JP5503821B2 - Display system, display method and program - Google Patents

Description

  The present invention relates to a display system, a display method, and a program for displaying content on a peripheral device. In particular, when a user communicates with another person, the content is displayed on a peripheral device different from a terminal used for communication. The present invention relates to a display system, a display method, and a program.

  As a conventional technique, in a call between mobile phones, a technology has been proposed in which content set by a user of a receiving mobile phone is output to a calling mobile phone during a call or during a call. Specifically, when the user of the receiving mobile phone registers content in the server in advance together with identification information (for example, a telephone number) for identifying the receiving mobile phone, and the calling user makes a call At the same time, the originating mobile phone acquires content from the server using the identification information of the incoming mobile phone as an index, and displays the acquired content (see, for example, Patent Document 1).

JP 2009-253817 A

  However, in the technique described in Patent Document 1, since a mobile phone with a display is often brought into close contact with a face during a normal call, it is difficult for the user to view the content displayed on the display during the call. is there. In addition, when users communicate with each other other than calls, for example, in the case of e-mail or chat, the sender may want to display the content on the terminal of the called party while chatting or reading e-mail. . Terminals used for these include, for example, PDAs (Personal Data Assistance) and PCs (Personal Computers), which do not bring the display close to the face unlike mobile phones, but when chatting or reading emails In order to display content, in the case of a PDA, there is a problem that the display screen size is small and it is difficult for the user to view the content. On the other hand, the PC has a problem that it cannot be browsed when the content is a television program.

  As described above, there is a problem caused by the function of the terminal when the content is displayed on the terminal with which the user communicates, such as it is difficult for the user to browse the content while making a call.

  Therefore, the present invention has been made in view of the above problems, and is limited to the function of the terminal with which the user communicates by displaying the content on a peripheral device different from the terminal that the user uses for communication. It is an object of the present invention to provide a display system, a display method, and a program that can display content in a state that the user can easily browse.

  The present invention proposes the following matters in order to solve the above problems. In addition, in order to make an understanding easy, although the code | symbol corresponding to embodiment of this invention is attached | subjected and demonstrated, it is not limited to this.

(1) The present invention includes a transmitting terminal that transmits information (for example, equivalent to the transmitting terminal 10 in FIG. 4), a receiving terminal that receives information (for example, corresponding to the receiving terminal 20 in FIG. 4), and the receiving terminal Peripheral device (for example, equivalent to the peripheral device 30 in FIG. 4), a device management server for managing the peripheral device (for example, equivalent to the device management server 200 in FIG. 4), and a content server for managing content (For example, equivalent to the content server 100 of FIG. 4), wherein the transmission terminal includes first transmission means for transmitting its own unique information to the reception terminal, and the reception terminal is A device search means for searching for the peripheral device communicable with the receiving terminal, and transmitting the transmitting terminal received from the transmitting terminal and its own unique information to the searched peripheral device. And the peripheral device transmits to the content server the unique information of the transmitting terminal and the receiving terminal received from the receiving terminal, the device information for identifying its own type, and its own unique information. A third transmission unit, wherein the device management server includes a device information storage unit that stores the device information of the peripheral device and the unique information of the receiving terminal in association with each other, and the content server Storage means for storing the specific information, the specific information of the receiving terminal, and the content or information related to the content in association with each other, and the device information of the peripheral device and the specific information of the receiving terminal received from the peripheral device The combination of the device information of the peripheral device and the unique information of the receiving terminal is transmitted to the management server, and the device information description of the device management server is obtained. Content or content from the storage unit based on the authenticating means for authenticating the peripheral device and the unique information of the transmitting terminal and the receiving terminal received from the authenticated peripheral device, Search means for searching for information on the content, and fourth transmission means for transmitting the searched content or information on the content to the authenticated peripheral device based on the specific information of the authenticated peripheral device. The display system is characterized in that the content acquired by the authenticated peripheral device is displayed.

According to this invention, the first transmission means of the transmitting terminal transmits its own unique information to the receiving terminal. The device search means of the receiving terminal searches for peripheral devices that can communicate with the receiving terminal. The second transmitting means of the receiving terminal transmits the transmitting terminal received from the transmitting terminal and its own unique information to the searched peripheral device. The third transmission means of the peripheral device transmits the transmission terminal and the unique information of the reception terminal received from the reception terminal, the device information specifying its own type, and its own unique information to the content server. The device information storage unit of the device management server stores the device information of the peripheral device and the unique information of the receiving terminal in association with each other. The storage means of the content server stores the unique information of the transmitting terminal, the unique information of the receiving terminal, and the content or information related to the content in association with each other. The authentication means of the content server transmits the received device information of the peripheral device and the unique information of the receiving terminal to the device management server, and the combination of the device information of the peripheral device and the unique information of the receiving terminal is the device of the device management server. The peripheral device is authenticated depending on whether or not it exists in the information storage unit. The search unit of the content server searches the storage unit for content or information related to the content based on the received unique information of the transmission terminal and the reception terminal. The fourth transmission unit of the content server transmits the searched content or information related to the content to the authenticated peripheral device based on the specific information of the authenticated peripheral device. The authenticated peripheral device displays the acquired content. Therefore, when the receiving terminal searches for the peripheral device, the content can be displayed on the peripheral device that can communicate with the receiving terminal, and further, without being limited to the function of the receiving terminal, Content can be displayed.

(2) In the display system according to (1), when there are a plurality of authenticated peripheral devices, the peripheral device that displays the content or information related to the content is determined based on a predetermined condition. A display system characterized by comprising a determining means (for example, corresponding to the determining unit 105 in FIG. 5) is proposed.

According to the present invention, when there are a plurality of authenticated peripheral devices, the determination unit of the content server determines a peripheral device that displays the content or information related to the content based on a predetermined condition. Therefore, when there are a plurality of peripheral devices that can communicate with the receiving terminal, it is possible to automatically determine a peripheral device for displaying content from among the peripheral devices.

(3) In the display system according to (2), the device management server stores a predetermined priority in association with the device information, and the authentication unit of the content server is authenticated. The display system is characterized in that the priority order of the peripheral devices is acquired, and the determining means determines the peripheral device to display the content based on the acquired priority order.

According to this invention, the device management server stores a predetermined priority in association with the device information. The authentication unit of the content server acquires the priority order of the authenticated peripheral device. The determination unit of the content server determines a peripheral device that displays the content based on the acquired priority order. Therefore, when there are a plurality of peripheral devices that can communicate with the receiving terminal, it is possible to automatically determine the peripheral device for displaying the content from among the peripheral devices according to the priority order set in advance by the user.

(4) The present invention includes a transmitting terminal that transmits information (for example, equivalent to the transmitting terminal 10 in FIG. 6), a receiving terminal that receives information (for example, corresponding to the receiving terminal 20 in FIG. 6), and the receiving terminal Peripheral device (for example, equivalent to the peripheral device 30 in FIG. 6), a map information server for managing map information (for example, equivalent to the map information server 400 in FIG. 6), and terminal management for managing terminal information And a server (e.g., equivalent to the terminal management server 300 in FIG. 6), wherein the transmitting terminal transmits its own unique information to the receiving terminal and transmits the unique information to the receiving terminal. After transmitting, the terminal management server includes first transmission means for transmitting the unique information of the terminal and the receiving terminal and the position information of the receiving terminal, and the receiving terminal receives the transmitting terminal and the receiving terminal received from the transmitting terminal. Second transmission means for transmitting its own unique information to the peripheral device, wherein the peripheral device manages the unique information of the transmitting terminal and the receiving terminal received from the receiving terminal and the unique information of the terminal. Storage means for storing, in correspondence with each other, specific information of the transmission terminal, specific information of the reception terminal, and position information received from the transmission terminal (For example, corresponding to the terminal information storage unit 303 in FIG. 7) and search means (for example, searching for position information from the storage means based on the unique information of the transmission terminal and the reception terminal received from the peripheral device) 7) and a fourth transmission unit (for example, FIG. 7) that transmits the searched location information and the specific information of the peripheral device to the map information server. The map information server is based on position information received from the terminal management server, and obtains a map information (e.g., corresponds to the acquisition unit 402 in FIG. 7). A fifth transmission unit (e.g., corresponding to the transmission / reception unit 401 in FIG. 7) that transmits the acquired map information to the peripheral device based on the specific information of the peripheral device received from the terminal management server. A display system is proposed in which the peripheral device displays map information acquired from the map information server .

According to the present invention, the first transmission means of the transmitting terminal transmits its own unique information to the receiving terminal, and after transmitting the unique information to the receiving terminal, the unique information of itself and the receiving terminal is transmitted to the terminal management server. It transmits its own location information. The second transmitting means of the receiving terminal transmits the received transmitting terminal and its own unique information to the peripheral device. The third transmission means of the peripheral device transmits the received unique information of the transmitting terminal and the receiving terminal and its own unique information to the terminal management server. The storage unit of the terminal management server stores the unique information of the transmitting terminal, the unique information of the receiving terminal, and the position information in association with each other. The search means of the terminal management server searches the storage means for location information based on the received unique information of the transmission terminal and the reception terminal. The 4th transmission means of a terminal management server transmits the searched positional information and the specific information of a peripheral device to a map information server. The acquisition means of the map information server acquires map information based on the received position information. The fifth transmission means of the map information server transmits the acquired map information to the peripheral device based on the received specific information of the peripheral device. The peripheral device displays the acquired map information. Therefore, by displaying the map information indicating the position of the transmitting terminal on a peripheral device different from the receiving terminal, the position of the transmitting terminal is indicated in a state that the user can easily browse without being limited to the function of the receiving terminal. Map information can be displayed.

(5) The present invention relates to a transmitting terminal that transmits information (for example, equivalent to the transmitting terminal 10 in FIG. 10), a receiving terminal that receives information (for example, corresponding to the receiving terminal 20 in FIG. 10), and the transmitting terminal. Transmitting peripheral device (for example, equivalent to the transmitting peripheral device 40 in FIG. 10), and receiving peripheral device (for example, corresponding to the receiving peripheral device 50 in FIG. 10) capable of communicating with the receiving terminal, A terminal management server that manages terminal information (for example, equivalent to the terminal management server 700 in FIG. 10), and a voice recognition server that performs voice recognition processing on voice information and converts it into a character string (for example, voice recognition in FIG. 10). The transmitting terminal transmits its own unique information to the receiving terminal, and transmits its own information to the transmitting peripheral device. The transmission-side peripheral device includes first transmission means, and the transmission-side peripheral device transmits the transmission terminal and the reception terminal specific information and the specific information of the reception terminal to the terminal management server, and the terminal management A second transmission unit configured to transmit the IP address of the voice recognition server received from a server to the transmission terminal; and the reception terminal receives the unique information of the transmission terminal and the own unique information received from the transmission terminal. A third transmission unit configured to transmit to the reception-side peripheral device, wherein the reception-side peripheral device receives the transmission terminal and the unique information of the reception terminal and the unique information of the reception terminal received from the reception terminal in the terminal management server; 4th transmission means (for example, FIG. 1) that transmits the IP address of the voice recognition server received from the terminal management server to the receiving terminal. And the terminal management server receives the unique information of the transmitting terminal, the unique information of the receiving terminal, the unique information of the transmitting peripheral device received from the transmitting peripheral device, and the Based on the storage unit (for example, corresponding to the storage unit 703 in FIG. 11) that stores the IP address of the voice recognition server in association with each other, and the specific information of the transmission terminal and the reception terminal received from the reception-side peripheral device, Search means (for example, corresponding to the search unit 702 in FIG. 11) for searching for unique information of the transmission-side peripheral device from the storage means, and voice of the storage means based on the searched unique information of the transmission-side peripheral device The IP address of the recognition server is transmitted to the transmitting peripheral device, and the IP address of the voice recognition server in the storage means is determined based on the unique information of the receiving peripheral device. Transmitting to the reception-side peripheral device, and further comprising: a fifth transmission means for transmitting the transmission-side peripheral device and unique information of the reception-side peripheral device to the voice recognition server, and the voice recognition server includes the The voice information received from the transmission terminal or the reception terminal is subjected to voice recognition processing and converted into a character string (for example, equivalent to the conversion unit 802 in FIG. 12), and the transmission received from the terminal management server 6th transmission means (for example, the transmission / reception unit in FIG. 12) that transmits the converted character string to the transmission side peripheral device and the reception side peripheral device based on the unique information of the side peripheral device and the reception side peripheral device The display system is characterized in that the converted character string is displayed on the transmission-side peripheral device and the reception-side peripheral device.

According to the present invention, the first transmitting means of the transmitting terminal transmits its own unique information to the receiving terminal and also transmits its own and receiving terminal specific information to the transmitting peripheral device. The second transmitting means of the transmitting peripheral device transmits the received transmitting terminal and receiving terminal specific information and its own specific information to the terminal management server, and also receives the IP address of the voice recognition server received from the terminal management server. Send to sending terminal. The third transmitting means of the receiving terminal transmits the received unique information of the transmitting terminal and its own unique information to the receiving peripheral device. The fourth transmitting means of the receiving peripheral device transmits the received transmitting terminal and receiving terminal specific information and its own specific information to the terminal management server, and also receives the IP address of the voice recognition server received from the terminal management server. Send to the receiving terminal. The storage means of the terminal management server stores the specific information of the transmitting terminal, the specific information of the receiving terminal, the specific information of the transmitting peripheral device, and the IP address of the voice recognition server in association with each other. The search unit of the terminal management server searches the storage unit for specific information of the transmission-side peripheral device based on the received transmission terminal and the specific information of the reception terminal. The fifth transmission unit of the terminal management server transmits the IP address of the voice recognition server of the storage unit to the transmission side peripheral device based on the searched specific information of the transmission side peripheral device, and converts it into the specific information of the reception side peripheral device. Based on this, the IP address of the voice recognition server of the storage means is transmitted to the receiving peripheral device, and further, the unique information of the transmitting peripheral device and the receiving peripheral device is transmitted to the voice recognition server. The conversion means of the voice recognition server performs voice recognition processing on the received voice information and converts it into a character string. The sixth transmitting means of the voice recognition server transmits the converted character string to the transmitting peripheral device and the receiving peripheral device based on the received unique information of the transmitting peripheral device and the receiving peripheral device. The transmitting peripheral device and the receiving peripheral device display the converted character string. Therefore, it is possible to display the voice information converted into the character string using the peripheral device on the transmitting terminal side and the peripheral device on the receiving terminal side, and the user can view it without being limited to the functions of the receiving terminal and the transmitting terminal. It is possible to display the contents of the conversation performed by the user through the terminal in a simple state.

(6) The present invention relates to a transmitting terminal that transmits information (for example, equivalent to the transmitting terminal 10 in FIG. 10) and a receiving terminal that receives information (for example, corresponds to the receiving terminal 20 in FIG. 10). A transmission-side peripheral device that can communicate with the transmission terminal (for example, the transmission-side peripheral device 40 in FIG. 10) and a reception-side peripheral device that can communicate with the reception terminal (for example, the reception-side peripheral device 50 in FIG. 10) ), A terminal management server that manages terminal information (for example, equivalent to the terminal management server 700 in FIG. 10), a voice recognition server that performs voice recognition processing on voice information and converts it into a character string (for example, FIG. The transmission terminal transmits its own unique information to the receiving terminal, and the transmission side peripheral device has its own and the uniqueness of the receiving terminal. Affection The transmission-side peripheral device transmits the transmission terminal and the reception terminal specific information and the specific information of the reception terminal received from the transmission terminal to the terminal management server, In response to receiving a connection request from the terminal management server, the terminal management server includes second transmission means for transmitting the IP address of a voice recognition server stored in advance to the transmission terminal. Third transmission means for transmitting the received unique information of the transmission terminal and its own unique information to the reception-side peripheral device, wherein the reception-side peripheral device receives the transmission terminal and the reception received from the reception terminal The terminal specific information and the self specific information are transmitted to the terminal management server, and the connection request is received from the terminal management server. A fourth transmission unit configured to transmit the stored IP address of the voice recognition server to the reception terminal; and the terminal management server receives the unique information of the transmission terminal received from the transmission-side peripheral device, the reception A storage unit (for example, corresponding to the storage unit 703 in FIG. 11) that stores the unique information of the terminal and the unique information of the transmission-side peripheral device in association with each other, and the transmission terminal and the reception received from the reception-side peripheral device Based on the unique information of the terminal, search means (for example, corresponding to the search unit 702 in FIG. 11) for searching the unique information of the transmitting peripheral device from the storage means, and the unique information of the transmitting peripheral device are searched. In response to this, a fifth transmission unit (for example, the transmission / reception unit 701 in FIG. 11 is connected to the transmission-side peripheral device and the reception-side peripheral device to transmit a connection request to the voice recognition server. The speech recognition server performs speech recognition processing on speech information received from the transmitting terminal or the receiving terminal and converts the speech information into a character string (for example, the converting unit 802 in FIG. 12). And the converted character string is transmitted to the transmitting peripheral device and the receiving peripheral device based on the specific information of the transmitting peripheral device and the receiving peripheral device received from the terminal management server. A display system characterized in that the character string is displayed on the transmission-side peripheral device and the reception-side peripheral device. is suggesting.

According to the present invention, the first transmitting means of the transmitting terminal transmits its own unique information to the receiving terminal and also transmits its own and receiving terminal specific information to the transmitting peripheral device. The second transmitting means of the transmitting peripheral device transmits the received transmitting terminal and receiving terminal specific information and its own specific information to the terminal management server, and in response to receiving a connection request from the terminal management server. The IP address of the voice recognition server stored in advance is transmitted to the transmitting terminal. The third transmitting means of the receiving terminal transmits the received unique information of the transmitting terminal and its own unique information to the receiving peripheral device. The fourth transmitting means of the receiving peripheral device transmits the received transmitting terminal and receiving terminal specific information and its own specific information to the terminal management server, and in response to receiving a connection request from the terminal management server. The IP address of the voice recognition server stored in advance is transmitted to the receiving terminal. The storage means of the terminal management server stores the unique information of the transmitting terminal, the unique information of the receiving terminal, and the unique information of the transmitting peripheral device in association with each other. The search unit of the terminal management server searches the storage unit for specific information of the transmission-side peripheral device based on the received transmission terminal and the specific information of the reception terminal. The fifth transmission means of the terminal management server transmits a connection request to the speech recognition server to the transmission-side peripheral device and the reception-side peripheral device in response to the search for the unique information of the transmission-side peripheral device. The conversion means of the voice recognition server performs voice recognition processing on the received voice information and converts it into a character string. The sixth transmitting means of the voice recognition server transmits the converted character string to the transmitting peripheral device and the receiving peripheral device based on the received unique information of the transmitting peripheral device and the receiving peripheral device. The transmitting peripheral device and the receiving peripheral device display the converted character string. Therefore, it is possible to display the voice information converted into the character string using the peripheral device on the transmitting terminal side and the peripheral device on the receiving terminal side, and the user can view it without being limited to the functions of the receiving terminal and the transmitting terminal. In an easy state, the content of the voice uttered by the user to the terminal can be displayed in characters.

(7) The present invention relates to the display system according to (5) or (6), further including a content server (for example, equivalent to the content server 900 in FIG. 10) for managing content, The transmission means transmits the unique information and the character string of the transmission-side peripheral device and the reception-side peripheral device to the content server, and the content server stores the word and the content or information related to the content in association with each other. Content storage means (for example, equivalent to the storage unit 903 in FIG. 12) and search means for searching the content or information related to the content from the storage means based on the character string received from the speech recognition server (for example, FIG. 12 search units 902) and the searched content or content Information is transmitted to the transmitting peripheral device and the receiving peripheral device based on the unique information of the transmitting peripheral device and the receiving peripheral device (for example, to the transmitting / receiving unit 901 in FIG. 12). And a display system that displays the acquired content on the transmitting peripheral device and the receiving peripheral device.

According to the present invention, the sixth transmission means of the voice recognition server transmits the unique information and the character string of the transmission-side peripheral device and the reception-side peripheral device to the content server. The content storage means of the content server stores the word and the content or information related to the content in association with each other. The search unit of the content server searches the storage unit for content or information related to the content based on the character string received from the voice recognition server. The seventh transmitting means of the content server transmits the searched content or information related to the content to the transmitting peripheral device and the receiving peripheral device based on the unique information of the transmitting peripheral device and the receiving peripheral device. The transmission-side peripheral device and the reception-side peripheral device display the acquired content. Therefore, by using the peripheral device on the transmitting terminal side and the peripheral device on the receiving terminal side, it is possible to display content related to audio information, not limited to the functions of the receiving terminal and the transmitting terminal, and in a state that is easy for the user to browse, The content related to the content of the voice uttered by the user to the terminal can be displayed.

(8) The present invention relates to the display system according to (1) to (7), wherein the transmitting terminal and the receiving terminal are a mobile phone, PHS (Personal Handyphone System), PDA (Personal Digital Assistant), PC (Personal Computer). The display system is characterized by being at least one of the game machines.

According to the present invention, the transmitting terminal and the receiving terminal can be any of a mobile phone, a PHS (Personal Handy-phone System), a PDA (Personal Digital Assistant), a PC (Personal Computer), and a game machine. Therefore, various types of terminals can be used as the transmission terminal and the reception terminal, and the display systems (1) to (7) can be realized with the terminals possessed by the user.

(9) The present invention corresponds to a transmitting terminal that transmits information, a receiving terminal that receives information, a peripheral device that can communicate with the receiving terminal, device information of the peripheral device, and unique information of the receiving terminal A device information storage unit for storing the information, and a device management server that manages the peripheral device, a storage device that stores unique information of the transmitting terminal, unique information of the receiving terminal, and content or information about the content in association with each other And a content server for managing the content, wherein the transmitting terminal transmits its own unique information to the receiving terminal, and the receiving terminal A second step of searching for the peripheral device that is communicable, and the receiving terminal sends the transmission terminal to the peripheral device searched in the second step. A third step of transmitting the transmission terminal and the specific information of the reception terminal received from the device, and the peripheral device identifying the transmission terminal received from the reception terminal, the specific information of the reception terminal, and the type of the self A fourth step of transmitting information and its own unique information to the content server; and device management of device information of the peripheral device and unique information of the receiving terminal received by the content server from the peripheral device A server that authenticates the peripheral device depending on whether a combination of device information of the peripheral device and unique information of the receiving terminal exists in the device information storage unit of the device management server. And the content server based on the unique information of the transmitting terminal and the receiving terminal received from the peripheral device authenticated in the fifth step. A sixth step of retrieving content or content-related information from the storage means, and the content server has authenticated the content or content-related information retrieved in the sixth step in the fifth step. A seventh step of transmitting to the authenticated peripheral device based on the unique information of the peripheral device, and an eighth step of displaying the content received from the content server by the peripheral device. Proposed display method.

According to the present invention, first, in the first step, the transmitting terminal transmits its own unique information to the receiving terminal. Next, in a second step, the receiving terminal searches for peripheral devices that can communicate. Next, in the third step, the receiving terminal transmits the transmitting terminal received from the transmitting terminal and its own unique information to the peripheral device searched in the second step. Next, in a fourth step, the peripheral device transmits to the content server the unique information of the transmitting terminal and the receiving terminal received from the receiving terminal, the device information that identifies its own type, and its own unique information. Next, in a fifth step, the content server transmits the device information of the peripheral device and the unique information of the receiving terminal received from the peripheral device to the device management server, and the device information of the peripheral device and the unique information of the receiving terminal Peripheral device authentication is performed based on whether or not a combination of the two exists in the device information storage unit of the device management server. Next, in a sixth step, the content server searches the storage unit for content or information related to the content based on the unique information of the transmission terminal and the reception terminal received from the peripheral device authenticated in the fifth step. Next, in the seventh step, the content server converts the content searched for in the sixth step or information related to the content to the authenticated peripheral device based on the unique information of the peripheral device authenticated in the fifth step. Send. In the eighth step, the peripheral device displays the content received from the content server. Therefore, when the receiving terminal searches for the peripheral device, the content can be displayed on the peripheral device that can communicate with the receiving terminal, and further, without being limited to the function of the receiving terminal, Content can be displayed.

(10) The present invention corresponds to a transmitting terminal that transmits information, a receiving terminal that receives information, a peripheral device that can communicate with the receiving terminal, device information of the peripheral device, and unique information of the receiving terminal A device information storage unit for storing the information, and a device management server that manages the peripheral device, a storage device that stores unique information of the transmitting terminal, unique information of the receiving terminal, and content or information about the content in association with each other A program for causing a computer to execute a display method in a display system comprising: a content server that manages the content, wherein the transmission terminal transmits its own unique information to the reception terminal. 1, a second step in which the receiving terminal searches for the peripheral device with which communication is possible, and the receiving terminal A third step of transmitting the transmission terminal received from the transmission terminal and its own unique information to the peripheral device searched in step; and the transmission terminal and the reception received by the peripheral device from the reception terminal 4th step which transmits the specific information of a terminal, the apparatus information which pinpoints its own kind, and its own specific information to the said content server, The apparatus information of the said peripheral apparatus which the said content server received from the said peripheral apparatus And the unique information of the receiving terminal are transmitted to the device management server, and a combination of the device information of the peripheral device and the unique information of the receiving terminal exists in the device information storage unit of the device management server. According to the fifth step of authenticating the peripheral device, and before the content server receives from the peripheral device authenticated in the fifth step A sixth step of searching for information on the content or the content from the storage unit based on unique information of the transmitting terminal and the receiving terminal, and information on the content or the content searched by the content server in the sixth step On the basis of the specific information of the peripheral device authenticated in the fifth step, and a seventh step of transmitting the content received from the content server by the peripheral device. A program for causing a computer to execute the eight steps is proposed.

According to the present invention, first, in the first step, the transmitting terminal transmits its own unique information to the receiving terminal. Next, in a second step, the receiving terminal searches for peripheral devices that can communicate. Next, in the third step, the receiving terminal transmits the transmitting terminal received from the transmitting terminal and its own unique information to the peripheral device searched in the second step. Next, in a fourth step, the peripheral device transmits to the content server the unique information of the transmitting terminal and the receiving terminal received from the receiving terminal, the device information that identifies its own type, and its own unique information. Next, in a fifth step, the content server transmits the device information of the peripheral device and the unique information of the receiving terminal received from the peripheral device to the device management server, and the device information of the peripheral device and the unique information of the receiving terminal Peripheral device authentication is performed based on whether or not a combination of the two exists in the device information storage unit of the device management server. Next, in a sixth step, the content server searches the storage unit for content or information related to the content based on the unique information of the transmission terminal and the reception terminal received from the peripheral device authenticated in the fifth step. Next, in the seventh step, the content server converts the content searched for in the sixth step or information related to the content to the authenticated peripheral device based on the unique information of the peripheral device authenticated in the fifth step. Send. In the eighth step, the peripheral device displays the content received from the content server. Therefore, when the receiving terminal searches for the peripheral device, the content can be displayed on the peripheral device that can communicate with the receiving terminal, and further, without being limited to the function of the receiving terminal, Content can be displayed.

  According to the present invention, the content is displayed in a peripheral device different from the terminal used for communication by the user, so that the user can easily view the content without being limited to the function of the terminal with which the user communicates. There is an effect that display can be performed.

It is a figure which shows the structure of the display system which concerns on 1st Embodiment. It is a figure which shows the structure of the content server which concerns on 1st Embodiment. It is a processing flow of the display system which concerns on 1st Embodiment. It is a figure which shows the detail of the display system which concerns on 2nd Embodiment. It is a figure which shows the structure of the content server which concerns on 2nd Embodiment. It is a figure which shows the detail of the display system which concerns on 3rd Embodiment. It is a figure which shows the structure of the terminal management server and map information server which concern on 3rd Embodiment. It is a figure which shows the detail of the display system which concerns on 4th Embodiment. It is a figure which shows the structure of the receiving side peripheral device and terminal management server which concern on 4th Embodiment. It is a figure which shows the detail of the display system which concerns on 5th Embodiment. It is a figure which shows the structure of the terminal management server which concerns on 5th Embodiment. It is a figure which shows the structure of the speech recognition server and content server which concern on 5th Embodiment. It is a figure which shows the detail of the display system which concerns on 6th Embodiment. It is a figure which shows the structure of the receiving side peripheral device and content server which concern on 6th Embodiment.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. Note that the constituent elements in the present embodiment can be appropriately replaced with existing constituent elements, and various variations including combinations with other existing constituent elements are possible. Therefore, the description of the present embodiment does not limit the contents of the invention described in the claims.

<First Embodiment>
Hereinafter, a first embodiment of the present invention will be described with reference to FIGS. 1 to 3.

<Configuration of display system>
FIG. 1 is a diagram illustrating a configuration of a display system 1 according to the first embodiment. As shown in FIG. 1, the display system 1 according to the first embodiment includes a transmission terminal 10, a reception terminal 20, a peripheral device 30, and a content server 100.

  The receiving terminal 20 and the peripheral device 30 are connected to each other by a wired or wireless connection with each other being positioned about several tens of meters. For example, an Ethernet (registered trademark) work, a Bluetooth (registered trademark) network, and a WiFi (Wireless Fidelity) wireless. Connected via a communication network such as a network. The other devices are connected via a communication network such as the Internet. In the first embodiment, the receiving terminal 20 and the peripheral device 30 can access each other in advance by using, for example, a Bluetooth pairing function.

  In the first embodiment, the transmitting terminal 10 and the receiving terminal 20 are mobile phones, but the transmitting terminal 10 and the receiving terminal 20 only have to have a communication function. For example, PHS, PDA, PC, game machine It may be. Further, in FIG. 1, for convenience of explanation, the transmitting terminal 10 and the receiving terminal 20 are separately illustrated, but either terminal may be the transmitting terminal 10 or the receiving terminal 20 depending on the usage status of the user. it can.

  The transmission terminal 10 transmits its own telephone number to the reception terminal 20 in response to the user performing a call operation to the reception terminal 20. In the first embodiment, a telephone number is used as the unique information of the transmission terminal 10, but other information included in the mobile phone may be used as long as the information can uniquely identify the mobile phone. In addition, the transmission terminal 10 transmits the content selected by the user's operation or information related to the content and its own telephone number to the content server 100.

  The content may be a web page, a website, a movie, a television program, a video program, video data such as a photograph, a picture, and a chart, a game, and software. On the other hand, the information related to the content is a URL or IP address indicating the storage location of the content.

  When receiving the telephone number of the transmitting terminal 10 (hereinafter referred to as a transmitting telephone number) from the transmitting terminal 10, the receiving terminal 20 transmits the received transmitting telephone number and its own telephone number to the peripheral device 30.

  The peripheral device 30 receives the transmission telephone number and the telephone number of the reception terminal 20 (hereinafter referred to as reception telephone number) from the reception terminal 20, and stores the received transmission telephone number, reception telephone number, and its own IP address as contents. Send to server 100 to request content. In the first embodiment, the IP address is used as the unique information of the peripheral device 30, but other information included in the peripheral device may be used as long as the information can uniquely identify the peripheral device.

  The peripheral device 30 includes a display unit (not shown) and displays content. When the content is received from the content server 100, the display unit displays the received content. When the display unit receives information about the content from the content server 100, the content acquired from the communication network based on the received content information. Is displayed. Hereinafter, the expression “content” is used in the meaning including information related to the content. The display unit can also display that the receiving terminal 20 is in an incoming state together with the content. When there are a plurality of contents to be displayed, the display unit may sequentially display the contents in the order received or the size order of the contents.

  Further, the peripheral device 30 can receive the content end instruction from the receiving terminal 20 and end the display of the content. The content end instruction may be transmitted from the receiving terminal 20 in response to an operation of the user of the receiving terminal 20, or may be transmitted from the receiving terminal 20 in response to the end of communication with the transmitting terminal 10.

  The peripheral device 30 is a device that is connected by wire or wirelessly in a state where it is positioned about several tens of meters from the receiving terminal 20, and is, for example, a digital photo frame, a digital television, or a set top box. The display unit is configured by, for example, a CRT (Cathode Ray Tube) display, a liquid crystal display (LCD), an OLED (Organic Light Emitting Display), or the like.

  The content server 100 manages content used for display or display on the peripheral device 30 or information related to the content. The content server 100 stores a transmission telephone number, a reception telephone number, and content. The content server 100 may store the transmission telephone number, the reception telephone number, and the content in advance, or may receive from the transmission terminal 10. In addition, the transmission telephone number, the reception telephone number, and the IP address of the peripheral device 30 are received from the peripheral device 30 and the content is transmitted to the peripheral device 30.

<Content server configuration>
FIG. 2 is a diagram illustrating a configuration of the content server 100 according to the first embodiment. The content server 100 includes a transmission / reception unit 101, a search unit 102, and a storage unit 103.

  The storage unit 103 stores a transmission telephone number, a reception telephone number, and content. The storage unit 103 may store the transmission telephone number, the reception telephone number, and the content received from the transmission terminal 10 via the transmission / reception unit 101 in association with each other. There may be a plurality of contents for the transmission telephone number. Further, the reception telephone number and the content are stored in the storage unit 103 in advance, only the transmission telephone number is received from the transmission terminal 10, and the received transmission telephone number is stored in the reception telephone number and the content stored in advance. May be associated. By associating the received telephone number with the content in the storage unit 103, it is possible to display the content that meets the user preference of the receiving terminal 20.

  The search unit 102 searches the storage unit 103 using the transmission telephone number and the reception telephone number received from the peripheral device 30 via the transmission / reception unit 101 as search conditions, and acquires content.

  The transmission / reception unit 101 transmits the transmission telephone number and the reception telephone number received from the peripheral device 30 to the search unit 102, requests the content, and obtains the content based on the IP address of the peripheral device 30 received from the peripheral device 30. Sent content. Note that when the transmission / reception unit 101 receives a transmission telephone number, a reception telephone number, and content from the transmission terminal 10, the transmission / reception unit 101 transmits the transmission telephone number, the reception telephone number, and the content to the storage unit 103.

<Processing of display system>
FIG. 3 is a processing flow of the display system according to the first embodiment. It is necessary that the transmission telephone number, the reception telephone number, and the content are stored in advance in the storage unit 103 in association with each other.

  In step (hereinafter, simply referred to as S) 101, when the transmission terminal 10 accepts that the user has performed a call operation to the reception terminal 20, the transmission terminal 10 transmits a transmission telephone number to the reception terminal 20.

  In S <b> 102, the reception terminal 20 transmits the transmission telephone number received from the transmission terminal 10 and its own telephone number (reception telephone number) to the peripheral device 30.

  In S <b> 103, the peripheral device 30 transmits to the content server 100 the transmission telephone number and reception telephone number received from the reception terminal 20 and its own IP address.

  In S104, the search unit 102 of the content server 100 searches the storage unit 103 using the transmission telephone number and the reception telephone number received from the peripheral device 30 as search conditions, and acquires content.

  In S <b> 105, the transmission / reception unit 101 transmits the content acquired in S <b> 104 to the peripheral device 30 according to the IP address of the peripheral device 30 received from the peripheral device 30.

  In S106, the peripheral device 30 displays the content based on the received content.

  As described above, according to the first embodiment, content prepared in advance can be displayed using the peripheral device 30 different from the receiving terminal 20. Therefore, the content can be displayed in a state that the user can easily browse without being limited to the function of the receiving terminal 20.

<Second Embodiment>
A second embodiment of the present invention will be described with reference to FIGS. In the display system 2 of the second embodiment, a device management server 200 is added, a search unit (not shown) is provided in the receiving terminal 20, and an authentication unit 104 and a determination unit 105 are further provided in the content server 100. Other than that, the configuration is the same as that of the first embodiment. Therefore, parts having the same functions as those of the first embodiment described above are denoted by the same reference numerals, and redundant description is omitted as appropriate.

  FIG. 4 is a diagram showing details of the display system 2 according to the second embodiment. The receiving terminal 20 includes a search unit (not shown). The search unit searches for a peripheral device 30 that can be connected to the receiving terminal 20 via the communication network. When the connectable peripheral device 30 is searched, the receiving terminal 20 sets the transmission telephone number received from the transmission terminal 10 and its own telephone number (reception telephone number) to all the searched peripheral devices 30. Send. On the other hand, if no search is made, the receiving terminal 20 performs only communication with the transmitting terminal 10. The receiving terminal 20 transmits device information (described later) of the peripheral device 30 selected by the user's operation and a receiving telephone number to the device management server 200.

  The peripheral device 30 receives the transmission telephone number and the reception telephone number from the reception terminal 20 and transmits its own IP address and its own device information to the content server 100 together with the received transmission telephone number and reception telephone number. And request content. Here, the device information is information for specifying the type of the peripheral device, for example, information for specifying that the peripheral device is a digital television.

  The device management server 200 manages information related to the peripheral device 30. The user registers in advance in the device management server 200 the device information of the peripheral device 30 to be connected to the receiving terminal 20 using the receiving terminal 20. Specifically, the device management server 200 stores the received telephone number received from the receiving terminal 20 and device information. Note that there may be a plurality of pieces of device information for one receiving telephone number. Further, the device management server 200 may store the device information with priorities. Thereby, it is possible to set the priority order of peripheral devices that display content for each reception telephone number, that is, for each reception terminal.

  FIG. 5 is a diagram illustrating a configuration of the content server 100 according to the second embodiment. The content server 100 is further different in that an authentication unit 104 and a determination unit 105 are provided.

  The authentication unit 104 transmits the received telephone number and device information received from the peripheral device 30 to the device management server 200 and authenticates the peripheral device 30. The authentication is performed based on whether or not the device management server 200 stores a combination of the received telephone number and device information transmitted from the authentication unit 104 via the transmission / reception unit 101. When the peripheral device 30 is authenticated, the authentication unit 104 transmits the transmission telephone number received from the peripheral device 30 to the determination unit 105 via the transmission / reception unit 101. On the other hand, when the peripheral device 30 is not authenticated, the authentication unit 104 ends the process, and no content is displayed on the peripheral device 30. At this time, a message indicating that the peripheral device 30 has not been authenticated may be output.

  When there are a plurality of peripheral devices 30 authenticated by the authentication unit 104, the determination unit 105 determines the peripheral device 30 that transmits content. When there is one peripheral device 30 authenticated by the authentication unit 104, the transmission telephone number received from the authentication unit 104 is transmitted to the search unit 102. When there are a plurality of authenticated peripheral devices 30, for example, one peripheral device 30 is determined based on a priority order corresponding to a preset type of peripheral device. In this case, the determination unit 105 needs to receive the model information from the authentication unit 104 together with the transmission telephone number.

  In addition, when the device management server 200 stores device information with priorities, the determination unit 105 determines one peripheral device 30 based on the priorities acquired from the device management server 200. . In this case, the authentication unit 104 acquires the priority order from the device management server 200 at the time of authentication, and transmits the priority order together with the transmission telephone number to the determination unit 105.

  The storage unit 103 may store device information in association with content. In this case, the search unit 102 acquires device information from the authentication unit 104 and the determination unit 105, and searches the storage unit 103 using the device information together with the transmission telephone number as a search condition. Thereby, content suitable for the type of the peripheral device 30 can be displayed on the peripheral device 30.

  As described above, according to the second embodiment, when the receiving terminal 20 searches for the peripheral device 30, the content can be displayed on the peripheral device 30 that can communicate with the receiving terminal 20. The content can be displayed in a state in which the user can easily browse without being limited to the function of the terminal 20. Further, when there are a plurality of peripheral devices 30 that can communicate with the receiving terminal 20, it is possible to automatically determine the peripheral device 30 that displays the content. Furthermore, when there are a plurality of peripheral devices 30 that can communicate with the receiving terminal, it is possible to automatically determine the peripheral device 30 for displaying content from among the peripheral devices 30 according to the priority order set in advance by the user.

<Third Embodiment>
A third embodiment of the present invention will be described with reference to FIGS. The display system 3 of the third embodiment is the same as that of the first embodiment except that the terminal management server 300 and the map information server 400 are added, and the content server in the first embodiment is unnecessary. It has a form. Therefore, parts having the same functions as those of the first embodiment described above are denoted by the same reference numerals, and redundant description is omitted as appropriate.

  FIG. 6 is a diagram showing details of the display system 3 according to the third embodiment. The display system 3 according to the third embodiment is different in that it further includes a terminal management server 300 and a map information server 400.

  The transmission terminal 10 further includes a current position acquisition function such as a global positioning system (GPS = Global Positioning System). The transmission terminal 10 transmits its own telephone number (transmission telephone number) to the reception terminal 20 and then transmits its own location information to the terminal management server 300. Here, the position information is information such as the latitude / longitude and address of the transmission terminal 10 acquired by the GPS function.

  The terminal management server 300 manages location information of the transmission terminal 10. The terminal management server 300 receives and stores the transmission telephone number, the reception telephone number, and the position information from the transmission terminal 10. Further, the terminal management server 300 receives the transmission telephone number, the reception telephone number, and the IP address of the peripheral device 30 from the peripheral device 30, and transmits the IP address and position information of the peripheral device 30 to the map information server 400.

  The map information server 400 manages map information displayed on the peripheral device 30. The map information server 400 receives the position information and the IP address of the peripheral device 30 from the terminal management server 300, and searches the map information. Further, the map information server 400 transmits the searched map information to the peripheral device 30 based on the IP address of the peripheral device 30.

  FIG. 7 is a diagram illustrating configurations of the terminal management server 300 and the map information server 400 according to the third embodiment. The terminal management server 300 includes a transmission / reception unit 301, a search unit 302, and a terminal information storage unit 303.

  The terminal information storage unit 303 stores a transmission telephone number, a reception telephone number, and position information received from the transmission terminal 10 via the transmission / reception unit 301 in association with each other.

  The search unit 302 searches the terminal information storage unit 303 using the transmission telephone number and the reception telephone number received from the peripheral device 30 via the transmission / reception unit 301 as search conditions, and acquires position information.

  The transmission / reception unit 301 transmits the transmission telephone number, reception telephone number, and position information received from the transmission terminal 10 to the terminal information storage unit 303. In addition, the transmission / reception unit 301 transmits the transmission telephone number and the reception telephone number received from the peripheral device 30 to the search unit 302 to request location information, and the acquired location information and the peripheral device 30 received from the peripheral device 30. Is sent to the map information server 400.

  The map information server 400 includes a transmission / reception unit 401, an acquisition unit 402, and a map information storage unit 403. The map information storage unit 403 stores map image data. The map image data is associated with position information of a place displayed on the map image, for example, latitude, longitude, and address. Specifically, the map image data is associated with position information indicating a predetermined target position information or a display range of the map image data, such as a building or a road displayed in the map image data. ing. The map image data may be stored in a vector data format, or may be stored in a raster data format such as a bitmap format or a JPEG data format.

  The acquisition unit 402 acquires map information from the map information storage unit 403 based on the position information acquired from the terminal management server 300 via the transmission / reception unit 401. Specifically, reference is made to position information associated with map image data, and map image data including position information acquired from the terminal management server 300 is acquired. When a plurality of map image data is acquired, one map image data is selected according to a preset condition. A specific example of the condition is that the position information acquired from the terminal management server 300 is closest to the position information of the center point of the map image data.

  The transmission / reception unit 401 transmits the position information received from the terminal management server 300 to the acquisition unit 402 and requests map information. The transmission / reception unit 401 acquires map information from the acquisition unit 402 and transmits the map information to the peripheral device 30 based on the IP address of the peripheral device 30 received from the terminal management server 300. The transmission / reception unit 401 may transmit the position information to the peripheral device 30 together with the map information.

  As described above, according to the third embodiment, the function of the receiving terminal 20 is limited by displaying the map information indicating the position of the transmitting terminal 10 on the peripheral device 30 different from the receiving terminal 20. In addition, the map information indicating the position of the transmission terminal 10 can be displayed in a state that the user can easily browse.

<Fourth Embodiment>
A fourth embodiment of the present invention will be described with reference to FIGS. In the display system 4 of the fourth embodiment, a terminal management server 500, a SIP (Session Initiation Protocol) server 600, a transmission-side peripheral device 40, and a reception-side peripheral device 50 are added, and the content server in the first embodiment is further added. The configuration is the same as that of the first embodiment except that no peripheral device is required. Therefore, parts having the same functions as those of the first embodiment described above are denoted by the same reference numerals, and redundant description is omitted as appropriate. Note that the receiving-side peripheral device 50 is located at the same position as the peripheral device in the first embodiment, but has a different function and has a different name and code.

  FIG. 8 is a diagram showing details of the display system 4 according to the fourth embodiment. The display system 4 according to the fourth embodiment is different in that it further includes a terminal management server 500, a SIP server 600, a transmission-side peripheral device 40, and a reception-side peripheral device 50.

  The transmitting terminal 10 transmits its own telephone number (transmitting telephone number) to the receiving terminal 20, and then transmits its own telephone number (transmitting telephone number) and the receiving telephone number to the transmitting peripheral device 40.

  The transmission-side peripheral device 40 transmits the transmission telephone number, the reception telephone number, and its own IP address received from the transmission terminal 10 to the terminal management server 500. The transmission-side peripheral device 40 transmits and receives images to and from the reception-side peripheral device 50 via the SIP server 600. In FIG. 8, for convenience of explanation, the transmission-side peripheral device 40 and the reception-side peripheral device 50 are separately illustrated. There can be 50 devices.

  The terminal management server 500 manages the IP address of the transmission-side peripheral device 40. The terminal management server 500 receives the transmission telephone number, the reception telephone number, and the IP address of the transmission peripheral apparatus 40 from the transmission peripheral apparatus 40 and stores them. Further, it receives the transmission telephone number, the reception telephone number, and the IP address of the reception side peripheral device 50 from the reception side peripheral device 50, and transmits the IP address of the transmission side peripheral device to the reception side peripheral device 50.

  The SIP server 600 is a server that controls establishment or termination of a call (session) using a protocol called SIP (Session Initiation Protocol). In the display system 4 according to the fourth embodiment, when the SIP server 600 receives the IP address of the transmission-side peripheral device 40 from the reception-side peripheral device 50, the SIP server 600 calls the transmission-side peripheral device 40 and transmits to the reception-side peripheral device 50. A session with the side peripheral device 40 is established.

  The reception-side peripheral device 50 receives the transmission telephone number and the reception telephone number from the reception terminal 20, transmits the received transmission telephone number, the reception telephone number, and its own IP address to the terminal management server 500, Request the IP address of the device 40. In addition, the reception-side peripheral device 50 transmits the IP address of the transmission-side peripheral device 40 received from the terminal management server 500 to the SIP server 600, and starts transmission / reception of images with the transmission-side peripheral device 40 via the SIP server 600. To do.

  FIG. 9 is a diagram illustrating a configuration of the reception-side peripheral device 50 and the terminal management server 500 according to the fourth embodiment. The terminal management server 500 includes a transmission / reception unit 501, a search unit 502, and a storage unit 503. The storage unit 503 stores the transmission telephone number, the reception telephone number, and the IP address of the transmission side peripheral device 40 received from the transmission side peripheral device 40 via the transmission / reception unit 501 in association with each other.

  The search unit 502 searches the storage unit 503 using the transmission telephone number and the reception telephone number received from the reception-side peripheral device 50 via the transmission / reception unit 501 as search conditions, and acquires the IP address of the transmission-side peripheral device 40. .

  The transmission / reception unit 501 transmits the transmission telephone number, the reception telephone number, and the IP address of the transmission side peripheral device received from the transmission side peripheral device 40 to the storage unit 503. Further, the transmission / reception unit 501 transmits the transmission telephone number and the reception telephone number received from the reception-side peripheral device 50 to the search unit 502 to request the IP address of the transmission-side peripheral device 40, and acquires the acquired transmission-side peripheral device 40 IP addresses are transmitted to the receiving peripheral device 50 based on the IP address of the receiving peripheral device 50.

  The reception-side peripheral device 50 includes a transmission / reception unit 51, a communication unit 52, and an imaging unit 53. The transmission / reception unit 51 transmits the transmission telephone number and the reception telephone number received from the reception terminal 20 and its own IP address to the terminal management server 500, and requests the IP address of the transmission side peripheral device 40. Then, the transmission / reception unit 51 transmits the IP address of the transmission-side peripheral device 40 acquired from the terminal management server 500 to the communication unit 52.

  The communication unit 52 transmits the IP address of the transmission-side peripheral device 40 received from the transmission / reception unit 51 to the SIP server 600. When the session with the transmission-side peripheral device 40 is established by the SIP server 600, the communication unit 52 transmits the captured image captured by the imaging unit 53 to the transmission-side peripheral device 40. Note that the captured image includes a still image and a moving image.

  The imaging unit 53 is, for example, a camera or the like, and in response to an imaging request from the communication unit 52, images an object and obtains imaging data.

  As described above, according to the fourth embodiment, the captured images are distributed to each other using the transmitting peripheral device 40 different from the transmitting terminal 10 and the receiving peripheral device 50 different from the receiving terminal 20. And can be displayed. Therefore, the captured image can be displayed in a state that is not limited to the functions of the transmission terminal 10 and the reception terminal 20 and is easy for the user to browse.

<Fifth Embodiment>
A fifth embodiment of the present invention will be described with reference to FIGS. The display system 5 of the fifth embodiment is the same as that of the first embodiment except that a terminal management server 700, a voice recognition server 800, a content server 900, a transmission-side peripheral device 40, and a reception-side peripheral device 50 are added. It has the same form. Therefore, parts having the same functions as those of the first embodiment described above are denoted by the same reference numerals, and redundant description is omitted as appropriate. Note that the receiving-side peripheral device 50 is located at the same position as the peripheral device 30 in the first embodiment, but has a different function, so that it has a different name and symbol.

  FIG. 10 is a diagram showing details of the display system 5 according to the fifth embodiment. The display system 5 according to the fifth embodiment is different in that it further includes a terminal management server 700, a voice recognition server 800, a transmission-side peripheral device 40, a reception-side peripheral device 50, and a content server 900. Note that the content server 900 may or may not be present.

  The transmission terminal 10 and the reception terminal 20 further include an input unit (not shown) for inputting voice, for example, a microphone.

  The terminal management server 700 manages the IP address of the transmitting peripheral device 40 and the IP address of the voice recognition server 800. The terminal management server 700 receives and stores the transmission telephone number, the reception telephone number, and the IP address of the transmission peripheral apparatus 40 from the transmission peripheral apparatus 40. Note that the terminal management server 700 stores in advance the IP address of the voice recognition server 800 by a user operation or the like. In addition, the transmitting telephone number, the receiving telephone number, and the IP address of the receiving peripheral device 50 are received from the receiving peripheral device 50, and the IP address of the transmitting peripheral device 40 and the IP of the voice recognition server 800 are received by the receiving peripheral device 50. Send address. The IP address of the voice recognition server 800 is managed by the terminal management server 700, and the transmission-side peripheral device 40 and the reception-side peripheral device 50 are acquired from the terminal management server 700. 50 may manage each. Thereby, communication from the terminal management server 700 to the transmission-side peripheral device 40 can be eliminated.

  The voice recognition server 800 converts voice information received from the transmission terminal 10 and the reception terminal 20 into a character string. In addition, the voice recognition server 800 transmits a character string to the transmission-side peripheral device 40 and the reception-side peripheral device 50. Further, when the display system 5 includes the content server 900, the voice recognition server 800 transmits a character string to the content server 900.

  The transmission-side peripheral device 40 transmits the transmission telephone number and reception telephone number received from the transmission terminal 10 and its own IP address to the terminal management server 700, and acquires the IP address of the voice recognition server 800 from the terminal management server 700. To do. In addition, the transmission-side peripheral device 40 transmits the voice recognition server 800 address received from the terminal management server 700 to the transmission terminal 10.

  The reception-side peripheral device 50 transmits the transmission telephone number and the reception telephone number received from the reception terminal 20 and its own IP address to the terminal management server 700, and requests the IP addresses of the transmission-side peripheral device 40 and the voice recognition server 800. . In addition, the receiving-side peripheral device 50 transmits the IP address of the voice recognition server 800 received from the terminal management server 700 to the receiving terminal 20. Further, when the display system 5 includes the content server 900, the reception-side peripheral device 50 transmits the transmission-side peripheral device and its own IP address to the voice recognition server 800.

  The content server 900 manages content to be displayed on the transmitting peripheral device 40 and the receiving peripheral device 50. The content server 900 stores words and content in advance in association with each other. The content is related to a word, and the word may be a combination of a plurality of words. When the content server 900 receives the character string and the IP address of the transmission-side peripheral device 40 and the IP address of the reception-side peripheral device 50 from the speech recognition server 800, the content-side peripheral device 40 and the reception-side peripheral device 50 are received. Send content to.

  FIG. 11 is a diagram illustrating a configuration of the terminal management server 700. The terminal management server 700 includes a transmission / reception unit 701, a search unit 702, and a storage unit 703. The storage unit 703 stores the transmission telephone number, the reception telephone number, and the IP address of the transmission side peripheral device 40 received from the transmission side peripheral device 40 via the transmission / reception unit 701 in association with each other. The storage unit 703 stores the IP address of the voice recognition server 800. Note that the IP address of the voice recognition server 800 may be stored for each combination of the transmission telephone number and the reception telephone number. Thereby, a different voice recognition server 800 can be used for each call.

  The search unit 702 searches the storage unit 703 using the transmission telephone number and the reception telephone number received from the reception-side peripheral device 50 via the transmission / reception unit 701 as search conditions, and acquires the IP address of the transmission-side peripheral device 40. . In addition, the search unit 702 acquires the IP address of the voice recognition server 800 from the storage unit 703.

  The transmission / reception unit 701 transmits the transmission telephone number, the reception telephone number, and the IP address of the transmission side peripheral device received from the transmission side peripheral device 40 to the storage unit 703. Further, the transmission / reception unit 701 transmits the transmission telephone number and the reception telephone number received from the reception-side peripheral device 50 to the search unit 702 to request the IP address of the transmission-side peripheral device 40, and Based on the address, the acquired IP address of the transmitting peripheral device 40 and the IP address of the voice recognition server 800 are transmitted to the receiving peripheral device 50.

  FIG. 12 is a diagram showing a configuration of the voice recognition server 800 and the content server 900 according to the fifth embodiment. The voice recognition server 800 includes a transmission / reception unit 801 and a conversion unit 802. The conversion unit 802 converts voice information received from the transmission terminal 10 or the reception terminal 20 through the transmission / reception unit 801 into a character string.

  The transmission / reception unit 801 receives audio information from the transmission terminal 10 and the reception terminal 20. The transmission / reception unit 801 transmits the character string acquired by the conversion unit 802 to the transmission-side peripheral device 40 and the reception-side peripheral device 50 based on the IP addresses of the transmission-side peripheral device 40 and the reception-side peripheral device 50. At this time, it may be transmitted in accordance with whether the character string is voice information issued by either the transmission terminal 10 or the reception terminal 20.

  The content server 900 includes a transmission / reception unit 901, a search unit 902, and a storage unit 903. The storage unit 903 stores words and content in association with each other.

  The search unit 902 has a function of searching for content as in the first embodiment, but is different in that the search unit 902 searches the storage unit 903 using a character string received from the speech recognition server 800 as a search condition and acquires the content. The search unit 902 acquires content associated with a word included in the character string. It should be noted that all the words in the character string may be used as search conditions or a part of them.

  As described above, according to the fifth embodiment, voice information converted into a character string can be displayed using the transmission-side peripheral device 40 and the reception-side peripheral device 50, and the reception terminal 20 and The content of the conversation performed by the user via the terminal can be displayed in text in a state that is not limited to the function of the transmission terminal 10 and is easy for the user to browse. Further, it is possible to display on the peripheral device the content related to the content of the voice uttered by the user to the terminal.

<Sixth Embodiment>
A sixth embodiment of the present invention will be described with reference to FIGS. The display system 6 of the sixth embodiment has the same form as that of the first embodiment except that a transmission-side peripheral device 40 is added. Therefore, parts having the same functions as those of the first embodiment described above are denoted by the same reference numerals, and redundant description is omitted as appropriate. In FIG. 13, for convenience of explanation, the transmission-side peripheral device 40 and the reception-side peripheral device 50 are illustrated separately. However, depending on the usage status of the user, either terminal may be the transmission-side peripheral device 40 or the reception-side peripheral device. There can be 50 peripheral devices.

  FIG. 13 is a diagram showing details of the display system 6 according to the sixth embodiment. The display system 6 according to the present embodiment is different in that it further includes a transmission-side peripheral device 40.

  The transmission-side peripheral device 40 transmits the transmission telephone number received from the transmission terminal 10 and its own IP address to the content server 1000 and requests content. The transmission-side peripheral device 40 may also receive the reception telephone number from the transmission terminal 10 and transmit it to the content server 1000 together with the transmission telephone number and its own IP address. The transmission-side peripheral device 40 includes a display unit (not shown), and displays content. When the content is received from the content server 1000, the display unit displays the received content. When the display unit receives information about the content from the content server 1000, the content acquired from the communication network based on the received content information. Is displayed.

  The transmission terminal 10 transmits the content identification information, the transmission telephone number, and the reception telephone number of the content selected by the user among the contents displayed on the transmission side peripheral device 40 to the content server 1000. The content identification information is information for identifying the content stored in the storage unit of the content server 1000, and is, for example, an ID.

  The content server 1000 transmits the content determined based on the content identification information received from the transmission terminal 10 to the reception-side peripheral device 50. Note that the content server 1000 may transmit a predetermined content to the receiving peripheral device 50 before acquiring the content identification information from the transmission terminal 10.

  The receiving-side peripheral device 50 receives the transmission telephone number and the reception telephone number from the reception terminal 20, transmits the received transmission telephone number, the reception telephone number, and its own IP address to the content server 1000, and requests content. . When the content is received from the content server 1000, the received content is displayed on the display unit.

  FIG. 14 is a diagram showing the configuration of the content server 1000 and the receiving peripheral device 50 according to the sixth embodiment. The content server 1000 includes a transmission / reception unit 1001, a search unit 1002, and a storage unit 1003. The storage unit 1003 stores content and content identification information in association with each other. The storage unit 1003 may store the content in association with the transmission telephone number and the reception telephone number.

  The search unit 1002 searches the storage unit 1003 using content identification information received from the transmission terminal 10 via the transmission / reception unit 1001 as a search condition, and acquires content. Further, when the transmitting / receiving unit 1001 receives the IP address of the receiving peripheral device 50 from the receiving peripheral device 50, the search unit 1002 may acquire a predetermined content. Further, when receiving the transmission telephone number and the reception telephone number from the transmission-side peripheral device 40, the search unit 1002 searches the storage unit 1003 using the received transmission telephone number and reception telephone number as search conditions, To get.

  When the transmission / reception unit 1001 receives the IP address of the transmission peripheral device 40 from the transmission peripheral device 40, the transmission / reception unit 1001 transmits the content to the transmission peripheral device 40. In addition, the transmission / reception unit 1001 transmits the content identification information received from the transmission terminal 10 to the search unit 1002 and acquires the content. In response to receiving the IP address of the receiving peripheral device 50 from the receiving peripheral device 50, the transmitting / receiving unit 1001 receives the transmission telephone number and the receiving phone number received from the receiving peripheral device 50 and the transmitting terminal 10. It is determined whether or not the transmission telephone number and the reception telephone number match, and if they match, the acquired content is transmitted to the receiving peripheral device 50.

  The reception-side peripheral device 50 includes a transmission / reception unit 54, a change unit 55, and a display unit 56. The transmission / reception unit 54 transmits the transmission telephone number and the reception telephone number received from the reception terminal 20 and its own IP address to the content server 1000 and requests content. Then, the transmission / reception unit 54 acquires content from the content server 1000.

When the change unit 55 receives new content from the content server 1000 via the transmission / reception unit 54, the change unit 55 ends the display of the content displayed on the display unit 56 and causes the display unit to display the new content.

  The display unit 56 displays the content transmitted from the changing unit 55.

  As described above, according to the sixth embodiment, the user of the transmission terminal 10 can select content using the transmission-side peripheral device 40 and the reception-side peripheral device 50, and the reception terminal 20 and the transmission terminal can be selected. The content selected by the user of the transmission terminal 10 can be displayed on the reception-side peripheral device 50 in a state that is not limited to the ten functions and can be easily viewed by the user. Further, the content display of the receiving peripheral device 50 can be changed according to the request of the user of the transmitting terminal 10, and interactive content distribution can be performed to the receiving peripheral device 50.

  The embodiment of the present invention has been described in detail with reference to the drawings. However, the specific configuration is not limited to this embodiment, and includes a design that does not depart from the gist of the present invention. Each embodiment and modification may be used in appropriate combination, but detailed description is omitted.

DESCRIPTION OF SYMBOLS 1 Display system 10 Transmission terminal 20 Reception terminal 30 Peripheral device 100 Content server

Claims (10)

  A display system comprising: a transmission terminal that transmits information; a reception terminal that receives information; a peripheral device that can communicate with the reception terminal; a device management server that manages the peripheral device; and a content server that manages content Because
  The transmitting terminal is
  First transmission means for transmitting its own unique information to the receiving terminal;
  The receiving terminal is
  Device search means for searching for the peripheral device capable of communicating with the receiving terminal;
  A second transmission means for transmitting the transmission terminal received from the transmission terminal and its own unique information to the searched peripheral device;
  With
  The peripheral device is
  A third transmission unit configured to transmit the unique information of the transmission terminal and the reception terminal received from the reception terminal, device information identifying the type of the transmission terminal, and the unique information of the transmission terminal to the content server;
  The device management server
  A device information storage unit that stores device information of the peripheral device and unique information of the receiving terminal in association with each other;
  The content server
  Storage means for storing the specific information of the transmitting terminal, the specific information of the receiving terminal, and content or information about the content in association with each other;
  The device information of the peripheral device and the unique information of the receiving terminal received from the peripheral device are transmitted to the device management server, and the combination of the device information of the peripheral device and the unique information of the receiving terminal is the device. Authentication means for authenticating the peripheral device depending on whether it exists in the device information storage unit of the management server;
  Search means for searching for content or information related to the content from the storage means based on the unique information of the transmitting terminal and the receiving terminal received from the authenticated peripheral device;
  Fourth transmission means for transmitting the searched content or information related to the content to the authenticated peripheral device based on the specific information of the authenticated peripheral device;
  With
  A display system for displaying content acquired by the authenticated peripheral device.   The apparatus according to claim 1, further comprising: a determination unit that determines the peripheral device that displays the content or information related to the content based on a predetermined condition when there are a plurality of authenticated peripheral devices. Display system.   The device management server stores a predetermined priority in association with the device information, and an authentication unit of the content server acquires the priority of the authenticated peripheral device,
  The display system according to claim 2, wherein the determination unit determines the peripheral device that displays the content based on the acquired priority order.   A display comprising: a transmitting terminal that transmits information; a receiving terminal that receives information; a peripheral device that can communicate with the receiving terminal; a map information server that manages map information; and a terminal management server that manages terminal information A system,
  The transmitting terminal is
  Transmitting the own unique information to the receiving terminal and, after transmitting the unique information to the receiving terminal, transmitting the unique information of the self and the receiving terminal and the own location information to the terminal management server A transmission means,
  The receiving terminal is
  Second transmission means for transmitting the transmission terminal and the specific information of the transmission terminal received from the transmission terminal to the peripheral device;
  The peripheral device is
  Third transmission means for transmitting the transmission terminal and the unique information of the reception terminal and the unique information of the reception terminal received from the reception terminal to the terminal management server,
  The terminal management server
  Storage means for storing the specific information of the transmission terminal, the specific information of the reception terminal, and the position information received from the transmission terminal in association with each other;
  Search means for searching for location information from the storage means based on specific information of the transmission terminal and the reception terminal received from the peripheral device;
  A fourth transmission means for transmitting the searched location information and the specific information of the peripheral device to the map information server;
  With
  The map information server
  Based on the location information received from the terminal management server, acquisition means for acquiring map information;
  Fifth transmission means for transmitting the acquired map information to the peripheral device based on the specific information of the peripheral device received from the terminal management server;
  With
  The display system, wherein the peripheral device displays map information acquired from the map information server.   A transmitting terminal that transmits information, a receiving terminal that receives information, a transmitting peripheral device that can communicate with the transmitting terminal, a receiving peripheral device that can communicate with the receiving terminal, and a terminal management server that manages terminal information And a voice recognition server that performs voice recognition processing on voice information and converts it into a character string,
  The transmitting terminal is
  The first transmission means for transmitting its own unique information to the receiving terminal and transmitting the unique information of itself and the receiving terminal to the transmitting peripheral device,
  The transmitting peripheral device is:
  The unique information of the transmitting terminal and the receiving terminal received from the transmitting terminal and its own unique information are transmitted to the terminal management server, and the IP address of the voice recognition server received from the terminal management server is transmitted to the transmitting terminal. Second transmission means for transmitting to
  The receiving terminal is
  A third transmission unit configured to transmit the specific information of the transmission terminal received from the transmission terminal and the specific information of the transmission terminal to the reception-side peripheral device;
  The receiving peripheral device is:
  The transmitting terminal and the receiving terminal's unique information and its own unique information received from the receiving terminal are transmitted to the terminal management server, and the IP address of the voice recognition server received from the terminal management server is sent to the receiving terminal. 4th transmission means to transmit to,
  The terminal management server
  Storage means for storing the specific information of the transmitting terminal, the specific information of the receiving terminal, the specific information of the transmitting peripheral device, and the IP address of the voice recognition server received from the transmitting peripheral device;
  Search means for searching for unique information of the transmitting peripheral device from the storage means based on the unique information of the transmitting terminal and the receiving terminal received from the receiving peripheral device;
  Based on the unique information of the retrieved transmission-side peripheral device, the IP address of the voice recognition server of the storage means is transmitted to the transmission-side peripheral device, and based on the unique information of the reception-side peripheral device, the storage means A fifth transmitting means for transmitting the IP address of the voice recognition server to the receiving peripheral device, and further transmitting specific information of the transmitting peripheral device and the receiving peripheral device to the voice recognition server;
  With
  The voice recognition server
  Conversion means for performing voice recognition processing on voice information received from the transmission terminal or the reception terminal and converting the voice information into a character string;
  A sixth transmission for transmitting the converted character string to the transmitting peripheral device and the receiving peripheral device based on the unique information of the transmitting peripheral device and the receiving peripheral device received from the terminal management server Means,
  With
  The display system, wherein the converted character string is displayed on the transmitting peripheral device and the receiving peripheral device.   A transmitting terminal that transmits information, a receiving terminal that receives information, a transmitting peripheral device that can communicate with the transmitting terminal, a receiving peripheral device that can communicate with the receiving terminal, and a terminal management server that manages terminal information And a voice recognition server that performs voice recognition processing on voice information and converts it into a character string,
  The transmitting terminal is
  The first transmission means for transmitting its own unique information to the receiving terminal and transmitting the unique information of itself and the receiving terminal to the transmitting peripheral device,
  The transmitting peripheral device is:
  The transmitting terminal and the receiving terminal's unique information and its own unique information are transmitted to the terminal management server and stored in advance in response to receiving a connection request from the terminal management server. Second transmission means for transmitting the IP address of the voice recognition server being transmitted to the transmission terminal;
  The receiving terminal is
  A third transmission unit configured to transmit the specific information of the transmission terminal received from the transmission terminal and the specific information of the transmission terminal to the reception-side peripheral device;
  The receiving peripheral device is:
  The transmitting terminal and the receiving terminal's unique information and its own unique information received from the receiving terminal are transmitted to the terminal management server and stored in advance in response to receiving a connection request from the terminal management server. And a fourth transmission means for transmitting the IP address of the voice recognition server to the receiving terminal,
  The terminal management server
  Storage means that stores the specific information of the transmission terminal, the specific information of the reception terminal, and the specific information of the transmission side peripheral device received from the transmission side peripheral device,
  Search means for searching for unique information of the transmitting peripheral device from the storage means based on the unique information of the transmitting terminal and the receiving terminal received from the receiving peripheral device;
  A fifth transmission means for transmitting a connection request to the voice recognition server to the transmission-side peripheral device and the reception-side peripheral device in response to the search of the unique information of the transmission-side peripheral device;
  With
  The voice recognition server
  Conversion means for performing voice recognition processing on voice information received from the transmission terminal or the reception terminal and converting the voice information into a character string;
  A sixth transmission for transmitting the converted character string to the transmitting peripheral device and the receiving peripheral device based on the unique information of the transmitting peripheral device and the receiving peripheral device received from the terminal management server Means,
  With
  The display system, wherein the character string is displayed on the transmitting peripheral device and the receiving peripheral device.   Furthermore, a content server for managing content is provided,
  The sixth transmission means of the voice recognition server transmits the unique information and the character string of the transmission-side peripheral device and the reception-side peripheral device to the content server,
  The content server
  Content storage means for storing a word and content or information about the content in association with each other;
  Search means for searching the content or information about the content from the storage means based on the character string received from the voice recognition server;
  A seventh transmission means for transmitting the searched content or information related to the content to the transmitting peripheral device and the receiving peripheral device based on unique information of the transmitting peripheral device and the receiving peripheral device;
  The display system according to claim 5, wherein the acquired content is displayed on the transmission-side peripheral device and the reception-side peripheral device.   The transmitting terminal and the receiving terminal are at least one of a mobile phone, a PHS (Personal Handy-phone System), a PDA (Personal Digital Assistant), a PC (Personal Computer), and a game machine. The display system according to any one of claims 1 to 7.   A device information storage for storing a transmitting terminal for transmitting information, a receiving terminal for receiving information, a peripheral device capable of communicating with the receiving terminal, device information of the peripheral device and unique information of the receiving terminal in association with each other A device management server that manages the peripheral device, and a storage unit that stores the specific information of the transmitting terminal, the specific information of the receiving terminal, and information about the content or the content in association with each other. A display method comprising: a content server for managing
  A first step in which the transmitting terminal transmits its own unique information to the receiving terminal;
  A second step in which the receiving terminal searches for the peripheral device capable of communication;
  A third step in which the receiving terminal transmits the transmitting terminal received from the transmitting terminal and its own unique information to the peripheral device searched in the second step;
  A fourth step in which the peripheral device transmits unique information of the transmitting terminal and the receiving terminal received from the receiving terminal, device information for identifying its own type, and own unique information to the content server;
  The content server transmits the device information of the peripheral device and the unique information of the receiving terminal received from the peripheral device to the device management server, and the device information of the peripheral device and the unique information of the receiving terminal A fifth step of authenticating the peripheral device according to whether a combination exists in the device information storage unit of the device management server;
  A sixth step in which the content server searches the storage means for content or information related to the content based on the specific information of the transmitting terminal and the receiving terminal received from the peripheral device authenticated in the fifth step; ,
  The content server transmits the content searched in the sixth step or information related to the content to the authenticated peripheral device based on the specific information of the peripheral device authenticated in the fifth step. Steps,
  An eighth step in which the peripheral device displays the content received from the content server;
  A display method characterized by comprising:   A device information storage for storing a transmitting terminal for transmitting information, a receiving terminal for receiving information, a peripheral device capable of communicating with the receiving terminal, device information of the peripheral device and unique information of the receiving terminal in association with each other A device management server that manages the peripheral device, and a storage unit that stores the specific information of the transmitting terminal, the specific information of the receiving terminal, and information about the content or the content in association with each other. A program for causing a computer to execute a display method in a display system comprising:
  A first step in which the transmitting terminal transmits its own unique information to the receiving terminal;
  A second step in which the receiving terminal searches for the peripheral device capable of communication;
  A third step in which the receiving terminal transmits the transmitting terminal received from the transmitting terminal and its own unique information to the peripheral device searched in the second step;
  A fourth step in which the peripheral device transmits unique information of the transmitting terminal and the receiving terminal received from the receiving terminal, device information for identifying its own type, and own unique information to the content server;
  The content server transmits the device information of the peripheral device and the unique information of the receiving terminal received from the peripheral device to the device management server, and the device information of the peripheral device and the unique information of the receiving terminal A fifth step of authenticating the peripheral device according to whether a combination exists in the device information storage unit of the device management server;
  A sixth step in which the content server searches the storage means for content or information related to the content based on the specific information of the transmitting terminal and the receiving terminal received from the peripheral device authenticated in the fifth step; ,
  The content server transmits the content searched in the sixth step or information related to the content to the authenticated peripheral device based on the specific information of the peripheral device authenticated in the fifth step. Steps,
  An eighth step in which the peripheral device displays the content received from the content server;
  A program that causes a computer to execute.

Images