JP5538066B2 - Management server, virtual space management system, virtual space management method and program - Google Patents

Description

The present invention relates to a management server , a virtual space management system , a virtual space management method, and a program for managing behaviors across a plurality of virtual spaces.

  Today, in the virtual world, it is possible to experience virtually the same events as in the real world, and there are a wide variety of activities that can be experienced. In order to experience such activities in the virtual world, each user registers in advance the avatar name and e-mail address, etc. that are active in the virtual world by accessing the provider server that provides the virtual world. Then, the user logs in to the desired virtual world.

  As one of such activities, for example, in Patent Document 1, the position of a user's avatar and the position of another user's avatar are determined, and other users' avatars are arranged based on information registered in advance by the user. In addition, a technique related to a virtual space display method for recording a user's entry / exit is disclosed.

JP 2007-328393 A

  However, while multiple virtual spaces are provided, the avatar names of users who operate across multiple virtual spaces can be obtained by associating the names and e-mail addresses of the users related to each virtual space. Cannot be associated. This is because the avatar name and e-mail address registered for each virtual space are different.

  Moreover, since the registered avatar name and e-mail address are different, the identity of the user cannot be grasped, and the relevance of activities across a plurality of virtual spaces cannot be managed. Furthermore, only the avatar name and the e-mail address have an insufficient secure level of confirmation of identity, and there is a risk of fraudulent impersonation.

  Therefore, an object of the present invention is to manage the behavior of an avatar over a plurality of virtual spaces, accurately recognize the subject related to the avatar, and prevent illegal impersonation and the like.

A virtual space management system according to a first aspect of the present invention includes a mobile terminal, a user terminal, and a management server that performs overall control of a plurality of virtual world servers that respectively realize a plurality of virtual worlds. And the said portable terminal is provided with the imaging function and the positional information acquisition function, has previously registered at least the user ID of the said portable terminal, individual identification information, and positional information into the said management server, The said user terminal is Registration of registration information including the user ID, e-mail address, and avatar name of the user terminal for each virtual world server, and the use registered in at least one virtual world server in the management server Registration information including a user ID of an operator terminal, an e-mail address, and an avatar name, and the management server Storage means for holding at least registration information including individual identification information, the location information, the user ID of the user terminal, the e-mail address, and the avatar name, and the user transmitted from the user terminal A registration information acquisition management unit that acquires a user ID of the terminal, the e-mail address, and the avatar name, and stores and manages in the storage unit; a user ID of the mobile terminal transmitted from the mobile terminal and the individual identification In the virtual world where the individual world identification information acquisition management means for acquiring information and the position information, storing and managing the information in the storage means, and the avatar corresponding to the user ID of the user terminal are provided by the virtual world server The user ID and avatar name of the user terminal transmitted from the virtual world server and the virtual world indicating that the object has been touched Contact detection means for detecting contact information including a world ID to be identified; position information acquisition means for acquiring position information transmitted from the portable terminal and storing and managing the position information in the storage means; and the user terminal Display control means for transmitting code information that can be displayed at the user terminal and controlling the user terminal to display the code information as specific code information related to the activity of the avatar in the virtual world, and the user terminal by the imaging function of the portable terminal Code analysis information acquisition management means for acquiring code analysis information which is an analysis result of a code obtained by imaging the code information displayed on the mobile terminal, storing the code analysis information in the storage means, and managing the user Based on the avatar name associated with the user ID of the terminal and the individual identification information associated with the user ID of the mobile terminal, a virtual world is created. Recognizing the user in the world, receiving at least the contact information and the location information of the mobile terminal, the code information displayed on the user terminal by the mobile terminal, receiving the analysis result, performing a predetermined calculation, Main control means for restricting the activity as the avatar in the virtual world, and in the management server, a user ID of the user terminal and the email address for each world ID by the registration information acquisition management means The avatar name is specified, the personal identification information acquisition management means specifies the user ID of the mobile terminal, the individual identification information, and the position information, and the main control means determines the avatar name and the individual identification information. The contact by receiving the contact information transmitted from the virtual world server by the contact detection means When the position information is acquired and the position information of the portable terminal is acquired by the position information acquisition means, the main control means compares the acquired position information with the position information of the portable terminal stored in the storage means. When the two match, the display control means controls the user terminal to display code information in the virtual world, and the portable terminal displays the code information on the user terminal. When the specific code information is imaged by the imaging function and the code analysis information is transmitted to the management server, the management server acquires the code analysis information from the portable terminal by the code analysis information acquisition management means. , By performing a predetermined calculation by the main control means to recognize the identity, and based on the calculation result, over the plurality of virtual worlds, the avatar To limit the activities of a particular virtual world to virtual world server operated immediately.

A management server according to a second aspect of the present invention includes a mobile terminal, a user terminal, and a management server that performs overall control of a plurality of virtual world servers that respectively realize a plurality of virtual worlds. It has an imaging function and a position information acquisition function, and at least a user ID, individual identification information, and position information of the mobile terminal are registered in advance in the management server, and the user terminal uses the use for each virtual world server A user ID of the user terminal, an e-mail address, and registration information including an avatar name are registered, and the user ID and e-mail address of the user terminal registered in at least one virtual world server in the management server And a registration server including registration information including an avatar name, and a management server used for a virtual space management system, the user ID of the mobile terminal and the individual Storage means for holding at least registration information including identification information, the location information, a user ID of the user terminal, the e-mail address, and the avatar name, and the user terminal transmitted from the user terminal The user ID, the e-mail address, and the avatar name of the user, and the registration information acquisition management means for storing and managing the user ID in the storage means; the user ID of the mobile terminal and the individual identification information transmitted from the mobile terminal And the position information, and the individual identification information acquisition management means for storing and managing in the storage means,
The fact that the avatar corresponding to the user ID of the user terminal has contacted the object in the virtual world provided by the virtual world server, the user ID and avatar name of the user terminal transmitted from the virtual world server, and Contact detection means for detecting contact information including a world ID that identifies a virtual world, position information acquisition means for acquiring position information transmitted from the portable terminal, storing the information in the storage means, and managing the position information; Display control means for transmitting code information that can be displayed on the user terminal and controlling the user terminal to display the code information as specific code information related to the activity of the avatar in the virtual world, and the imaging function of the portable terminal Code analysis information, which is a code analysis result obtained by imaging the code information displayed on the user terminal, is stored in the portable terminal. Code analysis information acquisition and management means acquired from the storage means and managed by the storage means, and the avatar name associated with the user ID of the user terminal and the user ID of the portable terminal Recognize the user in the virtual world with the individual identification information, and at least receive the contact information and the location information of the mobile terminal, and receive the imaging and analysis results of the code information displayed on the user terminal by the mobile terminal. Main control means for performing a predetermined calculation and restricting the activity as the avatar in the virtual world, and in the management server, the user of the user terminal for each world ID by the registration information acquisition management means ID, the e-mail address, and the avatar name are specified, and the individual identification information acquisition management means identifies the mobile terminal. The user ID, the individual identification information, and the position information are specified, the avatar name is associated with the individual identification information by the main control means, and the contact detection means transmits the virtual world server. When the contact is detected by receiving the contact information and the position information of the portable terminal is acquired by the position information acquisition unit, the main control unit stores the acquired position information and the portable unit stored in the storage unit. When the position information of the terminal is compared, and the two match, the display control means controls the code information to be displayed in the virtual world on the user terminal, and the portable terminal When the specific code information displayed on the user terminal is imaged by the imaging function and code analysis information is transmitted to the management server, the management server Acquires the code analysis information from the portable terminal by the code analysis information acquisition management means, performs a predetermined calculation by the main control means to recognize the identity, and based on the calculation result, the plurality of virtual Immediately limit the activity of the avatar in a specific virtual world operated by the virtual world server across the world.

A virtual space management method according to a third aspect of the present invention is a virtual space management system comprising a mobile terminal, a user terminal, and a management server that collectively controls a plurality of virtual world servers that respectively realize a plurality of virtual worlds. The mobile terminal has an imaging function and a position information acquisition function, and at least the user ID, individual identification information, and position information of the mobile terminal are registered in advance in the management server, The user terminal registers registration information including a user ID, an e-mail address, and an avatar name of the user terminal for each virtual world server, and is registered in the management server with at least one virtual world server. Registration information including the user ID, e-mail address, and avatar name of the user terminal is registered, and the management server stores in the storage means And holding at least registration information including the user ID of the mobile terminal, the individual identification information, the position information, the user ID of the user terminal, the e-mail address, and the avatar name. Means for acquiring the user ID, the e-mail address and the avatar name of the user terminal transmitted from the user terminal, storing and managing the user ID in the storage means, and the individual identification information acquisition management means, Acquires the user ID of the mobile terminal, the individual identification information, and the location information transmitted from the mobile terminal, stores them in the storage means, manages them, and corresponds to the user ID of the user terminal by the contact detection means Before sending from the virtual world server that the avatar is contacting an object in the virtual world provided by the virtual world server. Detection is performed by receiving contact information including a user ID of the user terminal, an avatar name, and a world ID that identifies the virtual world, and the position information acquired from the portable terminal is acquired by the position information acquisition unit and stored. Storing and managing in the means, transmitting the code information that can be displayed on the user terminal by the display control means, and controlling to display as specific code information related to the activity of the avatar in the virtual world on the user terminal, The code analysis information acquisition management means acquires code analysis information, which is a code analysis result obtained by imaging the code information displayed on the user terminal by the imaging function of the mobile terminal, from the mobile terminal, The avatar name stored in the storage means and managed by the main control means and associated with the user ID of the user terminal and the portable terminal Recognize the user in the virtual world by the individual identification information associated with the last user ID, and at least the code information displayed on the user terminal by obtaining the contact information and the position information of the mobile terminal Receiving the imaging and analysis results by the mobile terminal, performing a predetermined calculation, and restricting the activity as the avatar in the virtual world, in particular, in the management server, the registration information acquisition management means The user ID of the user terminal, the e-mail address, and the avatar name are specified for each world ID, and the user ID of the mobile terminal, the individual identification information, and the position information are specified by the individual identification information acquisition management unit The main control means associates the avatar name with the individual identification information, and the contact detection means When the contact is detected by receiving the contact information transmitted from the virtual world server, and the position information of the mobile terminal is acquired by the position information acquisition unit, the main control unit stores the acquired position information and the storage The position information of the portable terminal stored in the means is compared, and if both match, the display control means controls the code information to be displayed in the virtual world on the user terminal. Then, when the mobile terminal captures the unique code information displayed on the user terminal by the imaging function and transmits the code analysis information to the management server, the management server performs the code analysis. The code acquisition information from the portable terminal is acquired by the information acquisition management means, the predetermined control is performed by the main control means to recognize the identity, and the calculation Based on the result, the over multiple virtual world, to limit the activity of a particular virtual world in which the virtual world server of the avatar operated immediately.

A program according to a fourth aspect of the present invention includes a mobile terminal, a user terminal, and a management server that performs overall control of a plurality of virtual world servers that respectively realize a plurality of virtual worlds. A function and a location information acquisition function, and at least a user ID of the mobile terminal, individual identification information, and location information are registered in advance in the management server, and the user terminal is associated with the user for each virtual world server. Registration information including a terminal user ID, an e-mail address, and an avatar name is registered, and the user ID and e-mail address of the user terminal registered in at least one virtual world server are registered in the management server. Registration information including an avatar name is registered, and the management server includes a user ID of the portable terminal, the individual identification information, the position information, and the profit. A program executed in a management server used in a virtual space management system, comprising storage means for holding at least registration information including a user ID of the person terminal, the e-mail address, and the avatar name, A registration information acquisition management means for acquiring a user ID of the user terminal, the e-mail address, and the avatar name transmitted from the user terminal, and storing and managing them in the storage means; The user ID of the portable terminal transmitted from the terminal, the individual identification information, and the position information are acquired, stored in the storage unit and managed, and the user ID of the user terminal The virtual world support indicates that the corresponding avatar has contacted the object in the virtual world provided by the virtual world server. Contact detection means for detecting by receiving contact information including the user ID and avatar name of the user terminal and the world ID specifying the virtual world transmitted from the user terminal, and the position information transmitted from the portable terminal. Transmits code information that can be displayed on the user terminal and the position information acquisition means that is acquired and stored in the storage means, and displays the specific code information related to the avatar activity in the virtual world on the user terminal. Obtaining the code analysis information, which is a code analysis result obtained by imaging the code information displayed on the user terminal by the imaging function of the portable terminal and the code analysis information obtained from the portable terminal, Code analysis information acquisition management means stored and managed in the storage means, the avatar name associated with the user ID of the user terminal, and the Code information displayed on the user terminal by recognizing at least the contact information and the position information of the mobile terminal by recognizing the user in the virtual world by the individual identification information associated with the user ID of the mobile terminal And the main control means for restricting the activity as the avatar in the virtual world, receiving the result of imaging and analysis by the mobile terminal, performing a predetermined calculation, and particularly in the management server, the registration information acquisition management The user ID of the user terminal, the e-mail address, and the avatar name are specified for each world ID by means, and the user ID of the portable terminal, the individual identification information, and the position information are specified by the individual identification information acquisition management means And the main control means associates the avatar name with the individual identification information, and When the means detects the contact by receiving the contact information transmitted from the virtual world server and acquires the position information of the mobile terminal by the position information acquisition means, the main control means When the information is compared with the location information of the portable terminal stored in the storage means, and the two match, the display control means displays code information in the virtual world at the user terminal. When the specific code information displayed on the user terminal is imaged by the imaging function and the code analysis information is transmitted to the management server, the management server The code analysis information acquisition management means acquires the code analysis information from the portable terminal, and the main control means performs a predetermined calculation to perform identity It recognizes, based on the calculation result, the over multiple virtual world, which functions to limit the activity of a particular virtual world in which the virtual world server of the avatar operated immediately.

  The management server according to the fifth aspect of the present invention generates a checksum that is numerical data for checking 3DCG data, generates a QR code from the checksum, at least the QR code, When the 3DCG data to which the QR code is attached, the copyright management database that manages the copyright information of the 3DCG data in association with each other, and the QR code attached to the 3DCG data by the mobile phone are captured, Copyright management means for prompting to present copyright information indicating who owns the 3DCG data to which the QR code is attached based on the copyright management database.

According to the present invention, a management server , a virtual space management system , a virtual space management method, and a program for managing the behavior of an avatar across a plurality of virtual spaces, accurately recognizing the subject related to the avatar, and preventing illegal impersonation and the like Can be provided.

The block diagram of the virtual space management system which concerns on the 1st-3rd embodiment of this invention. The figure which shows the detailed structure of the management server of the virtual space management system which concerns on the 1st-3rd embodiment of this invention. The figure which shows the relational relationship of DB which the management server of the virtual space management system which concerns on the 1st-3rd embodiment of this invention employ | adopts. The flowchart which shows the management procedure by the virtual space management system which concerns on the 1st-3rd embodiment of this invention, ie, the flow of a process of the virtual space management method. The figure which shows notionally the process sequence at the time of applying implementation of stamp rally to the virtual space management system which concerns on the 2nd Embodiment of this invention. The figure which shows notionally the process sequence at the time of applying the implementation of training to the virtual space management system which concerns on the 3rd Embodiment of this invention. The figure which shows notionally the process sequence at the time of applying the virtual space management system which concerns on the 4th Embodiment of this invention to implementation of video screening. It is a figure which shows the detailed structure of the management server of the virtual space management system which concerns on the 5th Embodiment of this invention. It is a figure which shows an example of copyright management DB which the management server of the virtual space management system which concerns on the 5th Embodiment of this invention employ | adopts.

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

  (First embodiment)

  FIG. 1 shows and describes the configuration of a virtual space management system according to the first embodiment of the present invention. As shown in FIG. 1, this virtual space management system includes a management server 1 and user terminals 2a, 2b..., A mobile phone 3 as a mobile terminal, and a virtual world (hereinafter referred to as VW) servers 4a and 4b. ,..., 4n (n is a natural number) are communicably connected via the network 5.

  Hereinafter, the user terminal 2a, 2b. When the VW servers 4a, 4b,... 4n are collectively referred to, reference numeral 4 is used.

  In such a configuration, the management server 1 that manages and manages activities in a plurality of virtual worlds VWn manages various types of information using various databases (hereinafter referred to as DBs) described later in detail. The VW servers 4a, 4b, 4n ... provide each virtual world VW1, VW2, ..., VWn. After the user terminal 2 registers the avatar name and e-mail address for activity in each VWn in the VW server 4, the user terminal 2 performs various operations performed in each virtual world VWn by the avatar names A1, A2,. Experience the event virtually. The mobile phone 3 reads (images) the code information 7 displayed on the display screen 6 of the user terminal 2, analyzes the code information 7, and then transmits the code analysis information together with the individual identification information via the network 5. 1 to send. The management server 1 performs overall management of user avatar names and e-mail addresses related to a plurality of virtual worlds Vn, and manages the individual identification information in association with each other.

  Therefore, the avatar names A1, A2,... An in the virtual worlds VW1, VW,... VWn of the users registered by the plurality of user terminals 2a, 2b. It is possible.

  FIG. 2 shows a detailed configuration of the management server 1 and will be described.

  As shown in FIG. 2, the management server 1 includes a control unit 11 that performs overall control, a communication interface (hereinafter referred to as I / F) 12, a display unit 13, and a storage unit 14.

  In the storage unit 14, information is managed by a plurality of DBs 14a to 14l.

  The control unit 11 reads out and executes the program 100 from the storage unit 14, thereby executing a registration information acquisition management function 11a, an individual identification information acquisition management function 11b, a display control function 11c, a contact detection function 11d, a position information acquisition function 11e, and a code. An information acquisition management function 11f and a main control function 11g are realized.

  In such a configuration, according to the registration information acquisition management function 11a, the registration information transmitted from the user terminal 2 can be acquired and managed. According to the individual identification information acquisition management function 11b, the individual identification information transmitted from the mobile phone 3 can be acquired and managed. According to the display control function 11c, it is possible to prompt the user to perform a predetermined display on the display screen 6 of the user terminal 2 according to the code analysis information transmitted from the mobile phone 3, for example. According to the contact detection function 11d, contact of an avatar with an object in each virtual world VW1, VW2,... VWn can be detected. According to the position information acquisition function 11e, the position information of the mobile phone 3 can be acquired and managed. According to the code analysis information acquisition management function 11f, the code analysis information sent from the mobile phone 3 can be acquired and managed. And according to the main control function 11g, the whole control can be performed. In particular, according to the main control function 11g, it is possible to detect the identity of avatars acting across a plurality of virtual worlds VW1 to VWn, that is, the identity of the user.

  FIG. 3 shows and describes the details of the information managed in each DB 14a to 14l stored in the storage unit 14 and the relational relationship between the DBs 14a to 14l.

  As shown in FIG. 3, in the user management DB 14a, at least a user ID, a login ID, a password, a user name, an e-mail address, and the like are managed in association with each other. In the mobile management DB 14b, at least a mobile ID, individual identification information, a user ID, a mobile e-mail address, position information, and the like are associated and managed. In the avatar management DB 14c, at least an avatar ID, a user ID, a world ID, and an avatar name are associated and managed. In the world management DB 14d, at least a world ID and a VW name are associated and managed. In the position management DB 14e, at least a position ID, a world ID, a position name, hint information, points (scores, etc.) are associated and managed. In the contact information management DD 14f, at least the contact information ID is managed. In the status management DB 14g, at least a status ID, a group ID, a group member ID, a world ID, a position ID, a status, and the like are managed in association with each other.

  In the point management DB 14h, at least a point ID, a group ID, a group member ID, a world ID, a position ID, a point, and the like are associated and managed. In the special status management DB 14i, a special status ID, a group ID, a world ID, a position ID, a status, and the like are managed in association with each other. In the group member management DB 14j, at least a group member ID, a group ID, a user ID, and the like are managed in association with each other. In the group management DB 141, at least a group ID, a group name, and the like are associated and managed. The DB is not limited to these.

  Such DBs 14a to 14l have the following relational relationship with each other.

  That is, each management (registration) information of the user management DB 14a and the mobile management DB 14b is associated by a user ID, and each management information of the user management DB 14a and the avatar management DB 14c is associated by a user ID. The avatar management DB 14c and the world management DB 14d are associated by a world ID. Due to these relationships, the individual identification information of the mobile management DB 14b, the e-mail address of the user management DB 14a, the avatar name of the avatar management DB 14c, and the VW name of the world management DB 14d are associated. That is, it is possible to specify an avatar that acts across a plurality of virtual worlds.

  The world management DB 14d is associated with each management information of the position management DB 14e, the status management DB 14g, the point management DB 14h, and the special status management DB 14i by the world ID. The position management DB 14e is associated with the point management DB 14h and the special status management DB 14i by the position ID. That is, the VW name of the world management DB 14d, the position name of the position management DB 14e, the points of the point management DB 14h, and the like are associated with each other. That is, in other words, the VW name of the virtual space in which the user is acting with the avatar name is associated with the position and point at that time.

  The status management DB 14g is associated with the point management DB 14h and the group member management DB 14j by the group member ID. The support management DB 14k, the group member management DB 14j, and the group management DB 14l are associated by a group ID. That is, according to these relationships, the support name of the support management DB 14k, the group name of the group management DB 14l, the status of the status management DB 14g, and the points of the point management DB 14h are associated.

  Hereinafter, with reference to the flowchart of FIG. 4, the management procedure by the virtual space management system according to the first embodiment of the present invention will be described in detail.

  This also corresponds to the virtual space management method according to the first embodiment.

  First, when operating in a virtual space, the user terminal 2 accesses the management server 1 and registers an e-mail address (step S1). This e-mail address is acquired by the registration information acquisition management function 11a of the control unit 11, and is associated with the user ID and registered in the user management DB 14a. At this time, the management server 1 issues a login ID and password to the user.

  Next, the user terminal 2 logs in to the management server 1 (step S2), and registers the avatar name of the avatar that replaces itself when the user is active in the virtual space VW (step S3). In the management server 1, the registered information acquisition management function 11a of the control unit 11 registers the avatar name in association with the user ID in the avatar management DB 14g.

  Subsequently, the user terminal 2 logs in to the VW server 4 (step S4). Thereafter, the mobile phone 3 logs in to the management server 1 (step S5). Then, the cellular phone 3 sends individual identification information to the management server 1. In the management server 1, the individual identification information is acquired by the individual identification information acquisition management function 11b of the control unit 11, and is registered in the mobile management DB 14b in association with the user ID (step S6). Then, the management server 1 prompts to display a message on the user terminal 2 by the display control function 11c of the control unit 11 (step S7). This message includes hint information and the like.

  Next, the code information is displayed in the virtual world VWn provided by the VW server 4 by the display control function 11c of the control unit 11 of the management server 1 (step S8). This is displayed as an object on the display screen 6 of the user terminal 2. And if an avatar moves and contacts this object by operating the user terminal 2 (step S9), the VW server 4 will transmit contact information with respect to the management server 1 (step S10). Here, the contact may be entering / exiting an area defined as being within a predetermined range from the object.

  Subsequently, the mobile phone 3 acquires position information using its GPS (Global Positioning Sensor) function or the like, and transmits it to the management server 1 (step S11). In the management server 1, the position information is registered in the position management DB 14e by the position information acquisition function 11e of the control unit 11. Thus, when the code information 7 on the display screen 6 is imaged by the imaging function by the cellular phone 3 (step S12), the code information 7 is analyzed in the cellular phone 3 and the code analysis information is transmitted to the management server 1. (Step S13).

Therefore, according to the above processing procedure,
1) Email address registration (Secure Level 1)
2) Registration of avatar name (Secure Level 2)
3) Registration of individual identification information (Secure Level 3)
4) Registration of contact information (Secure Level 4)
5) Registration of location information (Secure Level 5)
6) Registration of code information (Secure Level 6)
Such a 6-fold secure level is secured. That is, in other words, the user or the user's action is specified only after the six-fold secure level is cleared, so that high security is ensured.

  As described above, according to the first embodiment of the present invention, the following is provided.

  A management server 1 that can communicate with a mobile phone 3 as a mobile terminal, a user terminal 2, and a VW server 4 that realizes a virtual world, and a user management as a first DB in which a user ID and an email address are associated DB 14a, an avatar management DB 14c as a second DB in which a user ID and an avatar name are associated, a storage unit 14 having a mobile management DB 14b in which a user ID and individual identification information are associated, and a user of the user terminal A registration information acquisition management function 11a that acquires registration information including an e-mail address and an avatar name in the virtual world and manages it in association with the user ID, and an individual that acquires individual identification information of the mobile terminal and manages it in association with the user ID Identification information acquisition management function 11b and contact detection function 1 for detecting contact of an avatar with an object in the virtual world d, a position information acquisition unit function 11e that acquires and manages position information from the mobile phone 3, a display control function 11c that displays code information in the virtual world, and code analysis information that is an analysis result of the code information. The identity of the user in the virtual world is detected by the code analysis information acquisition management function 11f to be managed, the avatar name associated with the user ID, and the individual identification information, and the virtual world is detected by at least the contact detection result and position information. And a control unit 11 having a main control function 11g for restricting the activity in the server.

  In addition to this, a world management DB 14d for storing a VW name and a world ID is provided. In the activities in a plurality of virtual worlds, the main control function 11g allows individual identification information, a user e-mail address, an avatar name, and By associating the VW names, the identity of the avatar names in a plurality of virtual worlds may be detected.

  Therefore, according to the first embodiment, according to six secure levels such as e-mail address registration, avatar name registration, individual identification information registration, contact information registration, position information registration, and code identification information registration, The history of avatars acting across a plurality of virtual spaces can be recognized as being the same, and spoofing and fraud can be prevented.

  (Second Embodiment)

  Next, a virtual space management system according to the second embodiment of the present invention will be described.

  In the second embodiment, a stamp rally is performed in a plurality of virtual worlds, and a winner is specified by comprehensively converting points obtained in each virtual space. In addition, group points due to group participation can be converted.

  FIG. 5 conceptually shows and explains the stamp rally implementation procedure using the virtual space management system according to the second embodiment of the present invention. This stamp rally is implemented by the configuration of the virtual space management system of FIG. Here, the same components as those in FIGS. 1 to 3 will be described using the same reference numerals. The basic processing procedure conforms to FIG.

  When the stamp rally is started, the e-mail address and avatar name registered by the user terminal 2 are specified by the registration information acquisition management function 11a of the control unit 11 as shown in FIG. 5 (step S21, S22; secure levels 1 and 2), the individual identification information specified by the user's mobile phone 3 is specified by the individual identification information acquisition management function 11b (step S23; secure level 3). At this stage, the avatar name of the avatar in the virtual world VW and the individual identification information of the mobile phone 3 are associated with each other. In other words, the identity of the user is recognized beyond the type of the virtual world VW.

  Next, the contact of the avatar A1 is detected by the contact detection function 11d of the control unit 11 (step S24; secure level 4). And the positional information on the mobile telephone 3 is acquired by the positional information acquisition function 11e of the control part 11 (step S25; secure level 5).

  When the above secure levels 1 to 5 are secured, the code information 7 is displayed on the display screen 6 by the display control function 11c of the control unit 11 (step S26; secure level 6). In this example, as code information, for example, a QR code as two-dimensional code information is displayed. More specifically, each stamp of the stamp rally is displayed on the display screen 6 as a QR code. However, it is needless to say that the present invention is not limited to this. The code information may be displayed separately in another window.

  Subsequently, the code analysis information transmitted from the mobile phone 3 is acquired by the code information acquisition management function 11f of the control unit 11 (step S27), and the point corresponding to the code analysis information is converted by the main control function 11g of the control unit 11 Then, the point is registered in the point management DB 14h (step S28). When the group management DB 14l is referred to by the main control function 11g of the control unit 11 and the group name is specified (step S29), the main control unit 11g of the control unit 11 converts the point as a point of the group (step S29). S30).

  According to the above processing procedure, at least 6-fold secure level is obtained, the identity of the avatars in the plurality of virtual worlds VW is recognized, the action related to the stamp rally of the avatar is specified, the acquired points are converted, the conversion result Are managed by the point management DB 14.

  In addition, when the contact of the group G1 composed of a plurality of avatars is detected by the contact detection function 11d of the control unit 11, the group points related to the stamp rally may be further converted. In this case, group points provided separately from the points are managed together by the point management DB 14h. The position of the group is recognized by associating the position management DB 14e with the special status management DB 14i. Further, a support person may be provided separately and the support person may make a comment. In this case, the support management DB 14k is referred to by the main control function 11g of the control unit 11.

  As described above, according to the second embodiment of the present invention, the following is realized.

  A management server 1 that can communicate with a mobile phone 3 as a mobile terminal, a user terminal 2, and a VW server 4 that realizes a virtual world, and a user management as a first DB in which a user ID is associated with an e-mail address The storage unit 14 includes a DB 14a, an avatar management DB 14c as a second DB in which a user ID and an avatar name are associated, and a mobile management DB 14b in which a user ID and individual identification information are associated. Furthermore, the registration information acquisition management function 11a that acquires the registration information including the user's e-mail address and the avatar name in the virtual world and manages the user ID in association with the user ID, and the individual identification information of the mobile terminal is acquired. Individual identification information acquisition management function 11b that is managed in association with the user ID, contact detection function 11d that detects contact of the avatar with the object in the virtual world, and a position information acquisition unit that acquires and manages position information from the mobile terminal Corresponding to a function 11e, a display control function 11c that displays stamp information related to the stamp rally in the virtual world, a code analysis information acquisition management function 11f that acquires and manages code analysis information that is the analysis result of the stamp information, and a user ID The identity of the user in the virtual world is determined by the avatar name and individual identification information And a main control function 11g for limiting the activity in the virtual world based on at least the detection result of the contact and the position information, and managing the acquired stamp points for each avatar or for each group composed of a plurality of avatars. A control unit 11 is provided.

  In addition, a world management DB 14d for storing a VW name and a world ID is provided, and during the activities related to the stamp rally in a plurality of virtual worlds, the main control function 11g uses the individual identification information, the user's e-mail address, An avatar name and a VW name may be associated with each other to detect the identity of avatar names in a plurality of virtual worlds.

  Accordingly, when a stamp rally event is performed across a plurality of virtual worlds VW1 to VWn, the identity of the avatar that is the actor is recognized by the individual identification number of the mobile phone, and the recognized avatar, Comprehensive point conversion can be performed based on the relevance of user points.

  (Third embodiment)

  Next, a virtual space management system according to the third embodiment of the present invention will be described.

  In the second embodiment, training is conducted in a virtual world, and the participation status of the avatar in the training is grasped in the time-series flow (t1, t2,...).

  It also makes it possible to grasp the group status due to group participation.

  FIG. 6 conceptually illustrates and describes a training execution procedure using the virtual space management system according to the third embodiment of the present invention. This training in the virtual world is implemented by the configuration of the virtual space management system of FIG. Here, the same components as those in FIGS. 1 to 3 will be described using the same reference numerals. The basic processing procedure conforms to FIG.

  When the training in the virtual world is started, the e-mail address and avatar name registered by the user terminal 2 are specified by the registration information acquisition management function 11a of the control unit 11 as shown in FIG. 6 (step S41). , S42; secure levels 1 and 2), the individual identification information specified by the user's cellular phone 3 is specified by the individual identification information acquisition management function 11b (step S43; secure level 3). At this stage, the avatar name of the avatar in the virtual world VW and the individual identification information of the mobile phone 3 are associated with each other. In other words, the identity of the user is recognized beyond the type of the virtual world VW.

  Subsequently, the contact detection function 11d of the control unit 11 detects the contact of the avatar A1 (step S44; secure level 4). Then, the position information acquisition function 11e of the control unit 11 acquires the position information of the mobile phone 3 (step S45; secure level 5).

  When the above secure levels 1 to 5 are secured, the code information 7 is displayed on the display screen 6 by the display control function 11c of the control unit 11 (step S26; secure level 6). In this example, as code information, for example, a QR code as two-dimensional code information is displayed. More specifically, the attendance slip or effect confirmation question of the training is displayed on the display screen 6 as a QR code. However, it is needless to say that the present invention is not limited to this. The code information may be displayed in a separate window.

  Subsequently, the code analysis information transmitted from the mobile phone 3 is acquired by the code information acquisition management function 11f of the control unit 11 (step S47), and the attendance points corresponding to the code analysis information are acquired by the main control function 11g of the control unit 11. The attendance points are converted and registered in the point management DB 14h (step S48). When the group management DB 14l is referred to by the main control function 11g of the control unit 11 and the group name is specified (step S49), the main control unit 11g of the control unit 11 also converts the attendance point of the group. (Step S50). It should be noted that instead of the attendance slip, when the effect confirmation problem is acquired as the code analysis information, the display control function 11c may prompt the display to be displayed on the display screen 6 of the user terminal 2. In this case, an answer to the effect confirmation question is transmitted to the management server 1, and the correct number of answers and scores are converted as points instead of the attendance points.

  By the above processing procedure, at least 6-fold secure level is obtained, the identity of the avatar in the plurality of virtual worlds VW is recognized, whether or not the avatar can participate in the training is identified, and the attendance points acquired are converted, The result is managed by the point management DB 14. If time t1 is the start of training and time t2 is the end of training, the above-described processing may be performed twice and managed so that the attendance point is confirmed only when the attendance points are confirmed at both times. Moreover, you may implement in multiple times for every predetermined | prescribed timing in a time series (t) flow.

  In addition, you may make it convert a group attendance point, when it detects with the contact detection function 11d of the control part 11 of all the contact (participation) of the group G1 which consists of a plurality of avatars. In this case, the group attendance points are managed together in the point management DB 14h. Further, a supporter may be provided separately, and the supporter may comment on the effect confirmation problem that has been asked. In this case, the support management DB 14k is referred to by the main control function 11g of the control unit 11.

  As described above, according to the third embodiment of the present invention, the following is realized.

  A management server 1 that can communicate with a mobile phone 3 as a mobile terminal, a user terminal 2, and a VW server 4 that realizes a virtual world, and a user management as a first DB in which a user ID is associated with an e-mail address The storage unit 14 includes a DB 14a, an avatar management DB 14c as a second DB in which a user ID and an avatar name are associated, and a mobile management DB 14b in which a user ID and individual identification information are associated. Furthermore, the registration information acquisition management function 11a which acquires the registration information including the user's e-mail address and the avatar name in the virtual world and manages the user ID in association with the user ID, and the individual identification information of the mobile phone 3 Individual identification information acquisition management function 11b that is acquired and managed in association with the user ID, contact detection function 11d that detects participation of the avatar in the class (training) in the virtual world, and position information from the mobile phone 3 is acquired. Location information acquisition unit function 11e for managing, display control function 11c for displaying attendance information or effect confirmation test information related to training in the virtual world, and code analysis for acquiring and managing code analysis information as an analysis result of the information In the virtual world, the information acquisition management function 11f, the avatar name associated with the user ID, and the individual identification information A main control function 11g that detects the identity of the user, grasps the attendance status in a time series flow, and manages the attendance points obtained for each avatar or for each group composed of a plurality of avatars. The control part 11 which has is provided.

  In addition to this, the world management DB 14d for storing the VW name and the world ID is provided. In the activities related to the training in a plurality of virtual worlds, the main control function 11g allows the individual identification information, the user e-mail address, the avatar. The name and the VW name may be associated to detect the identity of the avatar names in a plurality of virtual worlds.

  Therefore, according to the third embodiment, when training is performed in the virtual worlds VW1 to VWn, the identity of the avatar that is the participant is recognized by the individual identification number of the mobile phone, and the recognized avatar is recognized. Or, the total attendance points of the group, that is, the user (group) can be converted.

  (Fourth embodiment)

  Next, a virtual space management system according to the fourth embodiment of the present invention will be described.

  In the fourth embodiment, code information is displayed together with video images to be screened in a virtual world, and captured by a mobile phone 3 or the like as a mobile terminal so that the code can be analyzed.

  FIG. 7 conceptually shows and describes a procedure for video screening using the virtual space management system according to the fourth embodiment of the present invention. This video screening is implemented by the configuration of the virtual space management system of FIG. Here, the same components as those in FIGS. 1 to 3 will be described using the same reference numerals. The basic processing procedure conforms to FIG.

  When this process is started, as shown in FIG. 7, the registered information acquisition management function 11a of the control unit 11 specifies the e-mail address and avatar name registered by the user terminal 2 (steps S61 and S62; The individual identification information identified by the user's mobile phone 3 is identified by the individual identification information acquisition management function 11b (secure level 1, 2) (step S63; secure level 3). At this stage, the avatar name of the avatar in the virtual world VW and the individual identification information of the mobile phone 3 are associated with each other. In other words, the identity of the user is recognized beyond the type of the virtual world VW.

  Here, although explanation is omitted, contact detection of the avatar A1 by the contact detection function 11d of the control unit 11 (secure level 4), and position information of the mobile phone 3 is acquired by the position information acquisition function 11e of the control unit 11 (secure level). 5) may be used in combination.

  When the above secure levels 1 to 3 are ensured, the code information is displayed on the movie image on the video image by the display control function 11c of the control unit 11. In this example, as code information, for example, a QR code as two-dimensional code information is displayed. However, it is needless to say that the present invention is not limited to this.

  Subsequently, the code information is photographed by the mobile phone 3 (step S65), the photographing information is acquired (step S66), and the code information is analyzed (step S67).

  According to the above processing procedure, at least a triple secure level is obtained (via a 6-fold secure level if necessary), code information is displayed on the movie screen on the video image, and the code information can be acquired. .

  As described above, according to the fourth embodiment of the present invention, the following is realized.

  A management server 1 that can communicate with a mobile phone 3 as a mobile terminal, a user terminal 2, and a VW server 4 that realizes a virtual world, and a user management as a first DB in which a user ID and an email address are associated The storage unit 14 includes a DB 14a, an avatar management DB 14c as a second DB in which a user ID and an avatar name are associated, and a mobile management DB 14b in which a user ID and individual identification information are associated. Furthermore, the registration information acquisition management function 11a that acquires the registration information including the user's e-mail address and the avatar name in the virtual world and manages the user ID in association with the user ID, and the individual identification information of the mobile terminal is acquired. A control unit 11 having an individual identification information acquisition management function 11b that is managed in association with a user ID, and a display control function 11c that displays code information on a screen during video image display in a virtual world, is provided. The code information can be obtained.

(Fifth embodiment)

  Next, a fifth embodiment of the present invention will be described. In the above-described embodiment, bar codes (QR codes in the previous example) are installed in the virtual worlds VW1 to VWn on a plurality of nets, and shooting is performed with the camera of the mobile phone 3, thereby limiting individuals and preventing impersonation. Proposes a mechanism. If IDs are registered in a plurality of virtual worlds VW1 to VWn on the net, this mechanism can be used to approve that the operating person is the same even if the appearance of the avatar is different. The fact that the person can be identified while maintaining anonymity in the virtual worlds VW1 to VWn on the net has utility value in various aspects.

  Next, in the fifth embodiment, a QR code is pasted on a target of 3DCG (3 dimensional Computer Graphics) including virtual worlds VW1 to VWn and avatars existing on the Web, and the 3DCG is based on the QR code. Provides a mechanism for managing the authors, copyrights, etc. In general, the concept is “digital watermarking” in which a QR code gene is inserted into 3DCG so that all living organisms have genes, and the author and the like are identified and tracked by identification by photographing with the mobile phone 3.

  The production procedure is as follows. The configuration of the management server 1 related to the following production procedure is shown in FIG. 8, and the configuration of the copyright management DB 14m is shown in FIG.

  a1) Using 3DCG software or CAD software, a user creates an object in which a shape, texture, or animation is set. The material quality data can basically be produced even with images and moving images taken with a digital camera, so it can be adapted to all digital contents.

  a2) Regardless of the format used to publish 3DCG data in the net virtual worlds VW1 to VWn, numerical data for check “checksum” is generated from various elements such as shape, texture, and animation based on a predetermined calculation means Let If this data and the original data are managed separately and collated and matched, it can be confirmed that they are the same. The checksum is 128-bit encrypted. For example, a SHA checksum can be adopted.

  SHA was developed for applications that require electronic signatures, and when generating a signature with RSA, it does not generate a signature directly on the message but generates a hash value of the message. The signature is generated for the hash value. This SHA is also used, for example, to confirm that the file is not damaged when the file is transferred. The distributing side also distributes the “SHA checksum” that is the SHA hash value of the file at the time of file distribution. The receiving user only needs to calculate the SHA value of the file and confirm that it matches the SHA value presented by the distributor.

  a3) Subsequently, the control unit 11 generates a QR code from the value of “checksum” by the QR code generation function 11h.

  a4) The generated QR code is pasted on the object in a plate shape, for example. This is performed by software processing, and can be freely operated by the user on the display / non-display side, and does not cause foreign matter to appear in the 3DCG design expression.

  a5) The user who created the 3DCG data photographs the QR code attached to the 3DCG with the camera of the mobile phone 3. In this case, it is the original ability of the present invention that there is no problem in the virtual worlds VW1 to VWn on a plurality of nets.

  a6) The control unit 11 uses the copyright management function 11i to copy the copyright information to the user management DB 14a, the mobile management DB 14b, and the avatar management DB 14c for identifying an individual from the avatar using the QR code and the individual identification number of the mobile phone 3. Are managed in association with the copyright management DB 14m. At this point, the author of 3DCG can set copyright information from the mobile phone 3 such as free, limited use, sale, and prohibition of any copying for the copyrighted work. If payment occurs when obtaining 3DCG data, personal authentication can be used in combination with the mobile phone at this point.

  a7) When another user wants to obtain this data, the QR code included in the object is displayed and photographed with the camera of the mobile phone 3. Then, the copyright management DB 14m is accessed and it is possible to confirm who owns the 3DCG data. Whether the copyright is free, limited to use, sold, or forbidden to copy in any way Is clearly stated, so you can check the copyright information.

  a8) Regardless of whether the data is charged or free, the download of 3DCG data should not be started unless the QR code is photographed by the mobile phone 3. This allows the author to track who, when, and how many copies were distributed. Of course, the profit of data sale can be obtained by credit card / electronic money settlement.

  a9) Assume that data downloaded in some form has been altered, added, or modified by CG software or specific application software. When uploading data falsified / added / modified in this way to the virtual worlds VW1 to VWn, the checksum data and the shape do not match. When the checksum data and the shape do not match in this way, uploading is prohibited.

  a10) In the case of a9 above, a new QR code is created, and the procedure from a2 to a6 is performed to prove that the data has been changed to the new copyright. At this time, it is not overwritten on the original producer's data, but is received as data linked to the original QR code as ancestors and descendants like genes.

  a11) If the fifth embodiment is in the range of the virtual worlds VW1 to VWn on the network, if there is a mobile phone 3 and a QR code, not only 3DCG but also copyrights of images and movies are protected. It means that the invention is capable of managing the rights of the producer.

  As described above, according to the fifth embodiment of the present invention, the following is realized.

  That is, a checksum that is numerical data for checking 3DCG data is generated, a QR code generating unit that generates a QR code from the checksum, at least the QR code, and 3DCG data to which the QR code is attached, When the copyright management database for managing the copyright information of the 3DCG data in association with the QR code attached to the 3DCG data is photographed by the mobile phone, the QR code is taken based on the copyright management database. Copyright management means for urging the user to present copyright information indicating who the 3DCG data to which the code is attached belongs.

  In addition, when 3DCG data is altered or added or modified, when uploading the altered or added or modified data to the virtual world on the network, the checksum data and the 3DCG data will not match. The main control means for prohibiting uploading is further provided.

  As described above in detail, according to the above-described embodiment of the present invention, the management server manages a plurality of DBs under a relational relationship, thereby enabling the identity and activity of avatars that operate over a plurality of virtual spaces. It is possible to provide a virtual space management system, a virtual space management method, a management server, and a program for managing points related to the activity as related.

  Of course, the present invention is not limited to the above-described embodiment, and various improvements and modifications can be made without departing from the spirit of the present invention.

For example, the application destination of the virtual space management system is not limited to the stamp rally and training described above, and can be applied to various events.
In the above-described embodiment, an example in which an avatar is displayed in the virtual world has been described. However, the present invention is not limited to this example. For example, only a tool such as a camera or a user's field of view is displayed. Of course, it may be.
Furthermore, if at least one of the secure levels 1 to 6 described above does not match (non-authentication), it goes without saying that the virtual world may be forcibly escaped.

1 Management Server 2 User Terminal 3 Mobile Phone 4 VW Server 5 Network 6 Display Screen 7 Code Information

Claims (10)

  A virtual space management system comprising a mobile terminal, a user terminal, and a management server that collectively controls a plurality of virtual world servers that respectively realize a plurality of virtual worlds,
  The mobile terminal has an imaging function and a location information acquisition function, and at least the user ID, individual identification information, and location information of the mobile terminal are registered in advance in the management server,
  The user terminal registers registration information including a user ID, an e-mail address, and an avatar name of the user terminal for each virtual world server, and is registered in the management server with at least one virtual world server. Registered registration information including the user ID, email address and avatar name of the user terminal
  The management server
  Storage means for holding at least the user ID of the mobile terminal, the individual identification information, the position information, the user ID of the user terminal, the e-mail address, and the registration information including the avatar name;
  A registration information acquisition management unit that acquires the user ID of the user terminal, the e-mail address, and the avatar name transmitted from the user terminal, and stores and manages them in the storage unit;
  Individual identification information acquisition management means for acquiring the user ID of the portable terminal, the individual identification information and the position information transmitted from the portable terminal, and storing and managing them in the storage means;
  The fact that the avatar corresponding to the user ID of the user terminal has contacted the object in the virtual world provided by the virtual world server, the user ID and avatar name of the user terminal transmitted from the virtual world server, and Contact detecting means for detecting by receiving contact information including a world ID that identifies a virtual world;
  Position information acquisition means for acquiring position information transmitted from the portable terminal and storing and managing the position information in the storage means;
  Display control means for transmitting code information that can be displayed on the user terminal and controlling the user terminal to display the code information as specific code information related to an avatar activity in the virtual world;
  Code analysis information, which is a code analysis result obtained by imaging the code information displayed on the user terminal by the imaging function of the mobile terminal, is acquired from the mobile terminal, stored in the storage means, and managed Code analysis information acquisition management means for
  The user in the virtual world is recognized by the avatar name associated with the user ID of the user terminal and the individual identification information associated with the user ID of the portable terminal, and at least the contact information and the portable information The main control that receives the image of the code information displayed on the user terminal by the acquisition of the terminal position information, receives the analysis result by the mobile terminal, performs a predetermined calculation, and restricts the activity as the avatar in the virtual world Means,
With
  In the management server, the user ID of the user terminal, the e-mail address, and the avatar name are specified for each world ID by the registration information acquisition management unit, and the user of the portable terminal is specified by the individual identification information acquisition management unit ID, the individual identification information, and the position information are identified, the avatar name is associated with the individual identification information by the main control means, and the contact information transmitted from the virtual world server by the contact detection means When the contact is detected and the position information acquisition unit acquires the position information of the portable terminal, the main control unit stores the acquired position information and the storage unit stored in the storage unit. When the position information is compared and the two match, the display control means enters the virtual world at the user terminal. When control is performed so that code information is displayed, the specific code information displayed on the user terminal is imaged by the imaging function, and code analysis information is transmitted to the management server. In the management server, the code analysis information acquisition management means acquires the code analysis information from the mobile terminal, the main control means performs a predetermined calculation to recognize the identity, and based on the calculation result, Immediately limit activities of the avatar in a specific virtual world operated by the virtual world server across the plurality of virtual worlds
  Virtual space management system.   The virtual world is related to training that avatars can participate in,
  The management server further comprises point management means for managing points related to training conducted in the virtual world by the virtual world server,
  In the management server, when the main control means acquires the code analysis information by the code analysis information acquisition management means, the point corresponding to the code analysis information is converted as the predetermined calculation, and the point is used for the training. Register to the point management means as related
  The virtual space management system according to claim 1.   In the management server, the main control means, for the first time, when the point management means confirms points at each of a first time related to the start of the training and a second time related to the end of the training. Manage twice as if you were attending
  The virtual space management system according to claim 2.   The virtual world is related to training that avatars can participate in,
  The management server further comprises point management means for managing group points of a group composed of a plurality of avatars related to a plurality of users participating in a training conducted in one virtual world by the virtual world server,
  In the management server, when the code analysis information is acquired by the code analysis information acquisition management means, the main control means converts the point corresponding to the code analysis information as the predetermined calculation, and the user of the user A group corresponding to the user ID of the terminal is specified, and the point is registered in the point management means as a point of the group
  The virtual space management system according to claim 1.   A mobile terminal, a user terminal, and a management server that collectively controls a plurality of virtual world servers that respectively realize a plurality of virtual worlds. The mobile terminal includes an imaging function and a position information acquisition function, and the management At least a user ID, individual identification information, and position information of the mobile terminal are registered in advance in the server, and the user terminal is configured to store the user ID, email address, and avatar name of the user terminal for each virtual world server. And registration information including the user ID, e-mail address, and avatar name of the user terminal registered in at least one virtual world server is registered in the management server. A management server used in a virtual space management system,
  Storage means for holding at least the user ID of the mobile terminal, the individual identification information, the position information, the user ID of the user terminal, the e-mail address, and the registration information including the avatar name;
  A registration information acquisition management unit that acquires the user ID of the user terminal, the e-mail address, and the avatar name transmitted from the user terminal, and stores and manages them in the storage unit;
  Individual identification information acquisition management means for acquiring the user ID of the portable terminal, the individual identification information and the position information transmitted from the portable terminal, and storing and managing them in the storage means;
  The fact that the avatar corresponding to the user ID of the user terminal has contacted the object in the virtual world provided by the virtual world server, the user ID and avatar name of the user terminal transmitted from the virtual world server, and Contact detecting means for detecting by receiving contact information including a world ID that identifies a virtual world;
  Position information acquisition means for acquiring position information transmitted from the portable terminal and storing and managing the position information in the storage means;
  Display control means for transmitting code information that can be displayed on the user terminal and controlling the user terminal to display the code information as specific code information related to an avatar activity in the virtual world;
  Code analysis information, which is a code analysis result obtained by imaging the code information displayed on the user terminal by the imaging function of the mobile terminal, is acquired from the mobile terminal, stored in the storage means, and managed Code analysis information acquisition management means for
  The user in the virtual world is recognized by the avatar name associated with the user ID of the user terminal and the individual identification information associated with the user ID of the portable terminal, and at least the contact information and the portable information The main control that receives the image of the code information displayed on the user terminal by the acquisition of the terminal position information, receives the analysis result by the mobile terminal, performs a predetermined calculation, and restricts the activity as the avatar in the virtual world Means,
With
  In the management server, the user ID of the user terminal, the e-mail address, and the avatar name are specified for each world ID by the registration information acquisition management unit, and the user of the portable terminal is specified by the individual identification information acquisition management unit ID, the individual identification information, and the position information are identified, the avatar name is associated with the individual identification information by the main control means, and the contact information transmitted from the virtual world server by the contact detection means When the contact is detected and the position information acquisition unit acquires the position information of the portable terminal, the main control unit stores the acquired position information and the storage unit stored in the storage unit. When the position information is compared and the two match, the display control means enters the virtual world at the user terminal. When control is performed so that code information is displayed, the specific code information displayed on the user terminal is imaged by the imaging function, and code analysis information is transmitted to the management server. In the management server, the code analysis information acquisition management means acquires the code analysis information from the mobile terminal, the main control means performs a predetermined calculation to recognize the identity, and based on the calculation result, Immediately limit activities of the avatar in a specific virtual world operated by the virtual world server across the plurality of virtual worlds
  Management server.   The virtual world is related to training that avatars can participate in,
  A point management means for managing points related to training conducted in the virtual world by the virtual world server;
  When the code analysis information is acquired by the code analysis information acquisition management means, the main control means converts the point corresponding to the code analysis information as the predetermined calculation, and the point is related to the training as the point. Register with the management method
  The management server according to claim 5.   The main control means considers attendance for the first time when the point management means confirms points at each of the first time for the start of the training and the second time for the end of the training. Manage the process twice
  The management server according to claim 6.   The virtual world is related to training that avatars can participate in,
  Further comprising point management means for managing group points of a group composed of a plurality of avatars related to a plurality of users participating in a training conducted in one virtual world by the virtual world server,
  The main control means, when acquiring the code analysis information by the code analysis information acquisition management means, converts the point corresponding to the code analysis information as the predetermined calculation, and the user ID of the user terminal of the user The group corresponding to is identified, and the point is registered in the point management means as the point of the group
  The management server according to claim 5.   A virtual space management method by a virtual space management system comprising a mobile terminal, a user terminal, and a management server that collectively controls a plurality of virtual world servers that respectively realize a plurality of virtual worlds,
  The mobile terminal has an imaging function and a location information acquisition function, and at least the user ID, individual identification information, and location information of the mobile terminal are registered in advance in the management server,
  The user terminal registers registration information including a user ID, an e-mail address, and an avatar name of the user terminal for each virtual world server, and is registered in the management server with at least one virtual world server. Registered registration information including the user ID, email address and avatar name of the user terminal
  The management server
  The storage means holds at least the user ID of the portable terminal, the individual identification information, the position information, the user ID of the user terminal, the e-mail address, and the registration information including the avatar name,
  The registration information acquisition management means acquires the user ID of the user terminal, the e-mail address and the avatar name transmitted from the user terminal, stores them in the storage means, and manages them.
  By the individual identification information acquisition management means, the user ID of the portable terminal, the individual identification information and the position information transmitted from the portable terminal are acquired, stored in the storage means and managed,
  The user ID of the user terminal transmitted from the virtual world server that the avatar corresponding to the user ID of the user terminal has contacted the object in the virtual world provided by the virtual world server by the contact detection means. And contact information including the avatar name and the world ID that identifies the virtual world,
  The position information acquisition means acquires the position information transmitted from the portable terminal, stores it in the storage means, manages it,
  The display control means transmits code information that can be displayed on the user terminal, and controls the user terminal to display the code information as specific code related to the activity of the avatar in the virtual world.
  The code analysis information acquisition management means acquires code analysis information, which is a code analysis result obtained by imaging the code information displayed on the user terminal by the imaging function of the mobile terminal, from the mobile terminal, Stored and managed in the storage means,
  The main control means recognizes a user in the virtual world from the avatar name associated with the user ID of the user terminal and the individual identification information associated with the user ID of the mobile terminal, and at least the Activity as an avatar in the virtual world is performed by receiving a result of imaging and analysis by the mobile terminal of code information displayed on the user terminal by acquiring contact information and position information of the mobile terminal, and performing a predetermined calculation. Restricting the
In particular,
  In the management server, the user ID of the user terminal, the e-mail address, and the avatar name are specified for each world ID by the registration information acquisition management unit, and the user of the portable terminal is specified by the individual identification information acquisition management unit ID, the individual identification information, and the position information are identified, the avatar name is associated with the individual identification information by the main control means, and the contact information transmitted from the virtual world server by the contact detection means When the contact is detected and the position information acquisition unit acquires the position information of the portable terminal, the main control unit stores the acquired position information and the storage unit stored in the storage unit. When the position information is compared and the two match, the display control means enters the virtual world at the user terminal. When control is performed so that code information is displayed, the specific code information displayed on the user terminal is imaged by the imaging function, and code analysis information is transmitted to the management server. In the management server, the code analysis information acquisition management means acquires the code analysis information from the mobile terminal, the main control means performs a predetermined calculation to recognize the identity, and based on the calculation result, Immediately limit activities of the avatar in a specific virtual world operated by the virtual world server across the plurality of virtual worlds
  Virtual space management method.   A mobile terminal, a user terminal, and a management server that collectively controls a plurality of virtual world servers that respectively realize a plurality of virtual worlds. The mobile terminal includes an imaging function and a position information acquisition function, and the management At least a user ID, individual identification information, and position information of the mobile terminal are registered in advance in the server, and the user terminal is configured to store the user ID, email address, and avatar name of the user terminal for each virtual world server. And registration information including the user ID, e-mail address, and avatar name of the user terminal registered in at least one virtual world server is registered in the management server. The management server includes a user ID of the mobile terminal, the individual identification information, the location information, a user ID of the user terminal, and the e-mail address. Registration information including the less the avatar name, has at least holding storing means, a program executed in the management server used in the virtual space management system,
  The management server is
  A registration information acquisition management unit that acquires the user ID of the user terminal, the e-mail address, and the avatar name transmitted from the user terminal, and stores and manages them in the storage unit;
  Individual identification information acquisition management means for acquiring the user ID of the portable terminal, the individual identification information and the position information transmitted from the portable terminal, and storing and managing them in the storage means;
  The fact that the avatar corresponding to the user ID of the user terminal has contacted the object in the virtual world provided by the virtual world server, the user ID and avatar name of the user terminal transmitted from the virtual world server, and Contact detecting means for detecting by receiving contact information including a world ID that identifies a virtual world;
  Position information acquisition means for acquiring position information transmitted from the portable terminal and storing and managing the position information in the storage means;
  Display control means for transmitting code information that can be displayed on the user terminal and controlling the user terminal to display the code information as specific code information related to an avatar activity in the virtual world;
  Code analysis information, which is a code analysis result obtained by imaging the code information displayed on the user terminal by the imaging function of the mobile terminal, is acquired from the mobile terminal, stored in the storage means, and managed Code analysis information acquisition management means for
  The user in the virtual world is recognized by the avatar name associated with the user ID of the user terminal and the individual identification information associated with the user ID of the portable terminal, and at least the contact information and the portable information The main control that receives the image of the code information displayed on the user terminal by the acquisition of the terminal position information, receives the analysis result by the mobile terminal, performs a predetermined calculation, and restricts the activity as the avatar in the virtual world Means,
Especially as a
  In the management server, the user ID of the user terminal, the e-mail address, and the avatar name are specified for each world ID by the registration information acquisition management unit, and the user of the portable terminal is specified by the individual identification information acquisition management unit ID, the individual identification information, and the position information are identified, the avatar name is associated with the individual identification information by the main control means, and the contact information transmitted from the virtual world server by the contact detection means When the contact is detected and the position information acquisition unit acquires the position information of the portable terminal, the main control unit stores the acquired position information and the storage unit stored in the storage unit. When the position information is compared and the two match, the display control means enters the virtual world at the user terminal. When control is performed so that code information is displayed, the specific code information displayed on the user terminal is imaged by the imaging function, and code analysis information is transmitted to the management server. In the management server, the code analysis information acquisition management means acquires the code analysis information from the mobile terminal, the main control means performs a predetermined calculation to recognize the identity, and based on the calculation result, A function to immediately limit the activity of the avatar in a specific virtual world operated by the virtual world server across the plurality of virtual worlds.
  program.