JPWO2007007385A1 - Content information providing system, terminal information management server, content information display communication terminal - Google Patents

Abstract

The present invention discloses a technique for transmitting address information and the like of content to a communication terminal in a timely manner according to the state of the communication terminal. As one of the methods, a terminal state management server for managing the state of the communication terminal is provided, and the terminal state management server detects that the state of the communication terminal matches the state recorded in the content information database, When the state matches, the address information or data information of the content is transmitted to the communication terminal. In the content information database, the state of the communication terminal and content address information or data information are recorded in association with each other. With this configuration, content address information suitable for the user to browse is automatically transmitted. The user can browse the registered address information without overlooking it, and can effectively use the information.

Description

  The present invention relates to a content information providing system that provides content information to a communication terminal when the content on the network is displayed or reproduced by the communication terminal, and a terminal information management server used therefor.

  Collecting information through networks such as the Internet is indispensable in daily life. In many cases, information recorded on a server in HTML format is accessed using a web browser and displayed on a monitor. At this time, a URL (Uniform Resource Locator) is used to indicate the location of the information, and any data in the world can be accessed by inputting the URL.

  When browsing the same page repeatedly, it is troublesome to input URLs one by one, and it is difficult to memorize complicated URLs. Therefore, almost all web browsers are equipped with a function that allows URLs to be registered in a list format and accessed only by selecting from the list when browsing next time. This function is called “bookmark” or “favorite”.

However, as the amount of information on the Internet increases, the number of URLs to be registered in the list increases, and the work of selecting from the list becomes complicated, and there is a problem that it is not known what was registered.
For this reason, the necessary information cannot be displayed on the web browser when necessary, and the information cannot be fully utilized.

  By the way, communication terminals for browsing information have spread from a conventional fixed type terminal device centered on a personal computer to a terminal device that always carries and communicates such as a mobile phone and a portable information terminal. In such a portable terminal device, it is desired to access the latest information according to the current situation at any time. For this purpose, a system that automatically determines and presents the situation is optimal, but no information that can be referred to on the web has been provided.

A known method for knowing the status of a communication terminal is a method for detecting the position of a mobile phone. Considering that the mobile phone is carried by the user, the location of the mobile phone is the location of the user, and is the most important information for estimating what the user is doing.
Such a position detection method has already been put into practical use. For example, information in real space such as a position detection function using GPS, a near field communication function using infrared rays or Bluetooth (registered trademark), and a tag function of an IC card are acquired. And a function that makes it possible to detect information that is physically close.

As a well-known patent document, Patent Document 1 discloses a configuration for realizing a positioning function of a mobile phone terminal using GPS, and also discloses a technique for receiving auxiliary data by a GPS server.
Patent Document 2 discloses a configuration in which a location information center capable of managing location information of a mobile device is provided. The technique disclosed in Patent Document 3 can also notify a message.

Patent No. 3640084 Japanese Patent No. 3039536 Japanese Patent No. 3037286

By utilizing these effectively, it becomes possible to acquire various situations (contexts) of the user. However, the applications so far are limited to a navigation function for the purpose of knowing the position of the user itself, an electronic money function using only a communication function, and the like.
There is still no technology that realizes a highly convenient service that links physical information in the real world and data in cyberspace (such as in a mobile phone memory or a server database).

As an attempt to achieve this, the technology of Patent Document 4 is a technology that allows a mobile terminal equipped with a browser function to display a URL in a form suitable for the situation by using location information acquired by the own device. is there.
However, the present technology must have a function for the terminal itself to acquire the position, and the method for acquiring the position is limited to GPS or the like. Further, since it is necessary to hold all information related to the relationship between the URL and the position on the terminal side, high processing capability is required.

JP 2004-272329 A

  The present invention solves the above-described problems in the prior art, and provides a content information providing system for transmitting content address information and data information to a communication terminal in a timely manner according to the state of the communication terminal such as position information. For the purpose.

In order to solve the above problems, the present invention provides the following content information providing system.
That is, according to the first aspect of the present invention, the terminal state management server capable of managing the state of the communication terminal uses the address information or data information of the content recorded in the content server on the network as the state of the communication terminal. A content information providing system that automatically provides a communication terminal in response to the request is provided.
The terminal status management server of the system includes a status acquisition unit that acquires the status of the communication terminal, a content information database that records the status of the communication terminal and the address information or data information of the content recorded in the content server in association with each other. State matching detection means for detecting that the state of the communication terminal acquired by the state acquisition means matches the state recorded in the content information database, and address information of the content to the communication terminal when the state matches At least content information transmitting means for transmitting data information.

The content server of the system includes at least recording means for recording data information of the content to be provided, and the communication terminal of the system receives the address information or data information from the terminal status management server and the data information from the content server. It comprises at least receiving means for receiving and display / reproducing means for acquiring the data information from the address information content server based on the address information, or displaying or reproducing the received data information.
These communication terminals, a terminal state management server, and a content server are connected to each other via a network to constitute the content information providing system of the present invention.

  The communication terminal of the system according to claim 2 includes at least address information transmission means for transmitting data information being displayed or reproduced at an arbitrary time point or address information thereof to the terminal state management server, and the terminal state management server includes: The received data information or address information and the state of the communication terminal at that time are recorded in a content information database.

  The invention according to claim 3 is characterized in that the terminal state management server of the content information providing system acquires the state of the communication terminal from a position detecting means provided in the communication terminal via a network.

  According to a fourth aspect of the present invention, the terminal state management server of the content information providing system acquires the state of the communication terminal by detecting the position of the communication terminal by at least a plurality of sensor means capable of communicating on the network. It is a feature.

In addition to the content information providing system described above, the present invention provides a terminal state management server capable of managing the state of a communication terminal.
That is, the invention according to claim 5 is a configuration for automatically providing the address information or data information of the content recorded in the content server on the network to the communication terminal according to the state of the communication terminal, Status acquisition means for acquiring the status of the communication terminal, a content information database for recording the communication terminal status and the address information or data information of the content recorded in the content server in association with each other, and the communication acquired by the status acquisition means A state coincidence detecting means for detecting that the state of the terminal coincides with the state recorded in the content information database; and a content information transmitting means for transmitting address information or data information of the content to the communication terminal when the state coincides And at least.

  The invention described in claim 6 is characterized in that the terminal state management server acquires the state of the communication terminal from a position detecting means provided in the communication terminal via a network.

  The invention according to claim 7 is characterized in that the terminal state management server acquires the state of the communication terminal by detecting the position of the communication terminal by at least a plurality of sensor means capable of communicating on the network. It is.

The present invention is a content in which a terminal state management unit capable of managing a state of a communication terminal automatically displays address information or data information of a content recorded on a content server on a network according to the state of the communication terminal. An information display communication terminal can also be provided.
That is, the content information display communication terminal according to claim 8 obtains the data information from the address information content server based on the address information, the terminal state management unit, the receiving means for receiving the data information from the content server, and the address information. Or display / reproducing means for displaying or reproducing the received data information.

  A terminal state management unit for acquiring a state of the communication terminal; a content information database for recording the state of the communication terminal in association with the address information or data information of the content recorded in the content server; , A state coincidence detecting unit for detecting that the state of the communication terminal acquired by the state acquisition unit matches the state of the communication terminal recorded in the content information database; Content information transmitting means for transmitting the address information or data information.

  According to the ninth aspect of the present invention, the terminal status management unit of the content information display communication terminal includes an address information input unit, and when the address information is input from the address information input unit, the address information and the address information The state of the communication terminal at the time is recorded in a content information database.

  The invention described in claim 10 is characterized in that, in the terminal state management unit of the content information display communication terminal, the state acquisition means of the communication terminal is one or a plurality of position detection means provided in the communication terminal.

The following effects are produced by the above invention.
That is, according to the present system, content address information suitable for the user to browse is automatically transmitted according to the state of the communication terminal. Thereby, the user can browse the address information once registered without overlooking it, and can effectively utilize the information. In addition, since unnecessary information is not presented, even if a large number of address information is registered in the list, it can be browsed efficiently without hesitation.

In particular, since the terminal state management server of this system acquires and manages the state of the communication terminal and records the address information or data information of the content recorded in the content server in association with each other, it is excessive on the communication terminal side. High-speed browser operation is possible without requiring any processing.
In addition, since the state is acquired collectively by the terminal state management server, information that cannot be acquired by the communication terminal can also be used.

1 is an overall configuration diagram of a content information providing system according to the present invention. The block diagram of the terminal state management server which concerns on this invention. The block diagram of the communication terminal which concerns on this invention. The block diagram of the content information display communication terminal which concerns on this invention. The whole block diagram of the communication system of another Example of this invention. The block diagram of the network server which concerns on this invention. The block diagram of the mobile terminal which concerns on this invention. The block diagram of the mobile PC which concerns on this invention. 1 is an overall configuration diagram of a location information server system according to the present invention.

Explanation of symbols

1: content information providing system, 2: internet, 3: mobile phone, 4: portable information terminal, 10: terminal state management server, 20: content server

Hereinafter, embodiments of the present invention will be described with reference to the drawings. In addition, in implementation of this invention, it is not limited to the following, A deformation | transformation, an application, etc. can be performed arbitrarily.
FIG. 1 is an overall configuration diagram of a content information providing system according to the present invention. As shown in the figure, this system (1) has a terminal state management server (10) and a content server (20) connected to the Internet (2), and is a communication terminal such as a mobile phone (3) or a portable information terminal (4). Can be connected to the content server (20) through the Internet.

  For example, in the case of web browsing, conventionally, a content server (20), which is a web server, is accessed from a mobile phone (3) or the like, and content data in HTML format is received and displayed. In each terminal, a list of address information (URL) of contents used when browsing repeatedly is registered, and a user can access desired contents from the list.

In the present invention, in addition to the above, a terminal state management server (10) can be provided to acquire and manage the state of the communication terminal, and to provide optimum address information according to the state. FIG. 2 is a configuration diagram of the terminal state management server.
The server (10) is a server device realized by a known personal computer. As is well known, in addition to a CPU (11), a hard disk (15), a network adapter (16) connected to a network, Hardware such as a keyboard, a monitor, and a memory (not shown) cooperate.

In the present invention, as a minimum configuration of terminal information management, a state acquisition unit (12), a state match detection unit (13), and a content information transmission unit (14) operating by a CPU are provided.
The hard disk stores a content information database (15) in which the state of the communication terminal and the address information are recorded in association with each other.

The configuration of the communication terminal is shown in FIG. As the communication terminal of the present invention, a portable information terminal called a mobile phone terminal, a PHS terminal, a PDA or the like is mainly assumed, but a general personal computer or the like may be used.
The communication terminal (3) includes at least a network adapter (35) and a display device (36) in addition to a CPU (31) including a receiving unit (32) and a display reproduction unit (33).

  And in a terminal state management server (10), a state acquisition part (12) acquires the state of a communication terminal with a fixed period or a predetermined opportunity. The state at this time is mainly the position information of the communication terminal, but in the present invention, any other state relating to the terminal such as an application running on the terminal, music being played back, an image being displayed, etc. It is a concept that includes

  And it has the database (15) which matched these states and the address information of the content displayed or reproduced | regenerated with a communication terminal. In the database (15), for example, the latitude / longitude of the communication terminal, the location information such as the SSID of the wireless LAN, the RF tag, and the URL information at that time are registered in association with each other. Since one terminal state management server (10) performs state management of a plurality of communication terminals, information is recorded in the database (15) for each terminal. One example is shown in Table 1.

  If the state acquired by the state acquisition unit (12) matches the item described in the database (15), for example, the state acquisition unit indicates that the communication terminal of the terminal 1 has entered the wireless LAN access point area. When (12) is detected and the SSID at that time is ABC, the state match detection unit (13) detects the match. Then, http://www.XX.com/ is extracted as the URL.

  As a result, the server (10) transmits the URL from the content information transmission unit (14) to the mobile terminal (3) via the network adapter (16) and the Internet (2).

In the mobile terminal (3), the receiving unit (32) receives this information via the network adapter (35) and transfers it to the display reproduction unit (33).
The display reproduction unit (33) is configured as a web browser, for example, and displays the content of the URL received by the display device (36). At this time, the content is acquired from the content server (20) via the Internet (2). Since this process is a well-known matter, the description thereof is omitted.

  Note that the display / playback unit (33) does not necessarily display the content itself, and for example, the address information may be displayed in the display column of the address list and presented to the user. In this case, content information is acquired from the content server (20) only after the user designates the content from the list.

  According to the above processing, when the communication terminal enters the state described in the content information database (15), the optimum URL is transmitted, and the user can easily browse the corresponding content information. The content may be audio or video content in addition to HTML-format web content, and may be any type of file as long as it can be specified by the stored address information of the content server (20).

Next, a method for forming the content information database will be described.
In the content information database (15) of the present invention, predetermined data may be registered in advance, but as a preferred embodiment of the present invention, there is a method in which a user designates from a communication terminal.
That is, when the content being browsed by the display / playback unit (33) is specified using the input button (37) of the communication terminal, the address information transmission unit (34) sends the address information of the content through the Internet (2) to the terminal. It transmits to a state management server (10).

The server (10) that has received it acquires the state of the terminal at that time by the state acquisition unit (12) and records it in the content information database (15) together with the address information. According to this process, the user simply designates the content with the input button (37), and the address information and terminal status at that time are registered in the database (15).
Since address information is registered here, the latest information can always be browsed even when the content is rewritten.

  In the present invention, since the state of the communication terminal and the address information or data information of the content recorded in the content server can be recorded in the content information database in association with each other, the content can be recorded together with the address information or instead of the address information. The data information itself may be registered. In this case, since the content data information itself is transmitted to the communication terminal instead of transmitting the address information, the display / playback unit (33) can directly display the content.

If it adds further about a status acquisition part (12), in this invention, various sensor means can be connected to a status acquisition part (12) via a network, or it can acquire the information of communication Tamatsu.
For example, the position of a user or a communication terminal can be acquired by many RF tag receivers, floor sensors, Bluetooth receivers, and the like. Alternatively, the SSID of the access point of the wireless LAN communicating with the communication terminal, such as the SSID of the wireless LAN, is acquired through the network adapter (16), thereby identifying where the communication terminal is located. it can.

Furthermore, a position detection unit (38) may be provided in the communication terminal, and the detected position information may be transmitted to the state acquisition unit (12) through a network. The simplest method is to provide a GPS receiver or sensor means such as a direction sensor in the position detection unit (38), and acquire information relating to the position of the own device. Since such sensor means cannot be measured unless it is attached to the terminal body, various position detection methods can be realized by this configuration.
When detecting a running application or the like as a state, a detection unit (not shown) in the CPU (31) similarly detects the state and transmits it to the state acquisition unit (12) through the network.

As a second embodiment of the present invention, as shown in FIG. 4, it is also possible to provide a content information display communication terminal (40) which is configured integrally including the server function described above.
Although the operation for the same name is the same as described above, the overall configuration will be described. In this terminal (40), the CPU (41) that manages each process has a content server via the network adapter (35). A receiving unit (44) for acquiring content data information from the content and a display / playing unit (45) for displaying / reproducing data information, displaying addresses, and the like are provided. Display or reproduction is performed from the display device (36), a speaker, or the like under the control of the display reproduction unit (45).

  When the position detection unit (38) of the terminal (40) detects the position of the terminal and the state acquisition unit (42) acquires the position, the state match detection unit (43) is stored in the content information database (47). The state of the registered terminal is compared with the position, and when they match, the registered address information and data information are displayed from the display reproduction unit (45). The user may directly check the data information, or when only the address information is presented, the user can acquire the data information by specifying the content from the input button (37), and can display and reproduce it.

  The position detection unit may be the above-described tag or the like in addition to a GPS receiver or the like. For example, when a certain tag is detected, the position detection unit may be configured to display content corresponding to the tag registered in the content information database (47). .

  Registration to the content information database (47) at this time may be made by the user directly inputting address information or data information with the input button (37), or the content currently being displayed and reproduced by the display reproduction unit (45). Such address information or data information may be automatically acquired and registered.

  Furthermore, the status acquisition unit can acquire any status related to the terminal (40) in addition to the location information. For example, a time counting unit capable of acquiring a position and acquiring a time separately is obtained, the current time is obtained from the time counting unit, and time information such as position information and a time zone is registered in the content information database. By doing so, it is possible to display and reproduce the address information and data information according to the time zone.

In addition to providing one GPS receiver and one specific tag receiver / tag, the position detection unit (38) can be provided with a plurality of detection means. At this time, the state acquisition unit (42) may pass all the information to the state coincidence detection unit (43), or may select and pass the most accurate information, for example.
The present invention is not limited to the purpose of detecting the position, and means for detecting any state can be provided. For example, a thermometer, a microphone, or other sensors may be used.

The third embodiment of the present invention is a modification of the first embodiment using a network. In addition to the Internet (2) as described above, the Internet and a 3G mobile phone network are combined as shown in FIG. It may be implemented in another communication system.
This system will be described below.

The network server (110) is connected to the network by a wired LAN. It mainly manages signaling communication connected from the mobile terminal (120) through the basic access network and SIP relay processing.
When there is a location acquisition request from the mobile terminal (120), the location of each mobile terminal (120) is specified from the information of the wireless LAN access point and provided.
At the same time, the hard disk of the server is provided with a database and holds user information, mobile terminal (120) information, access right information, and the like.

The mobile terminal (120) is a terminal device that assumes that only one user is always carried by one user. At present, mobile phones are widespread, and in the present invention, it is preferable to mount this function on the mobile phone.
The mobile terminal (120) forms a basic access network with the network server (110) by, for example, 3G or wireless LAN and is always connected.

The mobile PC (130) is composed of a notebook personal computer or the like that supports only one mobile terminal (120) at a time. The present invention includes at least a wireless communication system as a communication system, and includes communication means such as a PHS network different from a wireless LAN device or a basic access network. At the same time, a wired LAN may be used as an access network if it is available.
Furthermore, it has a communication path with a mobile terminal such as Bluetooth or wireless LAN. Thereby, signaling communication is performed via the communication path.

  The mobile PC (130) is assumed to move with the user, and the position of the mobile terminal is treated as the position of the mobile PC. Therefore, since no signaling communication can be performed while not connected to the mobile terminal, the wireless communication according to the present invention does not operate.

Hereinafter, the operation of each node in the communication system (100) will be described in detail. 6 to 8 are configuration diagrams of the network server (110), the mobile terminal (120), and the mobile PC (130), respectively, according to the present invention.
The network server (110) includes a management information database (111) having user information, user information and device information related to the basic access network terminal, and a basic access network server processing unit (112) for performing communication processing of the basic access network. ).

Furthermore, it has a user interface (113) for managing the basic access network. Settings by the interface are stored in the hard disk (111).
In the basic access network server processing unit (112), a communication device (118) for communication with the 3G network and a communication processing unit (119) for performing signaling communication are provided, and communication with the mobile terminal (20) is possible.

  A mobile IP agent (114) is provided as a packet relay processing unit capable of communicating with a wireless communication terminal using an access network and relaying a data stream packet transmitted to the wireless communication terminal. As a result, the mobile PC (130) can perform continuous seamless communication on an IP basis.

  As shown in FIG. 7, the mobile terminal (120) includes a basic access network signaling processing unit (121) and a device control unit (122). The basic access network signaling processing unit (121) includes a server communication processing unit (211) that performs communication with the basic access network server processing unit (112) of the network server (110) and a PAN communication between the mobile PC (130). A mobile PC communication processing unit (212). These operate in cooperation with each other by the control unit (213).

The device control unit (122) includes a communication device (221) and a sensor (222) for acquiring the position of the terminal. The communication device (221) realizes the use of a mobile phone by 3G, for example. The sensor (222) includes an acceleration and direction sensor, a GPS receiver, and the like, and acquires the position and orientation of the user.
Further, the mobile terminal (120) is provided with a web client (123) for browsing the web so that the terminal itself can browse the web.

As shown in FIG. 8, the mobile PC (130) is provided with a PAN communication processing unit (131) that communicates with the basic access network signaling processing unit (121) of the mobile terminal (120). The PAN communication processing unit (131) forms a PAN with the mobile PC communication processing unit (212) of the mobile terminal (120) so that signaling information can be communicated. The mobile IP processing unit (132) connects to the mobile IP agent (114) of the network server.
When a wireless LAN is used, the SSID of the access point is scanned at a constant period, the usable access point is grasped, and the mobile terminal (120) is notified through the PAN.
Furthermore, a communication device (133) constituting a physical layer for connecting to an access network including a plurality of wireless communication networks is provided.

  In the above wireless communication system, a location information server (150) is provided as shown in FIG. The location information server (150) communicates with the basic access network server processing unit (112) using the basic access network. The location information platform (117) shown in FIG. 6 is this communication path.

The platform (117) includes information on sensors embedded in a plurality of locations in a wireless communication system environment, GPS receivers and sensors of the mobile terminal (120), and the like in the location information server (150). Manage user location information.
The network server (110) supports inter-network handover of the mobile terminal (120), authentication of a user to a neighboring terminal, and session handover from the mobile terminal (120).

As described above, the location information server (150) and the mobile terminal (120) cooperate with each other via the network server (110), so that the inter-network handover, the neighboring terminal discovery, the authentication, and the terminal according to the location and situation of the user are performed. Handover between them becomes possible.
FIG. 9 shows an overall configuration diagram of the location information server system. As shown in the figure, this server (150) is connected to a location information platform (117) using a basic access network, and the server includes a location information selection processing unit (151), a sensor information integration processing unit (152), and location information provision. A part (153) is provided.

Further, the server (150) stores a priority database (154) and a terminal information database (155) in the storage means.
A large number of sensor means are installed on the position information platform. That is, an RF tag receiver (511) that outputs detection information when a user's tag is detected using radio waves, a wireless LAN access point (512) that can detect the position of the terminal from the SSID of the wireless LAN access point, An ultrasonic sensor (513) for detecting a person or the like by a change in reflection of sound waves, a floor sensor (514) for specifying a position by detecting weight, and the like.

  Further, since the location information platform (117) is a basic access network, it can communicate with the mobile terminal (120), and the GPS receiver (515), the direction sensor (516), the acceleration provided in the mobile terminal (120). Measurement information from the sensor (517) can also be used.

  Thus, the information acquired by the wireless communication terminal is transmitted to the mobile terminal (120) through the PAN, and the position information acquired from each sensor of the information and the mobile terminal is transmitted via the position information platform (117). Transferred to the server (150). The position is calculated by the position information server (150), and is transmitted again to the mobile terminal (120) through the network server (110) and the basic access network. Similarly, information related to neighboring terminals, which will be described later, is also returned from the location information server (150) to the mobile terminal (120).

Each information is used as follows.
For example, in the case of position detection using an RF tag and a wireless LAN, when the RF tag sensor accuracy is high, the priority order of the RF tag is recorded in advance in the priority database (154). Thus, when the position information selection processing unit acquires both pieces of information, the position information selection processing unit records the information of the RF tag as the position information in the terminal information database (155).

  In addition, although the detection position is extremely accurate with the floor sensor or the ultrasonic sensor, it is not possible to identify which terminal. Therefore, the sensor information integration processing unit (152) can simultaneously acquire the terminal information of the room by another sensor, for example, an RF tag, and integrate the information, thereby determining the exact position of the terminal. In this way, the location information server (150) always accumulates the location information of each terminal in the terminal information database (155), and waits for an inquiry from the network server (150). At the time of inquiry, the position information providing unit (153) transmits information via the position information platform (117).

  From the mobile terminal (120), direction, acceleration, SSID of the wireless LAN access point being used, and the like are transmitted. When the network server (110) receives this via the basic access network, the user identification number and sensor information are notified to the location information server (150) via UDP.

In the communication system as described above, the terminal state management server (10) of the present invention is installed in the location information server (150), and the configuration of the communication terminal (3) is installed in the mobile terminal (120). Thus, the present invention can be realized.
That is, when the location information is acquired through the basic access network and the content data information is obtained, the mobile PC (130) can be used in addition to the mobile terminal (120).
In the communication system, it is possible to acquire more sophisticated position information by using the position information platform (117). In particular, which information is selected from a plurality of sensor means, each selection processing unit ( 151) to (153) act.

Claims (10)

Content information in which a terminal state management server capable of managing the state of a communication terminal automatically provides address information or data information of content recorded on a content server on the network to the communication terminal according to the state of the communication terminal Providing system,
The terminal state management server
Status acquisition means for acquiring the status of the communication terminal;
A content information database that records the state of the communication terminal and the address information or data information of the content recorded in the content server in association with each other;
State matching detection means for detecting that the state of the communication terminal acquired by the state acquisition means matches the state of the communication terminal recorded in the content information database;
Content information transmitting means for transmitting address information or data information of the content to the communication terminal when the state matches,
Content server
At least recording means for recording data information of the content to be provided;
The communication terminal
Receiving means for receiving address information or data information from the terminal status management server and data information from the content server;
And at least display / reproduction means for obtaining the data information from the address information content server based on the address information, or displaying or reproducing the received data information,
The content information providing system, wherein the communication terminal, the terminal state management server, and the content server are connected to each other via a network. A communication terminal of the content information providing system,
At least address information transmitting means for transmitting data information being displayed and reproduced at an arbitrary time or address information thereof to the terminal state management server,
The terminal state management server is
The content information providing system according to claim 1, wherein the received data information or address information and the state of the communication terminal at that time are recorded in a content information database. The terminal status management server of the content information providing system,
The content information provision system according to claim 2, wherein the state of the communication terminal is acquired via a network from a position detection unit provided in the communication terminal. The terminal status management server of the content information providing system,
The content information providing system according to claim 2, wherein the state of the communication terminal is acquired by detecting the position of the communication terminal by at least a plurality of sensor means capable of communicating via a network. A terminal state management server capable of managing the state of a communication terminal automatically provides address information or data information of content recorded in a content server on the network to the communication terminal according to the state of the communication terminal. There,
Status acquisition means for acquiring the status of the communication terminal;
A content information database that records the state of the communication terminal and the address information or data information of the content recorded in the content server in association with each other;
State matching detection means for detecting that the state of the communication terminal acquired by the state acquisition means matches the state of the communication terminal recorded in the content information database;
A terminal state management server comprising at least content information transmitting means for transmitting address information of the content to a communication terminal when the states match. The terminal state management server is
The terminal state management server according to claim 5, wherein the state of the communication terminal is acquired via a network from position detection means provided in the communication terminal. The terminal state management server is
The terminal state management server according to claim 5, wherein the state of the communication terminal is acquired by detecting the position of the communication terminal by at least a plurality of sensor means capable of communicating via a network. A content information display communication terminal in which a terminal state management unit capable of managing the state of a communication terminal automatically displays address information or data information of content recorded in a content server on the network according to the state of the communication terminal Because
The content information display communication terminal is
The terminal state management unit;
Receiving means for receiving data information from the content server;
Display reproduction means for acquiring the data information from the address information content server based on the address information, or displaying or reproducing the received data information;
In a configuration comprising:
The terminal status manager
Status acquisition means for acquiring the status of the communication terminal;
A content information database that records the state of the communication terminal and the address information or data information of the content recorded in the content server in association with each other;
State matching detection means for detecting that the state of the communication terminal acquired by the state acquisition means matches the state of the communication terminal recorded in the content information database;
A content information display communication terminal comprising: at least content information transmission means for transmitting address information or data information of the content to the communication terminal when the states match. The terminal state management unit of the content information display communication terminal,
With address information input means,
The content information display communication terminal according to claim 8, wherein when the address information is input from the address information input means, the address information and the state of the communication terminal at that time are recorded in a content information database. In the terminal status management unit of the content information display communication terminal,
The content information display communication terminal according to claim 9, wherein the state acquisition means of the communication terminal is one or a plurality of position detection means provided in the communication terminal.

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