JP2019109742A - Account name identification system - Google Patents

Abstract

To provide an account name identification system which identifies account names used in a plurality of external services.SOLUTION: An account name identification system comprises: a data integration device which integrates data acquired from external services; an integrated data storage device which stores the data integrated by the data integration device; a name identification device which identifies account names using the data stored in the integrated data storage device; a name identification data storage device which stores data with account names identified by the name identification device; and an integrated service provision device which displays the data on a user terminal on the basis of the data stored in the integrated data storage device and the name identification data storage device.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an account name identification system, and more particularly to an account name identification system that integrates multiple types of accounts, such as e-mail, calendar, SNS, etc., owned by the same person and the same group.

  In recent years, with the development of mobile devices and clouds, services having the same purpose and function are increasing, and it is common for one person to use a plurality of services in combination. In addition to the existing PCs, tablets and smartphones, there will be more platforms such as voice recognition assistants, autonomous driving platforms, IoT devices, etc. It is expected that the software will continue to be

  While such a situation can enjoy convenience, it causes problems such as excessive service, excessive notification, duplication and dispersion of information, and may lead to inefficiency of work and deterioration of information quality. In addition, with the advent of new platforms, it is thought that the above problems will further become apparent and complicated.

  One reason is that the same person or the same group owns multiple accounts to use multiple services. For example, if person A owns four e-mail addresses e1, e2, e3 and e4, person B sends message P to person A's e-mail addresses e1 and e3 and person A has an e-mail address Suppose that you reply only from e3. When the person A browses the e-mail address e1 later, there is no history of replying to the message P from the person B. Therefore, there is a problem that when the person A forgets whether or not the person A replies to the person B, the person A must check the history of the other e-mail address e3.

  Also, for example, when person A uses three SNSs with different nicknames a1, a2 and a3, and person B uses four SNSs with different nicknames b1, b2, b3 and b4, whoever who is who is who It is difficult to remember what it is. Therefore, when a message is received from the nicknames a1, a2, b3, it is cumbersome to determine whether they are from the same person.

  As described above, in the situation where different accounts are prepared for each of a plurality of services, in order to link a plurality of services and communicate with a large number of people, the name identification of accounts is an important issue, and a smart name identification system Desired.

JP, 2016-118931, A

  In patent document 1, the similarity between users corresponding to the browser information is determined based on the browser information acquired from the browser of the user terminal, and the similarity is determined. There is disclosed a name identification device that names users as the same user when the threshold is equal to or higher than a predetermined threshold.

  However, Patent Document 1 examines whether the service provider is a person who has made a fraudulent transaction in an internet auction or the like in the past from the information obtained from the browser of the user terminal, etc. It is for identifying a company or user who exhibits using a plurality of different accounts as the same person in order to exclude the use or registration of a user who is perceived to be likely to perform, a plurality of e-mails, SNSs, etc. It does not do the name identification of the account in order to cooperate and use the service of.

  Then, this invention solves the said subject and provides the account name identification system for linking and using several services, such as an email and SNS.

  In order to solve the above problems, the present invention provides an account name identification system that integrates multiple types of accounts, such as e-mail, calendar, SNS, etc., owned by the same person and the same group.

  In the account name identification system according to the present invention, when a plurality of accounts used in a plurality of external services are accounts of the same person, the name identification of the account is performed, and a plurality of external services are considered as if based on the name identification account. Combine data from multiple external services on a per-person basis, as you would use a service. For example, even if a friend of the user is using multiple services, they can be integrated into one timeline. This means not only the integration of multiple services possessed by the same person, but also the grouping of mail magazines and purchase histories of the same series.

  In the account name identification system according to the present invention, when the external service A and the external service B are linked, data is reviewed across the external service A and the external service B, and which is own data? Identify By this, (1) information of the user himself, (2) information of the other party whom the user exchanged, (3) information shared by a plurality of users, and (4) information of others but the same person or the same series are identified. Efficiently filter and summarize information.

  The account name identification system according to the present invention performs (1) integration, (2) filtering, (3) learning, (4) classification, (5) extraction, (6) remind, and (7) recommendation processing. When integration or filtering is completed, it is possible to realize higher efficiency and name identification, as it proceeds to the next process such as learning, classification, and recommendation.

  In a first aspect of the present invention, a data integration device for integrating data acquired from an external service, an integrated data storage device for storing data integrated by the data integration device, and data stored in the integrated data storage device Display of data on the user terminal based on the data stored in the integrated data storage device and the integrated data storage device, the integrated data storage device storing the integrated data storage device storing the data integrated by the first embodiment And an account name identification system provided with an integrated service providing apparatus.

According to the present invention, in a situation where different accounts are prepared for each of a plurality of services, efficient name collation of accounts can be performed based on data from the plurality of services.
Other objects, features and advantages of the present invention will become apparent from the following description of embodiments of the present invention with reference to the accompanying drawings.

FIG. 1 is a conceptual diagram showing the entire account name identification system according to a first embodiment of the present invention. FIG. 2 is a diagram showing an example of name identification processing of the account identification system according to the first embodiment of the present invention. FIG. 3 is a diagram showing the process flow of the account name identification system according to the first embodiment of the present invention. FIG. 4 is a view showing an example of an initial state of a timeline on the display screen of the account name identification system according to the first example of the present invention. FIG. 5 is a view showing an example of the name identification screen on the display screen of the account name identification system according to the first example of the present invention. FIG. 6 is a view showing an example of a timeline after name identification on the display screen of the account name identification system according to the first exemplary embodiment of the present invention. FIG. 7 is a diagram showing an example of a display screen of integrated digital content according to the second embodiment of the present invention.

FIG. 1 is a conceptual diagram showing the entire account name identification system according to a first embodiment of the present invention.
The account name identification system 1 includes a data integration device 10, an integrated data storage device 20, a name identification device 30, a name identification data storage device 40, and an integrated service providing device 50. The data integration device 10 integrates data provided by the external service 2 and stores the integrated data in the integrated data storage device 20. The name identification device 30 performs name identification of the account using the data stored in the integrated data storage device 20, and stores the account information after the name identification in the name identification data storage device 40. The integrated service providing device 50 acquires the data stored in the integrated data storage device 20 and the account information after name identification stored in the name identification data storage device 40, and displays the data provided by the integrated service to the user terminal 60. Do.

  The external service 2 is, for example, one or more of an electronic mail service 1, an SNS service 2, a calendar service 3, a video distribution service 4, a news distribution service 5, a mail order service 46, a delivery service 47, etc. Etc.) are all kinds of services provided via a public network. The data provided by the external service 2 includes sender information, receiver information, messages, and the like.

  The data integration device 10 integrates data acquired from one or more external services 2 and stores the data in the integrated data storage device 20. The data integration device 10 is a server or processor.

  The integrated data storage device 20 stores data integrated by the data integration device 10. The integrated data storage device 20 may be a database storing integrated data.

  The name identification device 30 performs name identification using the integrated data stored in the integrated data storage device 20. The name collation device 30 is a server or a processor.

  The name identification data storage device 40 stores the name identification data in the name identification device 30. The name identification data storage device 40 may be a database that stores data after name identification.

  The integrated service providing device 50 acquires the data stored in the integrated data storage device 20 and the account information after name identification stored in the name identification data storage device 40, and displays the data provided by the integrated service to the user terminal 60. Do. The integrated service providing apparatus 50 is a server or a processor.

  Data is displayed on the user terminal 60 based on the service provided by the integrated service providing device 50.

FIG. 2 is a diagram showing an example of name identification processing by the account identification system of the present invention.
Suppose that five contacts 1 to 5 are extracted from a plurality of external services. The state (a) of FIG. 2 shows an initial state, and among the contacts 1 to 5, the contact 1 is the contact of the user A1 itself. In the initial state (a), it is assumed that the contacts 2 to 5 other than the contact 1 which is the contact of the user A1 himself are the contacts of the friends C1 to C4, respectively. In this state (a), the timeline displayed on the user terminal 60 displays one account of the user A1 himself and four accounts of friends.

  The state (b) of FIG. 2 shows an example of the transition from the state (a). State (b) indicates that contact 1 and contact 2 are both identified as user A1's contacts when contact 2 is also determined to be user A1's own contact. ing. In this state (b), the time line displayed on the user terminal 60 displays the two accounts used by the two external services of the user A1 in a single state, and Three friends' accounts are displayed.

  State (c) of FIG. 2 shows an example of transition from state (b). State (c) further shows that if contact 3 is also determined to be the contact of user A1 itself, then contacts 1 to 3 are all identified as being the contact of user A1, and the name identification is performed. There is. In this state (c), the time line displayed on the user terminal 60 displays the three accounts used by the three external services of the user A1 in a single state, and Two friends' accounts are displayed.

  The state (d) of FIG. 2 shows an example of the transition from the state (c). State (d) further shows that if contact 4 is also determined to be the contact of user A1 itself, then contacts 1 to 4 are all identified as being the contact of user A1, and the name identification is performed. There is. In this state (d), the time line displayed on the user terminal 60 displays the four accounts used by the four external services of the user A1 in a single state, and One friend's account is displayed.

  The state (e) of FIG. 2 shows an example of the transition from the state (d). State (e) further indicates that, when it is determined that the contact 5 is also the contact of the user A1 itself, the contacts 1-5 are all identified as being the contact of the user A1, and the name identification is performed. There is. In this state (e), the timeline displayed on the user terminal 60 displays the five accounts used by the five external services of the user A1 himself in a state of being grouped into one, and the friend's No account is displayed.

  State (f) of FIG. 2 shows another example of transition from state (a). If it is determined that the contact 2 and the contact 3 are the contacts of the same friend C1, the state (f) reams that the contact 2 and the contact 3 are both the contacts of the friend C1 and the name identification line is It shows the broken state. In this state (f), the time line displayed on the user terminal 60 displays the two accounts used by the friend C1 in the two external services in a state of being grouped together, and the user You will see one of your contacts and two other friends' accounts.

  State (g) of FIG. 2 shows an example of transition from state (f). In the state (g), if it is determined that the contact 4 and the contact 5 are the contacts of the same friend C2, then the contact 4 and the contact 5 are both considered to be the contacts of the friend C2 It shows the broken state. In this state (g), the time line displayed on the user terminal 60 displays the two accounts used by the two external services by the friend C2 in a state of being grouped together, One contact is displayed, and one contact of the friend C1 is displayed.

  State (h) of FIG. 2 shows an example of transition from state (g). State (h) indicates that all contacts 2-5 are identified as contacts of friend C1 if all contacts 2-5 are determined to be contacts of friend C1. ing. In this state (h), the time line displayed on the user terminal 60 displays the four accounts used by the friend C1 in the four external services in a state of being grouped together, and in addition, the user One of your contacts is displayed. In this way, the contacts once brought together may be further put together.

  State (i) of FIG. 2 shows another example of transition from state (f). State (i) further indicates that, when it is determined that contact 4 is also the contact of friend C1, contacts 2 to 4 are all identified as being the contact of friend C1, and the name identification is performed. . In this state (i), the time line displayed on the user terminal 60 displays the three accounts used by the friend C1 in the three external services in a state of being combined into one, and in addition, the user One of your contacts and one of your other friends C2's contacts are displayed.

  State (j) of FIG. 2 shows an example of transition from state (h). In the state (j), if it is determined that the contact 2 is also the contact of the user A1 itself, then the contact 1 and the contact 2 are both identified as the contacts of the user A1 and the name identification is performed Is shown. In this state (j), the time line displayed on the user terminal 60 displays the two accounts used by the two external services of the user A1 itself in a state of being put together into one, and summarized in the other One contact of the identified friend C1 is displayed.

  State (k) of FIG. 2 shows an example of transition from state (j). In the state (k), when it is determined that only the contact 5 is the contact of the other friend C2 among the contacts of the friend C1 collected once, the contact 5 is separated, and some name identification is made It shows the state of cancellation. In this state (k), the time line displayed on the user terminal 60 displays the two accounts used by the two external services of the user A1 itself in a state of being put together into one, and summarized in the other One contact of the friend C1 and one contact of the friend C2 are displayed. In this way, it is possible to partially eliminate the name identification for those once identified.

  State (l) of FIG. 2 shows another example of transition from state (j). State (j) further shows that if contact 3 is also determined to be the contact of user A1 itself, then contacts 1 to 3 are all identified as user A1's contact and the name identification is performed. ing. In this state (l), on the timeline displayed on the user terminal 60, the three accounts used in the three external services of the user A1 itself are displayed in a state of being combined into one, and summarized in the other One contact of the identified friend C1 is displayed.

  As described above, although the example of name identification has been described using FIG. 2, the example of name identification is not limited to the case of FIG. 2 and may include examples of all other states and state transitions.

  FIG. 3 is a diagram showing the process flow of the account name identification system according to the present invention. In step S301, the data integration device 10 integrates data acquired from an external service. In step S302, the name identification device 30 filters the data stored in the integrated data storage device 20. In step S303, the name identification device 30 learns the data stored in the integrated data storage device 20. In step S304, data classification is performed on the data stored in the integrated data storage device 20 by the name identification device 30. In step S305, data extraction is performed on the data stored in the integrated data storage device 20 by the merging apparatus 30. In step S306, the integrated service providing device 50 reminds the data stored in the name identification data storage device 40. In step S307, the integrated service providing device 50 makes a recommendation on the data stored in the name identification data storage device 40.

  In step S301, the data integration device 10 integrates data acquired from an external service. Data integration includes account integration, address book integration, message integration, and news integration.

1. Account Integration In the account integration, the data integration device 10 acquires account data from a plurality of external services as a process before the name identification process described with reference to FIG. Information associated with the user of the address is linked and stored in the integrated data storage device 20. The information on the user includes the name of the user, the telephone number, the group to which the user belongs, and the like. Account data is acquired from an address book or the like used in each external service.

2. Integration of communication history In the integration of communication history, communication history is acquired from multiple external services. The communication history means, for example, a history of communication in which the user A has called the user B, the user A has transmitted a mail to the user B, and the like. For example, when the user A calls the user B, the history of the user A records that the user B has called the user B, and in the history of the user B, the user A receives a call The thing is recorded. These communication histories are actually one event that occurred at the same timing. However, the history on the side of the user A and the history on the side of the user B are recorded separately as two histories. In the communication history integration, two separate histories are integrated as one communication between two or more users. The integrated communication history is stored by the data integration device 10 in the integrated data storage device 20.

3. Message Integration In message integration, messages sent by multiple external services and received messages are integrated into one and the same message. The integrated message is stored by the data integration device 10 in the integrated data storage device 20. As a result, the corresponding transmitted and received messages stored separately in the outbox and inbox of the plurality of external services are put together into one transmitted message, which constitutes one interaction. It becomes possible to view and manage received messages at one time.

  Here, the message is typically an e-mail message, but it is not limited to this, and SNS message, voice mail message, instant mail message, video message, photo or image message, etc. It may be any kind of message.

  For example, it is assumed that the user of the terminal "Koara" receives an e-mail message M1 from the friend "Hick", "Is it free next Friday afternoon?". This message M1 is stored in the inbox of Mr. Koara's terminal. In response to this message M1, Mr. Koara has sent a message M2 by email "Yes, all right" to Mr. Chick. This message M2 is stored in the outbox of Mr. Koara's terminal. However, Mr. Koara, who became inconvenient two days later, sent a message M3 to Mr. Chick, saying "Please change the promise of the other day to Thursday morning next week." This message M3 is stored in the outbox of Mr. Koara's terminal. In response to this message M3, Mr. "Hick" has sent a message M4 to Mr. Koara that "Thursday is open in the afternoon next week." This message M4 is stored in the inbox of Mr. Koara's terminal. In response to this message M4, Mr. "Ko" sent a message M5 "Might be okay on Thursday afternoon" to Mr. Chick. This message M5 is stored in the outbox of Mr. Koara's terminal. Later, when Mr. Koara tried to confirm the promise with Mr. Chick, Mr. Koara received a message M1, M4 received from Mr. Chick from the inbox of his terminal. It is necessary to find out the contents, confirm the contents, find out the messages M2, M3 and M5 sent to Mr. "chick" from the outbox of the terminal, and grasp the contents of the last message M5. Between these messages M1 to M5, a large number of messages from other friends and work places, and messages with "Hick" about other topics are stored in the Inbox and Outbox. , It takes time to search for the messages M1 to M5.

  In message integration, the context of the messages M1 to M5 stored separately in the inbox and the outbox can be analyzed, and the messages M1 to M5 can be recognized as a series of dialogs and combined into one message. The data integration device 10 may arrange message exchanges in chronological order from the time of message transmission and reception, and determine which of the message corresponds to the start of the dialogue, the progress, and the conclusion.

  The particular words used to analyze the context of the message are predetermined and stored in integrated data store 20. Specific words can be newly added to the integrated data storage device 20 for each category. Also, words extracted as a result of learning by the name identification device 30 may be newly added to the integrated data storage device 20 for each category as specific words.

4. Integration of News In the integration of news, keywords are automatically extracted from the subject and body of an e-mail from news delivered from a plurality of external services such as a news delivery service, and news including the same keyword is integrated. Also, keywords having the same meaning are integrated as one keyword. For example, "vending machine" and "vending machine" are integrated as one same keyword.

  The keywords automatically extracted from the news are stored in the integrated data storage device 20 for each category. The keywords used to integrate the news may be predetermined and stored in the integrated data storage device 20. Also, keywords used for integrating news can be newly added to the integrated data storage device 20 for each category. Also, words extracted as a result of learning by the name identification device 30 may be newly added to the integrated data storage device 20 for each category as a keyword.

5. Purchase e-mail integration Purchase integration integrates e-mails related to the purchase or reservation of goods or services in multiple external services such as mail-order services, online shopping, and reservation services. For example, when the same product or service is purchased at a different online / shopping store, name identification is automatically performed as an email regarding the same product or service. For example, the exchange of e-mails regarding the product P purchased in the store A and the product P purchased in the store B is carried out as the exchange of e-mails regarding the same product P. Therefore, when trying to additionally purchase the same product P next time, the user confirms an e-mail of exchange regarding the product P after the first generation, compares which one of the store A and the store B should be purchased, and makes the purchase. It can be considered.

  In order to determine that a certain email is a purchase email, it is determined from the sender. The word for determination is previously determined and stored in the integrated data storage device 20 as a specific word for each category. Alternatively, the product name or service name related to the purchase may be automatically extracted from the purchase mail, and may be stored in the integrated data storage device 20 as a specific word related to the purchase mail. Specific words can be newly added to the integrated data storage device 20 for each category. Also, words extracted as a result of learning by the name identification device 30 may be newly added to the integrated data storage device 20 for each category as specific words.

  In step S302, the name identification device 30 filters the data stored in the integrated data storage device 20. In filtering, accounts of multiple external services, communication partners, subject, contents of text, etc. are automatically analyzed, and for example, only emails of communication between users may be extracted except for advertisement emails and email magazines, etc. Filter to Similarly, filtering can be performed to extract only purchase emails such as EC sites, and filtering can be performed to extract only email magazines. Whether to extract only the type of mail may be automatically selected and displayed in accordance with the contents of each service, the display items on the screen, and the like.

  The filtering may be performed by determining whether the subject line of the e-mail contains a specific word. For example, when the name of the shop online shopping online is described, it is determined that the email is a purchase email associated with the purchase of a product, and is classified into the category of the purchase email. Also, if the subject or sender of the e-mail includes the name or address of the issuer of the e-mail magazine, the e-mail is determined to be an e-mail magazine and is classified into the category of the e-mail magazine. Also, if the content of the e-mail account or communication partner, subject line contains specific words such as "important", "urgent" or words important to the user, the e-mail is an important e-mail. It is determined that there is, it is classified into the category of important mail. The determination as to whether or not the mail is an important mail may be made based on whether or not the contact address is registered in the address book, whether or not the e-mail has been transmitted / received in the past, or the like.

  Specific words are predetermined for each category and stored in the integrated data storage device 20. Specific words can be newly added to the integrated data storage device 20 for each category. Also, words extracted as a result of learning by the name identification device 30 may be newly added to the integrated data storage device 20 for each category as specific words.

  In step S303, the name identification device 30 learns the data stored in the integrated data storage device 20. In order to improve the accuracy of the name identification process, it is possible to learn the user's action on the message and reflect the learning result in the next name identification process. Here, the action of the user means, for example, some action such as replying to the message, flagging it as not important, or not taking an expected action.

  The learning includes, for example, learning from a plurality of e-mail subject lines frequently used words in e-mail exchange regarding a specific category, and extracting them as a specific word or keyword. If a particular word or keyword extracted by learning is not stored in the integrated data storage device 20 as a particular word or keyword for use in data integration, filtering or name identification, a new particular word or new word The keywords may be stored in the integrated data storage device 20 for each category. By such learning, specific words or keywords stored in the integrated data storage device 20 are strengthened, and data integration in the data integration device 10 and accuracy of name identification processing in the name identification device 30 are enhanced.

  In step S304, data classification is performed on the data stored in the integrated data storage device 20 by the name identification device 30. Categorize categories across multiple types of data acquired from multiple external services. It can be classified into categories by a certain keyword for multiple types of services such as email, Todo, calendar, purchase history, EC ticket, news and so on. For example, it is possible to classify the notification mail notifying "the heavy rain warning" acquired from the mail service and the news of the "weather forecast" acquired from the news distribution service by the keyword "weather".

  For example, purchase emails in online shopping and the like may be classified into more detailed categories. For example, the importance of the e-mail can be determined based on whether the advertisement is merely received from the store, the product having a high intention to purchase, or the product already in the purchasing process or already purchased. It is also good. Further, from the time of transmission and reception, to which stage of the purchase procedure is currently advanced may be determined in time series. For example, when the e-mail received by the user is classified as a purchase e-mail, it may be determined from the content of the subject or the text of the e-mail that the e-mail is an order content confirmation e-mail for confirming the order content after product purchase. .

  Categories to be classified include, for example, business, company XX, online shopping, online tickets, digital content, travel, restaurants, money, etc. The products and services may be further classified into a second hierarchy category such as books, beauty, home appliances, and food products.

  In step S305, data extraction is performed on the data stored in the integrated data storage device 20 by the merging apparatus 30. For data acquired from a plurality of external services, only specific information necessary for providing the external services is extracted and presented to the user in an easy-to-understand manner, according to the contents of the external services. For example, as for the purchase history, only the information of the purchase date, product name, amount, delivery date, points, coupon is extracted and presented. For travel, only information on destination, amount, and schedule is extracted and presented. That is, unnecessary information is omitted from the data, extracted, and presented to the user.

  In step S306, the integrated service providing device 50 reminds the data stored in the name identification data storage device 40. When the user needs some action after the name identification process is completed, an alert notification is sent to the user terminal such as a smartphone or PC just before or on the day before the action should be performed, and the user Prevent you from forgetting to take action. Since the name identification process is completed, it is possible to prevent useless reminders from being notified. The reminding is performed by the integrated service providing apparatus 50 transmitting a notification to the user terminal 60.

  The integrated service providing apparatus 50 analyzes the history of the exchange of the past messages stored in the integrated data storage device 20 or the integrated data storage device 40 when performing reminding, and the future action or the user should take. It may be possible to predict future behavior that must be taken. For example, from the delivery information, airline ticket, movie ticket, information about reservation, etc. included in the text of the e-mail, the day before the user should take action, such as delivery date, boarding date, viewing date, reservation date, etc. A reminder may be notified on the day etc.

  The integrated service providing apparatus 50 analyzes the history of message exchange in the past when the reminding is performed, extracts the routine action of the user, that is, the action performed along a certain pattern or cycle, and takes the action It is also possible to predict the day to be done. For example, the product purchased regularly is extracted from the history of the purchase email, the purchase interval of the product is determined, the next planned purchase date is predicted, and a reminder is given on the day before or on the same day as the planned purchase date. You may do so.

  In step S307, the integrated service providing device 50 makes a recommendation on the data stored in the name identification data storage device 40. Here, “recommended” means to recommend the user the action to be taken. For example, the user is urged to take action by encouraging the user to contact the person to be contacted, reading the news to be read, performing the task to be done, replying to the e-mail to be replied, etc. The recommendation is performed by the integrated service providing apparatus 50 transmitting a notification to the user terminal 60. Since the recommendation is performed after the name identification process is completed, useless recommendation can be prevented.

  The integrated service providing apparatus 50 extracts other users having preferences and behavior patterns similar to the user as similar users from the entire information and history of the account name identification system 1, and is similar to the extracted similar user behavior. Recommend users to take action. That is, the user terminal 60 is notified of information related to similar user behavior and similar behavior. For example, if a user A who likes to travel sends an email to order a catalog of sightseeing tours for the next month, recommend a similar tourist tour catalog order to a similar user B similar to the user A. May be Also, for example, as a result of analyzing the entire information and history of the account name identification system 1, in particular, the information stored in the integrated data storage device 20 and the identification data storage device 40, the user who travels frequently to the cinema or theater is gourmet If information indicating that the user prefers information is obtained, gourmet information may be recommended to a user who is analyzed as having frequent trips or movie theaters.

4 to 6 are diagrams showing an example of a display screen of the account name identification system according to the first embodiment of the present invention.
FIG. 4 is a view showing an example of an initial state of the timeline 400 on the display screen of the account name identification system according to the first example of the present invention.
401 to 404 in FIG. 4 indicate that the user of this terminal, "Ko-ara," has received messages from four people, "Kujira", "chick", "Pig", and "Haruka", respectively. For example, the arrow 401 indicates that a message has been sent from "whale" to "kore" who is the user of this terminal. Similarly, the arrow of 402 indicates that a message has been sent from "chick" to "Koar", the arrow of 403 indicates that a message has been transmitted from "Pig" to "Koar", and the arrow of 404 Indicates that a message has been sent from "Haruka" to "Koro".

  Also, 405 to 409 in FIG. 4 indicate that a message has been sent from a group including a plurality of contacts to a plurality of contacts including the user of this terminal. For example, the arrow 405 indicates that a message has been sent to "Koara" and "Kujira" from a group named "Hick, Kujira" that includes "chick" and "Kujira" as members. There is. Similarly, the arrow 406 indicates that a message has been sent to "Koara" and "Kujira" from a group named "Pub, Kujira", which includes "Pub" and "Kujira" as members. There is. The arrow 407 indicates that a message has been sent to "Koar" and "Kujira" from a group named "Haru, Kujira" that includes "Haru" and "Kujira" as members. An arrow 408 indicates that a message has been sent to "Koar" and "Hick" from a group named "Hick, Kujira" that includes "Hick" and "Kujira" as members. An arrow 409 indicates that a message has been sent to "Koara" and "chick" from a group named "Pub, Chick" that includes "pigs" and "chicks" as members.

  Thus, the timeline 400 of FIG. 4 displays a plurality of messages received by the user of this terminal in chronological order. Preferably, the newest message among the displayed messages is displayed at the top of the screen, and the oldest message is displayed at the bottom of the screen, but is not limited to this and can be changed by the user. May be

FIG. 5 is a view showing an example of the name identification screen 500 in the display screen of the account name identification system according to the first example of the present invention.
501 of FIG. 5 has shown the icon and name after name collation. In the example of FIG. 5, the names after the name identification are “pig, chick, whale”, and the “pig” icon is assigned. Reference numerals 502, 503 and 504 indicate the addresses of contacts included in "Pine, chick, whale". Three contacts 502 to 504 are named as "pig, chick, whale".

  The name identification is automatically performed by the name identification device 30, and the result is displayed as a screen as shown in FIG. 5. By clicking “Add contact” 505, the contact name is manually identified. You may add it.

FIG. 6 is a view showing an example of a timeline 600 after the name identification on the display screen of the account name identification system according to the first embodiment of the present invention.
FIG. 6 shows a timeline 600 after the name identification process of FIG. 5 is performed on the timeline in the initial state of FIG. 4. An arrow 601 indicates that a message has been sent from the address of "whale" of "pig, chick, whale" gathered in FIG. 5 to "kore" who is the user of this terminal. An arrow 602 indicates that a message has been sent from "frog" to "coarse". Since "frog" is not targeted for name identification in FIG. 5, 404 in FIG. 4 is left as it is. The arrow in 603 is a message sent to "Koara" and "Kujira" from the group named "Haruka, Baku, Chick, Kujira" consisting of "Haruka" and "Pub, Chick, Kujira" It shows that it was done. The arrow in 604 sends a message to Koar and Chick from a group named Pig, Chick, Whale and Roar consisting of Pigs, Chicks, Whales and Frogs. It shows that it was done. The arrows in 605 are for "Koara", "Kujira" and "chick" from the group named "Puq, Chick, Kujira, Frog" consisting of "Pub, Chick, Kujira" and "Haru". Indicates that the message has been sent. Similarly, an arrow 606 indicates that a message has been sent from "a pig, a chick, a whale, a frog" to "coarse" and "a pig", and an arrow 607 "a pig, a chick, a whale, a frog" It indicates that the message has been sent to "Koara", "Kujira" and "But", and the arrow of 608 shows "Koar", "Hick" and "Pub from" Pub, Chick, Whale, Frog ""The message is sent to"", and the arrow of 609 is sent to" Koar "," Kujira "," Hick "and" Pig "from" Pig, chick, whale, frog " Show that.

  As described above, by performing name identification, substantially more information can be summarized and displayed on one timeline.

  In the first embodiment, the function of integrating the e-mail contacts has been described. However, in the second embodiment, using the same account name identification system 1 as the first embodiment, the user can obtain the purchase history of digital contents included in the e-mail. Describes the ability to integrate purchased digital content.

  The e-mail includes a purchase confirmation e-mail of digital content provided in the external service 2 such as the moving image distribution service 4, the news distribution service 5, the communication sales service 46, and the distribution service 47. Here, the digital content refers to, for example, all kinds of digital content such as images such as photographs, moving images, music, audio files, radios, electronic books, cartoons, and the like.

  In the conventional system or service, when the user purchases digital content such as moving images, music, electronic books, etc. from a plurality of external services 2, in order to view or browse the purchased digital content, It is necessary to log in to the external service 2 that is the purchase source. In such a situation, for example, in order to view video A, it is necessary to log in to the video distribution service “AA” and view video A from the page or interface of the logged-in video distribution service “AA”. In order to view the moving picture B, it is necessary to log in to another moving picture distribution service "BB" and view the moving picture B from the page or interface of the moving picture distribution service "BB" logged in. As described above, when you want to watch the movie B following the movie A despite logging to the same movie "video", log in to a different movie distribution service and watch the movie via a different page or interface. It will be necessary to That is, digital content of the same genre is scattered among a plurality of different external services 2.

  On the other hand, using the account name identification system 1 according to the present invention, it is possible to integrate a plurality of digital contents dispersed in a plurality of different external services 2 by genre and view or browse through a single integrated page or interface. It becomes. That is, the account name identification system 1 according to the present invention functions as a hub of a plurality of digital contents such as moving pictures, music, electronic books and the like stored via electronic mail. This makes it possible to provide a virtual bookshelf (library) across multiple cloud services. A virtual package or cover is displayed on a virtual bookshelf (library). By logging in to the external service 2 in advance, it is possible to view or browse digital contents such as moving pictures, music, electronic books and the like only by clicking on a virtual package or a cover displayed on a bookshelf.

  Integration of digital content is performed by analyzing the purchase history of digital content included in the e-mail. The purchase confirmation e-mail or the like transmitted from the plurality of external services 2 includes a link to the purchased digital content or other means of acquisition. The purchase confirmation e-mail and the like are integrated from a plurality of external services 2 and used for name identification.

  For example, digital contents are linked based on genres such as moving pictures, music, and electronic books. A contact address is extracted from a plurality of integrated purchase confirmation emails, etc., and it is determined from which contact type, digital content, etc. the digital content of the purchase confirmation email is purchased. For example, the e-mail contact points of the video distribution service “AA” and the other video distribution service “BB” are put together and used as contacts for “video”. In addition, the contact points of the music distribution service "CC" and e-mails of other music distribution service "DD" are put together and used as contacts regarding "music". Similarly, the e-mail contact addresses of the electronic book distribution service "EE" and the other electronic book distribution service "FF" are put together and used as contacts regarding "e-book".

  A plurality of digital contents included in each genre subjected to name identification are respectively provided with virtual packages or covers, and the virtual packages or covers are assigned links to the digital contents. When a virtual package or cover is clicked, it is possible to view or browse digital content corresponding to the virtual package or cover.

FIG. 7 is a diagram showing an example of a display screen 700 of integrated digital content according to the second embodiment of the present invention.
Reference numeral 701 displays a list of moving images included in the "moving image" after the name identification. Reference numeral 702 displays the electronic books included in the electronic book after the name identification as a list. A list 703 displays the music included in the "music" after the name identification. The arrangement of each digital content in FIG. 7 is an example, and the present invention is not limited to this.

  Further, news may be integrated and displayed as indicated by 704 in FIG. 7 using the same account name identification system 1 according to the present invention. For example, name identification may be performed for the genres of news such as "politics", "economy", "sports", and "science".

In addition, items classified according to free themes set by the user may be integrated and displayed. For example, name identification may be performed for a specific person, a specific sports team, a specific topic, and the like.
Although the above description is made for the examples, it is obvious to those skilled in the art that the present invention is not limited thereto, and various changes and modifications can be made within the spirit of the present invention and the scope of the appended claims.

DESCRIPTION OF SYMBOLS 1 account name identification system 2 external service 10 data integration device 20 integrated data storage device 30 name identification device 40 name identification data storage device 50 integrated service provision device 60 user terminal

For example, it is assumed that the user of the terminal "Koara" receives an e-mail message M1 from the friend "Hick", "Is it free next Friday afternoon?". This message M1 is stored in the inbox of Mr. Koara's terminal. In response to this message M1, Mr. Koara has sent a message M2 by email "Yes, all right" to Mr. Chick. This message M2 is stored in the outbox of Mr. Koara's terminal. However, Mr. Koara, who became inconvenient two days later, sent a message M3 to Mr. Chick, saying "Please change the promise of the other day to Thursday morning next week." This message M3 is stored in the outbox of Mr. Koara's terminal. In response to this message M3, Mr. "Hick" has sent a message M4 to Mr. Koara that "Thursday is open in the afternoon next week." This message M4 is stored in the inbox of Mr. Koara's terminal. In response to this message M4, Mr. "Ko" sent a message M5 "Might be okay on Thursday afternoon" to Mr. Chick. This message M5 is stored in the outbox of Mr. Koara's terminal. Later , when Mr. Koara tries to confirm the promise with Mr. Chick, Mr. Koara finds out messages M1 and M4 received from Mr. Chick from the inbox of his terminal. It is necessary to check the contents of the last message M5 by finding out the messages M2, M3 and M5 sent to Mr. Chick from the outbox of the terminal. Between these messages M1 to M5, a large number of messages from other friends and work places, and messages with "Hick" about other topics are stored in the Inbox and Outbox. , It takes time to search for the messages M1 to M5.

FIG. 6 is a view showing an example of a timeline 600 after the name identification on the display screen of the account name identification system according to the first embodiment of the present invention.
FIG. 6 shows a timeline 600 after the name identification process of FIG. 5 is performed on the timeline in the initial state of FIG. 4. An arrow 601 indicates that a message has been sent from the address of "whale" of "pig, chick, whale" gathered in FIG. 5 to "kore" who is the user of this terminal. An arrow 602 indicates that a message has been sent from "frog" to "coarse". Since "frog" is not targeted for name identification in FIG. 5, 404 in FIG. 4 is left as it is. 603 of the arrow, the "frog", "pig, chick, whale" and members of the "frog, parts were, chicks, whale" from a group of named, the message is against the "Koala", "whale" Indicates that it was sent. The arrow in 604 sends a message to Koar and Chick from a group named Pig, Chick, Whale and Roar consisting of Pigs, Chicks, Whales and Frogs. It shows that it was done. The arrows in 605 are for "Koara", "Kujira" and "chick" from the group named "Puq, Chick, Kujira, Frog" consisting of "Pub, Chick, Kujira" and "Haru". Indicates that the message has been sent. Similarly, an arrow 606 indicates that a message has been sent from "a pig, a chick, a whale, a frog" to "coarse" and "a pig", and an arrow 607 "a pig, a chick, a whale, a frog" It indicates that the message has been sent to "Koara", "Kujira" and "But", and the arrow of 608 shows "Koar", "Hick" and "Pub from" Pub, Chick, Whale, Frog ""The message is sent to"", and the arrow of 609 is sent to" Koar "," Kujira "," Hick "and" Pig "from" Pig, chick, whale, frog " Show that.

Claims (9)

Account Namer System,
A data integration device that integrates data acquired from an external service;
An integrated data storage device for storing data integrated by the data integration device;
The name identification device performing name identification of accounts using data stored in the integrated data storage device;
A name identification data storage device for storing data identified by the name identification device;
An integrated service providing device for displaying data on a user terminal based on the integrated data storage device and data stored in the name identification data storage device.   The data integration device according to claim 1, wherein the data integration device integrates a message transmitted by a plurality of external services and a received message into one same message, and stores the same message in the integrated data storage device. Account Namer System.   When the name identification device determines that the contact point acquired by the data integration device is the contact point of the user itself, the acquired contact point, and the contact point of the user itself stored in the integrated data storage device The account name identification system according to claim 1, characterized in that they are collected as one contact point.   The name identification device determines whether or not the specific word stored in the integrated data storage device is included in the subject or body of the electronic mail, and the particular word included in the subject or body of the electronic mail The account name identification system according to claim 1, wherein the e-mail filtering is performed based on.   The name identification device learns, from the subject lines or the texts of a plurality of e-mails, words frequently used in the exchange of e-mails regarding a specific category, and stores the extracted words in the integrated data storage device as the specific words. The account name identification system according to claim 1, characterized in that.   The account name identification system according to claim 1, wherein the name identification device classifies data stored in the integrated data storage device into categories.   The account name identification system according to claim 1, wherein the name identification device extracts only specific information necessary for providing the external service from data stored in the integrated data storage device.   The integrated service providing apparatus analyzes a history of exchange of past messages stored in the integrated data storage device or the name identification data storage device, and the user is required to take a future action or a future action to be taken by the user. The account name identification system according to claim 1, wherein the account name identification system predicts and sends a notification to the user terminal.   The integrated service providing apparatus extracts another user having the same preference and behavior pattern as the user as a similar user, and transmits a notification to the user terminal about information related to the behavior similar to the behavior of the similar user. The account name identification system according to claim 1, characterized in that