JP2012075057A - Address book generating system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a system which provides a communication opportunity with partners having mutually common relationships under a timely situation using time, place, user profile, and user's application usage state.SOLUTION: User's profile information registered in an address book, a usage state when using various types of application programs and WEB browsers and usage history information of input information and browsing information are compared with location information and time acquired in real time to preferentially display a user which has the matched or related information.

Description

  The present invention relates to an address book generation or display method in a mobile terminal such as a mobile phone, and relates to an address book generation system, a mobile terminal that generates and displays an address book, an address book generation method, and a display method.

  Conventionally, in a telephone having an address book of a portable terminal, when the address book function is activated in a state where address book information is stored in the address book of the main body in advance, the registered telephone number and e-mail address are displayed in order. The phone number is displayed in the registered order, and the telephone number of the connection destination (destination) to be sent is selected from the displayed phone numbers, thereby simplifying the call operation.

For example, according to Patent Literature 1 and Patent Literature 2, the number of outgoing calls is counted according to the day of the week and the time zone, so that frequently used telephone numbers can be preferentially displayed in descending order of outgoing frequency. Techniques to do this are disclosed. Thus, the user can perform a telephone number search operation in a short time.
Further, as in the technique disclosed in Patent Document 3, when a mobile information terminal performs location registration with a base station, the telephone number data corresponding to the service area transmitted from the base station, etc. The location information is acquired based on the terminal ID of the mobile radio communication terminal, such as the technology for acquiring the location information from the mobile phone and extracting and displaying the telephone numbers of acquaintances around the current location or the technology disclosed in Patent Document 4. And the technique of receiving the provision of the service according to the present position from the server by transmitting the acquired position information to the server is also proposed.

  In addition, according to the technique disclosed in Patent Document 5, the state of the person cannot be sufficiently reflected by time alone, so that the address information matched with the condition is displayed by combining time information and position information. Has also been proposed. In either case, the focus is on displaying address book information in the order of highest communication frequency based on past results and the highest possibility of access under the circumstances.

JP2000-358094 JP-A-7-182372 JP-A-10-294967 JP-A-11-285053 JP2003-110686A

  The present invention is not intended to sort and display the address book information preferentially in descending order of access possibility. Conventionally, as disclosed in Patent Document 1, since it is displayed based on the past history at the time of the day, people who are less frequent but closely related, or want to get in touch, it is quite an opportunity It is inconvenient to make a call to a person who often misses.

  Further, as disclosed in Patent Document 2, in the method of displaying when the position information matches the address information registered in the terminal or the like, the same place is always used when the same commuting route is always used. The same person will be displayed every time the user passes through, and only those who are not frequently contacted will be displayed.

  In addition, as disclosed in Patent Document 3, there is a technology that uses location information and receives provision of services according to the current location. However, when repeatedly going to the same location, distribution area information is constantly expanded and updated. If not, the same information will always be displayed.

  Further, as disclosed in Patent Document 4, it is possible to display in order of more appropriate transmission candidates by combining time and position information, but the displayed addresses are further limited.

  The present invention is different from the purpose to be solved by the above technique, and devised a technique for presenting a person who has a common topic in communication under the present situation, that is, a person who has detected a common point and is rather distant It is also a technology that contributes to digging up the relationship.

  In other words, it is an object to provide a communication opportunity in a timely manner with a partner who has a relationship that becomes a common topic under the current user situation, regardless of the frequency of outgoing calls or emails.

In order to solve the above problems, the present invention is an address book generation system configured by connecting a mobile terminal, an address book generation server, and a management server via a network,
The mobile terminal includes an address book management unit that manages an address book in which information of a plurality of users is registered, and a location information acquisition unit that acquires current location information.
The address book generation server includes a processing unit that generates an address book,
The management server includes a user information storage unit that holds profile information for each of a plurality of users managed by the address book management unit of the mobile terminal, and usage history information of the mobile terminal for each of the plurality of users.
The processing unit of the address book generation server compares the location information acquired from the location information acquisition unit of the mobile terminal with the profile information and the usage history information acquired from the user information storage unit of the management server, If there is profile information or usage history information that matches the location information, generate an address book that summarizes the users corresponding to the matched profile information or usage history information,
An address book generation system is provided, wherein the address book is transmitted to the portable terminal, and the portable terminal displays the address book received from the processing unit.

The present invention is an address book generation system configured by connecting a mobile terminal, an address book generation server, and a management server via a network,
The mobile terminal includes an address book management unit that manages an address book in which information of a plurality of users is registered, and a date and time information acquisition unit that acquires current date and time information,
The address book generation server includes a processing unit that generates an address book,
The management server includes a user information storage unit that holds profile information for each of a plurality of users managed by the address book management unit of the mobile terminal, and usage history information of the mobile terminal for each of the plurality of users.
The processing unit of the address book generation server compares the date and time information acquired from the date and time information acquisition unit of the mobile terminal with the profile information and the usage history information acquired from the user information storage unit of the management server, If there is profile information or usage history information that matches the date and time information, an address book that summarizes the users corresponding to the matched profile information or usage history information is generated and sent to the mobile terminal,
The portable terminal displays an address book received from the processing unit, and provides an address book generation system.

The present invention is an address book generation system configured by connecting a mobile terminal, an address book generation server, and a management server via a network,
The mobile terminal includes an address book management unit that manages an address book in which information of a plurality of users is registered, and a function execution unit that executes various functions by activation processing or input processing by the mobile terminal,
The address book generation server includes a processing unit that generates an address book,
The management server includes a user information storage unit that holds profile information for each of a plurality of users managed by the address book management unit of the mobile terminal, and usage history information of the mobile terminal for each of the plurality of users.
The processing unit of the address book generation server includes function execution information related to input processing or activation processing to the function execution unit of the mobile terminal, the profile information acquired from the user information storage unit of the management server, and the use history information If there is profile information or usage history information that matches the function execution information, an address book that summarizes users corresponding to the matched profile information or usage history information is generated and transmitted to the mobile terminal. ,
The portable terminal displays an address book received from the processing unit, and provides an address book generation system.

  Furthermore, a mobile terminal that realizes the above functions, a method for generating an address book, and a display method are provided.

  According to the present invention, communication can be easily started on a topic that can be shared and sympathized among users at the present time. Many opportunities to communicate with the right people at the right time can be provided, and deep relationships can be created.

It is a block diagram of a dynamic address book generation system showing an embodiment of the present invention. It is a block diagram of a user data storage table. It is a block diagram of a user profile table. It is a block diagram of a user candidate list intermediate generation table. It is a screen layout figure which shows an example at the time of normal. It is a screen layout figure which shows an example at the time of application utilization. It is a screen layout figure which shows an example at the time of external information cooperation. . It is a flowchart which shows the dynamic address book production | generation process at the time of the address book starting using the address book information on a network. It is a flowchart which shows the dynamic address book production | generation process at the time of application starting using the address book information on a network. It is a flowchart which shows the dynamic address book production | generation process at the time of the address book starting using the local address book information on a portable terminal. It is a flowchart which shows the dynamic address book production | generation process at the time of the application starting using the local address book information on a portable terminal.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a block diagram of a dynamic address book generation system showing an embodiment of the present invention.
The processing unit 1 receives various trigger information as input information from the portable terminal 12, receives time information from the clock 7 and date information from the calendar 8, transmits it to the list generation unit 9, and is generated from the list generation unit 9. The basic processing flow is to receive the user list, shape it into address book format data, and display it on the display unit 11 of the mobile terminal 12. Alternatively, the processing unit 1 may be an implementation unit that creates only the user ID of the generated user list, sends only the user ID information from the processing unit 1 to the terminal side, and shapes the address book format data on the terminal side.

  As a function for generating trigger information, the mobile terminal 12 has functions of position information 2, E-mail / SNS 3, call 4, WEB access 5, and application 6. The position information 2 is generated from the GPS and base station information, and positioning information and latitude / longitude information are generated and transmitted to the processing unit 1, and converted into address information, zip code information, area information and the like based on the generated information. And transmitted to the list generation unit 9 as trigger information.

  The E-mail / SNS 3 extracts text information based on the mail transmission reception history, the SNS post content history, and the comment history, and transmits the text information to the processing unit 1. The processing unit 1 extracts and generates a characteristic keyword in addition to the place, date and time, and landmark from the text information, and transmits it to the list generation unit 9. The call 4 sends voice call information to the processing unit 1, and the processing unit 1 extracts a place, date / time, landmark, and other characteristic keywords from the voice information, converts them into text, and sends the text to the list generation unit 9. The WEB access 5 sends URL information from the browsing history by the WEB browser to the processing unit 1, and the processing unit 1 converts the URL information from the URL information into text and extracts the keyword from the site information and converts it into text, and then sends it to the list generation unit 9. Send. The application 6 sends application ID information and application input information to the processing unit 1 when the application is activated. The processing unit 1 extracts the application ID information and keywords from the input information, converts them into text, and sends the text to the list generation unit 9. . The trigger information is merely an example, and includes everything related to an input operation and a start-up operation on the mobile terminal 12 such as a widget and search input information.

  The trigger information may include current date and time information acquired from the clock 7 and the calendar 8. Furthermore, regardless of the input operation or activation operation of the mobile terminal 12, information provided by various business operators 106, SNS business operators 107, or CP business operators 108 may be included as a trigger. As a specific example, a user list may be generated based on information obtained by ETC of currently provided TV program information.

  The list generation unit 9 acquires keywords generated by the processing unit 1 from various trigger information, and acquires registered user information from the user profile 103, the user data accumulation information 104, and the custody address book 105. The user information obtained using the keyword generated from the trigger information as a key is searched, and the matched users are listed to generate a user list, which is passed to the processing unit 1.

  FIG. 2 is a diagram illustrating an example of a user data storage table in which user data storage information 104 is stored. Although the user data storage table is an example, it is composed of a basic function 201 installed as a native function in the mobile terminal and application information 205 that can be freely added and deleted by the user. The basic function 201 includes mail, phone call, web, location information, etc., and is distinguished by the function ID 202. The date and time 203 of the used history is recorded, and the content of the email, the content of the call, the website access history, and the location information are stored in the content 204. Stored. The position information is information in which a user's action history is accumulated. The application information 205 describes an application already installed in the terminal or an application that has been downloaded and added, each application is identified by an application ID 206, the date and time of download are described in the DL date and time 207, and the application is activated Usage history information that can be used in the activation time zone or application-specific is described in the usage history 208. For example, in the case of music, there are title information, artist information, genre, and the like. In the transfer guidance, input information from Tokyo station to Yokohama station is described.

  The user data accumulation information 104 is stored in, for example, a database in a management server owned by a mobile phone carrier, and is not limited to users registered in the local address book 101 of the mobile terminal 12, but other user basic functions Information relating to 201 and application information 205 is also registered.

  Various types of information stored as the user data accumulation information 104, particularly the information of the content 204 and the usage history 208 in FIG. 2, are also collectively referred to as portable terminal usage history information.

  FIG. 3 is a diagram illustrating an example of a user profile table in which the user profile 103 is stored. Although the user profile information is an example, basic information 301 registered at the time of contract includes an address, a birthday, a birthplace, and the like. Further, the extended information 304 to be registered later as necessary is configured with various hobbies, preferences, remarks, and the like. Basic information 301 and extended information 304 in the user profile table can be added at any time.

  The user profile 103 is stored in, for example, a database in a management server held by a mobile phone carrier, and is registered not only for users registered in the local address book 101 of the mobile terminal 12 but also profile information regarding other users. Has been.

  The custody address book 105 transmits address information from the local address book 101 of the portable terminal 12 to the processing unit 1 and is registered in the custody address book 105 from the processing unit 1. The range of users to be sent to the list generation unit 9 is narrowed down by the user information registered in the custody address book 105. The custody address book 105 is also stored in, for example, a database in a management server owned by a mobile phone carrier.

  The list generation unit 9 searches the narrowed user profile 103 and user data storage information 104 for the keyword generated from the trigger information as a key, extracts matching users, and creates a user candidate list intermediate generation table. create.

  FIG. 4 is a diagram illustrating an example of a user candidate list intermediate generation table created by the list generation unit 9. As an example, an example in which the keyword generated from the trigger information is the position information “Yokohama Chinatown” is shown. In the user ID 401, a user ID 401 in which the keyword “Yokohama Chinatown” matches in any category is recorded. The matched keyword is described in the match key 403, the application name or application ID is described in the category 404, and is used to clearly indicate in which application the match is found, and the information in the vicinity where the keyword is searched for in the content 405 Is extracted and stored. Specifically, the list generation unit 9 uses the keyword “Yokohama Chinatown” generated from the trigger information to store information 204 included in the user data storage information 104, information described in the usage history 208, and the user profile 103. When the information described in the included contents 303 and 306 is searched and matched, information corresponding to the corresponding basic function 201, application information 205, basic information 301, and extended information 304 is displayed in the category of the user candidate list intermediate generation table. Register as 404.

  In the date and time 402, the date and time when the matched keyword was used is recorded. In Fig. 4, the date and time are arranged in order from the newest, and the latest information about the topic of Yokohama from the call log is stored, and then the E-mail made a conversation about going to Yokohama Chinatown. Stored. Matching location information keywords such as “Yokohama Chinatown” indicates that you have been to the spot before from the history of GPS information, etc. You can communicate with each other with interest. As another method of using location information, it is also possible to record the location at the time when user information is registered in the address book, and to find out the location where the person has been met. Note that the display order may be any of chronological order, close order, user-specified conditions, and the like.

  The processing unit 1 receives and processes the information of the user candidate list intermediate generation table to generate dynamic address book information and displays it on the display unit 11 of the mobile terminal 12.

  FIG. 5 is a screen layout image of a normal address book, in which users are regularly displayed in a list. The dynamically generated address book narrows down display users with respect to the basic display information of FIG. 5 using the position, time, application usage history, and the like as matching conditions.

  FIG. 6 is a screen layout image of the address book when the application is used. For example, when a web browser is launched on the currently activated application screen 601 and a Yokohama information site is being browsed (input information when the application is activated). As a user or a site related to Yokohama), the keyword of the trigger information from which the keyword “Yokohama” is extracted by the processing unit 1 and the user 602 that matches in any category 603 is address book Generated and displayed as a list. A part of the matching part is displayed in the content 603 as supplementary information. Since the user related to the use is displayed as the address book information while using the application, a lead wire for communication can be formed from the use of the application.

  While using an application, the address book information displayed simultaneously may change according to changes in elapsed time, application input information, browsing information, and the like.

  FIG. 7 is a screen layout image in which an address book and various information provided by an external provider are captured and displayed in addition to the information registered in the address book as existing information. The registered address book information is displayed in Local 701, and information that matches the keyword of the trigger information is displayed in SNS 702, store 703, and news 704, which are acquired from information sources provided by the respective external business operators. Similarly, when using an application, an information source may be displayed in cooperation with an external provider.

  In the information display of the external business operator, the trigger information is sent from the processing unit 1 in FIG. 1 to the recommendation processing unit 10, and the recommendation processing unit 10 provides each business DB 106 or SNS business which is DB information registered by each business operator. SNS provider user information 107 that can be acquired from an operator through an API or the like, or information that matches trigger information with the CP provider content distribution 108 provided by the CP provider, is selected and processed as recommendation result information 1 Hand over to. The processing unit 1 shapes the received recommendation information of the external business operator together with the user list information received from the list generation unit 9 into address book format data and displays it on the display unit 11 of the portable terminal. If there is a user who has accepted the user profile 103 or the user data storage information 104 as a search target for generating a dynamic address book, the recommendation processing unit 10 uses the trigger information acquired from the processing unit 1 as a search key. Alternatively, the user profile 103 and the user data storage information 104 may be searched, and the matched users may be extracted and passed to the processing unit 1 as recommendation result information. In this case, users other than the stored address book information can also be presented in the dynamic address book information.

  The display format on the screen may be a tab switching format, a scroll format, a user customized display such as a mixed display, or the like. In addition to the basic address book information, the external company information may be any information such as notice information or URL information from the company, video / image content provided by the company, and the like.

  The processing unit 1, list generation unit 9, and recommendation processing unit 10 (including various provider DB 106, SNS provider user information 107, CP provider content distribution 108) described so far are a single address book generation server. It may be implemented as a separate server. Note that the clock 7 and the calendar 8 are provided in an address book generation server having the processing unit 1, and similar functions are also provided in the portable terminal 12 although not shown.

  When generating a dynamic address book closed in the mobile terminal, the processing unit 1 in FIG. 1 is mounted in the mobile terminal 12. In this case, the processing unit 1 receives the trigger information, searches the local address book 101 and the communication history 102 using the trigger information as a key, generates a matched user list, and displays the address book information on the display unit 11. The local address book 101 stores the same information as the user profile 103, and the communication history 102 stores information such as calls with other users and E-mail transmission / reception as user data storage information 104. .

  The recommendation result of the address information displayed on the display unit 11 can be taken into the portable terminal 12 and stored in the local address book 101 if necessary.

The processing operation of the present invention will be described with reference to the flowcharts of FIGS.
FIG. 8 is a flowchart showing dynamic address book generation processing at the time of address book activation utilizing address book information on the network.

  First, the user activates the address book of the mobile terminal 12 and notifies the processing unit 1 (step 801). The processing unit 1 acquires time from a clock 7 such as a real-time clock, and acquires date information from the calendar 8 or the like (step 802). On the other hand, the list generation unit 9 acquires the user information registered in the custody address book 105 of the user of the mobile terminal 12 provided by the carrier company (step 803). Using the user ID and user name registered in the custody address book 105 as keys, the user in the custody address book 105 is associated with the user profile 103 and the user data storage information 104. That is, based on the user information registered in the custody address book 105, the user range registered in the user profile 103 and user data storage information 104 to be searched for generating a dynamic address book is narrowed down. Whether the user profile 103 or the user data storage information 104 may be used for generating a dynamic address book may require a user's permission, so confirm whether the user has given permission to use it. (Step 804).

  If the user is licensed, the user profile 103 and the user data storage information 104 are searched for the matching user information using the position information 2 as trigger information and the date / time information acquired from the clock 7 and the calendar 8 as keys. Implement (step 805). When the matched user information exists, necessary information is written in the user candidate list intermediate generation table shown in FIG. 4 (step 806). If they do not match, when searching for the next user, it is determined whether it is the end of the address information (step 807). If it is not the end, the next user information is acquired and the above processing is repeated.

  In the last case, it is determined whether or not the recommended address book list generated from the recommendation processing unit 10 exists (step 808). If it exists, the recommended address book information is acquired (step 809), and the stored address book The address book information is generated together with the address book list generated from, and displayed on the display unit 11 of the terminal (step 810).

FIG. 9 is a flowchart showing dynamic address book generation processing at the time of application activation utilizing address book information on the network.
First, the user activates the application of the mobile terminal 12 and notifies the processing unit 1 (step 901). The processing unit 1 acquires time from a clock 7 such as a real time clock, and acquires date information from the calendar 8 or the like (step 902). The processing unit 1 acquires information input by the application from the activation application, the usage status of the application, and history information (step 903). On the other hand, the list generation unit 9 acquires user information registered in the custody address book 105 of the user of the mobile terminal 12 provided by the carrier company (step 904). Using the user ID or user name registered in the custody address book 105 as a key, the user in the custody address book 105 is associated with the user profile 103 and the user data storage information 104. That is, based on the user information registered in the custody address book 105, the user range registered in the user profile 103 and user data storage information 104 to be searched for generating a dynamic address book is narrowed down. Whether the user profile 103 or the user data storage information 104 may be used for generating a dynamic address book may require a user's permission, so confirm whether the user has given permission to use it. (Step 905).

  If the user is licensed, the user profile 103 and the user data storage information 104 are searched for the matching user information using the position information 2 as trigger information and the date / time information acquired from the clock 7 and the calendar 8 as keys. Implement (step 906). If there is matching user information, necessary information is written in the user candidate list intermediate generation table shown in FIG. 4 (step 907). Matching user information using the user profile 103 and user data storage information 104 as a key from the application input information or the usage history information as the trigger information, date and time information, usage status information (running, etc.) A forward search is performed (step 908). If there is matching user information, necessary information such as an application category is written in the user candidate list intermediate generation table shown in FIG. 4 (step 909). If they do not match, when searching for the next user, it is determined whether it is the end of the address information (step 910). If it is not the end, the next user information is acquired and the above process is repeated. Note that, for example, “matching application usage state” means matching of actions in a state where the same application is used at the same time or the same place.

  In the last case, it is determined whether or not the recommended address book list generated from the recommendation processing unit 10 exists (step 911). If it exists, the recommended address book information is acquired (step 912), and the stored address book is stored. The address book information is generated together with the address book list generated from, and displayed on the display unit 11 of the terminal (step 913).

  FIG. 10 is a flowchart showing a dynamic address book generation process when the address book is activated using the local address book information 101 on the portable terminal 12. In FIG. 10, it is assumed that the processing unit 1, the clock 7, and the calendar 8 are mounted in the mobile terminal 12.

  First, the user activates the address book of the mobile terminal 12 (step 1001). The processing unit 1 acquires time from a clock 7 such as a real-time clock, and acquires date information from the calendar 8 or the like (step 1002). The processing unit 1 acquires user information registered in the local address book 101 (step 1003). The user ID and the user name included in the acquired user information are used as keys to associate the user of the local address book 101 with the communication history 102 and information. The user information registered in the local address book 101 and the communication history 102 are sequentially searched for the matching user information using the position information 2 as trigger information and the date / time information acquired from the clock 7 and the calendar 8 as keys. (Step 1004). When the matched user information exists, necessary information is written in the user candidate list intermediate generation table shown in FIG. 4 (step 1005). If they do not match, when searching for the next user, it is determined whether it is the end of the address information (step 1006). If it is not the end, the next user information is acquired and the above process is repeated. In the last case, the address list information is formatted from the user list into address book format data and displayed on the display unit 11 (step 1007).

  FIG. 11 is a flowchart showing dynamic address book generation processing at the time of application activation utilizing the local address book information 101 on the portable terminal 12. Also in FIG. 11, it is assumed that the processing unit 1, the clock 7, and the calendar 8 are mounted in the mobile terminal 12.

  First, the user starts an application of the mobile terminal 12 (step 1101). The processing unit 1 acquires time from a clock 7 such as a real-time clock, and acquires date information from the calendar 8 or the like (step 1102). The processing unit 1 acquires user information registered in the local address book 101 (step 1103). The user ID and the user name included in the acquired user information are used as keys to associate the user of the local address book 101 with the communication history 102 and information. The user information registered in the local address book 101 and the communication history 102 are sequentially searched for the matching user information using the position information 2 as trigger information and the date / time information acquired from the clock 7 and the calendar 8 as keys. (Step 1004). When the matched user information exists, necessary information is written in the user candidate list intermediate generation table shown in FIG. 4 (step 1005).

  The user information that matches with the user of the local address book 101 and the communication history 102 by using the application input information or the usage history information as trigger information, the date / time information, and the usage status information (running, etc.) as keys. A forward search is performed (step 1106). If there is matching user information, necessary information such as an application category is written in the user candidate list intermediate generation table shown in FIG. 4 (step 1107). If they do not match, when searching for the next user, it is determined whether it is the end of the address information (step 1108). If it is not the end, the next user information is acquired and the above processing is repeated. In the last case, the user list is shaped into address book format data, and the address book information is displayed on the display unit 11 (step 1109).

1: processing unit, 2: position information, 3: e-mail / SNS, 4: call, 5: WEB access, 6: application, 7: clock, 8: calendar, 9: list generation unit, 10: recommendation processing unit 11: Display unit, 12: Mobile terminal, 101: Local address book, 102: Communication history, 103: User profile, 104: User data storage information, 105: Custody address book, 106: Various business operator DBs, 107: SNS Provider user information, 108: CP provider content distribution

Claims (9)

An address book generation system configured by connecting a mobile terminal, an address book generation server, and a management server via a network,
The mobile terminal includes an address book management unit that manages an address book in which information of a plurality of users is registered, and a location information acquisition unit that acquires current location information.
The address book generation server includes a processing unit that generates an address book,
The management server includes a user information storage unit that holds profile information for each of a plurality of users managed by the address book management unit of the mobile terminal, and usage history information of the mobile terminal for each of the plurality of users.
The processing unit of the address book generation server compares the location information acquired from the location information acquisition unit of the mobile terminal with the profile information and the usage history information acquired from the user information storage unit of the management server, If there is profile information or usage history information that matches the location information, an address book that summarizes users corresponding to the matched profile information or usage history information is generated and transmitted to the mobile terminal,
The address book generation system, wherein the portable terminal displays an address book received from the processing unit. The address book generation system according to claim 1,
The user information storage unit of the management server also holds profile information of users other than users managed by the address book management unit of the mobile terminal and usage history information of the mobile terminal,
Whether the processing unit of the address book generation server is a user managed by the address book management unit of the mobile terminal from the location information acquired from the location information acquisition unit of the mobile terminal and the user information storage unit of the management server Regardless of the acquired profile information and usage history information, if there is profile information or usage history information that matches the location information, the user corresponding to the matched profile information or usage history information An address book generation system, characterized in that an address book is collected and transmitted to the portable terminal. The address book generation system according to claim 1 or 2,
The address book generation server further includes an operator information storage unit that holds operator information provided by the operator,
The processing unit of the address book generation server compares the location information acquired from the location information acquisition unit of the mobile terminal with the operator information acquired from the operator information storage unit, and matches the location information. If there is business information, the business information that matches is incorporated into the generated address book, transmitted to the mobile terminal,
The address book generating system, wherein the portable terminal displays an address book received from the processing unit and incorporating the business operator information. An address book generation system configured by connecting a mobile terminal, an address book generation server, and a management server via a network,
The mobile terminal includes an address book management unit that manages an address book in which information of a plurality of users is registered, and a date and time information acquisition unit that acquires current date and time information,
The address book generation server includes a processing unit that generates an address book,
The management server includes a user information storage unit that holds profile information for each of a plurality of users managed by the address book management unit of the mobile terminal, and usage history information of the mobile terminal for each of the plurality of users.
The processing unit of the address book generation server compares the date and time information acquired from the date and time information acquisition unit of the mobile terminal with the profile information and the usage history information acquired from the user information storage unit of the management server, If there is profile information or usage history information that matches the date and time information, an address book that summarizes the users corresponding to the matched profile information or usage history information is generated and sent to the mobile terminal,
The address book generation system, wherein the portable terminal displays an address book received from the processing unit. The address book generation system according to claim 4,
The user information storage unit of the management server also holds profile information of users other than users managed by the address book management unit of the mobile terminal and usage history information of the mobile terminal,
Whether the processing unit of the address book generation server is a user managed by the address book management unit of the mobile terminal from the date information acquired from the date information acquisition unit of the mobile terminal and the user information storage unit of the management server Regardless of the acquired profile information and usage history information, if there is profile information or usage history information that matches the date and time information, the user corresponding to the matched profile information or usage history information An address book generation system, characterized in that an address book is collected and transmitted to the portable terminal. The address book generation system according to claim 4 or 5,
The address book generation server further includes an operator information storage unit that holds operator information provided by the operator,
The processing unit of the address book generation server compares the date / time information acquired from the date / time information acquisition unit of the mobile terminal with the provider information acquired from the provider information storage unit, and matches the date / time information. If there is business information, the business information that matches is incorporated into the generated address book, transmitted to the mobile terminal,
The address book generating system, wherein the portable terminal displays an address book received from the processing unit and incorporating the business operator information. An address book generation system configured by connecting a mobile terminal, an address book generation server, and a management server via a network,
The mobile terminal includes an address book management unit that manages an address book in which information of a plurality of users is registered, and a function execution unit that executes various functions by activation processing or input processing by the mobile terminal,
The address book generation server includes a processing unit that generates an address book,
The management server includes a user information storage unit that holds profile information for each of a plurality of users managed by the address book management unit of the mobile terminal, and usage history information of the mobile terminal for each of the plurality of users.
The processing unit of the address book generation server includes function execution information related to input processing or activation processing to the function execution unit of the mobile terminal, the profile information acquired from the user information storage unit of the management server, and the use history information If there is profile information or usage history information that matches the function execution information, an address book that summarizes users corresponding to the matched profile information or usage history information is generated and transmitted to the mobile terminal. ,
The address book generation system, wherein the portable terminal displays an address book received from the processing unit. The address book generation system according to claim 7,
The user information storage unit of the management server also holds profile information of users other than users managed by the address book management unit of the mobile terminal and usage history information of the mobile terminal,
The processing unit of the address book generation server obtains the profile of the user acquired from the function execution information and the user information storage unit of the management server regardless of whether or not the user is managed by the address book management unit of the mobile terminal. Information and the usage history information are compared, and if there is profile information or usage history information that matches the function execution information, an address book that summarizes the users corresponding to the matched profile information or usage history information is generated, An address book generation system that transmits to the portable terminal. The address book generation system according to claim 7 or claim 8,
The address book generation server further includes an operator information storage unit that holds operator information provided by the operator,
The processing unit of the address book generation server compares the function execution information with the provider information acquired from the provider information storage unit, and if there is provider information that matches the function execution information, Embedded in the generated address book and sent to the mobile terminal,
The address book generating system, wherein the portable terminal displays an address book received from the processing unit and incorporating the business operator information.

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