JP2010272983A - Personal information registration system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To reduce troublesomeness of an answer to an inquiry as to whether personal information is to be registered in a telephone terminal, or the like in a personal information registration system. <P>SOLUTION: In a communication system in which a first terminal requests personal information to a second terminal through a server, the first terminal transmits request data for requesting personal information stored in the second terminal and receives response data to the transmitted request data, the server determines whether to obtain the response data to the request data from the second terminal when receiving the request data from the first terminal, and requests the second terminal to transmit the response data to the request data, and transmits the transmitted response data to the first terminal in determining to obtain it, and transmits predetermined response data to the first terminal in determining not to obtain it. The second terminal transmits the response data to the request data to the server in response to an instruction from the outside when receiving a request for the response data to the request data from the server. <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

  The present invention relates to a technique for protecting personal information registered in a mobile terminal or the like.

  The mobile phone has a so-called address book, and personal information such as friends, such as a telephone number and a mail address, is described in the address book.

  The user can realize various convenient functions using the address book. For example, instead of pressing the numeric keypad to enter the phone number of the other party who wants to make a call, the user moves the cursor to the phone number registered in the address book and makes a call simply by pressing the call button. And so on.

  However, since data such as telephone numbers in the address book can be easily copied into the body of an email, there is one aspect that it can be sent to anyone by email. In other words, your personal information may be disclosed to a third party without your knowledge.

  Therefore, the mobile phone is provided with a public phone book for registering an email address that can be disclosed to a third party and a personal phone book for registering a private email address, and any email address registered in the public phone book can be used. For example, there is a technology that enables a third party to be taught (see Patent Document 1).

  In this technology, in order to register the e-mail address taught in the public telephone directory of his mobile phone, a third party sends an e-mail asking the user of that e-mail address whether registration is allowed. You can register only if you send and get permission from the user.

  Therefore, according to this technique, the user can control whether or not his / her mail address is registered in the public telephone directory, and thus the possibility of preventing the spread of his / her personal information is increased.

JP 2008-236243 A

  However, with this technology, if a third party who is not permitted to register wants to register an e-mail address in his / her public telephone directory, he / she asks the user of that e-mail address whether he / she can register it. Mail can be sent many times. In this case, the user of the mail address has to reply to the inquiry mail many times.

  If the user of the e-mail address does not change the intention of not permitting registration in the third-party public phone book, it is only troublesome to reply to the inquiry e-mail.

  Therefore, an object is to reduce the troublesomeness of answering an inquiry.

  A personal information registration system according to one aspect of the present invention is a communication system in which a first terminal requests personal information from a second terminal via a server, and the first terminal stores the second terminal in the communication system. Request transmitting means for transmitting request data for requesting personal information that has been sent, and response receiving means for receiving response data as a response corresponding to the transmitted request data, wherein the server receives from the first terminal When the request data is received, a determination unit that determines whether or not response data corresponding to the request data is acquired from the second terminal, and if the determination unit determines that the response data is acquired, When requesting transmission of response data corresponding to the request data, transmitting the transmitted response data to the first terminal, and determining that the determination means does not acquire the predetermined response data, Response transmitting means for transmitting to the first terminal, and when the second terminal receives a request for response data corresponding to the request data from the server, the second terminal sends the request data to the request data according to an instruction from the outside. Response means for transmitting corresponding response data to the server.

  The personal information registration system having the above configuration can reduce the troublesomeness of a response to an inquiry as to whether or not personal information may be registered in a telephone terminal or the like.

It is a figure which shows the example of a structure of a personal information registration system. It is a block diagram which shows the example of a functional structure of a call control server, a data server, a calling-side mobile phone, and a called-side mobile phone. It is a figure which shows the example of a structure and content of a personal information request | requirement management table. It is a figure which shows the message exchanged between apparatuses in a personal information registration process. It is a figure which shows the example of a message. It is a figure which shows the component of the text message in a personal information registration process. It is a figure which shows the message exchanged between apparatuses in a registration change process. It is a figure which shows the component of the text message in a registration change process. It is a figure which shows the example of the screen of the calling side mobile telephone 3000 in a personal information registration process. It is a figure which shows the example of the screen of the called side mobile telephone 4000 in a personal information registration process. It is a flowchart which shows a personal information registration process. It is a flowchart which shows the process which judges whether the inquiry of the registration possibility is made. It is a figure which shows the example of the screen of the called side mobile telephone 4000 in a registration change process. It is a figure which shows the example of the screen of the calling side mobile telephone 3000 in a registration change process. It is a flowchart which shows a registration change process.

<Embodiment>
FIG. 1 is a diagram illustrating an example of a configuration of a personal information registration system 100 according to the embodiment.

  The personal information registration system 100 includes a calling side mobile phone 3000, a called side mobile phone 4000, a call control server 1000, and a data server 2000.

  In the embodiment, a case will be described in which the originating mobile phone 3000 requests personal information from the called mobile phone 4000 via the call control server 1000 which is a so-called SIP (Session Initiation Protocol) server. In SIP, connection is performed by exchanging messages. Data used for session control is referred to as a message, and the message will be described in the section <Message>.

  In the embodiment, SIP is used as the session control protocol, but the present invention is not limited to this.

  It is assumed that the call control server 1000 is managed by an IP telephone service provider, and the calling-side mobile phone 3000 and the called-side mobile phone 4000 are subscribed to a service provided by this provider.

  The data server 2000 is a server that manages a response result when a personal information registration request is made between mobile phones. The call control server 1000 requests data from the data server 2000 in a timely manner, and based on the acquired data Perform information registration processing.

  The user of originating mobile phone 3000 performs an operation of requesting personal information by designating the other party who wants to know personal information, that is, the telephone number of called mobile phone 4000. The calling-side mobile phone 3000 sends a message requesting personal information by calling a designated telephone number.

  The call control server 1000 that has received the message requesting personal information transmits a message requesting transmission of personal information to the destination mobile phone 4000, and a message corresponding to the response result returned from the destination mobile phone 4000. Is transmitted to the originating mobile phone 3000.

  The call control server 1000 according to the embodiment stores the fact that the calling-side mobile phone 3000 has requested personal information from the called-side mobile phone 4000 and the response result from the called-side mobile phone 4000. The response result is that the personal information item or request that the callee mobile phone 4000 has sent back to the caller mobile phone 3000 is rejected.

  Here, when the call control server 1000 receives a message requesting personal information from the calling mobile phone 3000 to the called mobile phone 4000 again, basically, a message requesting personal information from the called mobile phone 4000 is sent. A message corresponding to the stored response result is transmitted to the originating mobile phone 3000 without being transmitted.

  The receiving side mobile phone 4000 has already responded to the request for personal information from the calling side mobile phone 3000. Therefore, as long as the response result does not change, the receiving side mobile phone 4000 responds many times. Because there is no meaning to do.

  By transmitting a message to the calling side mobile phone 3000 according to the response result stored in the call control server 1000, the called side mobile phone 4000 only needs to respond once to the request from the calling side mobile phone 3000. , Eliminating the need for repeated responses.

  Further, in the personal information registration system 100 of the embodiment, when the destination mobile phone 4000 wants to change the range of personal information transmitted and registered to the calling side mobile phone 3000, the calling side mobile phone 4000 sends it to the calling side mobile phone 4000. A new range of personal information can be transmitted to the mobile phone 3000 for registration.

  Hereinafter, two functions of the personal information registration system 100, that is, a case where the calling side mobile phone 3000 requests personal information from the called side mobile phone 4000 in order to register the personal information of the called side mobile phone 4000. A personal information registration process, which is a process, and a registration change process, which is a process for changing the content of the personal information of the called mobile phone 4000 registered by the calling mobile phone 3000 from the called mobile phone 4000, will be described.

  In the embodiment, a mobile phone will be described as an example, but a mobile terminal or the like having a call function may be used.

<Function>
FIG. 2 is a block diagram showing examples of functional configurations of the call control server 1000, the data server 2000, the calling-side mobile phone 3000, and the called-side mobile phone 4000.

  The call control server 1000 includes a control unit 1100, a communication unit 1200, a message generation unit 1300, a response processing unit 1400, and a response information registration unit 1500.

The control unit 1100 has general functions necessary for a call control server such as a session management function such as connection to or disconnection from the called mobile phone 4000 based on the telephone number. If the request is a request, the response processing unit 1400 has a function of requesting processing.

  Communication unit 1200 has a function of transmitting and receiving messages to and from originating mobile phone 3000 and called mobile phone 4000.

  The message generation unit 1300 has a function of generating a message to be transmitted to the calling side mobile phone 3000 or the called side mobile phone 4000.

  When there is a request for personal information from the calling side mobile phone 3000 to the called side mobile phone 4000, the response processing unit 1400 determines whether or not to inquire the response to the request from the called side mobile phone 4000. It has a function of processing according to the judgment. When making the determination, the response result when requesting registration of personal information stored in the data server 2000 is referred to.

  In addition, the response processing unit 1400 has a function of making an update request to the destination mobile phone 4000 when there is a request for updating personal information from the destination mobile phone 4000 to the calling side mobile phone 3000.

  The response information registration unit 1500 displays a response result indicating what kind of response the destination mobile phone 4000 has made in response to a request for personal information from the source mobile phone 3000 to the destination mobile phone 4000. The data server 2000 has a function of storing.

  Next, the data server 2000 includes a table management unit 2100 and a personal information request management table storage unit 2200.

  The table management unit 2100 has a function of receiving a request from the call control server 1000 and storing the data in the personal information request management table storage unit 2200 or reading the data and returning it to the call control server 1000.

  The personal information request management table storage unit 2200 has a function of storing a personal information request management table in order to manage a response result when a personal information registration request is made. The personal information request management table will be described in the section <Data>.

  Next, the calling side mobile phone 3000 and the called side mobile phone 4000 will be described.

  Here, for convenience of explanation, the calling-side mobile phone 3000 mainly describes functional units necessary for requesting personal information, and the called-side mobile phone 4000 mainly receives personal information. Necessary functional parts are described. Each mobile phone may have both a function unit required for requesting personal information and a function unit required when requested.

  The calling side mobile phone 3000 includes a control unit 3100, a communication unit 3200, an operation unit 3300, a display unit 3400, a registration message generation unit 3500, a personal information registration update unit 3600, and a personal information storage unit 3700.

  The control unit 3100 has general functions necessary for the mobile phone, such as a call, creation of a mail, and creation of a message for starting communication. Further, it has a function of requesting creation of a message for requesting personal information.

  The communication unit 3200 has a function of transmitting / receiving a message to / from the call control server 1000.

  The operation unit 3300 includes a numeric keypad and the like, and has a function of detecting an operation by a user, for example, pressing of a key, and notifying the control unit 3100.

  The display unit 3400 includes a display such as a liquid crystal, and has a function of displaying a menu, a cursor, and the like at the request of the control unit 3100.

  The registration message generation unit 3500 has a function of generating a registration request request message that is a message for requesting personal information.

  The personal information registration / updating unit 3600 has a function of receiving a request from the control unit 3100 and storing the data in the personal information storage unit 3700, updating the data, or deleting the data.

  The personal information storage unit 3700 has a function of storing personal information of other mobile phones. As personal information, a telephone number and information such as a mail address of the telephone of the telephone number, a user's address, and a birthday are stored.

  Next, the destination mobile phone 4000 includes a control unit 4100, a communication unit 4200, an operation unit 4300, a display unit 4400, an availability message generation unit 4500, and a profile storage unit 4600.

  The control unit 4100 performs general processing necessary for the mobile phone, such as a call, creation of a mail, and creation of a message for starting communication, as well as processing unique to the present invention, for example, registration of personal information It has a function of requesting display of a menu for asking the user about the response content.

  The communication unit 4200 has a function of transmitting / receiving a message to / from the call control server 1000.

  The operation unit 4300 includes a numeric keypad and the like, and has a function of detecting an operation by a user, for example, pressing of a key, and notifying the control unit 4100 of the operation.

  The display unit 4400 includes a display such as a liquid crystal and has a function of displaying a menu, a cursor, and the like at the request of the control unit 4100.

  The availability message generation unit 4500 has a function of generating a registration availability response message that is a message for responding to a request for personal information.

  Profile storage unit 4600 has a function of storing personal information of the user of called-side mobile phone 4000 that is the own device. For example, a telephone number, an e-mail address, a birthday, etc.

  All or a part of the functions described above are executed by the CPUs of the call control server 1000, the data server 2000, the calling side mobile phone 3000, and the called side mobile phone 4000, respectively, and the programs recorded in the respective memories. Is realized.

<Data>
Next, data used in the personal information registration system 100 of the embodiment will be described with reference to FIG.

  FIG. 3 is a diagram showing an example of the configuration and contents of the personal information request management table 2210.

  This personal information request management table 2210 is stored in the personal information request management table storage unit 2200 of the data server 2000.

  The personal information request management table 2210 includes a registration number 2211, a registrant telephone number 2212, a re-registration request response flag, a requester telephone number 2214, and a response flag 2215.

  The registration number 2211 indicates a user record number registered in the personal information request management table 2210. In the personal information request management table 2210, it is assumed that the telephone numbers of the mobile phones of all users managed by the call control server 1000 are registered. When the user's mobile phone communicates with another mobile phone, the user's mobile phone performs communication via the call control server 1000.

  The registrant telephone number 2212 indicates the telephone number of the user's mobile phone.

  The re-registration request response flag indicates that the originating mobile phone that has transmitted a registration request request message, which is a message for requesting personal information for the telephone number indicated by the registrant telephone number 2212, further sends a registration request request message. It shows how the call control server 1000 responds to the registration request request message when it is transmitted. This flag is set when the registrant telephone number 2212 is registered in the call control server 1000.

  The re-registration request response flag 2213 “0” indicates that the registration request request message transmitted from the same mobile phone is not required to be registered. Further, the re-registration request response flag 2213 “1” is rejected when the registration is not permitted for the first time for the second and subsequent registration request request messages transmitted from the same mobile phone. If it is, the inquiry about whether registration is possible is unnecessary, and if it is not rejected, it indicates that the inquiry about registration is required.

  The requester telephone number 2214 indicates the telephone number of the mobile telephone that has transmitted the registration request request message to the mobile telephone having the telephone number indicated by the registrant telephone number 2212. In the requester telephone number 2214, the telephone number of the mobile phone that has been transmitted when the registration request request message is transmitted for the first time to the telephone number indicated by the registrant telephone number 2212 is registered.

  The response flag 2215 is a flag indicating a response made to the registration request request message transmitted from the mobile phone having the telephone number indicated by the requester telephone number 2214.

  The response flag 2215 “0” indicates that registration of personal information is not permitted.

  The response flag 2215 “1” indicates that only the telephone number is permitted in the personal information, and the response flag 2215 “2” indicates that the telephone number and the mail address are permitted in the personal information. The response flag 2215 “3” indicates that all personal information is permitted.

<Message>
Messages exchanged between the call control server 1000 and the calling-side mobile phone 3000 or the called-side mobile phone 4000 will be described with reference to FIGS.

  A message used in the personal information registration process will be described with reference to FIGS. 4 to 6, and a message used in the registration change process will be described with reference to FIGS. 7 and 8.

<Messages used in personal information registration processing>
FIG. 4 is a diagram showing what messages are exchanged between the call control server 1000 and the calling-side mobile phone 3000 or the called-side mobile phone 4000 in the personal information registration process.

  The originating mobile phone 3000 transmits a registration request request message 3010 to the call control server 1000 and receives a registration request response message 1020 or a registration impossible response message 1030 from the call control server 1000.

  The destination mobile phone 4000 receives the registration availability request message 1010 from the call control server 1000 and transmits a registration availability response message 4020 to the call control server 1000.

  Hereinafter, each message will be described with reference to FIGS. 5 and 6.

  FIG. 5 is a diagram illustrating an example of the message 200. Each message such as the registration request request message 3010 basically has the same configuration.

  The message 200 includes a request line 210, a header 220, and a body 230. The header 220 and the body 230 are separated by a blank line.

  “MESSAGE” in the request line 210 indicates that a message to be sent to the communication partner is described in the body 230. The contents described in the body 230 are different for each message.

  The destination is described after “MESSAGE”. As the destination, the same SIP URL (Uniform Resource Locator) as the To line 222 is described. The SIP URL will be described in the From line 221.

  The Content-Type line 223 “Content-Type: text / plain” of the header 220 indicates that the message described in the body 230 is a text message.

  The From line 221 “From: sip: 090x111222x@domain.xxx” of the header 220 indicates the originating mobile phone 3000 that transmits the message 200. In the From line 221, a SIP URL designating the calling side mobile phone 3000 is described. The SIP URL includes a URI scheme “sip:”, a telephone number “090x111222x”, a delimiter “@”, and a domain name or IP address “domain.xxx”.

  A To line 222 “To: sip: 090x234567x@domain.xxx” indicates the called-side mobile phone 4000. In this row, a SIP URL for designating the destination mobile phone 4000 is set.

  Next, the text message 240 described in the body 230 will be described with reference to FIG.

  FIG. 6 shows the components of the text message 240. When the body 230 is actually described, the components are described by separating them with “, (comma)” (see the body 230 in FIG. 5).

  The text message 240 has a signal type 241 and data 242.

  The signal type 241 indicates the type of the message 200. There are five types, and “touroku_irai_yokiyu”, “touroku_kahi_yokiyu”, “touroku_irai_outou”, “touroku_kahi_outou”, and “touroku_fuka_outou” are described.

  The data 242 differs depending on the message type indicated by the signal type 241.

  First, a message 200 in which “touroku_irai_yokiyu” is set as the signal type 241 is a registration request request message 3010. As shown in FIG. 4, the registration request request message 3010 is a message transmitted from the originating mobile phone 3000 to request registration of personal information.

  A message 200 in which “touroku_kahi_yokiyu” is set is a registration permission request message 1010. As shown in FIG. 4, the registration availability request message 1010 is a message that the call control server 1000 transmits to the called mobile phone 4000, and the call control server 1000 receives the registration request request message 3010 from the calling mobile phone 3000. If you want to send.

  The data 242 of the registration request request message 3010 and the registration availability request message 1010 has a name 301 and a desired registration range 302.

  A name 301 indicates a name such as a nickname of the user of the originating mobile phone 3000.

  The desired registration range 302 indicates which personal information the calling mobile phone 3000 desires to register among the personal information of the called mobile phone 4000, that is, which personal information is requested. “Tel” or “tel_mail” or “all” is set.

  “Tel” indicates that only a telephone number is desired. “Tel_mail” indicates that a telephone number and a mail address are desired, and “all” indicates that a telephone number, a mail address, and other information are desired.

  Next, a message 200 in which “touroku_kahi_outou” is set as the signal type 241 is a registration availability response message 4020. As shown in FIG. 4, the registration availability response message 4020 is a message transmitted by the destination mobile phone 4000 and a message transmitted as a response to the registration availability request message 1010.

  A message 200 in which “touroku_irai_outou” is set as the signal type 241 is a registration request response message 1020. As shown in FIG. 4, the registration request response message 1020 is a message that the call control server 1000 transmits to the calling side mobile phone 3000, and the call control server 1000 receives the registration availability response message 4020 from the called side mobile phone 4000. If you want to send.

  The data 242 of the registration request response message 1020 and the registration availability response message 4020 includes availability information 303 and registration content 304.

  The permission / inhibition information 303 indicates whether or not the destination-side mobile phone 4000 permits personal information to be registered in the calling-side mobile phone 3000, and is set to “fuka” or “ka”.

 “Fuka” indicates non-permission, that is, registration is rejected, and “ka” indicates permission.

  The registration content 304 indicates the content of personal information that the destination mobile phone 4000 has permitted to register with the calling side mobile phone 3000. For example, when only the telephone number is permitted, “tel: 090-x111-222x” is described. If the availability information 303 is “fuka”, the registration content 304 is not described.

  Next, a message 200 in which “touroku_fuka_outou” is set as the signal type 241 is a registration impossible response message 1030. As shown in FIG. 4, the call impossible server 1030 transmits the registration impossible response message 1030 to the calling side mobile phone 3000, but is not sent when the registration possible response message 4020 is received from the called side mobile phone 4000. . This registration impossible response message 1030 is uniquely transmitted by the call control server 1000 to the originating mobile phone 3000 as a response to the registration request request message 3010.

  The data 242 of the registration impossible response text message 1030 includes the failure information 305.

  The impossibility information 305 indicates that the destination mobile phone 4000 does not permit personal information to be registered in the originating mobile phone 3000, and “fuka” is set.

<Messages used in registration change processing>
FIG. 7 is a diagram showing what messages are exchanged between the call control server 1000 and the calling-side mobile phone 3000 or the called-side mobile phone 4000 in the registration change process.

  Callee mobile phone 4000 transmits registration change request message 4040 to call control server 1000, and caller mobile phone 3000 receives registration change response message 1040 from call control server 1000.

  Next, the text message 240 described in the body 230 will be described with reference to FIG.

  As the signal type 241 of the text message 240, “touroku_henkou_yokiyu” or “touroku_henkou_outou” is described.

  A message 200 in which “touroku_henkou_yokiyu” is set as the signal type 241 is a registration change request message 4040. As shown in FIG. 7, the registration change request message 4040 is a message transmitted by the destination mobile phone 4000 to request a line to change the personal information permitted for registration.

  A message 200 in which “touroku_henkou_yokiyu” is set is a registration change response message 1040. As shown in FIG. 7, the registration change response message 1040 is a message that the call control server 1000 transmits to the calling side mobile phone 3000, and the call control server 1000 receives the registration change request message 4040 from the called side mobile phone 4000. If you want to send.

  Data 242 of the registration change request message 4040 and the registration change response message 1040 includes a name 401, a registration change range 402, and registration contents 403.

  A name 401 indicates a name such as a nickname of the user of the destination mobile phone 4000.

  The registration change range 402 indicates what kind of registration range personal information is changed from the registration range personal information that the destination mobile phone 4000 permits registration to the calling side mobile phone 3000. “Tel”, “tel_mail”, “all”, or “fuka” is set.

  “Tel” indicates that the registration is changed to only the telephone number. “Tel_mail” indicates a change to registration of a telephone number and a mail address, and “all” indicates a change to registration of a telephone number, a mail address, and other information, that is, all personal information. “Fuka” indicates that any personal information is changed so as not to permit registration.

  The registration content 403 indicates the content of personal information permitted to be registered in the registration change range 402. For example, when only the telephone number is permitted, “tel: 090-x111-222x” is described. When the registration change range 402 is “fuka”, the registration content 403 is not described.

<Operation>
Hereinafter, the operation of the personal information registration system 100 of the embodiment will be described with reference to the drawings.

  Here, two operations of the personal information registration system 100 will be described. One is processing when the user of the calling side mobile phone 3000 requests registration of the personal information of the user of the called side mobile phone 4000, and the second is processing performed by the calling side mobile phone 4000. This is a process for changing the registration contents permitted to the user.

  First, a personal information registration process, which is a process for requesting registration, will be described with reference to FIGS. Thereafter, a registration change process, which is a process for changing registered contents, will be described with reference to FIGS.

<Personal information registration process>
9 and 10 are diagrams showing examples of display screens when personal information registration processing is performed. FIG. 9 is a diagram showing an example of the screen of the originating mobile phone 3000, and FIG. 10 is a diagram showing an example of the screen of the called mobile phone 4000.

  11 and 12 are flowcharts showing the personal information registration process. For convenience of explanation, response messages and the like are not described (the same applies to FIG. 15).

  The personal information registration process in the personal information registration system 100 will be described using the flowcharts of FIGS. 11 and 12 with reference to the screens of FIGS.

  An example will be described in which the user of the originating mobile phone 3000 wishes to register the personal information of the user of the called mobile phone 4000.

  The user of calling side mobile phone 3000 inputs the telephone number of called side mobile phone 4000 using the numeric keypad, and presses a key to which a function for requesting registration of personal information is assigned.

  When the operation unit 3300 detects a user operation such as a key press, the operation unit 3300 notifies the control unit 3100 of the input telephone number and the pressed key.

  Upon receiving the notification, the control unit 3100 determines that the notified user operation is an instruction to request personal information registration, passes the input telephone number to the display unit 3400, and requests display of the registration request screen. At this time, the control unit 3100 stores the input telephone number in the work memory.

  Upon receiving the request, the display unit 3400 displays a registration request screen (see screen 1 in FIG. 9). The registration request screen shown in FIG. 9 is a screen for requesting personal information of the user having the telephone number “090-x111-222x”.

  When the operation unit 3300 detects that the key “request menu” is pressed while the registration request screen is displayed, the operation unit 3300 notifies the control unit 3100 to that effect.

  The control unit 3100 that has received the notification requests the display unit 3400 to display the request menu screen, and the display unit 3400 that has received the request displays the request menu screen (see screen 2 in FIG. 9).

  Here, the user moves the cursor to indicate the range of personal information desired to be registered, and presses the “Send” key.

  When the operation unit 3300 detects that the key “Send” is pressed while the request menu screen is displayed, the operation unit 3300 displays the menu item number focused by the cursor on the request menu screen and the key “Send”. Is notified to the control unit 3100 (step S300).

  The menu item number is one of “1”, “2”, and “3”, “1” indicates “phone number”, “2” indicates “phone number and mail address”, and “3” "Indicates" all information ".

  The control unit 3100 that is notified that the menu item number and the key “Send” have been pressed, the telephone number stored in the work memory, the menu item number received from the operation unit 3300, and the originating side that is the own device. The name of the user of the cellular phone 3000 is handed over to the registration message generation unit 3500, and a request for registration of personal information is made.

  Upon receiving the request, the registration message generation unit 3500 generates a registration request request message 3010.

  Specifically, the telephone number stored in the work memory is described in the To line 222 (see FIG. 5) of the header 220 of the registration request request message 3010 after being converted into a SIP URL. The From line 221 describes the SIP URL of the originating mobile phone 3000, which is the own device.

  In the body 230, “touroku_irai_yokiyu” is described as the signal type 241 of the text message 240 (see FIG. 6), the name of the user received from the control unit 3100 is described as the name 301, and the registration desired range 302 is input from the control unit 3100. It is created by describing “tel”, “tel_mail”, or “all” corresponding to the received menu item number.

  The registration message generation unit 3500 that generated the registration request request message 3010 passes the generated registration request request message 3010 to the communication unit 3200 and requests transmission.

  Upon receiving the request, the communication unit 3200 transmits the received registration request request message 3010 (step S310).

  When the operation unit 3300 detects that the key “cancel” is pressed on the registration request screen and the request menu screen, the control unit 3100 notified of the fact ends the process of requesting personal information. To do.

  The communication unit 1200 of the call control server 1000 that has received the message 200 passes the received message 200 to the control unit 1100.

  The control unit 1100 to which the message 200 is passed refers to the body 230 of the passed message 200, and since the signal type 241 of the text message 240 described in the body 230 is “touroku_irai_yokiyu”, the passed message 200 is a registration request request message 3010.

  The control unit 1100 that has determined that it is the registration request request message 3010 passes the registration request request message 3010 to the response processing unit 1400 and requests response processing.

  The response processing unit 1400 requested to perform response processing extracts the telephone number of the originating mobile phone 3000 from the From line 221 of the header 220 of the registration request request message 3010 that has been passed. In addition, the telephone number of the destination mobile phone 4000 is taken out from the To row 222.

  The response processing unit 1400 that has retrieved the telephone number passes the telephone number of the originating mobile phone 3000 and the telephone number of the called mobile phone 4000 to the table management unit 2100 of the data server 2000 and requests a response flag (step S100). ).

  Receiving the response flag request, the table management unit 2100 refers to the personal information request management table 2210 stored in the personal information request management table storage unit 2200 and reads the response flag.

  Specifically, the table management unit 2100 sets a re-registration request response flag 2213 for the record in which the registrant telephone number 2212 of the personal information request management table 2210 is the same as the telephone number of the called mobile phone 4000 passed. read out.

  Further, the response flag 2215 of the record in which the registrant telephone number 2212 is the same as the telephone number of the called mobile phone 4000 and the requester telephone number 2214 is the same as the telephone number of the calling mobile phone 4000 is read.

  The table management unit 2100 returns the read re-registration request response flag 2213 and response flag 2215 to the response processing unit 1400 of the call control server 1000. If there is no record in which the requester telephone number 2214 is the same as the telephone number of the calling-side mobile phone 4000, the fact is returned to the response processing unit 1400 (step S200).

  Upon receiving the re-registration request response flag 2213 and the response flag 2215, or the response processing unit 1400 that there is no record, the mobile phone 4000 determines whether or not to inquire whether the personal information registration is permitted or not. Step S110). Details of this determination will be described later with reference to FIG.

  When it is determined that the destination mobile phone 4000 is not inquired (step S120: No), the message generation unit 1300 is requested to generate and transmit a registration impossible response message 1030. At this time, the telephone number of the calling side mobile phone 3000 and the phone number of the destination side mobile phone 4000 are passed.

  Upon receiving the request, the message generation unit 1300 generates a registration impossible response message 1030.

  Specifically, the header 220 is generated in which the SIP URL of the called mobile phone 4000 is described in the From line 221 and the SIP URL of the calling mobile phone 3000 is written in the To line 222. Further, a body 230 is generated in which “touroku_fuka_outou” is described as the signal type 241 and the text message 240 is described as “fuka” as the impossibility information 305.

  The message generator 1300 that has generated the registration impossible response message 1030 passes the generated registration impossible response message 1030 to the communication unit 1200 and requests transmission.

  The communication unit 1200 requested to transmit transmits the passed registration impossible response message 1030 (step S130).

  The message generation unit 1300 that requested the communication unit 1200 to transmit the registration failure response message 1030 notifies the response processing unit 1400 to that effect. Upon receiving the notification, the response processing unit 1400 ends the response processing.

  On the other hand, if it is determined that the destination mobile phone 4000 is to be inquired (step S120: Yes), the message generation unit 1300 is requested to generate and send a registration permission request message 1010. At this time, the registration request request message 3010 passed from the control unit 1100 is passed.

  Upon receipt of the request, the message generation unit 1300 generates a registration availability request message 1010.

  Specifically, the registration permission request message 1010 is generated by rewriting the signal type 241 of the text message 240 described in the body 230 of the passed registration request request message 3010 with “touroku_kahi_yokiyu”.

  The message generation unit 1300 that has generated the registration availability request message 1010 passes the generated registration availability request message 1010 to the communication unit 1200 and requests transmission.

  The communication unit 1200 requested to transmit transmits the registration availability request message 1010 that has been passed (step S140).

  The communication unit 4200 of the called mobile phone 4000 that has received the message 200 passes the received message 200 to the control unit 4100.

  The control unit 4100 to which the message is passed refers to the body 230 of the passed message 200, and the signal type 241 of the text message 240 described in the body 230 is “touroku_kahi_yokiyu”. Is a registration availability request message 1010.

  The control unit 4100 that has determined that the registration availability request message 1010 has been received extracts the telephone number of the originating mobile phone 3000 from the From line 221 of the header 220 of the passed registration availability request message 1010. Further, the originating user name described as the name 301 of the text message 240 of the body 230 and the desired range described as the registration desired range 302 are extracted. The desired range is “tel”, “tel_mail” or “all”, and “telephone number only”, “telephone number and email address” and all information “telephone number and email address and other information” respectively. Show what you want.

  The control unit 4100 passes the extracted telephone number, calling user name, and desired range to the display unit 4400 and requests to display the registration permission screen (see screen 1 in FIG. 10).

  Upon receiving the request, the display unit 4400 displays a registration permission screen displaying the passed information.

  The example of the registration permission screen shown as screen 1 in FIG. 10 is displayed when the originating user name of the passed information is “A”, the telephone number is “090-x234-567x”, and the desired range is “all”. This is a screen displayed by the unit 4400.

  When the operation unit 4300 detects that the key “permission menu” is pressed while the registration permission screen is displayed, the operation unit 4300 notifies the control unit 4100 to that effect.

  The control unit 4100 that has received the notification requests the display unit 4400 to display the permission menu screen, and the display unit 4400 that has received the request displays the permission menu screen (see screen 2 in FIG. 10).

  Here, the user moves the cursor to indicate the range of personal information permitted to be registered, and presses the “select” key.

  When the operation unit 4300 detects that the key “selection” is pressed while the permission menu screen is displayed, the operation unit 4300 displays the menu item number focused by the cursor on the permission menu screen and the key “selection”. Is notified to the control unit 4100 (step S400).

  The menu item number is one of “0”, “1”, “2”, “3”, “0” indicates “all cannot be registered”, “1” indicates “phone number”, “2” indicates “telephone number and mail address”, and “3” indicates “all information”.

  The control unit 4100 that has been notified that the menu item number and the key “select” have been pressed, the SIP URL of the originating mobile phone 3000 described in the From line 221 of the header 220 of the received registration availability request message 1010. Then, the fact that “Select” has been pressed and the menu item number received from the operation unit 4300 are passed to the availability message generation unit 4500 to request transmission of a registration availability response message 4020.

  Upon receiving the request, the availability message generation unit 4500 generates a registration availability response message 4020.

  Specifically, the SIP URL of the originating mobile phone 3000 received from the control unit 4100 is described in the To line 222 (see FIG. 5) of the header 220 of the registration availability response message 4020. Also, the From line 221 describes the SIP URL of the called mobile phone 4000 as its own device.

  In the body 230, “touroku_kahi_outou” is described as the signal type 241 of the text message 240 (see FIG. 6). When the menu item number passed from the control unit 4100 is “0” as the availability information 303, “fuka” is described, and the menu item number is “1”, “2”, or “3”. In this case, write “ka”. When the menu item number is “1” as the registered content 304, the telephone number is read from the personal information stored in the profile storage unit 4600 and described as “tel: 090-x234-567x”, for example. Further, when the menu item number is “2”, the telephone number and the mail address are read and described as, for example, “tel: 090-x234-567x, mail: xxx @ zzz”. When the menu item number is “3”, the telephone number, e-mail address and other information are read out. For example, “tel: 090-x234-567x, mail: xxx @ zzz, Osaka City Yodogawa Ward, April 1 "Nissei".

  The availability message generation unit 4500 that has generated the registration availability response message 4020 passes the generated registration availability response message 4020 to the communication unit 4200 to request transmission.

  Upon receiving the request, the communication unit 4200 transmits the received registration availability response message 4020 (step S410).

  In addition, the availability message generation unit 4500 that has sent the registration availability response message 4020 to the communication unit 4200 and requested transmission notifies the control unit 4100 of the transmission.

  Upon receiving the notification, the control unit 4100 requests the display unit 4300 to display a message screen corresponding to the menu item number passed to the availability message generation unit 4500.

  Specifically, when the menu item number is “0”, a message screen indicating that the menu item has been rejected is displayed (see screen 3-2 in FIG. 10). When the menu item number is “1”, a message screen indicating that the registration of the telephone number is permitted is displayed. When the menu item number is “2”, a message screen indicating that the registration of the telephone number and the mail address is permitted is displayed. (See screen 3-1 in FIG. 10). In the case of “3”, a message screen indicating that registration of all information is permitted is displayed.

  still. When the key “reject” is pressed on the registration permission screen (see screen 1 in FIG. 10) and the permission menu screen (see screen 2 in FIG. 10), the menu item number “0” is selected on the permission menu screen. Similarly to the time, a registration availability response message 4020 in which “fuka” is written as the availability information 303 is generated and transmitted, and a message screen indicating the rejection is displayed (see screen 3-2 in FIG. 10).

  The control unit 1100 of the call control server 1000 that has received the registration availability response message 4020 via the communication unit 1200 passes the registration availability response message 4020 to the response processing unit 1400 and requests response processing.

  The response processing unit 1400 requested to perform response processing extracts the telephone number of the destination mobile phone 4000 from the From row 221 of the header 220 of the passed registration availability response message 4020, and from the To row 222, the calling side mobile phone 3000. Take out the phone number. Further, the user instruction “fuka” or “ka” described as the permission information 303 and the personal information described as the registered content 304, for example, “tel: 090-x234-567x” are extracted.

  The response processing unit 1400 that has retrieved the telephone number sends the telephone number of the originating mobile phone 3000, the telephone number of the called mobile phone 4000, the user instruction “fuka” or “ka” to the table management unit 2100 of the data server 2000 and The personal information is passed and the response information registration unit 1500 is requested to set the response flag (step S150).

  Upon receiving the response flag setting request, the response information registration unit 1500 passes the telephone number of the calling mobile phone 3000, the phone number of the called mobile phone 4000, and the flag, and sets the response flag to the table management unit 2100 of the data server 2000. Request setting. If the user instruction is “fuka”, “0” is passed as a flag, and “ka” is passed, and if the personal information is only a phone number, “1” is passed, and the personal information is a phone number and mail address. "2" is passed in the case of, and "3" is passed in the case of telephone number, mail address and other information.

  Upon receiving the response flag setting request, the table management unit 2100 sets the response flag of the personal information request management table 2210 stored in the personal information request management table storage unit 2200.

  More specifically, in the record of the personal information request management table 2210, the same telephone number as the destination mobile phone 4000 to which the registrant telephone number 2212 is passed, and the outgoing call to which the requester telephone number 2214 is passed. The passed flag is set in the response flag 2215 of a record that is the same as the telephone number of the side mobile phone 4000.

  The table management unit 2100 that sets the flag in the response flag 2215 notifies the response processing unit 1400 to that effect via the response information registration unit 1500 (step S210).

  Upon receiving the notification, the response processing unit 1400 requests the message generation unit 1300 to generate and send a registration request response message 1020. At this time, the registration availability response message 4020 delivered from the control unit 1100 is delivered.

  The message generation unit 1300 that has received the request generates a registration request response message 1020.

  Specifically, a registration request response message 1020 is generated by rewriting the signal type 241 of the text message 240 described in the body 230 of the passed registration availability response message 4020 as “touroku_irai_outou”.

  The message generation unit 1300 that generated the registration request response message 1020 passes the generated registration request response message 1020 to the communication unit 1200 and requests transmission.

  The communication unit 1200 requested to transmit transmits the registration request response message 1020 that has been passed (step S160).

  The control unit 3100 of the originating mobile phone 3000 that has received the registration request response message 1020 via the communication unit 3200 refers to the body 230 of the registration request response message 1020 and describes “fuka” as the availability information 303. In this case, the display unit 3400 is requested to display a message screen indicating that registration is rejected.

  Upon receiving the request, the display unit 3400 displays a message screen indicating that registration has been rejected (see screen 3-1 in FIG. 9). The message screen shown in the screen 3-1 in FIG. 9 indicates that the user whose destination mobile phone arrival 4000 has the name “B” has refused.

  When “ka” is described as the availability information 303, the telephone number of the destination mobile phone 4000 is extracted from the From line 221 of the body 220, and the extracted telephone number and the personal information described in the registration content 304 are used. The data is transferred to the personal information registration update unit 3600 and requested to be stored.

  Upon receiving the request, the personal information registration / updating unit 3600 stores the passed personal information in the personal information storage unit 3700 in association with the passed telephone number.

  The personal information registration / updating unit 3600 that has stored the passed personal information in the personal information storage unit 3700 notifies the control unit 3100 to that effect.

  Receiving the notification, the control unit 3100 passes the registration content 304 and requests the display unit 3300 to display a message screen corresponding to the content of the personal information described in the registration content 304.

Upon receiving the request, the display unit 3300 displays a message screen corresponding to the content of the personal information described in the registration content 304. Specifically, if the content of the personal information is only a telephone number, the display is displayed. In the case of a phone number and an e-mail address, a message screen showing the phone number and the e-mail address is displayed (see screen 3-2 in FIG. 9). In the case of information, a message screen displaying the information is displayed.

  Next, a process in which the response processing unit 1400 determines whether or not to inquire whether the personal information registration is possible or not to the destination mobile phone 4000 will be described with reference to FIG.

  The response processing unit 1400 receives that the re-registration request response flag 2213 and the response flag 2215 or the requester's telephone number 2214 does not have the same record as the telephone number of the calling mobile phone 4000, and decides whether or not to register personal information. It is determined whether or not to make an inquiry to the side mobile phone 4000 (step S110).

  First, the response processing unit 1400 receives that the requester telephone number 2214 does not have the same record as the telephone number of the calling mobile phone 3000, that is, if it is the first request from the calling mobile phone 3000 ( Step S500: Yes), it is determined to make an inquiry to the destination mobile phone 4000 (Step S530).

  On the other hand, when the request is not the first request from the originating mobile phone 3000 (step S500: No), the re-registration request response flag 2213 is referred to. When the re-registration request response flag 2213 is “0” (step S510: Yes), it is determined not to make an inquiry to the destination mobile phone 4000 (step S540).

  If the re-registration request response flag 2213 is “1” (step S510: No), if the response flag 2215 is “0” (step S520: Yes), it is determined that the destination mobile phone 4000 is not inquired. (Step S540) If it is not “0” (Step S520: No), it is determined that an inquiry is made to the destination mobile phone 4000 (Step S530).

<Registration change process>
In the following, processing when the registered mobile phone 4000 changes the registration content permitted to the calling mobile phone 3000 will be described with reference to FIGS.

  13 and 14 are diagrams illustrating examples of display screens when the registration change process is performed. FIG. 13 is a diagram showing an example of the screen of the destination mobile phone 4000, and FIG. 14 is a diagram showing an example of the screen of the originating mobile phone 3000.

  FIG. 15 is a flowchart showing registration change processing.

  Registration change processing in the personal information registration system 100 will be described with reference to the screens of FIGS. 13 and 14 and the flowchart of FIG.

  An example will be described in which the user of the destination mobile phone 4000 changes the registration range of personal information permitted to be registered by the user of the calling side mobile phone 3000.

  The user of destination mobile phone 4000 designates the telephone number of calling mobile phone 3000 using the address book, and presses a key to which a function for changing the registration range of personal information is assigned.

  When the operation unit 4300 detects a user operation such as a key press, the operation unit 4300 notifies the control unit 4100 of the designated telephone number and the pressed key.

  Receiving the notification, the control unit 4100 determines that the notified user operation is an instruction to change the registration contents of the personal information, and passes the designated telephone number to the display unit 4400 to request display of the registration change screen. . At this time, the control unit 4100 reads the name associated with the designated telephone number from the address book and passes it to the display unit 4400.

  Upon receiving the request, the display unit 4400 displays a registration change screen (see screen 1 in FIG. 13).

  The registration change screen shown in FIG. 13 indicates that the registration condition indicating the content of the personal information registered in the telephone whose phone number is “090-x234-567x” and whose user name is “A” is changed. A message is displayed.

  When the operation unit 4300 detects that the key “permission menu” is pressed while the registration change screen is displayed, the operation unit 4300 notifies the control unit 4100 to that effect.

  The control unit 4100 that has received the notification requests the display unit 4400 to display the permission menu screen, and the display unit 4400 that has received the request displays the permission menu screen (see screen 2 in FIG. 13).

  When the operation unit 4300 detects that the key “select” is pressed while the permission menu screen is displayed, the operation unit 4300 displays the menu item number focused by the cursor on the permission menu screen and the key “selection”. Is notified to the control unit 4100 (step S900).

  The menu item number is one of “0”, “1”, “2”, “3”, “0” indicates “all cannot be registered”, “1” indicates “phone number”, “2” indicates “telephone number and mail address”, and “3” indicates “all information”.

  The control unit 4100 that has been notified that the menu item number and the key “select” have been pressed, the designated telephone number, the menu item number received from the operation unit 4300, and the user of the destination mobile phone 4000 as its own device Is sent to the availability message generation unit 4500 and a request to change the personal information is made.

  Upon receiving the request, the availability message generation unit 4500 generates a registration change request message 4040.

  Specifically, the telephone number specified in the To line 222 (see FIG. 5) of the header 220 of the registration change request message 4040 is converted into a SIP URL and described. Also, the From line 221 describes the SIP URL of the called mobile phone 4000 as its own device.

  In the body 230, “touroku_henkou_yokiyu” is described as the signal type 241 of the text message 240 (see FIG. 6), the name of the user received from the control unit 4100 is described as the name 401, and the registration change range 402 from the control unit 4100 One of “tel”, “tel_mail”, “all”, and “fuka” corresponding to the received menu item number is described. In addition, when the registration change range 402 is “tel” as the registration content 403, the telephone number is read from the personal information stored in the profile storage unit 4600 and described, for example, as “tel: 090-x234-567x”. To do. When the registration change range 402 is “tel_mail”, the telephone number and the mail address are read and described as “tel: 090-x234-567x, mail: xxx @ zzz”, for example. When the registration change range 402 is “all”, the telephone number, e-mail address, and other information are read out. For example, “tel: 090-x234-567x, mail: xxx @ zzz, Osaka City, Yodogawa-ku, April 1st day ".

  The availability message generation unit 4500 that generated the registration change request message 4040 passes the generated registration change request message 4040 to the communication unit 4200 to request transmission.

  Upon receiving the request, the communication unit 4200 transmits the received registration change request message 4040 (step S910).

  In addition, the permission / prohibition message generation unit 4500 that has sent the registration change request message 4040 to the communication unit 4200 and requested transmission transmits the registration change request message 4040 to the control unit 4100.

  Upon receiving the notification, the control unit 4100 requests the display unit 4300 to display a message screen corresponding to the menu item number passed to the availability message generation unit 4500.

  Specifically, when the menu item number is “0”, a message screen indicating that deletion has been performed is displayed. When the menu item number is “1”, a message screen indicating that registration of the telephone number is permitted is displayed. In the case of “2”, a message screen indicating that registration of a telephone number and an e-mail address is permitted is displayed. In the case of “3”, a message screen indicating that registration of all information is permitted is displayed (FIG. 13). Screen 3).

  The control unit 1100 of the call control server 1000 that has received the registration change request message 4040 via the communication unit 1200 passes the registration change request message 4040 to the response processing unit 1400 and requests a response process.

  The response processing unit 1400 requested to perform response processing extracts the telephone number of the called mobile phone 4000 from the From line 221 of the header 220 of the passed registration change request message 4040, and from the To line 222, the calling mobile phone 3000. Take out the phone number. In addition, any of “tel”, “tel_mail”, “all”, “fuka” described as the registration change range 402 and personal information described as the registered content 403, for example, “tel: 090-x234-567x” "Is taken out.

  The response processing unit 1400 that has retrieved the telephone number sends the telephone number of the originating mobile phone 3000, the telephone number of the called mobile phone 4000, “tel”, “tel_mail”, “all” to the table management unit 2100 of the data server 2000. , "Fuka" and personal information are handed over, and the response information registration unit 1500 is requested to set a response flag (step S600).

  Upon receiving the response flag setting request, the response information registration unit 1500 passes the telephone number of the calling mobile phone 3000, the phone number of the called mobile phone 4000, and the changed flag, and responds to the table management unit 2100 of the data server 2000. Request to set a flag.

  When “fuka” is received from the response processing unit 1400 as the post-change flag, “0” is transferred to the table management unit 2100. When “tel” is received, “1” is passed, when “tel_mail” is received, “2” is passed, and when “all” is received, “3” is passed.

  Receiving the response flag setting request, the table management unit 2100 updates the response flag of the personal information request management table 2210 stored in the personal information request management table storage unit 2200.

  Specifically, the registrant telephone number 2212 of the personal information request management table 2210 is the same as the telephone number of the called mobile telephone 4000, and the requester telephone number 2214 is the same as the telephone number of the calling mobile telephone 4000. The passed change flag is set in the response flag 2215 of the same record.

  The table management unit 2100 that sets the change flag in the response flag 2215 notifies the response processing unit 1400 via the response information registration unit 1500 (step S700).

  Upon receiving the notification, the response processing unit 1400 requests the message generation unit 1300 to generate and send a registration change response message 1040. At this time, a registration change request message 4040 passed from the control unit 1100 is passed.

  Upon receiving the request, the message generation unit 1300 generates a registration change response message 1040.

  Specifically, a registration change response message 1040 is generated by rewriting the signal type 241 of the text message 240 described in the body 230 of the passed registration change request message 4040 with “touroku_henkou_outou”.

  The message generation unit 1300 that has generated the registration change response message 1040 passes the generated registration change response message 1040 to the communication unit 1200 and requests transmission.

  The communication unit 1200 requested to transmit transmits the registration change response message 1040 that has been passed (step S610).

  The control unit 3100 of the originating mobile phone 3000 that has received the registration change response message 1040 via the communication unit 3200 refers to the body 230 of the registration change response message 1040, and starts from the From line 221 of the body 220 to the called mobile phone 4000. Take out the phone number.

  When “fuka” is described as the registration change range 402, the control unit 3100 that has extracted the telephone number passes the extracted telephone number to the personal information registration update unit 3600 to request deletion.

  Upon receiving the request, the personal information registration update unit 3600 deletes the personal information associated with the passed telephone number from the personal information storage unit 3700.

  In addition, when “tel”, “tel_mail”, or “all” is described as the registration change range 402, the extracted telephone number and the personal information described in the registration content 403 are updated and registered in the personal information. The data is transferred to the part 3600 and requested to be stored.

  Upon receiving the request, the personal information registration / updating unit 3600 stores the passed personal information in the personal information storage unit 3700 in association with the passed telephone number.

  The personal information registration / updating unit 3600 that has stored the passed personal information in the personal information storage unit 3700 notifies the control unit 3100 to that effect.

  Upon receiving the notification, the control unit 3100 passes the name 401 and the registration content 403 and requests the display unit 3300 to display a message screen corresponding to the content of the personal information described in the registration content 403.

  Upon receiving the request, the display unit 3300 displays a message screen corresponding to the content of the personal information described in the registration content 403, including the name 401 of the user of the destination mobile phone 4000 (step S800).

  Specifically, if the content of personal information is only a phone number, a message screen displaying the phone number is displayed. If the content is a phone number and an email address, the message screen displaying the phone number and the email address is displayed. In the case of the phone number, mail address, and other information, a message screen displaying the information is displayed (see screen 1 in FIG. 14).

<Supplement>
As mentioned above, although embodiment of this invention was described, this invention is not restricted to the said form, You may make it as follows.
(1) In the embodiment, a call control server such as a SIP server is used as a device that relays messages between portable terminals, but any device that relays data such as messages between portable terminals may be used.
(2) The personal information registration system 100 may realize all or some of the components shown in FIG. 2 and the like with a single-chip or multiple-chip integrated circuit.
(3) The personal information registration system 100 may implement all or part of the components shown in FIG. 2 and the like by a computer program, or may be implemented in any other form.

  In the case of a computer program, a program written on any recording medium such as a memory card or CD-ROM may be read and executed by a computer, or a program may be downloaded and executed via a network. Also good.

1000 Call control server (server)
1100 3100 4100 Control unit 1200 3200 4200 Communication unit 1300 Message generation unit 1400 Response processing unit 1500 Response information registration unit 2000 Data server 2100 Table management unit 2200 Personal information request management table storage unit 3000 Originating mobile phone (first terminal)
3300 4300 Operation unit 3400 4400 Display unit 3500 Registration message generation unit 3600 Personal information storage unit 4000 Callee mobile phone (second terminal)
4500 Availability message generation unit 4600 Profile storage unit

Claims (7)

A communication system in which a first terminal requests personal information from a second terminal via a server,
The first terminal is
Request transmitting means for transmitting request data for requesting personal information stored in the second terminal;
Response receiving means for receiving response data as a response corresponding to the transmitted request data,
The server
Determining means for determining whether or not to obtain response data corresponding to the request data from the second terminal when the request data is received from the first terminal;
When it is determined that the data is acquired by the determination unit, the second terminal is requested to transmit response data corresponding to the request data, the transmitted response data is transmitted to the first terminal, and is acquired by the determination unit. A response transmission means for transmitting predetermined response data to the first terminal,
The second terminal is
A personal information registration system comprising: response means for transmitting response data corresponding to the request data to the server in response to an external instruction when a request for response data corresponding to the request data is received from the server. If the request data received from the calling first terminal is the first request data transmitted from the first terminal to the second terminal, the determining means receives the request data from the second terminal. The personal information registration system according to claim 1, wherein it is determined that response data corresponding to the request data is acquired. The transmitted response data includes permission information indicating whether or not to permit a request for the request data, and personal information having contents corresponding to the permission information,
The first terminal includes personal information storage means for storing the personal information,
The personal information registration system according to claim 1, wherein when the permission information included in the received response data indicates permission, the response receiving unit stores personal information having contents corresponding to the permission information in the personal information storage unit. Request receiving means for receiving request data for requesting personal information stored in the second terminal from the first terminal;
Determining means for determining whether to transmit the received request data to the second terminal when the request data is received by the request receiving means;
A transmission unit that transmits the request data to the second terminal when the determination unit determines to transmit, and a transmission unit that transmits predetermined data to the first terminal when the determination unit determines not to transmit. Server to provide. The server includes condition storage means for storing an identifier for identifying the first terminal and response information in association with each other,
The response information is information indicating whether or not the second terminal has transmitted personal information when the first terminal has transmitted request data to the second terminal;
If the identifier of the first terminal is not stored in the condition storage unit, the determination unit determines to transmit the request data to the second terminal, and if stored, associates the identifier with the identifier. 5. The server according to claim 4, wherein when the response information stored in this step indicates that personal information is not transmitted, it is determined that the received request data is not transmitted to the second terminal. To a server that transfers data between the first terminal and the second terminal,
Request data requesting personal information stored in the second terminal is received from the first terminal,
Determining whether to transmit the received request data to the second terminal;
A transfer method that causes the second terminal to transmit the request data when it is determined to transmit, and causes the first terminal to transmit predetermined data when it is determined not to transmit. A computer program for transferring data to a server,
A request receiving process for receiving request data for requesting personal information stored in the second terminal from the first terminal;
When request data is received in the request reception process, the second terminal performs a determination process for determining whether to transmit the received request data,
If it is determined that the data is to be transmitted in the determination process, the request data is transmitted to the second terminal, and if it is determined not to be transmitted by the determination means, a transmission process of transmitting predetermined data to the first terminal is executed. Computer program.

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