KR100690785B1 - Apparatus and method for automatically removing a community information through network - Google Patents

Abstract

The present invention relates to an apparatus and method for automatically transferring community information through a network, which enables a user to quickly and accurately transfer information of an existing community to a community of another newly opened portal site. An apparatus connected to a service system, the apparatus comprising: a web server for exchanging information with a client connected through the network; A database storing primary authentication information for each user who wants to transfer community information, secondary authentication information and account information for each user in the plurality of service systems; And a community sender service system and a community receiver service system which are determined by the user according to receiving information for requesting transfer of community information from the client through the web server after the first authentication of the user of the client. Provides second authentication information of the user to request a second authentication, and upon receiving the second authentication success information from both service systems, the community for the transfer selected by the user in the site of the community sender service system. And a processing server for sending information to the community receiving side service system.

Community information, migration, network, authentication

Description

Apparatus and method for automatically removing a community information through network}

1 is a block diagram of a device for automatically transferring community information through a network according to a first embodiment of the present invention;

2A, 2B and 2C are flowcharts illustrating a method for automatically transferring community information through a network according to a first embodiment of the present invention;

3 is a block diagram of an apparatus for automatically transferring community information through a network according to a second embodiment of the present invention;

4A, 4B, and 4C are flowcharts illustrating a method for automatically transferring community information through a network according to a second embodiment of the present invention.

* Explanation of symbols for main parts of the drawings

10: client 20: network

30: service system 40: community information automatic transfer device

50: Web Server 60: Database

61: user DB 62: site DB

63: collected information DB 70: processing server

71, 86: authentication processing unit 72, 88: multi-task processing unit

73, 89: change management 74, 87: community transfer management

81: CPU 82: input unit

83: output 84: memory

85: processing unit

The present invention relates to an apparatus and method for automatically transferring community information through a network, and more particularly, to an apparatus for automatically transferring community information through a network so that existing community information can be easily and automatically transferred to a community of another portal site. It is about a method.

In general, community is an English language meaning a community or a community of Koreans, and a community in a virtual space where people who share the same hobbies and interests, gather in a virtual space, perform certain activities, and exchange information. It means.

At present, various portal sites operate a personal community and a group community. For example, Nate manages a number of minihompys as a one-person personal community, and in the case of Naver, Empas, and Yahoo, many blogs as a one-person community. In the case of Daum, it operates a number of planets as a single person community. And Daum and Empas operate a large number of cafes as a group community, and Nate operates a large number of clubs as a group community.

In this manner, various types of communities can be provided with a desired service only by members registered in the corresponding community. That is, a customer can join a community by joining one or more of the numerous communities operated by various portal sites or by opening a new community. In addition, the customer wants to open a community in a portal site that fits his or her preferences, and in order to transfer existing community information to a community of another newly opened portal site, there is a hassle of simple repetitive work of storing and registering the information. .

The present invention has been proposed to solve the above-mentioned conventional problems, and an object of the present invention is a community through a network that allows the user to quickly and accurately transfer information in an existing community to a community of other newly opened portal sites. It is to provide a device for automatic transfer of information.

Another object of the present invention is to provide a method for automatically transferring community information through a network so that information in an existing community can be automatically, quickly and accurately transferred to a community of another newly opened portal site.

In order to achieve the above object, the apparatus for automatically transferring community information through a network according to a preferred embodiment of the present invention is a device connected to a plurality of clients and a plurality of service systems through a network.

A web server for exchanging information with a client connected through the network; A database storing primary authentication information for each user who wants to transfer community information, secondary authentication information and account information for each user in the plurality of service systems; And a community sender service system and a community receiver service system which are determined by the user according to receiving information for requesting transfer of community information from the client through the web server after the first authentication of the user of the client. Provides second authentication information of the user to request a second authentication, and upon receiving the second authentication success information from both service systems, the community for the transfer selected by the user in the site of the community sender service system. And a processing server for sending information to the community receiving side service system.

The processing server may include: an authentication processing unit configured to perform primary authentication on a corresponding user by checking the database based on information related to login provided from the client; The authentication processing unit requests the second authentication by providing the second authentication information of the corresponding user to the community sending service system and the community receiving service system having the user authentication of the first authentication, and the second authentication service from the both service systems. A multi-task processing unit comprising a plurality of work units which extract information in the community for transfer selected in the site of the community-sending service system and transmits the difference authentication success information to the community receiving service system; And selecting a waiting unit in the multi-task processing unit according to the information requesting the transfer of the community information of the user who has been first authenticated by the authentication processing unit, instructing the user to transfer the community information requested by the user, and processing in the multi-task processing unit. And a community transfer management unit for transmitting the result to the corresponding client through the web server and the network.

In addition, the automatic community transfer method according to an embodiment of the present invention is connected to a plurality of clients and a plurality of service systems through a network, and the user of the plurality of service systems as well as the primary authentication information of the client. In the community information transfer method of a device having a database and processing server that stores a plurality of user information, including the secondary secondary authentication information and account information,

When the processing server receives the request for transferring the community information from the client after the first authentication of the client connected through the network is normally performed, the processing server receives the community sender and the community reception determined by the user of the client. A first step of searching the database for secondary authentication information for access to a side service system; A second step of, if the second authentication information is found by the first step, the processing server providing the found second authentication information to the corresponding community sender and community receive service system to request secondary authentication; And when the processing server is notified to the processing server that the second authentication in the community sending side and the community receiving side service system has been successfully completed, the processing server selects a transfer selected by the user in the site of the community sending side service system. And a third process of sending the community information to the community receiving service system.

The second process may include: a first step of requesting secondary authentication by providing the found secondary authentication information to the community transmitting service system; A second step of extracting community information selected by the user by accessing a page of the community sender service system that provides information on the user's account when receiving the second authentication success notification from the community sender service system; A third step of storing the extracted community information in the database; And a fourth step of providing the found second authentication information to the community receiving service system and requesting second authentication.

Alternatively, the method for automatically transferring community information through a network according to an embodiment of the present invention may include an input unit having a CPU, an application for automatic community information transfer, and a user input of community information transfer request. A memory storing user information including second authentication information and account information of a user for logging in to websites operated by the plurality of service systems, as well as first authentication information including user ID and password for And a client having a processing unit for performing automatic transfer of community information in association with the CPU and an output unit for outputting information, connected to a plurality of service systems via a network to perform automatic transfer of community information.

A first process of performing first authentication based on the input predetermined authentication information, when the predetermined authentication information is inputted to the processing unit through the input unit; If a community information transfer request is input through the input unit after the first authentication is successfully completed, the processing unit receives the second authentication information from the memory for access to the community transmitter and community receiver service systems determined by the user. Finding second process; A third step of, if the second authentication information is found, the processing unit requesting the second authentication by providing the found second authentication information to a community transmitting side and a community receiving side service system; When the processing unit receives the second authentication success information from the community transmitting side and the community receiving side service system, the community receiving side transfers the community information selected by the user in the site of the community transmitting side service system to the community receiving side service system. 4th process sent to; And a fifth process of outputting the previously completed community information through the output unit.

The third process may include: a first step of requesting secondary authentication by providing the found secondary authentication information to the community sender service system; A second step of accessing a page of the community sender service system that provides information about an account of the user when the second authentication success notification is received from the community sender service system, and extracting community information requested by the user; A third step of storing the extracted community information in the memory; And a fourth step of providing the found second authentication information to the community receiving service system and requesting second authentication.

Hereinafter, an apparatus and method for automatically transferring community information through a network according to an embodiment of the present invention will be described with reference to the accompanying drawings.

(First embodiment)

1 is a configuration diagram of a device for automatically transferring community information through a network according to a first embodiment of the present invention, wherein the device for automatically transferring community information 40 includes a wired / wireless network such as the Internet 20, a wireless communication network, and a future network. It is connected to a plurality of clients 10 and a plurality of service systems 30 through).

Here, the client 10 is a user terminal (for example, an Internet explorer on Microsoft) that wants to use a portal site operated by a plurality of service systems 30 interspersed on the network 20. Or a communication device such as a computer using a web browser such as a navigator on Netscape, a mobile communication terminal, a PDA, a TV with Internet access, etc.), and receiving a request for transferring community information from user terminals. It can also be a server at a specific site you want to process.

The service system 30 is a system of Internet portal sites 30a to 30n that provide various information (ie, community information, etc.) on the network 20. The service system 30 provides all the specific information for each user on the network 20. Site systems may be included. Each service system provides various information based on an account registered for each user.

The community information automatic transfer device 40 receives a community information transfer request directly from the client 10 (for example, a user terminal), accesses the service system 30, performs a community transfer operation, and then directly outputs the result. (10)), and also receives the community information transfer request from the server of a specific site, accesses the service system 30 to perform the community information transfer operation, and then the results to the server of the site It may also be a system that is provided to finally provide to the user terminal.

The apparatus 40 for automatically transferring community information according to the first embodiment of the present invention includes a web server 50 for accessing and exchanging information through the network 20; A database 60 in which primary authentication information for each user who wants to transfer community information, secondary authentication information for each user and account information in the plurality of service systems 30 are stored; And after the first authentication of the user of the client 10, receiving the information for requesting the transfer of community information from the client 10 through the web server 50, transmitting the community determined by the user. Requesting the second authentication by providing the second authentication information of the user to the service system and the community receiving side service system, and receiving the second authentication success information from both service systems, in the site of the community sending side service system. In the processing unit 70 is configured to send information in the community for the transfer selected by the user to the community receiving side service system.

The web server 50 allows a plurality of clients 10 to access through the network 20, and to match a variety of information provided through the processing server 70 in accordance with a communication standard (for example, HTTP protocol, etc.) The conversion process is provided to a plurality of clients 10, or receives the information transmitted from the clients 10 through the network 20 to provide to the processing server 70. The web server 50 may include a database interworking device (CGI) for transmitting and receiving information with another system. The web server 50 may be an internet information server (IIS) of Microsoft Corporation.

The database 60 includes a user DB 61, a site DB 62, and a collection information DB 63.

The user DB 61 stores information on users who can receive community transfer information through the automatic community information transfer device 40. For example, identification information (ID and password) for logging in to the community information automatic transfer device 40 is stored, and an ID for logging in to all sites that the user has registered as a member in response to the identification information. And a password, a site identification value (for example, a uniform resource locator (URL)), and account information registered for each site are matched and stored. Hereinafter, for convenience of description, the identification information (ID and password) for logging into the community information automatic transfer device 40 is referred to as "primary authentication information", and the ID for logging in to each Internet portal site to which the user subscribes. And password is " secondary authentication information ".

The site DB 62 stores information about all service systems connected to the network 20, that is, all Internet portal sites 30a to 30n. For example, corresponding to the URL of each site, various information representing the structure and characteristics of the corresponding site are stored, such as a site feature, a login page address of the corresponding site, and a page address providing information about a user account.

In addition, the collection information DB 63 stores community transfer information for each user extracted by the community transmission service system. Community transfer information stored in the collected information DB 63 is sent to the community receiving side service system.

The user DB 61 of the database 60 may additionally store mileage accumulation information for each user in each service system. In this case, when the processing server 70 receives the mileage transfer request information from the client 10 through the network 20 and the web server 50, the community of the user stored in the user DB 61. It stores the mileage in the community receiving service system of the user based on the mileage accumulation information in the sender service system, and accumulates mileage information for each user in the user DB 61 based on the preserved mileage information. Update

As another example, point accumulation information for each user in each service system may be additionally stored in the user DB 61 of the database 60. In this case, when the processing server 70 receives the point transfer request information from the client 10 through the network 20 and the web server 50, the community of the user stored in the user DB 61. Preserving the points in the community receiving side service system of the user based on the point accumulation information in the sender service system and updating the point accumulation information for the corresponding user in the user DB 61 based on the preserved point information. do.

As another example, user capacity information of each user in each service system may be additionally stored in the user DB 61 of the database 60. In this case, when the processing server 70 receives the usage capacity transfer request information from the client 10 through the network 20 and the web server 50, the processing server 70 stores the corresponding user stored in the user DB 61. It expands the usage capacity of the user in the community receiving service system based on the usage capacity information in the community sending service system and can use the corresponding user in the user DB 61 based on the extended usage information. Update the capacity.

As another example, at least two or more pieces of mileage accumulation information, point accumulation information, and usage capacity information for each user in each service system may be additionally stored in the user DB 61 of the database 60. The processing server 70 then operates in accordance with the above description.

Meanwhile, mileage accumulation information, point accumulation information and usage capacity information for each user in each service system are not stored in the user DB 61 of the database 60, but are stored in a DB (not shown) of the corresponding service system. It may be used. Thus, the community information automatic transfer device 40 may be provided with the necessary information from the service system as needed.

The processing server 70 may further include: an authentication processing unit 71 which checks the database 60 based on information related to login provided from the client 10 and performs primary authentication for the corresponding user; The authentication processing unit 71 requests the second authentication by providing the second authentication information of the corresponding user to the community sending service system and the community receiving service system having the account of the first authenticated user, and the both service systems. When the second authentication success information is received from the multiplexing unit consisting of a plurality of work units (72a to 72n) for extracting the community information for the selected transfer within the site of the community sender service system and forwarded to the community receiver service system Job processing unit 72; The multi-task processing unit 72 selects a waiting unit according to the information for requesting the transfer of the community information of the user who has been first authenticated by the authentication processing unit 71, and instructs the user to transfer the community information requested by the user. A community transfer manager 74 which transmits the result processed by the multi-task processor 72 to the corresponding client through the web server 50 and the network 20; And a change manager 73 which checks and manages state changes (ie, start, end, upgrade, etc.) of the work units 72a to 72n and provides the result to the community transfer manager 74.

In FIG. 1, although the authentication processing unit 71 is included in the processing server 70, the authentication processing unit 71 may be included in the web server 50.

The multi-task processing unit 72 includes a plurality of working units 72a to 72n that access the community sending service system for community information transfer, extract community information selected by the user, and send the extracted community information to the community receiving service system. In other words, each of the work units 72a to 72n reads out the second authentication information for connecting to the community-sending service system having the user's account that has been primaryly authenticated based on the user DB 61, and the corresponding community. After providing the sender service system and undergoing the second authentication process, the community sender service system accesses a page providing information on the user's account, extracts community information selected by the user, and transfers the community to the management unit 74. To give. Then, when there is an information transfer command from the community transfer management unit 74, each of the work units 72a to 72n has a community receiving side service system having an account of the user who has been primarily authenticated based on the user DB 61. After reading the second authentication information for accessing the system to the corresponding community receiving side service system, going through the second authentication process, and accessing the page for registering information about the user's account in the community receiving side service system. Register the community information extracted in. Here, the respective work units 72a to 72n report to the community transfer management unit 74 whether their work is performed and whether the work is completed, so that the information collection work of each of the work units 72a to 72n is multiple. And in real time.

Meanwhile, the community transfer manager 74 manages the work units 72a to 72n of the multi-task processor 72 so that a user's request for transferring community information is made in real time. Specifically, according to the community information transfer request of the user authenticated by the authentication processing unit 71, the multi-task processing unit 72 selects a waiting unit and instructs the community information transfer operation requested by the user, thereby transferring the community information. The result is provided to the client 31.

The processing server 70 according to the first embodiment of the present invention configured as described above uses a hypertext transfer protocol (HTTP: hypertext) to provide various types of information provided in the form of a web document (HTML, ASP file, etc.) in the system 30 of the Internet portal site. Can be received using Trnsfer Protocl).

In the present embodiment, each component of the processing server 70 is illustrated to operate in the processing server, but is not limited thereto, and may be implemented as an independent server to process corresponding functions. In addition, the functions of the parts are separated for convenience of description, but are not necessarily limited to the above separated state.

This time, the operation of the apparatus for automatically transferring community information through the network according to the first embodiment of the present invention will be described with reference to the flowcharts of FIGS. 2A, 2B, and 2C.

The community information automatic transfer device 40 first sets the overall device environment variables according to the operation of each server. The device environment variable includes the number of working parts of the multi-task processing unit 72, the maximum working time of the working part, and the like.

The processing server 70 creates a service socket for receiving a community information transfer service request, and prepares a thread pool, that is, a workload unit for operating a multi-thread for multiprocessing. Next, we perform detailed job processing associated with the threadpool. When this operation is completed, the processing server 70 enters the service request wait state.

In the standby state in which the processing server 70 is operated, a URL (ie, a web browser, etc.) for a user to run a network connection program (for example, a web browser) on his terminal and connect to the community information automatic transfer device 40 (ie, Domain information), the URL information is converted and packetized by a hypertext transfer protocol (HTTP) in a web browser and then transmitted to the community information automatic transfer device 40 through the network 20.

Accordingly, as shown in FIG. 2A, the web server 50 of the automatic community information transfer device 40 transmits a web page corresponding to the URL information to the user terminal, and the transmitted web page is converted into a window state on the web browser. Is displayed (step S100). At this time, the web server 50 provides a web page for user login.

When the user reports the web page screen displayed on his terminal and inputs primary authentication information (ID and password) for logging in to the community information automatic transfer device 40 (step S110), authentication of the processing server 70 is performed. The processing unit 71 performs the first authentication process depending on whether or not the input primary authentication information is stored in the user DB 61 (step S120).

If the primary authentication information input from the client 10 is not stored in the user DB 61, the authentication processing unit 71 sends a connection no access message to the community transfer management unit 74, and the community transfer management unit 74. ) Sends a connection disable message to the corresponding client 10 through the web server 50 and the network 20 to perform a non-authentication process such as notifying that the login has failed, and the input primary authentication information is input to the user. When stored in the DB 61, the community transfer management unit 74 is notified of the first authentication success, and the community transfer management unit 74 transmits the client 10 through the web server 50 and the network 20. ) Is notified of the first authentication success (step S130).

Subsequently, the client 10 that has been informed of the first authentication success enters a community information transfer command (step S135). For example, the Internet portal site 30a (service system A) among a plurality of service systems is described below. Assume that the request for the transfer of community information to the Internet portal site 30b (called service system B).

When the community transfer management unit 74 receives the community information transfer request from the client 10, the community transfer management unit 74 checks the operation state of each of the work units 72a to 72n of the multi-task processing unit 72 to select waiting work units ( Step S140).

Then, the community transfer management unit 74 instructs community information transfer work to the selected waiting work unit (step S150).

Accordingly, the work unit reads secondary authentication information (user ID and password) registered by the user in order to access the service system A in the user DB 61 and the account information of the user in the service system A ( Step S160).

The work unit requests the authentication by providing the read secondary authentication information to the corresponding service system A (which may be referred to as a community sender service system) having the user's account (step S170).

As such, when there is a second authentication request from the work unit, the corresponding service system A 30a performs authentication on the second authentication information provided from the work unit based on the data stored in the self-managed database (step S180).

If the user is authenticated as a legitimate user who can access the service system A 30a, the work unit accesses a target page that provides information on the user's account among the web pages of the site (step S190).

When access to the destination page is made, the service system A 30a provides the corresponding destination page (step S200). In other words, the system is to provide a corresponding page, but from the user's perspective, only the name of the bulletin board needs to be shown, and thus, the community may provide the name of the bulletin board. The name of the provided bulletin board is displayed on the terminal of the client through the community information automatic transfer device 40 and the network 20.

Accordingly, the client 10 selects a name of a bulletin board to report and transfer the name of the bulletin board displayed on the terminal, and the selected community identification information (ie, specific bulletin board name information) to be transferred is the community transfer management unit 74. The community transfer management unit 74 instructs the work unit to extract the selected community information to be transferred.

Thus, the work unit extracts community information to be selected by the user from the corresponding destination page (step S210).

The work unit delivers the extracted community information to the community transfer management unit 74 and notifies the completion of the work (step S220).

As described above, when the work result is transmitted from the work unit of the multi-task processing unit 72 to the community transfer management unit 74, the community transfer management unit 74 stores the extracted community information in the collection information DB 63 (step After step S230, the operation state of each of the work units 72a to 72n of the multi-task processing unit 72 is checked to select a waiting work unit and instructs the transfer of the community information to be transferred to the corresponding work unit (step S235). .

Accordingly, as shown in FIG. 2B, the selected work unit registers secondary authentication information (user ID and password) registered by the corresponding user in the user DB 61 to access the service system B, and the corresponding user in the service system B. The account information is read (step S240).

The work unit requests the authentication by providing the read secondary authentication information to the corresponding service system B (also referred to as the community transmitting side service system) having the user's account (step S250).

As such, when there is a second authentication request from the work unit, the service system B 30b performs authentication on the second authentication information provided from the work unit based on the data stored in the database managed by itself (step S260). .

When the authentication process is performed as a legitimate user who can access the service system B 30b, the work unit accesses a target page that provides information on the account of the user from the web page of the site (step S270).

When the access to the destination page is made, the work unit sends information to the service system B 30b to the service system B 30b to transfer the community information (that is, community information to be transferred to the service system B) stored in the collection information DB 63. Request registration (step S280).

The service system B 30b registers the received community information on the destination page (step S290), and then sends the result page to the work unit (step S300).

Thus, the work unit confirms that the community information transfer operation from the service system A to the service system B was successfully performed based on the received result page, and notifies the community transfer management unit 74 of the completion of the community information transfer operation. (Step S310).

Accordingly, the community transfer management unit 74 recognizes that the community information transfer is successful and provides the situation where the community information is transferred to the client 10 (step S320), and the user of the client 10 is displayed on the terminal. The result of the community transfer result is confirmed that the community is normally transferred (step S330).

In the description of the first embodiment of the present invention described above, when selecting the name of the board to be transferred among the board names that the user has in the community during the community information transfer operation, only the selected board is transferred, and all the boards are automatically transferred. It may be allowed to.

In this way, after the transfer of community information from the service system A of the Internet portal site to the service system B of the Internet portal site is completed by the user's request, the mileage accumulated by the user of the client 10 in the existing service system A is accumulated in the service system. You can also order the transfer to B. Of course, instead of selectively transferring the mileage after the transfer of the community information is completed, the mileage accumulated by the user of the client 10 in the existing service system A together with the transfer of the community information may be transferred to the service system B. In other words, the mileage accumulation information of the user of the client 10 together with the transfer of the community information is stored in the user DB 61 and only the information is preserved. The following describes selectively performing mileage transfer.

As shown in FIG. 2C, if the user of the client 10 instructs the transfer of the mileage accumulated in the existing service system A to the service system B (“Yes” in step S340), the mileage transfer command information is displayed in the network 20. And the web server 50 to the processing server 70.

Accordingly, the community transfer management unit 74 in the processing server 70 checks the operation state of the work units 72a to 72n of the multi-task processing unit 72 to select the waiting work unit, and the selected waiting work unit. Command the mileage transfer operation (step S350).

Thus, the work unit extracts the mileage accumulation information of the corresponding user in the service system A 30a from the site DB 62 (step S360), and transfers the extracted mileage accumulation information to the service system B 30b. (Step S370).

When the mileage transfer operation is completed in this way, the work unit notifies the community transfer management unit 74 of the completion of the mileage transfer operation and notifies the result (step S380).

Accordingly, the community transfer management unit 74 recognizes that the mileage transfer is successful and provides the situation where the mileage is transferred to the client 10 (step S390), and the user of the client 10 is displayed on the terminal. The result of the mileage transfer result is confirmed that the mileage is normally transferred (step S400).

In the above description of the first embodiment of the present invention, the mileage accumulated in the service system A after the completion of community information transfer from the service system A of the Internet portal site to the service system B of the Internet portal site at the request of the user is completed. Although the case of transferring to B has been described, the points accumulated in the service system A after the transfer of the community information can also be transferred to the service system B. It is also possible to expand the available capacity of service system B.

That is, when the processing server 70 receives the point transfer request information from the client 10 through the network 20 and the web server 50, the community transmitting side of the user stored in the site DB 62. Based on the point accumulation information in the service system (service system A), the user stores the points in the community receiving side service system (service system B) of the user, and the site DB 62 based on the stored point information. Update point accumulation information for each user in the group. Meanwhile, when the processing server 70 receives the usage capacity transfer request information from the client 10 through the network 20 and the web server 50, the community of the user stored in the site DB 62 is received. Expands the usage capacity of the user in the community receiving side service system (service system B) based on the usage capacity information in the sender service system (service system A); and the site DB based on the extended usage information. The available capacity of the user of the service system B in 62 is updated.

In the above example, a point transfer request or a use capacity transfer request is required after the completion of community information transfer, and the point transfer or the use capacity transfer may be performed.

Meanwhile, at least two or more pieces of mileage accumulation information, point accumulation information and usage capacity information for each user in each service system may be transferred together with the completion of community information transfer.

In the above description of the first embodiment of the present invention, when the multi-task processing unit 72 selects any waiting unit, the working unit connects to the service system A to request an authentication, and then, on the destination page of the service system A, After storing the selected community information to be transferred to the collection information DB 63, the work part connected to the service system B again to request authentication and to register the stored community information on the destination page of the service system B. In this case, it may take some time because one work unit must proceed with the transfer of community information according to the processing sequence sequentially. Therefore, the two working parts can be operated simultaneously to save time. That is, the work A brings the bulletin board 1 and the work B brings the bulletin board B, the work A brings the bulletin board, and the work B brings the imported bulletin board to another service system.

The community information transfer according to the first embodiment of the present invention may be implemented as a separate system connected on the network 20 or may be implemented as a client module. That is, it is implemented in the form of an application program on the user terminal, so that the user can transfer the desired community information by running the application program without going through the process of accessing the network through a web browser.

(Second embodiment)

3 illustrates an apparatus for automatically transferring community information through a network according to a second embodiment of the present invention implemented in the form of a client module.

In FIG. 3, the client 10 is connected to a number of service systems 30 via a network 20.

Here, since the network 20 and the plurality of service systems 30 are the same as those in the first embodiment of the present invention described above, description thereof will be omitted.

In FIG. 3, the client 10 includes a central processing unit (CPU) 81; An input unit 82 such as a keyboard or a keypad for inputting information for requesting transfer of community information of a user; A memory 84 in which a community transfer management application is stored and stores primary authentication information of a user for using the community transfer management application and secondary user authentication information and account information for each of the plurality of service systems; As the information for requesting the transfer of the community information is input after the first authentication for the user, the second authentication is provided by providing the second authentication information of the user to the community sending service system and the community receiving service system determined by the user. Requesting, and receiving second authentication success information from both service systems, a processor (85) which transmits community information for transfer selected by the corresponding user to the community receiving service system in the site of the community sending service system. ); And an output unit 83 such as a monitor or a small liquid crystal panel for outputting information provided by the processing unit 85.

Although not described in more detail, the memory 84 includes all of RAM, ROM, and auxiliary memory, and the like, wherein the memory 84 stores information stored in the database of the first embodiment of the present invention described above. do.

The processor 85 checks the memory 84 based on information related to the login of the user, and performs an initial authentication for the user; The authentication processing unit 86 requests the second authentication by providing the second authentication information of the corresponding user to the community sending service system and the community receiving service system having the user authentication of the first authentication, and the both service systems. When the second authentication success information is received from the multiplexing consisting of a plurality of work units (88a to 88n) for extracting the community information for the selected transfer in the site of the community sender service system and delivers it to the community receiver service system Job processing unit 88; The multi-task processing unit 88 selects a waiting unit according to the community information transfer request information of the user who is first authenticated by the authentication processing unit 86, instructs the user to request community information transfer operation, and executes the multi-task operation. A community transfer manager 87 which sends the result processed by the processor 88 to the output unit 83; And a change management unit 89 for checking and managing the state change of the work units 88a to 88n and providing the result to the community transfer management unit 87.

Detailed functions and operations of the components in the processor 85 may be the same as those of the first embodiment of the present invention.

The operation of the apparatus for automatically transferring community information according to the second embodiment of the present invention configured as described above will be described with reference to the flowcharts of FIGS. 4A, 4B, and 4C.

4A, 4B, and 4C are client-type modules 10 to which the portable terminal is applied, and is assumed to be a user terminal such as a mobile phone, a cellular phone, a PDA, a notebook computer, or the like.

In Fig. 4A, when the processing unit 85 in the portable terminal is executed, the authentication processing unit 86 first provides an authentication window for authentication processing (step S500). Accordingly, an authentication window of a predetermined form is displayed through the output unit 83.

When the user reports the authentication window displayed on the output unit 83 and inputs primary authentication information including an ID and a password through the input unit 32, the authentication processing unit 86 performs an authentication process (step S510). ).

If the input primary authentication information is not stored in the memory 84 (" No " in step S520), the authentication processing unit 86 can display the connection failure message on the output unit 83 so that the user can know. (Step S530). On the contrary, when the input primary authentication information is stored in the memory 84 ("Yes" in step S520), the community transfer management unit 74 notifies the primary authentication success and the output unit 83. The user is notified of the first authentication success (step S535).

As the primary authentication for the user succeeds, the community transfer management unit 87 enters the service standby state after activating the community transfer management application in the memory 84 (step S540).

Next, when the community transfer service request information in the input unit 82 is input to the community transfer management unit 87 via the CPU 81 (YES in step S550), the community transfer management unit 87 stores the memory 84 Extract the registered account information of the user (step S560), check the operation status of each of the work unit (88a ~ 88n) of the multi-task processing unit 88 to select the waiting work unit and then the selected waiting task The community information transfer command is sent to the wealth while giving the extracted registered user information of the user (step S570).

In the following description, it is assumed that a user requests the transfer of community information from an internet portal site 30a (called service system A) to an internet portal site 30b (called service system B) among a plurality of service systems.

The work unit that receives the community transfer command receives the second authentication information (user ID and password) registered in the memory 84 for the user to access service system A. The service system A (community sender service) having the user's account. It may also be referred to as a system) to request authentication (step S580).

In this way, if there is a second authentication request from the work unit, the service system A 30a performs authentication on the second authentication information provided from the work unit based on the data stored in the self-managed database (step S590).

If the user is authenticated as a legitimate user who can access the service system A 30a, the work unit connects to a destination page for providing information on the user's account among the web pages of the site (step S600).

When the access to the destination page is made, the service system A 30a provides the corresponding destination page (step S610). In other words, the system is to provide a corresponding page, but from the user's perspective, only the name of the bulletin board needs to be shown, and thus, the community may provide the name of the bulletin board. The name of the provided bulletin board is displayed on the output 83 of the client 10.

Accordingly, the user selects the name of the bulletin board to report the name of the bulletin board displayed on the output unit 83, the community identification information to be transferred (that is, specific bulletin board name information) is the community transfer management unit 87 The community transfer management unit 87 instructs the work unit to extract the selected community information to be transferred.

Thus, as shown in FIG. 4B, the work unit extracts community information to be selected by the user from the corresponding destination page (step S620).

The work unit transmits the extracted community information to the community transfer management unit 87 and notifies the completion of the work (step S630).

As described above, when the work result is transferred from the work unit of the multi-task processing unit 88 to the community transfer management unit 87, the community transfer management unit 87 stores the extracted community information in the memory 84 (step S640). Later, the operation status of each of the work units 88a to 88n of the multi-task processing unit 88 is checked to select waiting work units and instruct the transfer of the community information to be stored to the selected waiting corresponding work units ( Step S645).

Accordingly, the selected work unit reads secondary authentication information (user ID and password) registered by the corresponding user in the memory 84 to access the service system B and account information of the corresponding user in the service system B. Thereafter, the read second authentication information is provided to the corresponding service system B (which may be referred to as a community sender service system) that holds the user's account to request authentication (step S650).

When the second authentication request is received from the work unit as described above, the service system B 30b performs authentication on the second authentication information provided from the work unit based on the data stored in the database managed by itself (step S660). .

If the user is authenticated as a legitimate user who can access the service system B 30b, the work unit accesses a target page that provides information on the user's account among the web pages of the site (step S670).

When a connection to the destination page is made, the work unit sends information to the service system B 30b by sending the community information to be transferred (ie, community information to be transferred to the service system B) stored in the memory 84. Registration is requested (step S680).

The service system B 30b registers the received community information on the destination page (step S690), and then sends the result page to the work unit (step S700). Of course, as a result page is displayed on the output unit 83 can be confirmed by the user.

Thus, the work unit confirms that the community information transfer operation from the service system A to the service system B was successfully performed based on the received result page and notifies the community transfer management unit 87 of the completion of the community information transfer operation. (Step S710).

Accordingly, the community transfer management unit 87 recognizes the success of community transfer (step S720).

In the above description of the second embodiment of the present invention, when selecting a board name to be transferred among the board names that the user has in the community during the community information transfer operation, only the selected board is transferred, and all the boards are automatically transferred. It may be allowed to.

In this way, after the transfer of community information from the service system A of the Internet portal site to the service system B of the Internet portal site is completed by the user's request, the mileage accumulated by the user of the client 10 in the existing service system A is accumulated in the service system. You can also order the transfer to B. Of course, instead of selectively transferring the mileage after the transfer of the community information is completed, the mileage accumulated in the existing service system A together with the transfer of the community information may be transferred to the service system B. That is, the mileage accumulation information of the user is stored in the memory 84 together with the transfer of community information, and only the information is preserved. The following describes selectively performing mileage transfer.

As shown in FIG. 4C, if the user instructs the transfer of the mileage accumulated in the existing service system A to the service system B through the input unit 82 (“Yes” in step S730), the mileage transfer command information is stored in the CPU ( 81 is transmitted to the processing unit 85.

Accordingly, the community transfer management unit 87 in the processing unit 85 checks the operation state of the working units 88a to 88n of the multi-task processing unit 88 to select the waiting working unit, and sends the selected waiting unit to the selected waiting working unit. The mileage transfer operation is ordered (step S740).

Thus, the work unit extracts the mileage accumulation information of the corresponding user in the service system A 30a from the memory 84 (step S750), and transfers the extracted mileage accumulation information to the service system B 30b ( Step S760).

When the mileage transfer operation is completed in this way, the work unit notifies the community transfer management unit 87 of the completion of the mileage transfer operation and notifies the result (step S770).

Accordingly, the community transfer management unit 87 recognizes that the mileage transfer is successful and provides the CPU 81 the situation where the mileage has been transferred (step S780).

When the CPU 81 displays the mileage transfer situation on the output unit 83, the user checks the result of the mileage transfer result displayed on the output unit 83 to confirm that the mileage has been normally transferred (step S790). .

In the above description of the second embodiment of the present invention, the mileage accumulated in the service system A after completion of community information transfer from the service system A of the Internet portal site to the service system B of the Internet portal site at the request of the user is completed. Although the case of transferring to B has been described, the points accumulated in the service system A after the transfer of the community information can also be transferred to the service system B. It is also possible to expand the available capacity of service system B.

That is, when the processing unit 85 receives the point transfer request information, the community receiving side service of the user based on the point accumulation information in the community transmitting side service system (service system A) of the user stored in the memory 84. Points in the system (service system B) are preserved and point accumulation information for each corresponding user in the memory 84 is updated based on the stored point information. On the other hand, when the processing unit 85 receives the usage capacity transfer request information, the user's community is received based on the usage capacity information of the user's community transmission side service system (service system A) stored in the memory 84. The usage capacity of the service system (service system B) is extended, and the usable capacity of the corresponding user of the service system B in the memory 84 is updated based on the extended usage information.

In the above example, a point transfer request or a use capacity transfer request is required after the completion of community information transfer, and the point transfer or the use capacity transfer may be performed.

Meanwhile, at least two or more pieces of mileage accumulation information, point accumulation information and usage capacity information for each user in each service system may be transferred together with the completion of community information transfer.

According to these embodiments, users can transfer community information about accounts of all the sites they register without accessing individual sites.

Although the present invention has been described with reference to the most practical and preferred embodiments, the present invention is not limited to the above-described embodiments, but also includes various modifications and equivalents within the scope of the following claims. For example, the present invention is applicable to a program that collects and manages a community of various Internet portals on one screen. In other words, customers who use Nate's Cyworld and Naver's blogs log in to the application or website that can automatically transfer the community information of the present invention, write a post on the registration screen, and then apply the site to Nate's Cyworld and Naver's blog. If you check the box and press the register button, you can also post to both communities. In addition, by the above-described method, it is possible to modify and delete posts of multiple sites, or to read posts of various Internet portals from one site or application with a single login.

As described in detail above, according to the present invention, a user who is subscribed to a community of a plurality of sites on a network may have his or her account from a plurality of sites through a single access and login process without accessing and logging into a site and a community individually. You will be provided with information about.

Therefore, the user can more conveniently receive their registered information from multiple communities, and can automatically transfer the provided community information to other communities without accessing and logging in to other communities. Easy transfer is possible.

In particular, according to the present invention, the customer can be guaranteed various participation opportunities for the service by moving to an Internet portal that provides a service in accordance with his or her preference. In the case of an Internet portal entering the market, the community has the most page views. Services can be leveraged to enable new business opportunities and cost reductions.

Claims (38)

In a device connected to a plurality of clients and a plurality of service systems through a network, A web server for exchanging information with a client connected through the network; A database storing primary authentication information for each user who wants to transfer community information, secondary authentication information and account information for each user in the plurality of service systems; And After the first authentication of the user of the client, the information for requesting the transfer of the community information from the client through the web server is received, so that the user determines the community sender service system and the community receiver service system. Request the second authentication by providing the second authentication information of the user, and when the second authentication success information from the both service systems is received, the community information for the transfer selected by the user in the site of the community sender service system. And a processing server for transmitting the data to the community receiving service system. The method of claim 1, The processing server, An authentication processing unit for performing primary authentication on the user by checking the database based on information related to login provided from the client; The authentication processing unit requests the second authentication by providing the second authentication information of the corresponding user to the community sending service system and the community receiving service system having the user authentication of the first authentication, and the second authentication service from the both service systems. A multi-task processing unit comprising a plurality of work units which extract information in the community for transfer selected in the site of the community-sending service system and transmits the difference authentication success information to the community receiving service system; And The multi-task processing unit selects a waiting unit according to the information requesting the transfer of the community information of the user who has been first authenticated by the authentication processing unit, instructs the user to transfer the community information requested by the user, and is processed by the multi-task processing unit. Automatic community information transfer device through the network characterized in that it comprises a community transfer management unit for sending a result to the client through the network and the web server. The method of claim 2, The multi-task processing unit may extract the community information for the transfer selected by the user from the destination page of the corresponding community sender service system having the account of the user through the network and register the extracted community information in the page of the community receiver service system. Automatic device for transferring community information through a network. The method of claim 2, And the processing server further comprises a change management unit for checking and managing a change in the state of the work unit and providing the result to the community transfer management unit. The method of claim 1, The database further stores mileage accumulation information for each user in each service system, and when the processing server receives the mileage transfer request information from the client through the network and the web server, the user of the user stored in the database is stored. An apparatus for automatically transferring community information through a network, wherein the mileage of a user of a community receiving side is preserved based on the accumulated mileage information of the community transmitting side of the service system. The method of claim 1, The database further stores point accumulation information for each user in each service system. When the processing server receives the point transfer request information from the client through the network and the web server, the user of the corresponding user stored in the database is stored. An apparatus for automatically transferring community information through a network, wherein the user's point is stored in the community receiving service system based on the point accumulation information in the community transmitting service system. The method of claim 1, The database further stores usage information for each user in each service system, and when the processing server receives the usage transfer request information from the client through the network and the web server, the user stored in the database. The apparatus for automatically transferring community information through the network, characterized in that for expanding the usage capacity of the user in the community receiving side service system based on the usage capacity information in the community sending side service system. The method of claim 1, The database further stores the mileage accumulation information for each user in each service system, and when the processing server transfers the community information, the mileage accumulation information in the community transmission side service system of the user additionally stored in the database. Automatic transfer of community information through a network, characterized in that for preserving the mileage in the user's community receiving side service system based on. The method of claim 1, The database further stores point accumulation information for each user in each service system, and when the processing server transfers the community information, the point accumulation information in the community transmission side service system of the user additionally stored in the database. Automatic community information transfer device through the network, characterized in that for maintaining the points of the user in the community receiving side service system based on. The method of claim 1, The database further stores usage information for each user in each service system, and when the processing server transfers the community information, usage information in the community sender service system of the user additionally stored in the database. Automatic community information transfer device over a network, characterized in that for extending the usage capacity of the user in the community receiving service system based on. In a portable terminal equipped with a CPU and a predetermined community transfer management application is connected to a plurality of service systems via a network, An input unit for inputting information for requesting transfer of community information from a user; A memory storing primary authentication information of a user for using the community transfer management application, secondary authentication information and account information for each of the plurality of service systems; As the information for requesting the transfer of the community information is input after the first authentication for the user, the second authentication is provided by providing the second authentication information of the user to the community sending service system and the community receiving service system determined by the user. A processing unit for sending, to the community receiving side service system, the community information for the transfer selected by the corresponding user in the site of the community transmitting side service system when the second authentication success information from the both service systems is received; And And an output unit for outputting the information provided by the processing unit. The method of claim 11, The processing unit, An authentication processing unit which checks the memory based on information related to the login of the user and performs first authentication for the corresponding user; The authentication processing unit requests the second authentication by providing the second authentication information of the corresponding user to the community sending service system and the community receiving service system having the user authentication of the first authentication, and the second authentication service from the both service systems. A multi-task processing unit composed of a plurality of work units for extracting the community information for the selected transfer from the site of the community sender service system and transferring the second authentication success information to the community receiver service system; And In accordance with the information requesting the transfer of community information of the user who has been first authenticated by the authentication processing unit, the multi-task processing unit selects a waiting unit to transfer the community information requested by the user, and in the multi-task processing unit And a community transfer management unit for sending the processed result to the output unit. The method of claim 12, The processing unit further comprises a change management unit for checking and managing a change in the state of the work unit and providing the result to the community transfer management unit. The method of claim 12,  The multi-task processing unit may extract the community information for the transfer selected by the user from the destination page of the corresponding community sender service system having the account of the user through the network and register the extracted community information in the page of the community receiver service system. Portable terminal to be. The method of claim 11, The mileage accumulation information for each user in each service system is additionally stored in the memory, and when the processor receives the mileage transfer request information from the input unit through the CPU, the user's community sender service stored in the memory. A portable terminal characterized by preserving the mileage in the service receiving side service system of the user based on the mileage accumulated information in the system. The method of claim 11, The point accumulating information for each user in each service system is additionally stored in the memory, and when the processor receives the point transfer request information from the input unit through the CPU, the user of the community sender service stored in the memory. And a point of interest of the user in the community receiving side service system based on the point accumulation information in the system. The method of claim 11, The memory further stores usage capacity information for each user in each service system, and when the processor receives the usage capacity transfer request information from the input unit through the CPU, the community transmitting side of the user stored in the memory is stored. And a usage capacity of the user in the community receiving side service system based on the usage information in the service system. The method of claim 11, The memory further stores the mileage accumulation information for each user in each service system, and the processing unit stores the mileage accumulation information in the community transmission side service system of the user additionally stored in the memory when the community information is transferred. And a mileage in the community receiving side service system of the corresponding user. The method of claim 11, In the memory, the point accumulation information for each user in each service system is additionally stored, and the processor is configured to store the point accumulation information in the community transmission service system of the corresponding user additionally stored in the memory when the community information is transferred. And based on the user's point of view in the community receiving side service system. The method of claim 11, The memory additionally stores usage capacity information for each user in each service system, and the processor is further configured to use the usage capacity information of the corresponding user's community sender service system stored in the memory when the community information is transferred. And based on the user's community receiving side service system. It is connected to a plurality of clients and a plurality of service systems through a network, and stores a plurality of user information including primary authentication information of the client as well as secondary authentication information and account information for each of the plurality of service systems. A method of transferring community information of a device having a database and a processing server, the method comprising: When the processing server receives the request for transferring the community information from the client after the first authentication of the client connected through the network is normally performed, the processing server receives the community sender and the community reception determined by the user of the client. A first step of searching the database for secondary authentication information for access to a side service system; A second step of, if the second authentication information is found by the first step, the processing server providing the found second authentication information to the corresponding community sender and community receive service system to request secondary authentication; And When the processing server is notified to the processing server that the second authentication in the community transmitting side and the community receiving side service system has been successfully completed, the processing server selects for the transfer selected by the user in the site of the community transmitting side service system. And a third process of sending community information to the community receiving service system. The method of claim 21, The second process may include: a first step of requesting secondary authentication by providing the found secondary authentication information to the community transmitting service system; A second step of extracting community information selected by the user by accessing a page of the community sender service system that provides information on an account of the user when receiving a second authentication success notification from the community sender service system; A third step of storing the extracted community information in the database; And a fourth step of providing the found second authentication information to the community receiving service system and requesting second authentication. The method of claim 21, When the mileage accumulation information for each user in each service system is additionally stored in the database, When the processing server receives the mileage transfer request information from the client through the network and the web server, the community receiving side of the user based on the mileage accumulation information in the community transmitting side service system of the user stored in the database. Automatic transfer of community information through a network, characterized in that to preserve the mileage in the service system. The method of claim 21, In the case where the point accumulation information for each user in each service system is additionally stored in the database, When the processing server receives the point transfer request information from the client through the network and the web server, the community receiving side of the user based on the point accumulation information in the community transmitting side service system of the user stored in the database. Method for automatically transferring community information through the network, characterized in that to preserve the points in the service system. The method of claim 21, When the usage information for each user in each service system is additionally stored in the database, When the processing server receives the usage capacity transfer request information from the client through the network and the web server, the processing server receives the user's community based on the usage capacity information of the user's community sender service system stored in the database. A method for automatically transferring community information through a network, characterized by extending the usage capacity in a side service system. The method of claim 21, When the mileage accumulation information for each user in each service system is additionally stored in the database, The processing server calculates the mileage in the community receiving side service system of the user based on the accumulated mileage information in the community sending side service system of the user additionally stored in the database when the community information transfer is performed by the third process. Automated transfer of community information through a network, characterized in that it preserves together. The method of claim 21, In the case where the point accumulation information for each user in each service system is additionally stored in the database, When the process of transferring the community information according to the third process is performed, the processing server selects a point in the community receiving side service system of the user based on the point accumulation information in the community transmitting side service system of the user additionally stored in the database. Automated transfer of community information through a network, characterized in that it preserves together. The method of claim 21, When the usage information for each user in each service system is additionally stored in the database, The processing server uses the capacity in the community receiving side service system of the user based on the usage capacity information in the community sending side service system of the user additionally stored in the database when community information transfer by the third process is performed. Method for automatically transferring community information through the network, characterized in that to expand together. The method of claim 21, The community information for the transfer selected by the user is information on a bulletin board selected from among bulletin boards owned by the user or all bulletin boards owned by the user in a community existing in the site of the community-sending service system. How to automatically transfer community information through the web. A plurality of services, including a CPU, an application for automatic transfer of community information is mounted, an input unit to which a community information transfer request is input, and first authentication information including an ID and password of a user for using the application. A memory for storing user information including user's second authentication information and account information for login to a website operated by the system, a processing unit for performing automatic transfer of community information in association with the CPU, and outputting information In the method comprising a client having an output unit connected to a plurality of service systems via a network for automatic transfer of community information, A first process of performing first authentication based on the input predetermined authentication information, when the predetermined authentication information is inputted to the processing unit through the input unit; If a community information transfer request is input through the input unit after the first authentication is successfully completed, the processing unit receives the second authentication information from the memory for access to the community transmitter and community receiver service systems determined by the user. Finding second process; A third step of, if the second authentication information is found, the processing unit requesting the second authentication by providing the found second authentication information to a community transmitting side and a community receiving side service system; When the processing unit receives the second authentication success information from the community transmitting side and the community receiving side service system, the community receiving side transfers the community information selected by the user in the site of the community transmitting side service system to the community receiving side service system. 4th process sent to; And And the processing unit has a fifth process of outputting the previously completed community information through the output unit. The method of claim 30, The third process may include: a first step of requesting secondary authentication by providing the found secondary authentication information to the community sender service system; A second step of accessing a page of the community sender service system that provides information about an account of the user when the second authentication success notification is received from the community sender service system, and extracting community information requested by the user; A third step of storing the extracted community information in the memory; And a fourth step of providing the found second authentication information to the community receiving service system and requesting second authentication. The method of claim 30, When the mileage accumulation information for each user in each service system is additionally stored in the memory, When the processor receives the mileage transfer request information from the input unit through the CPU, the processor receives the mileage transfer information from the community receiving side service system of the user based on the mileage accumulation information of the user of the community transmitting side service system stored in the memory. Automatic transfer of community information through the network, characterized in that the mileage is preserved. The method of claim 30, In the case where the point accumulation information for each user in each service system is additionally stored in the memory, When the processing unit receives the point transfer request information from the input unit through the CPU, the processor receives the point transfer request information from the community receiving side service system of the user based on the point accumulation information of the user of the community transmitting side service system stored in the memory. Automatic transfer of community information through the network, characterized in that the points are preserved. The method of claim 30, If the usage capacity information for each user in each service system is additionally stored in the memory, When the processor receives the usage capacity transfer request information from the input unit through the CPU, the processor receives the user's community receiving side service system based on the usage capacity information of the user's community transmitting side service system stored in the memory. Method for automatically transferring community information through the network, characterized in that to expand the usage of. The method of claim 30, When the mileage accumulation information for each user in each service system is additionally stored in the memory, The processing unit may share the mileage in the community receiving side service system of the user based on the mileage accumulation information in the community transmitting side service system of the user additionally stored in the memory when the community information transfer according to the fourth process is performed. Automated transfer of community information through a network, characterized in that the preservation. The method of claim 30, In the case where the point accumulation information for each user in each service system is additionally stored in the memory, The processing unit may share the points in the user's community receiving side service system based on the point accumulation information in the user's community transmitting side service system additionally stored in the memory when the community information transfer according to the fourth process is performed. Automated transfer of community information through a network, characterized in that the preservation. The method of claim 30, If the usage capacity information for each user in each service system is additionally stored in the memory, The processing unit calculates the usage capacity of the user in the community receiving side service system based on the usage capacity information of the user of the community sending side service system further stored in the memory when the community information transfer is performed in the fourth process. Automatic transfer of community information through the network, characterized in that to expand together. The method of claim 30, The community information for the transfer selected by the user is information on a bulletin board selected from among bulletin boards owned by the user or all bulletin boards owned by the user in a community existing in the site of the community-sending service system. How to automatically transfer community information through the web.

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