 3 transmits the access request signal to the server 1 via the Internet 2.

  When receiving the access request signal from the PC 5, the control means 11 of the server 1 confirms the personal information of the user of the PC 5 superimposed on the access request signal (step S12). Specifically, the control unit 11 searches the personal information stored in the fourth database 144 using the email address of the PC 5 that is the source of the access request signal as a parameter. As a result, if a hit is found, the control means 11 sends an authentication code according to the authentication code sending program. On the other hand, if there is no hit, the control means 11 stores the personal information of the user of the PC 5 that requested the access in the fourth database 144, and then sends the authentication code according to the authentication code sending program. . The authentication code sent from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received authentication code to the access PC 5 described above.

  When receiving the authentication code, the PC 5 acquires the authentication code sent from the server 1. When acquiring the authentication code, the PC 5 transmits an authentication code acquisition signal. When receiving the authentication code acquisition signal from the PC 5, the base station 3 transmits the authentication code acquisition signal to the server 1 via the Internet 2.

  When receiving the authentication code acquisition signal from the PC 5, the control means 11 of the server 1 sends out a list of titles related to a plurality of ringing melodies stored in the first database 141. The incoming melody title list sent from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received incoming melody title list to the PC 5 that has obtained the authentication code.

  When receiving the incoming melody title list, the PC 5 displays the title list regarding the plurality of incoming melody stored in the first database 141 on the display (step S13). Thereafter, the PC 5 waits for the user to operate the pointing device and thereby select the incoming melody data (step S14).

  When the above-described operation for selecting the incoming melody data is performed, the PC 5 waits for the user of the PC 5 to perform a download request operation for the pointing device in order to download the selected incoming melody data (step S15).

  When the above download request operation is performed, the PC 5 transmits an incoming melody data download request signal. Upon receiving the incoming melody data download request signal transmitted from the PC 5, the base station 3 transmits the incoming melody data download request signal to the server 1 via the Internet 2.

  When receiving the incoming melody data download request signal from the PC 5, the control means 11 of the server 1 reads out the incoming melody data selected in step S14 from among the plurality of incoming melody data stored in the first database 141. (Step S16). Then, the control means 11 feeds the read selected ringing melody data according to the ringing melody data download program. The selected incoming melody data fed out from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received selected incoming melody data to the PC 5 that requested the download.

  When receiving the selected ringing melody data, the PC 5 waits for the pointing device to be operated in order to specify the storage destination of the ringing melody data (step S17).

  When the above-mentioned ringing melody data storage destination designation operation is performed, the PC 5 stores the selected ringing melody data in the designation destination in step S17 (step S18). Specifically, when the HDD is designated as the storage destination, the selected incoming melody data is stored in the HDD. On the other hand, when the memory card 6 is designated as the storage destination, the selected incoming melody data is stored in the memory card 6.

  When the incoming melody data is stored, the PC 5 transmits an incoming melody data download completion signal. When receiving the incoming melody download completion signal transmitted from the PC 5, the base station 3 transmits the incoming melody data download completion signal to the server 1 via the Internet 2.

  When receiving the incoming melody data download completion signal, the control means 11 of the server 1 sends out a title image list relating to a plurality of moving image data stored in the second database 142. The title image list transmitted from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received title image list to the PC 5 where the incoming melody has been downloaded.

  When receiving the title image list, the PC 5 displays the title image list relating to the plurality of moving image data stored in the second database 142 on the display (step S19). Thereafter, the PC 5 waits for the user to operate the pointing device and thereby select moving image data (step S20).

  When the above-described moving image data selection operation is performed, the PC 5 waits for a pointing device download request operation by the user of the PC 5 to download the selected moving image data (step S21).

  When the download request switch 467 is operated, the PC 5 transmits a moving image data download request signal. When receiving the video data download request signal transmitted from the PC 5, the base station 3 transmits the video data download request signal to the server 1 via the Internet 2.

  When receiving the moving image data download request signal from the PC 5, the control means 11 of the server 1 reads out the moving image data selected in step S20 from the plurality of moving image data stored in the second database 142 (step S22). ). Then, the control means 11 feeds out the read selected moving image data according to the moving image data download program. The selected moving image data fed out from the server 1 is received by the base station 3 via the Internet 2. The base station 3 transmits the received selected moving image data to the mobile phone 4 that requested the download.

  When the selected moving image data is received, the PC 5 waits for the pointing device to be operated in order to specify the storage destination of the moving image data (step S23).

  When the above-mentioned moving image data storage destination designation operation is performed, the PC 5 stores the moving image data in the designation location in step S23 (step S24). Specifically, when an HDD is designated as a storage destination, moving image data is stored in the HDD. On the other hand, when the memory card 6 is designated as the storage destination, the moving image data is stored in the memory card 6.

  As described above, the incoming melody data and moving image data stored in the HDD are copied to the first memory area 491 of the nonvolatile memory 49 of the mobile phone 4 by connecting the mobile phone 4 to the PC 5. . On the other hand, the incoming melody data and moving image data stored in the memory card 6 are copied to the first memory area 491 of the non-volatile memory 49 of the mobile phone 4 by loading the memory card 6 into the mobile phone 4. Is done.

  FIG. 8 is a flowchart showing the flow of processing operations when downloading the incoming melody / moving picture reproduction program from the server to the mobile phone via the Internet. Referring to FIG. 8, control means 41 of mobile phone 4 waits for access request switch 466 to be operated (step S101).

  When the above access request operation is performed, the control unit 41 transmits an access request signal via the transmission / reception unit 42 and the antenna 421. The access request signal from the mobile phone 4 is transmitted to the server 1 via the base station 3 and the Internet 2.

  When the access request signal from the mobile phone 4 is received via the communication means 12, the control means 11 of the server 1 confirms the personal information of the user of the mobile phone 4 superimposed on the access request signal (step S102). . When the personal information is confirmed, the control means 11 sends an authentication code via the communication means 12 according to the authentication code sending program. The authentication code sent from the server 1 is sent via the Internet 2 and the base station 3 to the mobile phone 4 that has requested access.

  When the authentication code is received via the antenna 421 and the transmission / reception means 42, the control means 41 of the mobile phone 4 acquires the authentication code sent from the server 1. When the authentication code is acquired, the control unit 41 transmits an authentication code acquisition signal via the transmission / reception unit 42 and the antenna 421. The authentication code acquisition signal from the mobile phone 4 is transmitted to the server 1 via the base station 3 and the Internet 2.

  When the authentication code acquisition signal is transmitted, the control means 41 of the mobile phone 4 waits for the download request switch 467 to be operated by the user of the mobile phone 4 in order to download the incoming melody / movie playback program (step S103). ).

  When the above download request operation is performed, the control means 41 of the mobile phone 4 transmits an incoming melody / moving picture reproduction program download request signal via the transmission / reception means 42 and the antenna 421. The incoming melody / moving picture reproduction program download request signal transmitted from the mobile phone 4 is transmitted to the server 1 via the base station 3 and the Internet 2.

  When the incoming melody / moving picture reproduction program download request signal is received from the mobile phone 4 via the communication means 12, the control means 11 of the server 1 reads out the incoming melody / moving picture reproduction program stored in the third database 143 ( Step S104). Then, the control means 11 reads the incoming melody / moving picture reproduction program download program stored in the storage means 13 and feeds out the incoming melody / moving picture reproduction program via the communication means 12 according to this program. The incoming melody / moving picture reproduction program fed out from the server 1 is transmitted to the mobile phone 4 that has requested download via the Internet 2 and the base station 3.

  When reception of the incoming melody / moving picture reproduction program via the antenna 421 and the transmission / reception means 42 is completed, the control means 41 of the mobile phone 4 waits for an operation to install the incoming melody / moving picture reproduction program. (Step S105). This installation operation is achieved by operating the multi-directional switch 462 or the like.

  When the above-described installation operation is performed, the control means 41 of the mobile phone 4 causes the third memory of the non-volatile memory 49 that has been empty until then, as shown in FIGS. 4 (A) and 4 (B). The incoming melody / moving picture reproduction program is installed in area 493 (step S106). At this point, the processing operation of the control means 41 of the mobile phone 4 is finished.

  FIG. 9 is a flowchart showing the flow of processing operations when downloading the incoming melody / moving picture reproduction program from the server to the PC via the Internet. Referring to FIG. 9, PC 5 waits for an access request operation of the pointing device (step S201).

  When the above access request operation is performed, the PC 5 transmits an access request signal. The access request signal from the PC 5 is transmitted to the server 1 via the base station 3 and the Internet 2.

  When receiving the access request signal from the PC 5, the control means 11 of the server 1 confirms the personal information of the user of the mobile phone 4 superimposed on the access request signal (step S202). When the personal information is confirmed, the control means 11 sends an authentication code according to the authentication code sending program. The authentication code sent from the server 1 is sent via the Internet 2 and the base station 3 to the PC 5 that requested access.

  When receiving the authentication code, the PC 5 acquires the authentication code sent from the server 1. When acquiring the authentication code, the PC 5 transmits an authentication code acquisition signal. The authentication code acquisition signal from the PC 5 is transmitted to the server 1 via the base station 3 and the Internet 2.

  When the authentication code acquisition signal is transmitted, the PC 5 waits for a download request operation of the pointing device to download the incoming melody / moving image reproduction program (step S203).

  When the above download request operation is performed, the PC 5 transmits an incoming melody / video playback program download request signal. The incoming melody / moving picture reproduction program download request signal transmitted from the PC 5 is transmitted to the server 1 via the base station 3 and the Internet 2.

  When receiving the incoming melody / moving picture reproduction program download request signal from the PC 5, the control means 11 of the server 1 reads the incoming melody / moving picture reproduction program stored in the third database 143 (step S204). Then, the control means 11 feeds out the incoming melody / moving picture reproduction program according to the incoming melody / moving picture reproduction program download program. The incoming melody / moving picture reproduction program fed out from the server 1 is transmitted to the PC 5 that has requested download via the Internet 2 and the base station 3.

  When the reception of the incoming melody / moving picture reproduction program is completed, the PC 5 waits for the pointing device to be operated in order to specify the storage destination of the incoming melody / moving picture reproduction program (step S205).

  When the storage destination designation operation for the incoming melody / moving picture reproduction program is performed, the PC 5 saves the incoming melody / moving picture reproduction program at the designation destination in step S205 (step S206). Specifically, when the HDD is designated as the storage destination, the incoming melody / moving image reproduction program is stored in the HDD. On the other hand, when the memory card 6 is designated as the storage destination, the incoming melody / moving image reproduction program is stored in the memory card 6.

  As described above, the incoming melody / moving image reproduction program stored in the HDD is installed in the cellular phone 4 by connecting the cellular phone 4 to the PC 5. On the other hand, the incoming melody / movie playback program stored in the memory card 6 is installed in the mobile phone 4 by loading the memory card 6 into the mobile phone 4. As shown in FIGS. 4A and 4B, the incoming melody / moving picture reproduction program installed in the mobile phone 4 in this way is the third memory of the non-volatile memory 49 that has been free until then. It is stored and held in area 493.

  FIG. 10 is a flowchart showing the flow of processing operations when setting the incoming melody data and incoming playback video data on the mobile phone. The series of processes shown in the figure is executed according to the incoming melody / moving picture reproduction program stored in the third memory area 493 of the non-volatile memory 49 and executed according to the read incoming melody / moving picture reproduction program.

  Referring to FIG. 10, the control means 41 of the mobile phone 4 generates one incoming melody data to be reproduced upon arrival from among a plurality of incoming melody data stored in the first memory area 491 of the nonvolatile memory 49. In order to select and set arbitrarily, it waits for the user of the mobile phone 4 to operate the multi-directional switch 462 or the like (step S301). For this operation, an operation for displaying a list of titles related to a plurality of incoming melody data stored in the first memory area 491 on the display means 43, and an incoming melody title list displayed on the display surface of the display means 43 are displayed. An operation for selecting a desired ringtone melody data from the list by scrolling, an operation for reproducing and outputting the selected ringtone melody data from the speaker 45, and a ringtone melody data reproduced and output Includes an operation for setting as a ringtone melody data.

  When the above-described operation for selecting and setting the incoming melody data for incoming call is performed, the control means 41 of the mobile phone 4 receives an incoming call from among a plurality of moving image data stored in the first memory area 491 of the nonvolatile memory 49. In order to arbitrarily select and set one moving image data to be reproduced sometimes, the user of the mobile phone 4 waits for the multi-directional switch 462 or the like to be operated (step S302). This operation includes an operation for displaying a title image list relating to a plurality of moving image data stored in the first memory area 491 on the display surface of the display means 43, and a title image displayed on the display surface of the display means 43. An operation for scrolling the list and selecting one desired moving image data from the list, an operation for reproducing and displaying the selected one moving image data on the display surface of the display means 43, and one reproduced and displayed An operation for setting moving image data as incoming moving image data is included.

  When the above-described operation for selecting the reproduction video data upon arrival is performed, the control means 41 of the mobile phone 4 performs the marking process on the assumption that the reproduction incoming melody data and the reproduction video data upon arrival are set. As a result, as shown in FIGS. 5A and 5B, the first memory area 491 of the non-volatile memory 49 is set as incoming ringing incoming melody data that has not been marked so far. One incoming melody data and its address, and one moving picture data set as the moving picture data reproduced upon arrival and its address are marked. Specifically, when the incoming melody data “MD001” is set as the incoming ringing melody data when the incoming call is received, and the moving picture data “DD003” is set as the reproduced moving picture data when the incoming call is received, the first memory area 491 described above. , The incoming melody data “MD001” set as the incoming ringing melody data and the address “M001” are marked, while the moving picture data “DD003” and the address “ D001 "is marked. Further, when the incoming melody data “MD002” is set as the incoming melody data when the e-mail is received, and the moving image data “DD002” is set as the reproduced video data when the e-mail is received, the first memory area 491 The incoming melody data “MD002” set as the incoming ringing melody data and the address “M002” set as the incoming ringing melody data when the incoming e-mail arrives are marked, while the moving picture data “DD002” and the address “D002” set as the incoming playback video data Is marked.

  Referring to FIG. 10 again, when both the incoming ringing incoming melody data and incoming incoming playback melody data are set, the control means 41 of the mobile phone 4 sets one incoming call set as the incoming incoming playback incoming melody data. One moving image data set as melody data and incoming moving image data is stored in the second memory area 492 of the nonvolatile memory 49 as a set of data (step S303). Specifically, as shown in FIGS. 5 (A) and 5 (B), the incoming melody data “MD001” set as a playback ringing melody for incoming calls and the video data set as playback video data for incoming calls. “DD003” is written as a set of data in the second memory area 492 in association with the incoming call address “PT01”. On the other hand, the incoming melody data “MD002” set as the playback incoming melody when the e-mail arrives and the moving picture data “DD002” set as the e-mail incoming moving picture data are associated with the e-mail incoming address “MT01” in association with the above. A set of data is written in the second memory area 492. The incoming-call incoming melody and incoming-call reproduced moving image data stored as a set of data in the second memory area 492 in this way are continuously held in the second memory area 492 until they are rewritten.

  It should be noted that the incoming melody data and incoming playback melody data for each destination phone number and e-mail address are stored and held in the second memory area 492 of the nonvolatile memory 49 as a set of data. It doesn't matter.

  FIG. 11 is a flowchart showing a flow of processing operations when an incoming melody and a moving image are reproduced in response to an incoming call in the mobile phone. The series of processes shown in the figure is executed according to the incoming melody / moving picture reproduction program stored in the third memory area 493 of the non-volatile memory 49 and executed according to the read incoming melody / moving picture reproduction program.

  Referring to FIG. 11, control means 41 of mobile phone 4 waits for an incoming call (step S401).

  When there is an incoming call, the control means 41 of the mobile phone 4 determines the incoming call mode (step S402). If the incoming call mode is an incoming call, the control unit 41 moves the process to step S403. On the other hand, when the incoming sun is an incoming e-mail, the control means 41 moves the process to step S409.

  In step S403, the control unit 41 of the mobile phone 4 is set as the reproduction incoming melody data at the time of the incoming call that is stored and held as a set of data in the second memory area 492 of the nonvolatile memory 49. One moving image data set as one incoming melody data and reproduced moving image data at the time of incoming call is read. Specifically, the control means 41 accesses the telephone incoming address “PT01” (see FIG. 5B) and associates the telephone incoming address “PT01” with the accessed telephone incoming address “PT01” as a set of data. The incoming melody data for incoming call and the moving image data for incoming call are stored in the second memory area 492.

  When the melody data reproduced at the time of incoming call and the moving image data reproduced at the time of incoming call are read, the control means 41 of the mobile phone 4 is set as the one incoming melody set as the reproduced incoming melody data at the incoming call and the reproduced moving image data at the incoming call. The one moving image data is reproduced at the same time (step S404). As a result, from the speaker 45, one incoming melody data set as the reproduced incoming melody data at the time of incoming call is reproduced and output. In conjunction with this, one moving image data set as reproduced moving image data at the time of incoming call is reproduced and displayed on the display surface of the display means 43.

  When the reproduction of the incoming melody and the reproduced moving image data upon the incoming call is started, the control means 41 of the mobile phone 4 waits for the user to operate the reception button switch 463 (steps S405 and S405). Step S406).

  When the above receiving operation is performed (YES in step S405), the control means 41 of the mobile phone 4 is set as one incoming melody data set as the incoming ringing melody data and incoming playback video data as the incoming call. The reproduction of both of the single moving image data is finished (step S408). On the other hand, if the line is disconnected from the other party before the above receiving operation is performed (YES in step S406), the control unit 41 displays the missed call on the display surface of the display unit 43 in a required manner, The reproduction of both the incoming melody data set as the incoming ringing melody and the moving picture data set as the incoming moving picture data when the telephone arrives is finished (steps SS407 and S408).

  In step S409, the control means 41 of the mobile phone 4 is set as the reproduction incoming melody data at the time of incoming e-mail, which is stored and held as a set of data in the second memory area 492 of the nonvolatile memory 49. Then, one moving image data set as the incoming melody data and the moving image data reproduced when the e-mail is received is read out. Specifically, the control means 41 accesses the e-mail incoming address “MT01” (see FIG. 5B) and associates the accessed e-mail incoming address “MT01” with a set of data. As described above, the incoming melody data for the incoming call and the moving image data for the incoming call are stored in the second memory area 492.

  When the melody data reproduced upon arrival of the e-mail and the moving image data reproduced upon arrival of the e-mail are read out, the control means 41 of the mobile phone 4 reproduces the one incoming melody and the reproduction upon arrival of the e-mail which are set as the incoming melody data. One moving image data set as moving image data is simultaneously reproduced (step S410). As a result, the speaker 45 reproduces and outputs one incoming melody data set as the incoming incoming melody data when an e-mail arrives. In conjunction with this, on the display surface of the display means 43, one moving image data set as reproduced moving image data at the time of incoming e-mail is reproduced and displayed.

  Reproduction when receiving e-mail When the incoming melody data and moving image data when receiving e-mail are reproduced, the control means 41 of the mobile phone 4 waits for a receiving operation with the multi-directional switch 462 or the like (steps S411 and S412). .

  When the above receiving operation is performed (YES in step S411), the control means 41 of the mobile phone 4 uses the incoming melody data set as the reproduced incoming melody data at the time of incoming e-mail and the reproduced moving image data at the time of incoming e-mail. The reproduction of both of the set moving image data ends (step S414). On the other hand, if the automatic reception is completed before the above reception operation is performed (YES in step S406), the control means 41 displays the incoming mail in the required manner on the display surface of the display means 43, and at the time of the incoming e-mail. The reproduction of both the one incoming melody data set as the reproduced incoming melody and the one moving picture data set as the reproduced moving picture data when the e-mail is received ends (steps SS413 and S414).

  In the present embodiment, by using the various methods described above, a plurality of incoming melody data and a plurality of moving image data are stored in the first memory area 491 of the nonvolatile memory 49 in the mobile phone 4. In the third memory area 493 of the non-volatile memory 49, an incoming melody / moving image reproduction program is installed. In the mobile phone 4, a ringing melody data selection / setting operation is performed, so that one ringing melody to be played back when receiving a call from among a plurality of ringing melody data stored in the first memory area 491 of the nonvolatile memory 49. Data is arbitrarily selected and set, and moving image data selection / setting operation is performed, so that a plurality of moving image data stored in the first memory area 491 of the non-volatile memory 49 is reproduced upon arrival. If one video data is arbitrarily selected and set, the one incoming melody data set as the incoming ringing incoming melody data and the one video data set as the incoming playback video data are set as one set of data. It is stored in the second memory area 492 of the nonvolatile memory 49. One incoming melody data and one moving image data stored as a set of data in the second memory area 492 are held until they are rewritten. In this state, when there is an incoming call to the mobile phone 4, in response to this, the second memory area 492 is stored and held as a set of data, which is set as the incoming ringing incoming melody data. The incoming melody data and the one moving image data set as the incoming reproduction data are read out, and both the read out incoming melody data and the moving image data are reproduced. At this time, the moving image reproduced in conjunction with the incoming melody is customized according to the preference of the user of the mobile phone 4. In this way, the mobile phone 4 alone can customize the video that is played along with the incoming melody without using the Internet 2 to differentiate the incoming call notification mode from other mobile phone users. it can.

  The present invention is not limited to the above embodiment.

  For example, three non-volatile memories are prepared in a mobile phone, a plurality of ring melody data and a plurality of moving picture data are stored in a first non-volatile memory, and a ring-tone melody that is reproduced upon arrival in a second non-volatile memory. Alternatively, the playback moving image data upon arrival may be stored as a set of data, and the incoming melody / moving image playback program may be stored in the third nonvolatile memory.

  Also, two non-volatile memories are prepared in the mobile phone, two memory areas are formed in the first non-volatile memory, and a plurality of incoming melody data and moving picture data are stored in the first memory area. On the other hand, the second memory area may store the incoming ringing melody data and the incoming playback melody data as a set of data, and the second non-volatile memory may store the incoming melody / movie playback program. .

  Further, when a CCD video camera is mounted on the mobile phone, the moving image data shot by the CCD video camera can be stored in a nonvolatile memory, and the moving image data stored in the nonvolatile memory can be reproduced when an incoming call is received. It may be set as data, and the moving image data may be reproduced simultaneously with the reproduction of the incoming melody when the incoming call is received. In this case, the moving image that is played back in conjunction with the incoming melody is full of originality.

  Furthermore, the video data shot by the digital video camera is temporarily stored in the PC, copied to the non-volatile memory of the mobile phone 4 using a memory card or the like stored in the PC 5, and the copied video data is played back on the incoming video. It may be set as data, and the moving image data may be reproduced by linking with the reproduction of the incoming melody data when an incoming call is received. Also in this case, the moving image that is played back in conjunction with the incoming melody is rich in originality. However, it is necessary to convert the format of the moving image data so that the moving image data conforms to the moving image reproduction standard of the mobile phone 4 by accessing the Internet site from the PC 5.

It goes without saying that various design changes and modifications can be made within the scope of the claims attached to the present specification.

  In the present invention, the mobile phone can be differentiated from other mobile phone users by customizing the video played in conjunction with the incoming melody without going through the network. This is useful as a technique for playing an incoming melody and a moving image when an incoming call is received.

The figure which simplifies and shows the structure of the system to which this invention is applied Block diagram showing server hardware configuration Block diagram showing hardware configuration of mobile phone Illustration for explaining the installation mechanism of the incoming melody / video playback program The figure for explaining the storage mechanism of incoming melody data and incoming playback video data Flow chart showing the flow of processing operations when downloading incoming melody data and video data from a server to a mobile phone via the Internet Flow chart showing the flow of processing operations when downloading incoming melody data and video data from a server to a PC via the Internet Flow chart showing the flow of processing operations when downloading incoming melody / video playback program from server to mobile phone via Internet Flowchart showing the flow of processing operations when downloading an incoming melody / video playback program from a server to the PC via the Internet Flowchart showing the flow of processing operations when setting incoming melody data and incoming playback video data on a mobile phone Flowchart showing the flow of processing operations when an incoming melody and a moving image are played in response to an incoming call in a mobile phone

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Server 11 Control means 13 Memory | storage means 141-144 Database 2 Internet 3 Base station 4 Cellular phone 41 Control means 43 Display means 45 Speaker 46 Operation means 47 ROM
48 RAM
49 Non-volatile memory 491-493 Memory area 5 PC
6 Memory card

Claims (4)

A first storage means and a second storage means, wherein the first storage means is capable of storing a plurality of incoming melody data and a plurality of video data via a network such as a wide-area communication line network; An accessible server that, upon receiving a download request signal from the mobile phone, can be executed by control means in the mobile phone including at least the following functions 1) to 4) in response to the download request signal. A server characterized in that an incoming melody / video playback program for a mobile phone can be downloaded to the mobile phone.
1) A function for arbitrarily selecting and setting one incoming melody data to be reproduced at the time of an incoming call out of a plurality of incoming melody data stored in the first storage means by the first operation 2) Second A function to arbitrarily select and set one moving image data to be played back when receiving an incoming call from among a plurality of moving image data stored in the first storage means by operation 3) Set as the incoming ringing incoming melody data The one incoming melody data and the one moving picture data set as the incoming playback video data are stored in the second storage means as a set of data, and 1 is stored in the second storage means. A function that keeps the one incoming melody data and the one moving picture data stored as a set of data until the data is rewritten 4) Then, the one incoming melody data and the one moving image data stored and held in the second storage means as the one set of data are read out, and the one incoming melody data and the one one read out are read out. Function to play both video data A first storage means and a second storage means, wherein the first storage means is capable of storing a plurality of incoming melody data and a plurality of video data via a network such as a wide-area communication line network; A program for controlling an accessible server, and when receiving a download request signal from the mobile phone, the control program includes at least the following functions 1) to 4) in response to the download request signal. In order to download a ringtone melody / video playback program for a mobile phone that can be executed by the control means in the mobile phone, a procedure for delivering the ringtone melody / video playback program to the mobile phone is provided. And this procedure is executed by the control means in the server. Grams.
1) A function for arbitrarily selecting and setting one incoming melody data to be reproduced at the time of an incoming call out of a plurality of incoming melody data stored in the first storage means by the first operation 2) Second A function to arbitrarily select and set one moving image data to be played back when receiving an incoming call from among a plurality of moving image data stored in the first storage means by operation 3) Set as the incoming ringing incoming melody data The one incoming melody data and the one moving picture data set as the incoming playback video data are stored in the second storage means as a set of data, and 1 is stored in the second storage means. A function that keeps the one incoming melody data and the one moving picture data stored as a set of data until the data is rewritten 4) Then, the one incoming melody data and the one moving image data stored and held in the second storage means as the one set of data are read out, and the one incoming melody data and the one one read out are read out. Function to play both video data The first storage unit has a first storage unit and a second storage unit, and the first storage unit stores the incoming melody data and the moving image data when a mobile phone capable of storing a plurality of incoming melody data and a plurality of moving image data is received. This ringing melody / movie playback program includes at least the following steps 1) to 4), and these steps 1) to 4) are executed by the control means in the mobile phone. An incoming melody / video playback program for mobile phones.
1) Procedure for arbitrarily selecting and setting one ringing melody data to be played back when receiving a call from a plurality of ringing melody data stored in the first storage means by the first operation 2) Second Step 2 for arbitrarily selecting and setting one moving image data to be reproduced upon receiving from among a plurality of moving image data stored in the first storage means by the operation of 3) 3) Receiving ringing melody upon arrival The one incoming melody data set as data and the one moving picture data set as the reproduction video data upon arrival are stored in the second storage means as a set of data, and the second A method for continuously holding the one incoming melody data and the one moving picture data stored as a set of data in the storage means until the rewriting is performed. 4) Upon receipt of an incoming call, the one incoming melody data and the one moving picture data stored and held in the second storage means as the one set of data are read and the one incoming melody is read out. For reproducing both the data and the moving image data The mobile phone has a first storage means and a second storage means, and the contents of the incoming melody / video playback program are installed in a mobile phone capable of storing a plurality of incoming melody data and a plurality of video data in the first storage means. The incoming melody / movie playback program stored in the program storage medium includes at least the following steps 1) to 4), and the steps 1) to 4) A program storage medium which is executed by control means in a telephone.
1) Procedure for arbitrarily selecting and setting one ringing melody data to be played back when receiving a call from a plurality of ringing melody data stored in the first storage means by the first operation 2) Second Step 2 for arbitrarily selecting and setting one moving image data to be reproduced upon receiving from among a plurality of moving image data stored in the first storage means by the operation of 3) 3) Receiving ringing melody upon arrival The one incoming melody data set as data and the one moving picture data set as the reproduction video data upon arrival are stored in the second storage means as a set of data, and the second A method for continuously holding the one incoming melody data and the one moving picture data stored as a set of data in the storage means until the rewriting is performed. 4) Upon receipt of an incoming call, the one incoming melody data and the one moving picture data stored and held in the second storage means as the one set of data are read and the one incoming melody is read out. For reproducing both the data and the moving image data

Images