WO2005076136A1 - 携帯端末装置、統合ファイル作成装置、合成情報作成システム及び統合ファイル作成システム - Google Patents
携帯端末装置、統合ファイル作成装置、合成情報作成システム及び統合ファイル作成システム Download PDFInfo
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- WO2005076136A1 WO2005076136A1 PCT/JP2005/001846 JP2005001846W WO2005076136A1 WO 2005076136 A1 WO2005076136 A1 WO 2005076136A1 JP 2005001846 W JP2005001846 W JP 2005001846W WO 2005076136 A1 WO2005076136 A1 WO 2005076136A1
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/06—Protocols specially adapted for file transfer, e.g. file transfer protocol [FTP]
Definitions
- Mobile terminal device integrated file creation device, synthetic information creation system, and integrated file creation system
- the present invention relates to a mobile terminal device, an integrated file creation device, a synthesis information creation system, and an integrated file creation system that edit a plurality of fragmented pieces of synthetic information to create an integrated file. Even if the information is created by various media at different times and places by users, a mobile terminal device, an integrated file creator, and an integrated file creator that create synthetic information and an integrated file based on such information. System and integrated file creation system.
- information handled on a computer includes various media such as characters, images (including moving images), and audio.
- the type of media to which such information belongs mainly depends on the type of input device (input device) .
- Character input device such as a keyboard.
- Information input from the image input device is handled on the computer as image information, and information input from a microphone or other audio input device is handled as audio information on the computer.
- a computer capable of handling such information of various media is generally called a multimedia device or the like.
- fragment information Each time information is input by a user, the information input from each input device is fragmented in a predetermined media format in the input device or a computer connected to the input device. It is stored as information (hereinafter, fragment information).
- fragment information information
- some users may want to treat fragment information from these multiple media as one integrated file. In such a case, pieces of fragment information present on different input devices and computers are collected on a single computer, and the pieces of fragment information are joined or formatted to combine them into one integrated file.
- an integrated file does not indicate only document data, but includes digital data including multimedia information such as image data such as still images and moving images, spreadsheet data, and voice data. Data.
- a camera has a GPS receiver, an azimuth / tilt sensor, and temperature / humidity.
- a camera with an information recording function is known in which a pressure sensor is provided, and when image data is created by photographing with a camera, related information such as a photographing position and a photographing state is stored in association with the image data.
- Patent Document 1 JP-A-8-184892
- fragment information cannot be associated with related information.
- the input device has a function of adding the related information, there is a problem that the housing of the input device is large, which is inconvenient to carry, and that the input device is expensive.
- the present invention has been made to solve the above-described problem, and even if fragment information is input by an input device or a computer that does not have a function of adding related information, the fragment information and the related information are compared.
- a portable terminal device, an integrated file creation device, and a composite information device that can create composite information associated with a personal computer, and can reduce the burden on the user by reducing the size and weight of the device carried by the user.
- the purpose is to provide a creation system and an integrated file creation system.
- the present invention provides an interface for acquiring fragment information including at least one of character information, image information, and audio information via a network.
- a fragment information acquisition unit that acquires fragment information via the interface unit, a sensor that measures user information about the user, and creates additional information based on the user information measured by the sensor.
- An additional information creating unit and a combined information creating unit that creates combined information by adding the additional information created by the additional information creating unit to the fragment information acquired by the fragment information acquiring unit. It provides a synthetic information creation system characterized by this.
- fragment information input by an external input device or a computer is acquired, and additional information based on the user information with sensor power is added to the fragment information to generate composite information. Is created, so that there is no function of adding related information. It is possible to create composite information in which related information is associated with fragment information created by the input device.
- the synthetic information creating device obtains additional information according to the input of the fragment information, and thus creates synthetic information in which the fragment information is associated with the additional information. can do.
- a context estimating unit for estimating a context indicating at least one of the emotion, atmosphere, and state of the user based on the user information measured by the sensor is further provided.
- a context information creation unit is provided for creating context information as additional information based on the context estimated by the context estimation unit.
- the composition information creation unit converts the context information created by the context information creation unit into fragment information. In addition, it is preferable to create composite information.
- the context information created based on the user information from the sensor is added to the fragment information of characters, images, and sounds, so that synthetic information is created.
- a context definition table further defining a correspondence between the user information and the context is provided, and the context estimating unit estimates a context corresponding to the user information measured by the sensor based on the context definition table.
- the context of the user is estimated based on the context definition table that defines the correspondence between the user information and the context, so that the context corresponding to the user information can be accurately estimated.
- the context information creation unit creates context information indicating the type of the estimated context and the strength of the context.
- the context information indicates the type of the context and the strength of the context, it is possible to accurately estimate the context corresponding to the user information.
- the sensor measures at least one of the user's body temperature, heart rate, sweating, breathing and acceleration.
- the senor since the sensor measures the user's body temperature, heart rate, sweating, respiration, and caloric velocity, the context corresponding to the user information can be accurately estimated.
- the interface unit establishes a connection with at least one of a public directory on a network, a mail server and a web server, and establishes a connection with a telephone gateway or a fax gateway to execute data communication. It is better to have one or more of the interfaces!
- an external input device or a computer can be connected to a public directory, a mail server, and a web server on a network, or can be connected to a telephone gateway or a fax gateway by data communication.
- the obtained fragment information is now obtained. Therefore, at different times and places, synthetic information can be created based on fragment information input by various input devices or computers, and each synthetic information can be collected.
- the data format of the fragment information included in the composite information is character information, image information, or image information
- the data format of the fragment information included in the composite information is changed to another character information or image.
- a media conversion table that defines conversion information for converting information and image information into offsets, and data of fragment information included in the composite information created by the composite information creation unit based on the media conversion table.
- a media conversion unit for converting the format is
- the data format of the composite information based on the media conversion table Is converted it is possible to obtain composite information converted into an optimal data format.
- a plurality of the combined information is edited to create an integrated file. It is preferable to further comprise an integrated file creating section to be created.
- an integrated file is created by editing a plurality of pieces of synthetic information based on the additional information. Therefore, the synthetic information is edited and integrated based on the context of the user.
- a file can be created, reducing the burden and burden of creating an integrated file for the user, and creating an integrated file in a format and order that meets the needs of the user.
- the system further comprises an editing rule table for defining editing rules for editing the synthesis information to create an integrated file, wherein the integrated file creating unit stores the editing rules defined in the editing rule table, and the synthesis information storage.
- the integrated file creating unit stores the editing rules defined in the editing rule table, and the synthesis information storage.
- a plurality of the composite information is edited to create an integrated file.
- an editing rule table that defines editing rules for editing the synthesis information to create an integrated file is provided, and the integrated file is created based on the editing rules and the additional information. I was doing it. Therefore, a plurality of pieces of synthetic information can be edited as an integrated file by an arbitrary editing rule.
- the integrated file creator determines the joining order of the fragment information included in the synthesis information. It is preferable to define.
- an integrated file can be created by joining fragment information included in composite information in an optimal order.
- an authentication information adding unit that adds user authentication information to the synthetic information created by the synthetic information creating unit, and that based on the authentication information added to the synthetic information, the synthesized information is used for regular use.
- An authentication execution unit for authenticating whether or not the user belongs to the user.
- the authentication information is included in the composite information, and whether or not the composite information is an authorized user is authenticated. If there is authentication An integrated file can be created based on the synthesized information.
- the integrated file creating section edits a plurality of the combined information for each user to create an integrated file based on the additional information added to the combined information.
- an integrated file is created by editing a plurality of pieces of synthetic information for each user, so that an integrated file for each user can be created.
- a combined information creating device is provided by the interface unit, the fragment information acquiring unit, the sensor, the additional information creating unit, and the combined information creating unit, and the combined information storage unit, the integrated file creating unit, Provides an integrated file creation device, the synthesis information creation device further includes a synthesis information transmission unit that sends the synthesis information created by the synthesis information creation unit to the integration file creation device, and the integrated file creation device It is preferable that the apparatus further includes a combined information receiving section that receives the combined information transmitted by the transmitting section, and the combined information storage section stores the combined information received by the combined information receiving section.
- the interface unit, the fragment information acquisition unit, the sensor, the additional information creation unit, and the combined information creation unit provide a combined information creation device, and the combined information storage unit provides the combined information storage device.
- An integrated file creation device is provided by the integrated file creation unit.
- the synthesis information creation device further includes a first synthesis information transmission unit that transmits the synthesis information to the synthesis information storage device, and the synthesis information storage device includes the synthesis information storage device.
- a first combined information receiving unit that receives the combined information transmitted by the transmitting unit, and transmits the combined information received by the first combined information receiving unit and stored in the combined information storage unit to the integrated file creating device And a second combined information transmitting unit.
- the integrated file creation device further includes a second combined information receiving unit that receives the combined information transmitted by the second combined information transmitting unit.
- ⁇ I le creation unit on the basis of the synthesis information received by the second combining information receiving unit, preferably to create an integrated file by editing a plurality of the synthetic information.
- the synthesis information creation device that creates the synthesis information the synthesis information storage device that stores the synthesis information, and the integrated file creation device that creates the integrated file are separated. It is possible to provide an integrated file creation system that enables a more flexible configuration.
- a combined information creating device is provided by the interface unit, the fragment information acquiring unit, and the combined information creating unit, and the additional information creating device is provided by the sensor and the additional information creating unit.
- the creating device further includes an additional information transmitting unit that transmits the additional information to the combined information creating device.
- the combined information creating device further includes an additional information receiving unit that receives the additional information transmitted by the additional information sending unit. It is preferable that the information creation unit creates the combined information by adding the additional information received by the additional information receiving unit to the fragment information.
- the additional information creation device carried by the user can be reduced in size and weight to reduce the burden on the user, and the additional information creation device can have a simpler configuration.
- the synthetic information creating apparatus further includes a request signal transmitting unit that transmits a request signal, which is a signal requesting additional information, to the additional information creating apparatus when fragment information is acquired by the fragment information acquiring unit,
- the sensor measures user information at predetermined time intervals, and the additional information creation device stores the latest additional information created by the additional information creation unit based on the latest user information measured by the sensor.
- a request signal receiving unit for receiving a request signal.
- the additional information transmitting unit receives the additional information when the request signal is received by the request signal receiving unit. It is preferable to transmit the latest additional information stored in the storage unit to the additional information receiving unit.
- the combined information creation device transmits a request signal to the additional information creation device to request the additional information, so that the latest additional information is obtained from the additional information creation device. can do.
- the sensor measures the user information at predetermined time intervals, and outputs the additional information.
- the creation device includes an additional information storage unit that stores the latest additional information created by the additional information creation unit based on the latest user information measured by the sensor, and a latest information stored by the additional information storage unit.
- An additional information transmission instruction unit for instructing the additional information transmission unit to transmit the additional information to the additional information reception unit, wherein the additional information transmission unit is configured to transmit the additional information when the transmission is instructed by the additional caro information transmission instruction unit. It is preferable to transmit the latest additional information stored by the additional information storage unit.
- the additional information creation device is provided with the additional information transmission instructing unit for instructing the user to transmit the additional information, so that the user can transmit the additional information at an arbitrary timing. Can be sent.
- the fragment information input by the input device and the additional information received from the additional information generating device can be reliably associated with each other to generate composite information. Can be.
- an interface unit, a fragment information obtaining unit, and a synthetic information creating unit provide a synthetic information creating device
- the sensor and the additional information creating unit provide an additional information creating device.
- the additional information storage device further includes an additional information storage device having an additional information storage unit for storing the additional information
- the additional information creation device further includes a first additional information transmission unit transmitting the additional information to the additional information storage device.
- a first additional information receiving unit that receives the additional information transmitted by the first additional information transmitting unit, and the additional information received by the additional information receiving unit and stored in the additional information storage unit.
- a second additional information transmitting unit that transmits to the information creating device, the combined information creating device further includes a second additional information receiving unit that receives the additional information transmitted by the second additional information transmitting unit.
- create synthetic information Preferably, the section adds the additional information received by the second additional information receiving section to the fragment information to create composite information.
- the additional information storage device for storing the additional information
- the combined information creation device, the additional information creation device, and the additional information storage device are separated from each other.
- a plurality of pieces of additional information can be centrally managed in an additional information storage device that does not need to hold a storage unit for additional information in the additional information creation device.
- the synthetic information creating device can acquire the additional information corresponding to the acquired fragment information by transmitting the request signal to the additional information storage device without making an inquiry to the attached caro information creating device. Also add since it is not necessary to provide a storage unit inside the information creating apparatus, the configuration of the additional information creating apparatus can be minimized, and the size and weight can be reduced.
- an interface unit for acquiring fragment information including at least one of character information, image information, and audio information via a network, and a fragment information via a network A fragment information acquisition unit that acquires fragment information, a sensor that measures user information about the user, and additional information based on the user information measured by the sensor is added to the fragment information acquired by the fragment information acquisition unit.
- the present invention provides a synthetic information creating apparatus including a synthetic information creating section for creating synthetic information!
- fragment information input by an external input device or a computer is acquired, and additional information based on the user information having sensor power is added to the fragment information to generate composite information. Is created, so that there is no function of adding related information. It is possible to create composite information in which related information is associated with fragment information created by the input device.
- the synthetic information creation device includes a context estimating unit that estimates a context indicating at least one of an emotion, an atmosphere, and a state of the user based on the user information measured by the sensor; A context information creating unit that creates context information as additional information based on the context estimated by the estimating unit.
- the synthetic information creating unit adds the context information created by the context information creating unit, It is preferable to create composite information.
- Context refers to the context of an event or the context of a situation, such as atmosphere, emotion, importance, etc., and refers to an abstract concept that cannot be grasped only by facts or evidence. , U.
- the context information created based on the user information from the sensor is added to the fragment information of characters, images, and voices, so that synthetic information is created.
- the synthesis information creating device includes a context definition table that defines the correspondence between the user information and the context, and the context estimating unit determines the user information measured by the sensor based on the context definition table. Prefer to estimate the corresponding context Yes.
- the context of the user is estimated based on the context definition table that defines the correspondence between the user information and the context, so that the context corresponding to the user information can be accurately estimated.
- the context information creation unit creates context information indicating the type of the estimated context and the strength of the context.
- the context information indicates the type of the context and the strength of the context, it is possible to accurately estimate the context corresponding to the user information.
- the sensor measures at least one of the user's body temperature, heart rate, sweating, respiration, and acceleration.
- the sensor since the sensor measures the user's body temperature, heart rate, sweating, respiration, and caloric rate, the context corresponding to the user information can be accurately estimated.
- the interface unit is an interface for connecting to at least one of a public directory, a mail server, and a web server on a network, or establishes a connection with a telephone gateway or a fax gateway to perform data communication.
- a public directory e.g., a corporate intranet
- a mail server e.g., a mail server
- a web server e.g., a mail server
- an external input device or a computer can be connected to a public directory, a mail server, and a web server on a network, or can be connected to an external input device or a computer by an interface for performing data communication with a telephone gateway or a fax gateway.
- the obtained fragment information is now obtained. Therefore, at different times and places, synthetic information can be created based on fragment information input by various input devices or computers, and each synthetic information can be collected.
- the composition information creation device includes a media conversion table defining conversion information for converting the data format of the composition information according to the type of the composition information, and a composition information creation unit based on the media conversion table. And a media conversion unit for converting the data format of the synthetic information created by the computer.
- the synthesis information creation device edits a plurality of pieces of synthesis information based on the addition information added to the synthesis information stored in the synthesis information storage unit and the synthesis information stored in the synthesis information storage unit. It is preferable to provide an integrated file creating section for creating an integrated file. It should be noted that the integrated file refers to digital data including multimedia information such as document data which does not indicate only document data, image data such as still images and moving images, spreadsheet data, and audio data.
- an integrated file is created by editing a plurality of pieces of synthetic information based on the additional information. Therefore, the synthetic information is edited and integrated based on the context of the user.
- a file can be created, reducing the burden and burden of creating an integrated file for the user, and creating an integrated file in a format and order that meets the needs of the user.
- the synthesis information creating device includes an editing rule table that defines an editing rule for editing the synthesis information to create an integrated file.
- the integrated file creating unit includes an editing rule defined in the editing rule table. Based on the additional information added to the composite information stored in the composite information storage unit, it is preferable to edit a plurality of composite information to create an integrated file.
- an editing rule table that defines editing rules for editing the synthesis information to create an integrated file is provided, and the integrated file is created based on the editing rules and the additional information. I was doing it. Therefore, a plurality of pieces of synthetic information can be edited as an integrated file by an arbitrary editing rule.
- the editing rule determine the joining order of the fragment information included in the composite information based on the additional information added to the composite information.
- an integrated file can be created by joining fragment information included in the synthesis information in an optimal order.
- the synthesis information creation device includes a synthesis information transmission unit that sends the synthesis information created by the synthesis information creation unit to another computer device.
- the created synthetic information can be transmitted to another computer device, so that the integrated file creating terminal is separated from the synthetic information creating terminal!
- sending synthetic information from the synthetic information creating terminal to the integrated file creating terminal Can create an integration file.
- a portable terminal device in which fragment information including at least one of character information, image information, and audio information is acquired and synthetic information is created, and a portable terminal device includes: An editing device in which the created synthetic information is edited to create an integrated file is a synthetic information creation system connected via a network, and the portable terminal device transmits the fragment information via a network.
- An interface unit that is an interface for acquiring, a fragment information acquiring unit that acquires fragment information via the interface unit, a sensor that measures user information about a user, and a fragment acquired by the fragment information acquiring unit.
- a combined information creation unit that creates combined information by adding additional information based on the user information measured by the sensor to the information, and a combined information created by the combined information creation unit.
- a synthesizing information transmitting unit that transmits information to the editing device, wherein the editing device stores the synthesizing information received by the synthesizing information receiving unit that receives the synthesizing information transmitted from the mobile terminal device;
- the present invention provides a composite information creation system including a composite information storage unit.
- fragment information input by an external input device or computer is acquired, and additional information based on the user information with sensor power is added to the fragment information to generate composite information.
- the composite information is now sent from the portable terminal device that creates the file to the editing device that creates the integrated file. Therefore, it is possible to create composite information in which the relevant information is associated with the fragment information generated by the input device having no function of adding the relevant information.
- the synthetic information creating system edits a plurality of pieces of synthetic information based on additional information added to the synthetic information stored in the synthetic information storage unit to create an integrated file. It is preferable to have a file creation unit.
- an integrated file is created by editing a plurality of pieces of synthetic information based on the additional information. Therefore, the synthetic information is edited and integrated based on the context of the user.
- a file can be created, reducing the burden and burden of creating an integrated file for the user, and creating an integrated file in a format and order that meets the needs of the user.
- a portable terminal device that obtains fragment information including at least one of character information, image information, and audio information to create composite information
- a portable terminal device A plurality of storage devices storing the synthesized information generated by the mobile device, the synthesized information generating system being connected via a network, wherein the mobile terminal device obtains the fragment information via the network Section, which is an interface for obtaining the fragment information via the interface section, a sensor for measuring user information about the user, and fragment information acquired by the fragment information acquiring section.
- a combined information creation unit that creates combined information by adding additional information based on user information measured by the sensor, and transfers the combined information created by the combined information creation unit to at least one of a plurality of storage devices.
- Each of the plurality of storage devices includes a combined information receiving unit that receives combined information transmitted from the portable terminal device; and a combined information receiving unit that receives combined information.
- a combined information storage unit for storing the combined information received by the unit.
- fragment information input by an external input device or a computer is acquired, and additional information based on the user information having sensor power is added to the fragment information to generate composite information.
- the composite information is transmitted from the portable terminal device to be created to a plurality of storage devices for storing the composite information. Therefore, it is possible to create composite information in which the related information is associated with the fragment information created by the input device having no function of adding the related information.
- an editing device that edits the synthesis information to create an integrated file is connected to a plurality of storage devices via a network, and each of the plurality of storage devices stores the synthesis information stored in the synthesis information storage unit.
- a second synthetic information transmitting unit that transmits information to the editing device, wherein the editing device includes a second synthetic information receiving unit that receives the synthetic information transmitted from the storage device, and a second synthetic information receiving unit. It is preferable to include an integrated file creating unit that edits a plurality of pieces of combined information to create an integrated file based on the additional information added to the combined information received by the above.
- the combined information stored in the plurality of storage devices is collected by the editing device and an integrated file is created, so that the combined information is created based on the context of the user.
- a combined information storage unit that stores a plurality of combined information in which additional information is added to fragment information including at least one of character information, image information, and audio information
- An integrated file creation unit that edits a plurality of pieces of combined information to create an integrated file based on additional information added to the combined information stored in the storage unit.
- the integrated file indicates not only document data but also digital data including multimedia information such as image data as still images and moving images, spreadsheet data, and audio data.
- a plurality of pieces of combined information are edited based on the additional information added to the combined information to create an integrated file.
- the burden and effort of file creation can be reduced, and an integrated file can be created in the format and order that meets the user's needs. Further, even if the synthesized information is created at different places and times, an integrated file can be created based on the additional information.
- the integrated file creation device includes an editing rule table that defines editing rules for creating the integrated file by editing the synthesis information.
- the integrated file creating unit includes an editing rule table defined by the editing rule table. It is preferable that a plurality of pieces of synthetic information be edited to create an integrated file based on the additional information added to the synthetic information stored in the synthetic information storage unit.
- an editing rule table for defining an editing rule for editing the synthesis information to create an integrated file is provided, and the integrated file is created based on the editing rule and the additional information. I was doing it. Therefore, a plurality of pieces of synthetic information can be edited as an integrated file by an arbitrary editing rule.
- the editing rules determine the joining order of the pieces of fragment information included in the synthetic information based on the additional information added to the synthetic information.
- the editing rule determines the joining order of the fragment information included in the synthetic information, the fragment information included in the synthetic information is joined in the optimum order to compile the integrated file. Can be created.
- the integrated file creator sets the data format of the combined information according to the type of the combined information
- a media conversion table that defines conversion information for converting the expression
- a media conversion unit that converts the data format of the composite information created by the composite information creation unit based on the media conversion table. Is preferred,.
- the data format of the composite information can be converted based on the media conversion table, it is possible to edit the integrated file from the composite information converted into the optimal data format. it can.
- the integrated file creation device includes an input unit for inputting fragment information including at least one of character information, image information, and audio information, a sensor for measuring user information on the user, and a sensor.
- a context estimating unit for estimating a context indicating at least one of emotion, mood, and state of the user based on the measured user information; and creating context information based on the context estimated by the context estimating unit.
- a context information creating unit for creating the combined information by adding the context information created by the context information creating unit to the fragment information input by the input unit as additional information.
- Context refers to the context of an event or the context of a situation, such as atmosphere, emotion, importance, etc., and refers to an abstract concept that cannot be grasped only by facts or evidence. , U.
- the context information created based on the user information from the sensor is added to the fragment information of characters, images, and voices, so that synthetic information is created.
- fragment information created using various input devices at different times and places can be edited based on context to create an integrated file.
- the integrated file creation device includes a context definition table that defines correspondence between user information and context, and the context estimating unit generates the context information based on the user information measured based on the sensor force based on the context definition table. It is preferable to estimate the corresponding context.
- the context information creating unit creates context information indicating the estimated type of the context and the strength of the context.
- the context information indicates the type of the context and the strength of the context, the context corresponding to the user information can be accurately estimated.
- the sensor measures at least one of the user's body temperature, heart rate, sweating, breathing, and acceleration.
- the sensor since the sensor measures the user's body temperature, heart rate, sweating, respiration, and caloric rate, the context corresponding to the user information can be accurately estimated.
- the input unit includes at least one of a keyboard or a touch panel for inputting character information, a microphone for inputting voice information, and a camera or scanner for inputting image information. Is preferred.
- a keyboard, a touch panel, a microphone, a camera, and a scanner can be used as an input unit, fragment information is created using various input devices at different times and places. it can.
- the integrated file creation device includes a combined information receiving unit that receives combined information via a network, and the combined information storage unit stores the combined information received by the combined information receiving unit. .
- the receiving unit that receives the combined information via the network is provided, even if the creating unit of the combined information is separated from the creating unit of the integrated file, the receiving unit is configured based on the combined information. You can create an integrated file.
- the composite information received by the receiving unit includes the authentication information of the user, and the integrated file creating device converts the composite information into a valid user based on the authentication information added to the composite information. It is preferable that an authentication execution unit that authenticates whether or not the authentication information is authenticated be provided, and the synthesis information storage unit store the synthesis information that is authenticated by the authentication execution unit as belonging to an authorized user.
- authentication information is included in the composite information, and whether or not the composite information is a legitimate user is authenticated.
- An integrated file can be created based on the synthesized information that has been authenticated.
- the integrated file creator uses the additional information! It is preferable to edit a plurality of pieces of synthetic information for each user and create an integrated file.
- an integrated file is created by editing a plurality of pieces of combined information for each user, so that an integrated file for each user can be created.
- a portable terminal device to which fragment information including at least one of character information, image information, and audio information is input, and edits fragment information input by the portable terminal device.
- An editing device for creating an integrated file is an integrated file creation system connected via a network, wherein the portable terminal device has an input section for inputting fragment information, and user information about the user.
- a context estimation unit that estimates a context indicating at least one of the emotion, atmosphere, and state of the user based on the user information measured by the sensor, and a context estimated by the context estimation unit
- a context information creation unit for creating context information based on the fragment information input by the input unit
- a synthesizing information creating unit for creating the synthesizing information by adding the context information created by the creating unit, and a synthesizing information transmitting unit transmitting the synthesizing information created by the synthesizing information creating unit to the editing device;
- the editing device includes a combined information receiving unit that receives the combined information transmitted from the mobile terminal device, a combined information storage unit that stores the combined information received by the combined information receiving unit, and an integrated file that edits the combined information and edits the combined information.
- An integrated file creation system which comprises an integrated file creation section that edits the combined information of the above and creates an integrated file.
- an integrated file is created by editing a plurality of synthesized information based on the context information added to the synthesized information. It can reduce the burden and labor, and create the integrated file in the format and order that matches the user's needs. Also, fragment information created using various input devices at different times and locations can be edited based on the user's context to create an integrated file.
- the portable terminal device has an authentication information adding unit for adding user authentication information.
- the synthesis information creation unit creates synthesis information by adding the context information created by the context information creation unit and the authentication information added by the authentication information addition unit to the fragment information input by the input unit.
- the editing device includes an authentication execution unit that authenticates whether or not the combined information belongs to a legitimate user based on the authentication information added to the combined information. It is preferable to store the synthesized information that has been authenticated as belonging to the user.
- the authentication information is included in the composite information, and whether or not the composite information is an authorized user is authenticated.
- An integrated file can be created based on the synthesized information that has been authenticated.
- the integrated file creation unit edits a plurality of pieces of synthesis information for each user to create an integrated file. Is preferred.
- an integrated file is created by editing a plurality of pieces of composite information for each user, so that an integrated file for each user can be created.
- a sensor for measuring user information on a user for additional information to be added to fragment information including at least one of character information, image information, and audio information
- An additional information transmitting unit that transmits the additional information based on the user information measured by the sensor to the integrated file creation device to generate the combined information by adding it to the fragment information.
- the additional information created based on the user information measured by the sensor is transmitted to the integrated file creation device, the size of the device carried by the user can be reduced. Therefore, even if fragment information is input using an input device that does not have a function of adding related information, the fragment information is associated with the related information. Can create information.
- the senor measures the user information at a predetermined time interval, and the portable terminal device stores the additional information based on the latest user information measured by the sensor.
- An information storage unit and a request signal receiving unit that receives a request signal for requesting additional information, wherein the additional information transmitting unit receives the request signal by the request signal receiving unit. When received, it is preferable to transmit the latest additional information stored in the additional information storage unit to the request source.
- the request signal when the request signal is received, the latest additional information is transmitted to the request source, so that the request source integrated file creation device inquires of the portable terminal device, The latest fragment information can be obtained.
- the senor measures the user information at predetermined time intervals, and the additional information transmitting unit transmits the additional information based on the user information measured by the sensor to the storage device via the network. I prefer to.
- the additional information created based on the user information measured by the sensor is transmitted to the storage device via the network. Therefore, the latest additional information can be recorded.
- the senor measures user information at a predetermined time interval
- the portable terminal device stores an additional information that stores the latest additional information based on the latest user information measured by the sensor.
- An information storage unit, and an additional information transmission instruction unit for instructing transmission of the latest additional information stored in the additional information storage unit, wherein the additional information transmission unit is instructed to transmit by the additional information transmission instruction unit. In this case, it is preferable to transmit the latest additional information stored in the additional information storage unit.
- the mobile terminal device includes a context estimating unit that estimates a context indicating at least one of emotion, atmosphere, and state of the user based on the user information measured by the sensor, and a context estimating unit. It is preferable to include a context information creation unit that creates context information as additional information based on the context estimated by (1).
- the context indicates the context of the event and the context of the situation, such as atmosphere, emotion, importance, etc., and refers to an abstract concept that cannot be grasped only by facts or evidence. Say.
- context information is generated based on user information from the sensor. Since it is created as additional information, the context of the user at the time of input can be added as related information.
- the mobile terminal device includes a context definition table that defines the correspondence between user information and context, and the context estimating unit uses the context definition table to determine the user information measured from the sensor based on the context definition table. It is preferable to estimate the corresponding context.
- the context of the user is estimated based on the context definition table that defines the correspondence between the user information and the context, the context corresponding to the user information can be accurately estimated. .
- the context information creation unit creates context information indicating the type of the estimated context and the strength of the context.
- the context information indicates the type of the context and the strength of the context, the context corresponding to the user information can be accurately estimated.
- the sensor measures at least one of the user's body temperature, heart rate, sweating, respiration, and acceleration.
- the sensor since the sensor measures the user's body temperature, heart rate, sweating, respiration, and caloric rate, the context corresponding to the user information can be accurately estimated.
- an interface unit that is an interface for obtaining fragment information including at least one of character information, image information, and audio information via a network, and an interface unit.
- a fragment information obtaining unit that obtains fragment information via a mobile terminal, an additional information receiving unit that receives additional information based on user information transmitted from the portable terminal device, and a fragment information obtaining unit that adds fragment information obtained by the fragment information obtaining unit.
- the present invention provides a combined information creating apparatus characterized by including a combined information creating unit that creates combined information by adding the additional information received by the information receiving unit!
- fragment information input from an external input device is obtained, additional information transmitted from the mobile terminal device is received, and the additional information is added to the fragment information.
- the fragment information acquisition unit acquires the fragment information
- the synthesis information creation device includes a request signal transmission unit that transmits a request signal requesting additional information, and the additional information reception unit transmits the request signal to the request signal. It is preferred to receive additional information sent accordingly.
- the synthetic information creation device has a fragment information acquisition timer that measures the date and time when the fragment information is acquired by the fragment information acquisition unit, and the request signal transmission unit acquires the fragment information by the fragment information acquisition unit. In this case, it is preferable to transmit the request signal and the request date and time, which is the date and time acquired by the fragment information acquisition timer.
- the fragment information is transmitted in association with the request date / time request signal indicating the date / time when the fragment information was acquired, it is possible to acquire the relevant information corresponding to the request date / time, Related information and fragment information can be reliably associated.
- the interface unit is an interface for connecting to at least one of a public directory, a mail server, and a web server on a network, or establishes a connection with a telephone gateway or a fax gateway to perform data communication.
- a public directory e.g., a mail server
- a web server e.g., a mail server
- the interface unit is an interface for connecting to at least one of a public directory, a mail server, and a web server on a network, or establishes a connection with a telephone gateway or a fax gateway to perform data communication.
- it is an interface for performing.
- an external input device or a computer can be connected to a public directory, a mail server, and a web server on a network, or can be connected to an external input device or a computer by an interface for performing data communication with a telephone gateway or a fax gateway.
- the obtained fragment information is now obtained. Therefore, at different times and places, composite information can be created based on fragment information created by various input devices.
- the synthesis information creation device includes a media conversion table defining conversion information for converting the data format of the synthesis information according to the type of the synthesis information, and a synthesis information creation unit based on the media conversion table. And a media conversion unit for converting the data format of the synthetic information created by the computer.
- the synthesis information creation device includes a synthesis information storage unit that stores the synthesis information, It is preferable to include an integrated file creation unit that edits a plurality of pieces of combined information to create an integrated file based on the additional information added to the combined information stored in the storage unit.
- the integrated file refers to digital data including multimedia information such as document data which does not indicate only document data, image data such as still images and moving images, spreadsheet data, and audio data.
- an integrated file is created by editing a plurality of pieces of synthetic information based on the additional information. Therefore, the synthetic information is edited and integrated based on the context of the user.
- a file can be created, reducing the burden and burden of creating an integrated file for the user, and creating an integrated file in a format and order that meets the needs of the user.
- the integrated file creation device includes an editing rule table that defines editing rules for creating the integrated file by editing the synthesis information
- the integrated file creating unit includes an editing rule defined in the editing rule table. It is preferable that a plurality of pieces of synthetic information be edited to create an integrated file based on the additional information added to the synthetic information stored in the synthetic information storage unit.
- an editing rule table for defining an editing rule for editing the synthesis information to create an integrated file is provided, and the integrated file is created based on the editing rule and the additional information. I was doing it. Therefore, a plurality of pieces of synthetic information can be edited as an integrated file by an arbitrary editing rule.
- the editing rule determines the joining order of the fragment information included in the synthetic information based on the additional information added to the synthetic information.
- an integrated file can be created by joining pieces of fragment information included in synthetic information in an optimal order.
- a sensor that measures user information about the user
- an additional information creation unit that creates additional information based on the user information measured by the sensor, and at least one of character information, image information, and audio information
- a portable terminal device having an additional information transmitting unit for transmitting additional information to an external device for adding additional information to one piece of fragment information, and a fragment including at least one of character information, image information, and audio information
- An interface for acquiring information via a network, and fragment information via the interface
- a fragment information acquisition unit for acquiring additional information based on the user information transmitted from the mobile terminal device, and a fragment information acquired by the fragment information acquisition unit. It is preferable that a combined information creating device including a combined information creating unit that creates combined information by adding the received additional information is connected via a network.
- a mobile terminal device from which context information indicating a context indicating at least one of an emotion, an atmosphere, and a state of a user is obtained, and a context obtained by a mobile terminal device
- a storage device for storing information, and an integrated file creation device for creating an integrated file based on context information stored in the storage device, wherein the integrated file creation system is connected via a network;
- the device is a sensor that measures user information about the user at predetermined time intervals, a context estimator that estimates the context based on the user information measured by the sensor, and a device that is estimated by the context estimator.
- a context information creation unit that creates context information based on the context
- a context information transmitting unit that transmits the context information created by the context information creating unit to the storage device, wherein the storage device receives the context information transmitted from the mobile terminal device; and a context information receiving unit that receives the context information.
- a context information reception timer that measures the date and time when context information was received by the context information reception unit, and context information that stores the context information received by the context information reception unit in association with the date and time measured by the context information reception timer
- the integrated file creation device includes an interface unit that is an interface for acquiring fragment information including at least one of character information, image information, and audio information via a network; Fragment information to obtain fragment information When the fragment information is obtained by the obtaining unit and the fragment information obtaining unit, a request signal transmitting unit that transmits a request signal for requesting context information to the storage device, and the context information transmitted in response to the request signal are transmitted.
- the second context information receiving unit to be received and the fragment information acquired by the fragment information acquiring unit are received by the context information receiving unit.
- a synthesis information creation unit that creates synthesis information by adding the received context information, a synthesis information storage unit that stores synthesis information, and an edit that defines editing rules for editing the synthesis information to create an integrated file
- a plurality of synthesized information is edited to create an integrated file.
- An integrated file creator, the storage device further comprising: a request signal receiver for receiving a request signal transmitted from the integrated file creator; and, when the request signal is received by the request signal receiver, context information.
- the second context information transmission for transmitting the context information stored in the storage unit to the requesting integrated file creation device.
- the mobile terminal device in which context information is created based on the user information from the sensor, the storage device in which the context information is stored, and the input device input in the external input device
- the fragment information obtained is obtained, and the additional information transmitted from the mobile terminal device is received
- the integrated file creating device is configured to add the additional information to the fragment information to create the combined information and the integrated file.
- a configuration connected via a network Therefore, it is possible to create composite information in which related information is associated with fragment information created by an input device that does not have a function of adding related information, and to reduce the size of a device carried by a user.
- integrated information can be edited based on the user's context to create an integrated file, reducing the burden and effort of creating an integrated file for the user, and integrating them in a format and order that meets the needs of the user. Can create files.
- FIG. 1 is a diagram showing an outline of an integrated file creation system.
- FIG. 2 is a block diagram showing a configuration of the integrated file creation device 1.
- FIG. 3 is a conceptual diagram showing a configuration of a storage area of a RAM 130 of the integrated file creation device 1.
- FIG. 4 is a conceptual diagram showing a configuration of a storage area of the HDD 140 of the integrated file creation device 1.
- FIG. 5 is a functional block diagram showing the configuration of the integrated file creation device 1 by function.
- FIG. 6 is a diagram showing changes in the data configuration in the integrated file creation device 1.
- FIG. 7 is a main flowchart of [1] Context Estimation Process.
- FIG. 8 is a flowchart showing details of the calibration process (S14).
- FIG. 9 is a flowchart showing details of the actual measurement process (S15).
- FIG. 10 is a flowchart showing details of the estimation process (S16).
- FIG. 11 is a diagram showing an outline of the context definition table 13.
- FIG. 12 is a diagram showing a data structure of the context information 300 created in S17.
- [13] is a table diagram for explaining a fragment information transmission method according to the type of input device (device type) and the type of fragment information 200 (media type).
- FIG. 14 is a flowchart showing details of “fragment information acquisition processing” by “file transfer”.
- FIG. 15 is a flowchart showing details of “fragment information acquisition processing” by “upload to Web server”.
- FIG. 16 is a flowchart showing details of “fragment information acquisition processing” by “mail transmission”.
- FIG. 17 is a flowchart showing details of “fragment information acquisition processing” by “call to FAX gateway” or “transmission to PSTN gateway”.
- FIG. 18 is a diagram showing a data configuration of fragment information 200.
- FIG. 19 is a main flowchart of a synthetic information creating process.
- FIG. 20 is a flowchart showing details of the synthesis information creation execution process (S74).
- FIG. 21 is a diagram showing a data configuration of the composite information 400.
- FIG. 22 is a main flowchart of [4] Integrated file creation processing.
- FIG. 23 is a diagram showing a data configuration of a synthesis information list 900.
- FIG. 24 is a diagram showing an outline of the media conversion table 19.
- FIG. 25 is a flowchart showing details of the “X sentence” creation processing (S103, S104, S105, S106).
- FIG. 26 is a diagram showing a data structure of the editing rule table 20.
- FIG. 27 is a diagram showing a data configuration of an “X sentence” configuration list 910.
- FIG. 28 is a diagram showing a data configuration of the integrated file 600.
- FIG. 29 is a block diagram showing a configuration of the editing device 8.
- FIG. 30 is a functional block diagram showing the configuration of an integrated file creation system according to the second embodiment for each function.
- FIG. 31 is an overall configuration diagram of an integrated file creation system according to a third embodiment.
- FIG. 32 is a functional block diagram showing the configuration of an integrated file creation system according to the third embodiment for each function.
- FIG. 33 is an overall configuration diagram of an integrated file creation system according to a fourth embodiment.
- FIG. 34 is a functional block diagram showing a configuration of an integrated file creation system according to a fourth embodiment by function.
- FIG. 35 is a diagram showing an outline of an integrated file creation system.
- FIG. 36 is a block diagram showing a configuration of the portable terminal device 70.
- FIG. 37 is a block diagram showing a configuration of the integrated file creation device 100.
- FIG. 38 is a functional block diagram showing the configuration of the integrated file creation system by function.
- FIG. 39 is a flowchart showing details of a context information request execution process according to the fifth embodiment.
- FIG. 40 is a block diagram showing a configuration of a storage device 80.
- FIG. 41 is a functional block diagram showing a configuration of an integrated file creation system according to a sixth embodiment by function.
- FIG. 42 is a flowchart showing details of a context information request execution process according to the sixth embodiment.
- FIG. 43 is a functional block diagram showing a configuration of an integrated file creation system according to a seventh embodiment by function.
- FIG. 44 is a flowchart showing processing by the mobile terminal device 70 according to the seventh embodiment.
- FIG. 45 is a flowchart showing details of a context information request execution process according to the seventh embodiment. Explanation of reference numerals
- Context information transmission unit Context information reception unit Context information storage unit Request signal transmission unit Request signal reception unit Second context information transmission unit Second context information reception unit Context information reception timer Fragment information acquisition timer Authentication information addition unit
- the fragment information created by the input device includes context information on the emotions of the user at the time of fragment information creation and the situation surrounding the user.
- an apparatus and a system for creating composite information includes an apparatus and system for editing a plurality of pieces of synthetic information based on context information included in the synthetic information and creating an integrated file.
- the context indicates the context of the event or the context of the situation, such as atmosphere, ring, importance, etc., and is an abstract concept that cannot be grasped only by facts or evidence. This is referred to.
- the integrated file refers to digital data including multimedia information such as document data, which does not indicate only document data, image data such as still images and moving images, spreadsheet data, and audio data.
- the first embodiment of the present invention will be described below.
- a description will be given of an integrated file creating apparatus 1 that creates synthetic information by adding context information to fragment information, and edits the synthetic information to create an integrated file.
- the fragment information is information to which the input device power such as a camera and a scanner is also input.
- the context information is information on the user's emotions estimated based on the user's body temperature, sweating, heart rate, and other user information from various sensors, the situation surrounding the user, and the like.
- FIG. 1 is a diagram showing an outline of the integrated file creation device 1.
- the integrated file creation device 1 is a small portable terminal device, and is carried by a user or worn by the user.
- a plurality of sensors such as a body temperature sensor, a perspiration sensor, and a heart rate sensor are connected to the integrated file creation device 1. Since the reading sections of these sensors are in contact with the user's skin and the like, the integrated file creation device 1 is always kept in a state where the user information can be measured.
- the integrated file creation device 1 can be connected to an external input device or a computer device such as a PDA 2, a mobile phone 3, a digital camera 4, a FAX 5, and a fixed telephone 6.
- a computer device such as a PDA 2, a mobile phone 3, a digital camera 4, a FAX 5, and a fixed telephone 6.
- character information is input to the integrated file creation device 1.
- the user can use the digital camera 4 to take pictures of the scenery, etc., or read and send a document from the FAX 5, so that the image information can be stored in the integrated file creation device 1.
- voice information is input to the integrated file creation device 1.
- the external input device for the user to input the fragment information is not limited to the above, and any device such as a scanner or a personal computer can be used as long as the data transfer to the integrated file creating device 1 can be secured. It is.
- FIG. 2 is a block diagram showing a configuration of the integrated file creation device 1.
- the integrated file creation device 1 is provided with a CPU 110 that controls the integrated file creation device 1.
- a ROM 120, a RAM 130, and a hard disk drive (hereinafter, referred to as “HDD”) 140 are connected to the CPU 110 via a node 115.
- the ROM 120 stores programs such as BIOS executed by the CPU 110.
- the RAM 130 is for temporarily storing data.
- the HDD 140 is a data storage device.
- a computer can be considered.
- a USB interface 150 a USB interface 150, a display control unit 160, a voice control unit 170, an input detection unit 180, a timer 190, and a modem 195 are connected to the CPU 110 via a node 115. ing. Modem 195 is connected to antenna 196.
- the USB interface 150 is for communication with an external device, and can be connected to the PDA 2 and the digital camera 4 among the input devices shown in FIG.
- the display control section 160 is for performing a screen display process of the LED 161 for displaying an operation state.
- the audio control unit 170 controls input and output of information on the audio input from the microphone 171 and the audio output from the speaker 172.
- the input detection unit 180 is for detecting input from various devices.
- the timer 190 counts the current date and time, a reference value measurement interval described later, and a context creation time.
- the modem 195 is connected to a general public telephone network (PSTN) or the Internet to perform mutual conversion between a data stream and a voice signal.
- modem 195 may be provided in integrated file creation device 1 as a configuration in which a communication unit to the public telephone network (PSTN) and a communication unit to the Internet network are independent from each other.
- the modem 195 may be connected to the public telephone network (PSTN) or the Internet via a wired connection!
- the input detection unit 180 includes an input panel 81, a body temperature sensor 182, and a perspiration sensor 183. And the heart rate sensor 184 are connected.
- the input panel 181 is for the user to operate the integrated file creation device 1, and includes a power switch, a reset switch, an execution button for instructing execution of the integrated file creation, and the like.
- the configuration of the LED 161, the display control unit 160, the microphone 171, the speaker 172, and the audio control unit 170 is not always necessary for the integrated file creation device 1. Therefore, instead of these, an external display device, microphone, speaker, or the like may be connected to the CPU 110 via an interface such as a USB or a network to perform remote control.
- the integrated file creation device 1 is also provided with a CD-ROM drive, a floppy (registered trademark) disk drive, and various interfaces, not shown.
- the external storage media and the like are also set up in the program storage area 142 and the information storage area 143 (see FIG. 4) on the HDD 140!
- FIG. 3 is a conceptual diagram showing a configuration of a storage area of the RAM 130 of the integrated file creation device 1.
- the RAM 130 has a work area 131 for temporarily storing data during execution of the program, an input information storage area 132 for temporarily storing various types of input information, and temporarily stores various types of information to be output.
- An output information storage area 133 is provided. Further, the RAM 130 is provided with various storage areas (not shown).
- FIG. 4 is a conceptual diagram showing a configuration of a storage area of the HDD 140 of the integrated file creation device 1.
- the HDD 140 is provided with an operating system (OS) storage area 141, a program storage area 142, an information storage area 143, a combined information storage area 144, and an integrated file storage area 145.
- OS operating system
- the operating system (OS) storage area 141 stores various programs executed by the CPU 110 to control the operation of the integrated file creator 1, and the like.
- the information storage area 143 stores information such as settings, initial values, and data necessary for executing the program. For example, various table information such as “editing rule table 20” and “media conversion table 19” (see FIG. 5) described later are stored in the information storage area 143.
- the composite information storage area 144 contains composite information obtained by adding context information to fragment information. The information is stored.
- the storage area 145 stores an integrated file created based on the synthesis information.
- the “integrated file creation program” includes a program for implementing a fax gateway that decodes signals from the modem 195 and converts them into images, a program for implementing a PSTN gateway that outputs signals from the modem 195 as voice, A patrol program for implementing the function of monitoring the Web server and a patrol program for implementing the function of monitoring the Mail server are also included.
- FIG. 5 is a functional block diagram showing the configuration of the integrated file creation device 1 by function.
- the integrated file creation device 1 there are a plurality of input units 10 for capturing fragment information 200 (FIG. 6) such as images, characters, and sounds.
- the PDA 2, the mobile phone 3, the digital camera 4, the FAX 5, and the fixed telephone 6 shown in FIGS. 1 and 2 function as the "input unit 10."
- the fragment information 200 from the input unit 10 is input to the integrated file creation device 1 via the interface unit 24, and the fragment information 200 is acquired by the fragment information acquisition unit 25.
- the USB interface 150 and the modem 195 shown in FIG. 2 correspond to the “interface unit 24”.
- the CPU 110 illustrated in FIG. 2 functions as the “fragment information acquisition unit 25”.
- the integrated file creation device 1 is connected to a plurality of sensors 11 for measuring user information such as a user's body temperature, perspiration, and heart rate.
- the context estimating unit 12 estimates a context indicating the emotion, atmosphere, state, and the like of the user.
- the context is estimated by referring to the context definition table 13 in which the correspondence between the user information and the context is defined in advance.
- the context information creating unit 14 creates context information 300 (FIG. 6) including the type of the context and a context value indicating the strength or weakness thereof. Note that the CPU 110 shown in FIG. Function as a “context estimating unit 12” and a “context information creating unit 14”.
- the context information 300 is added to the fragment information 200 by the synthesis information creation unit 15 to create synthesis information 400 (FIG. 6).
- the created combined information 400 is stored in the combined information storage unit 16.
- the synthetic information storage area 144 shown in FIG. 4 functions as the “synthetic information storage unit 16” in the present embodiment.
- the integrated file creating unit 17 edits the plurality of pieces of combined information 400 stored in the combined information storage unit 16, and creates an integrated file 600 ( Figure 6) is created.
- the media conversion unit 18 refers to a media conversion table 19 that defines conversion information for converting a data format.
- the CPU 110 shown in FIG. 2 functions as the “integrated file creation unit 17” and the “media conversion unit 18”.
- the integrated file creating unit 17 refers to the editing rule table 20 having editing rules for determining the format and order of the integrated file.
- the created integrated file 600 is stored in the integrated file storage unit 21.
- the integrated file storage area 145 shown in FIG. 4 functions as the “integrated file storage unit 21” in the present embodiment.
- FIG. 6 is a diagram showing changes in the data configuration in the integrated file creation device 1.
- the composite information 400 is created by adding the context information 300 to the fragment information 200, and the integrated file 600 is created by editing the composite information 400.
- the fragment information 200 is information on images, characters, sounds, and the like, and mainly includes a header portion and a data portion.
- the context information 300 is information indicating a context such as a user's emotion, atmosphere, state, and the like, and mainly includes a header part and a context data part.
- composition information 400a (composition information A) has a configuration including a data section and a context data section in addition to the header section.
- the synthetic information 400b (the synthetic information B), the synthetic information 400c (the synthetic information C), and the synthetic information 400d (the synthetic information D) ) has been created.
- the context information 300 is added to all the fragment information 200 to create the composite information 400.
- an integrated finale 600 is created by editing the composite ⁇ blue report 400a, 400b, 400c, 400d.
- the suturing information 500 that connects a plurality of pieces of synthetic information 400 is created.
- the combined information 400a and 400c are combined, and the sewn information 500e (sew information E) and the combined information 400b and 400d are combined to create the sew information 500f (sew information F).
- the suture information 500e and 500f are combined to create an integrated file 600.
- the integrated file 600 is configured to include, in addition to the header section, the data section of each piece of combined information 400a, 400b, 400c, and 400d and the context data section.
- the integrated file 600 is created from the plurality of pieces of synthesis information 400.
- the integrated file creator 1 processes to estimate the context based on the user information measured by various sensor powers and create context information (context estimation processing) (see Fig. 7-10), [2] ] The process of acquiring fragment information from an external input device (fragment information acquisition process) (see Fig. 14-17). [3] The input information is also added to the input fragment information by adding contextual information to the synthetic information. Creation process (synthesis information creation process) (see FIGS. 19 and 20), [4] Process of editing multiple pieces of synthesis information to create an integrated file (integrated file creation process) (see FIGS. 22 and 25) , Are executed as main processing.
- FIG. 7 is a main flowchart of [1] Context Estimation Process.
- the integrated file creation device 1 initializes various sensors for measuring user information (Sl l).
- the forces of the body temperature sensor 182, the sweat sensor 183, and the heart rate sensor 184 are initialized.
- a predetermined reference value measurement interval is set in timer 190 (S12).
- the measurement interval for the force reference value that measures the user information multiple times and obtains a reference value that is the average value is the same as the measurement interval for one measurement in the calibration process. Is the time interval between the measurements.
- the value is set as a measurement interval for a force value reference value that is determined in advance, but a user or a designer may set an arbitrary value from the input panel 181 or the like. .
- a predetermined context creation time is set in timer 190 (S13).
- the context creation time is the time during which a series of processes of an actual measurement process (S15) to save the context information (S19) described later is performed.
- the user or the designer may set an arbitrary value for the context creation time from the input panel 181 or the like, similarly to the measurement interval for the reference value.
- the calibration process is a process for acquiring basic information such as the body temperature of the target user.
- FIG. 8 is a flowchart showing details of the calibration process (S14).
- the calibration process user information is measured several times at the reference value measurement interval, and the average value (reference value) is calculated. Therefore, first, the number of measurements is initialized (S21).
- a calibration time which is a time during which the calibration process is performed, is set in the timer 190 (S22).
- the measurement of user information is performed many times until the calibration time expires.
- the value determined roughly is: Force set as calibration time
- the user or designer may set an arbitrary value from the input panel 181 or the like.
- the output of each sensor is measured (S25).
- the body temperature sensor 182 the perspiration sensor 183, and the heart rate sensor 184 are provided, the measured values of the user's body temperature, perspiration, and heart rate are respectively obtained.
- the process waits in S24 until the reference value measurement interval has elapsed. After measuring the output of each sensor in S25, the number of measurements is added to a counter (not shown) once (S26), and the process returns to S23. Until the calibration time set in S22 ends (elapses), the measurement of the output of each sensor is repeated at every measurement interval for the reference value (S23-S26).
- the average value of the measurement values measured by each sensor is calculated (S27). For example, an average value of the measured values of the body temperature sensor 782 is calculated by adding all the measured values of the plurality of body temperatures measured by the body temperature sensor 182 and dividing the added value by the number of measurements obtained in S26. . Then, the average value (reference value) of each sensor calculated in S27 is stored in a reference value area (not shown) provided in the RAM 130 (S28).
- FIG. 9 is a flowchart showing details of the actual measurement process (S15).
- the number of times of measurement is initialized (S31). Subsequently, a specific number of times is set (S32). In the actual measurement process, unlike the calibration process (S14), the measurement is performed up to a specific number of times rather than during a specific time (calibration time). In S32, this number is set as a specific number.
- the output of each sensor is measured (S33), and the measured force is also an increment of the reference value force of each sensor stored in the reference value area (not shown) of the RAM 130, ie, the sensor output value. The force is also calculated by subtracting the reference value (S34).
- the body temperature sensor 782 measures the current body temperature of the IJ user ⁇ 36.5 ° C. Is calculated to be 0.5 ° C.
- the increment value is calculated in S34, the number of times of actual measurement is added to a counter (not shown) once (S35), and it is determined whether or not the specified number of times set in S32 is completed (S36). . If the specified number of times has not been completed (S36: NO), measurement of the output of each sensor is repeated until the specified number of times is reached (S33—S36). At this time, in S34, the increment value for each measurement is added to the increment value up to the previous time each time.
- FIG. 10 is a flowchart showing details of the estimation process (S16).
- the state variable stored in the work area 131 of the RAM 130 which is a flag indicating the state change of the user information from each sensor, is cleared, and all bits of the state variable are turned off (S41).
- the second bit of the body temperature measured by the body temperature sensor 182 the lbit of the sweat measured by the perspiration sensor 183, and the Obit of the heart rate measured by the heart rate sensor 184 Having three bits as state variables!
- the average value of the increment value is also used. It is determined whether (Sweater increment value) is larger than the threshold value (S44). As a result, if the sweater increment value is larger than the threshold value (0 in the present embodiment) (S44: YES), Set lbit to “ON” (S45). On the other hand, if the perspiration increment value is not larger than the threshold (S44: NO), the process proceeds to the next step (S46).
- heart rate increment value a threshold value (0 in the present embodiment). If the heart rate increment is larger than the threshold (S46: YES), the Obi “ONJ” is set to ONJ (S47), while the heart rate increment is not larger than the threshold (S46). In this case (S46: NO), the process directly proceeds to the next step (S48).
- the sensor state 13b is specified based on the state variables set in S42 to S47, and the sensor state 13b is applied to the context definition table 13 (see Fig. 11) to correspond to the sensor state 13b.
- the context type 13a and the context value 13c to be acquired are acquired (S48).
- FIG. 11 is a diagram showing an outline of the context definition table 13.
- the context definition table 13 includes a context type 13a indicating the type of context, a sensor state 13b indicating a change in user information measured by each sensor, and a context value 13c indicating the strength of the user's context by a numerical value.
- a context type 13a indicating the type of context
- a sensor state 13b indicating a change in user information measured by each sensor
- a context value 13c indicating the strength of the user's context by a numerical value.
- the correspondence between each data item is defined in a table format.
- the context definition table 13 referred to also relates to the context “impression”. Therefore, the context type 13a defines the type of context related to “impression”, and depending on the strength of “impression” of the user, multiple context types from “excitement” to “impression (normal)” Being present.
- a context value 13c expressing the strength of the "impression” by a numerical value is defined. For example, if the context type 13a is "excitement”, the context value 13c is the maximum value "100". is there. Note that the context definition table 13 shown in FIG. 11 also displays the force value related to the context “impression” and the context value 13c as the impression degree (E).
- the previous context information 300 may be overwritten and stored, or the past context information 300 may be stored in the HDD 140 as a log. That is, any storage form may be used as long as the latest context information 300 can be referred to. In the present embodiment, it is assumed that only the latest context information 300 is stored in the context information storage area of the RAM 130.
- FIG. 12 is a diagram showing a data configuration of the context information 300 created in S17.
- the context information 300 also includes a context header section 301 in which detailed information indicating various characteristics of the data is stored, and a context data section 304 which is a main body of the data.
- the context header section 301 includes size information 302 of the context header section 301 and size information 303 of the context data section 304.
- the context data section 304 includes the context type 13a and the context value 13c acquired in S48.
- the transmission method differs depending on the type of the input device (device type) and the type of the fragment information 200 (media type).
- FIG. 13 is a table diagram for explaining a fragment information transmitting method according to the type of input device (device type) and the type of fragment information 200 (media type).
- the “device type” of the input device is “PDA”
- the “PDA” can capture any of “text”, “sound”, and “image”.
- “Audio”, and “image” are transmitted using one of the following “transmission methods”: “file transfer”, “upload to Web server”, and “mail transmission”.
- the “device type” of the input device is “digital camera”
- the “media type” of the fragment information 200 is limited to “image”, and the transmission method is only “file transfer”.
- the "device type” of the input device is “fixed telephone”
- the “media type” of the fragment information 200 is limited to "voice”
- its transmission method is only "call to PSTN gateway”.
- each input device transmits the fragment information 200 according to its device type and media type.
- the manner in which the integrated file creation device 1 acquires the fragment information 200 differs depending on the “media type”.
- the details of the [2] fragment information acquisition processing by the integrated file creation device 1 will be described for each data transmission processing.
- fragment information 200 is transmitted by "file transfer", that is, each input device and the integrated file creation device 1 are connected by wire or wirelessly, and the fragment information 200 is generated from each input device by the integrated file creation.
- file transfer When transferred directly to the device 1, the integrated file creation device 1 performs the following processing.
- FIG. 14 is a flowchart showing details of “fragment information acquisition processing” by “file transfer”.
- the integrated file creation device 1 first determines whether or not the link has been established with the input device (S301). If it is determined that the link has been established (S301: YES), the fragment information 200 transmitted from the input device is received (S302), and the received fragment information 200 is stored in the input information storage area (see FIG. 4). (S303). On the other hand, if it is determined that the link has not been established (S301: NO), a wait state is set in S301.
- the digital camera 4 when the digital camera 4 is connected to the integrated file creator 1 and the cable via the USB interface 150, when the user shoots with the digital camera 4, the digital camera 4 Import information 200). Then, the fragment information 200 is transferred from the digital camera 4 to the integrated file creation device 1 via the USB interface 150.
- the input device and the integrated file creation device 1 may be wirelessly connected by Bluetooth or the like to transfer files.
- the integrated file creation device 1 performs the following processing.
- FIG. 15 is a flowchart showing details of “fragment information acquisition processing” by “upload to Web server”.
- the integrated file creation device 1 periodically monitors the upload directory of a predetermined Web server (S311). As mentioned above, the patrol program for implementing the function of monitoring the Web server is included in the “integrated file creation program”.
- the upload directory is a storage area of the Web server where the uploaded fragment information 200 is recorded.
- the integrated file creator 1 determines whether or not the fragment information 200 has been uploaded on the Web server (S312). As a result, when it is determined that the fragment information 200 exists in the upload directory (S312: YES), the fragment information 200 is obtained via the Internet network and stored in the input information storage area (see FIG. 3). Exist (S313). On the other hand, if it is determined that there is no fragment information 200 (S312: NO), the process returns to S311 to continue monitoring the upload directory.
- fragment information 200 such as characters from the mobile phone 3
- the mobile phone 3 connects to the Internet and uploads the fragment information 200 to a predetermined Web server.
- the integrated file creation device 1 detects the upload of the fragment information 200
- the fragment information 200 stored in the web server is acquired by the integrated file creation device 1 via the modem 195 via the Internet network.
- the fragment information 200 may be uploaded to a network public directory where each input device shares the fragment information 200 on the LAN.
- the processing of the integrated file creation device 1 in that case is the same as above.
- the fragment information 200 is transmitted by "e-mail transmission”, that is, a mail to which the fragment information 200 is added is sent from each input device to the mail address of the integrated file creating device 1.
- the integrated file creation device 1 performs the following processing.
- a mail transmitted by each input device is transferred to a reception tray (not shown) of the integrated file creation device 1 via a mail server.
- the patrol program for implementing the function of monitoring the Mail server is included in the “integrated file creation program”.
- FIG. 16 is a flowchart showing details of “fragment information acquisition processing” by “mail transmission”.
- the integrated file creating device 1 determines whether or not there is a mail of fragment information 200 in the inbox (S321). If it is determined that there is a mail in the inbox (S321: YES), the mail is also read out by the inbox (S322), and the mail information is stripped of the header and the like to extract the fragment information 200 (S323). Then, the fragment information 200 is stored in the input information storage area (see FIG. 4) (S324). If it is determined that there is no mail in the inbox (S321: NO), the process returns to S321 and waits for reception of a mail.
- fragment information 200 such as characters
- the PDA2 sends an e-mail with the fragment information 200 attached to the integrated file creation device 1.
- the mail is stored in the receiving tray of the integrated file creation device 1 via a mail server (not shown).
- the integrated file creator 1 obtains fragment information 200 from the mail stored in the inbox.
- FIG. 17 is a flowchart showing details of “fragment information acquisition processing” by “call to FAX gateway” or “transmission to PSTN gateway”.
- the device 1 determines whether or not there is an incoming call (S331). If it is determined that the incoming call has been received (S331: YES), it is determined whether or not the incoming call is due to fax transmission (S332).
- the received audio signal is decoded into image data (see Fig. 13) (S333), and the decoded image data is It is stored in the input information storage area (see FIG. 3) as fragment information 200 (S334).
- a program for implementing the FAX gate to decode a signal from the modem 195 and convert it into an image is included in the “integrated file creation program”.
- the received voice is encoded into voice data (S337), and the encoded voice data is input as fragment information 200 into the input information storage area (see FIG. 3) (S338).
- a program for implementing a PSTN gateway that outputs a signal from the modem 195 as voice is included in the “integrated file creation program”.
- the encoded voice signal is transmitted via the public telephone network (PSTN). Then, it is sent to and received from the FAX gateway or PSTN gateway of the integrated file creation device 1.
- PSTN public telephone network
- the integrated file creating device 1 acquires the fragment information 200.
- the integrated file creating device 1 still transmits the fragment information 200 from each of the input devices. Can be obtained.
- FIG. 18 is a diagram showing a data configuration of fragment information 200.
- the fragment information 200 is composed of a header section 201 in which detailed information indicating various characteristics of data is stored, and a data section 206 which is a main body of data.
- the header section 201 includes size information 202 of the header section 201, size information 203 of the data section 206, media type 204 of the data section 206, and format information 205 of the data section 206. Further, the data section 206 stores a data body to which characters, images, or sounds are input.
- fragment information 200 that the user has also input to the external input device power is acquired by [2] fragment information acquisition processing (Figs. 14 to 17) and stored in the integrated file creation device 1. It is assumed that In other words, fragment information 200 input from input devices such as PDAs 2, mobile phones 3, digital cameras 4, faxes 5, and fixed telephones 6, which exist outside the integrated file creator 1, is collected by the integrated file creator 1. It is assumed that the data is stored in the input information storage area 132 of the RAM 130 (see FIG. 3).
- FIG. 19 is a main flowchart of the composite information creating process.
- a predetermined monitoring interval is set (S71).
- the integrated file creation device 1 monitors the fragment information 200 stored in the input information storage area 132 at regular time intervals, and the monitoring interval determines the monitoring interval.
- the monitoring interval set in S71 has elapsed (S72). If it is determined that the monitoring interval has elapsed (S72: YES), it is determined whether or not the unprocessed fragment information 200 exists in the input information storage area 132 (FIG. 3) (S73).
- the determination of the processed or unprocessed fragment information 200 is made based on the file name of the fragment information 200. Specifically, when the fragment information 200 has been processed, an identifier “done —” is added to the head of the file name, and when it is not processed, it is not added. Therefore, in S73 If the file name is given “done-!”, The file fragment information 200 is determined to be unprocessed.
- FIG. 20 is a flowchart showing details of the synthesis information creation execution process (S 74).
- the fragment information 200 determined to be unprocessed in S73 is read (S81), and the context information 300 stored in the input information storage area 132 in [1] context estimation processing S18 is read. Reading (S82) is performed.
- composite information 400 is created based on the fragment information 200 read in S81 and the context information 300 read in S82 (S83).
- the composite information 400 is stored in the composite information storage area of the HDD 14 (FIG. 4) (S84), and the composite information creation execution process (S74) is completed.
- FIG. 21 is a diagram showing a data configuration of the synthesis information 400.
- the composite information 400 is composed of a composite information header section 401 in which detailed information indicating various characteristics of data is stored, and a composite information data section 404 which is a main body of the data.
- the composite information header section 401 is composed of information included in the header section 201 of the fragment information 200 and information included in the context header section 301 of the context information 300. More specifically, the composite information header section 401 includes the size information 402 of the composite information header section 401, the creation time information 403 of the composite information 400, the size information 203 of the data section 206, and the media type 204 of the data section 206. , And format information 205 of the data part 206 and size information 303 of the content data part 304.
- composite information data section 404 is composed of information included in data section 206 of fragment information 200 and information included in context data section 304 of context information 300. More specifically, the combined information data section 404 is also composed of a context data section 304 and a data section 206. Note that, in FIG. 21, substantially the same data as the fragment information 200 described in FIG. 18 and the context information 300 described in FIG. [0241]
- S74 synthesis information creation execution process
- the process returns to Fig. 19, and the name of the fragment information 200 is re-named.
- An identifier "done-" is assigned (S75).
- the fragment information 200 to which the identification “done_” has been given is determined to have been processed in the determination processing of S73, and is not a target of the synthesis information creation.
- the composite information 400 is created by adding the latest user context information 300 to the fragment information 200 such as characters, voices, and images.
- the integrated file creation process shall be started when the integrated file creation is instructed by the input panel 181 (FIG. 2).
- one integrated file is created by rearranging and editing a plurality of pieces of composite information 400
- one integrated file consisting of four section cards, “Preface,” “Main sentence,” “Overview sentence,” and “Supplemental sentence” is created.
- An example of creating is described.
- the plurality of pieces of synthesized information 400 are sorted into “preamble”, “main sentence”, “top sentence”, and “supplementary sentence” according to the magnitude of “impression” indicated by the context information 300 included in each piece.
- impressions increases in the order of “supplementary sentence”, “coordinated sentence”, “preface”, and “main sentence”.
- FIG. 22 is a main flowchart of [4] Integrated File Creation Processing.
- a combined information list 900 (see FIG. 23), which is an index that lists a plurality of combined information stored in the combined information storage area 144 of the HDD 140, is created (S101).
- S101 the synthetic information list 900 of FIG. 23
- n pieces of synthetic information 400 stored in the synthetic information storage area 144 are shown.
- the conversion destination of the media is specified (S102).
- the media type 204 of the data section 206 of the composite information 400 (see FIG. 21) varies depending on the composite information 400, such as voice, image, and character.
- the format information 205 may be different even if the media type 204 of each composite information 400 is the same.
- the media type and format information that the user wants to use for the integrated file may be different from the media type 204 and format information 205 of the composite information 400 (data section 206). Therefore, before creating the integrated file 600, the media type 204 and the format information 205 of the composite information 400 (data section 206) are converted into the desired media type 204 and the format information 205.
- the actual conversion of the media is performed in S132 (FIG. 25), which will be described later, but the destination of the media is specified in S102.
- This media conversion destination is specified by referring to the media conversion table 19 shown in FIG. 24 and specifying the desired conversion destination media type. OK, or let the default be specified automatically.
- FIG. 24 is a diagram showing an outline of the media conversion table 19.
- the media conversion table 19 is a table in which the conversion source media and the converted media are associated with each other, and is used when converting the media type 204 of the synthesis information 400 (data section 206) of the conversion source into another media type. 2 shows the contents of the data conversion process.
- the media type 204 of the synthesis information 400 (data section 206) of the conversion source is "voice"
- the "character” is converted to the conversion destination.
- the synthetic information 400 (data section 206) whose media type 204 is "voice” is subjected to "voice recognition” processing and converted to "character” data.
- the media type can be converted in the same manner.
- the format information 205 of the conversion source combined information 400 (data section 206) can be converted in the same manner.
- a preamble creation process (S103), a main sentence creation process (S104), a subordinate sentence creation process (S105), and a supplementary sentence creation process (S106) are executed. These are the processes that create the four sections of “Preface”, “Main sentence”, “Branch”, and “Supplement”, respectively. The processing contents are common! / This will be described as a “sentence” creation process.
- FIG. 25 is a flowchart showing details of the “X sentence” creation processing (S103, S104, S105, S106).
- the “X sentence” creation processing first, an empty “X sentence” composition list 910 is created (S121), and then, from the editing rule table 20 (see FIG. 26), the context value of the classification “X sentence” and priority editing are performed. The order is acquired (S122).
- the editing rule table 20 shows editing rules indicating rules and order in which the plurality of pieces of composite information 400 are edited.
- the editing rule table 20 The data items include a classification 20a that indicates a section of the file, a context value 20b for each section, and a priority editing order 20c that defines a priority order when editing the integrated file. Therefore, in S122, a context value 20b and a priority editing order 20c corresponding to the classification 20a of the "X sentence" in the editing rule table 20 are acquired. For example, if the “X sentence” is the preamble, “70 or more and less than 80” is acquired as the context value 20b, and “context value ascending order> creation time order” is acquired as the priority editing order 20c.
- a lower threshold and an upper threshold are set based on the context value 20b acquired in S122 (S123). Set the minimum value to the lower threshold value and the maximum value to the upper threshold value among the values shown in the context value 20b. For example, if the “X sentence” is a preamble, the context value 20b is “70 or more and less than 80”, so the lower threshold is “70” and the upper threshold is “80”.
- the context value is further compared with the upper threshold to determine whether the context value is less than the upper threshold (S127). . That is, in S126 and S127, it is determined whether or not the value is included in the value indicated by the context value 20b included in the composition information 400.
- the priority editing order is set based on the priority editing order 20c acquired in S122 (S130). ), The reordering (sorting) of the composite information 400 added to the “X sentence” composition list 910 is performed in accordance with the priority editing order (S131).
- the one added to the “X sentence” configuration list 910 is subjected to media conversion processing based on the media conversion table 19 ( S 132). Specifically, by referring to the media conversion table 19 (FIG. 24), the composite information 400 (data section 206) and the media type 204 and format information specified in S102 of the integrated file creation processing (FIG. 22) Convert to 205.
- a stitching process is executed to edit the combined information 400 registered in the "X sentence" configuration list 910 as one piece of stitching information in the order sorted in S131 (S133). More specifically, the same type of data included in each piece of composite information 400 is edited in the order sorted in S131. For example, considering the context data section 304 of the composite information 400 (FIG. 21), the context data section 304 of each composite information is edited in the order sorted in S131. If this "X sentence" creation processing is the preamble creation processing (S103), the introductory data is created by the suturing processing in S133. Similarly, in the main sentence creation processing (S104), the main sentence data is In the sentence creation process (S105), the sentence data is created, and in the supplementary sentence creation process (S106), the supplementary sentence data is created.
- each section of the integrated file preface, main sentence, collateral, supplementary text
- a suturing process for editing the preamble data and the main sentence data into one piece of suturing information is performed to create (preamble + main sentence) data (S107).
- the suture is sewn so that the introductory data comes first and the main sentence data comes later.
- a suturing process for editing the collateral data and supplemental sentence data into one piece of suture information is performed !, (S108), and (college + supplemental sentence) data is created.
- the (preface + main sentence + supplementary sentence) is performed by stitching the (preamble + main sentence) data and the (preamble + supplementary sentence) data to create one integrated file.
- An integrated file 600 having a section configuration is created (S109). At this time, the sewing is performed so that the (preamble + main sentence) data comes first, and the (preamble + supplementary text) data comes later. Then, the integrated file 600 is stored in the integrated file storage area 145 of the HD D140 (S110).
- FIG. 28 is a diagram showing a data configuration of the integrated file 600.
- the integrated file 600 includes an integrated file header section 601 in which detailed information indicating various characteristics of data is stored, and an integrated file data section 607 which is a main body of data.
- the integrated file header section 601 includes the size information 602 of the integrated file header section 601, the size information 603 of the integrated data section 609, the size information 604 of the integrated context data section 608, and the integrated synthesis information header section 605. Contains.
- the integrated composite information header section 605 includes a number 606 of the composite information 400, which is the number information of the composite information 400, and n composite information header sections 401 indicated by the number 606 of the composite information 400.
- the composite information header section 401 includes creation time information 403 of the composite information 400, size information 203 of the data section 206, media type 204 of the data section 206, format information 205 of the data section 206, and a context data section 304. It consists of size information 303.
- integrated file data section 607 includes integrated context data section 608 and integrated data section 609, and integrated context data section 608 stores context data section 304 for n pieces of synthesis information 400.
- integrated data section 609 is the data section for n 206 are stored respectively. It is to be noted that the same reference numerals are given to data substantially the same as the above-described combined information 400 (see FIG. 21).
- one integrated file 600 including a plurality of pieces of synthesis information 400 is created.
- a plurality of pieces of synthetic information 400 are divided into sections (preamble, main sentence, collateral, and supplementary sentence).
- the integrated file 600 is obtained by editing each composite information 400 according to the order and rules corresponding to the user's context, and the integrated file 600 is used when the fragment information 200 is input.
- the content and structure reflect the above.
- the context information 300 of the latest user is always created, and when the fragment information 200 is input to the external input device, The context information 300 is added to the obtained fragment information 200 to create the composite information 400. Further, a plurality of pieces of synthetic information 400 are edited based on the context information 300 to create an integrated file 600.
- the composite information 400 can be created based on the fragment information 200 captured by the external input device, and each composite information 400 can be collected. Further, even if the fragment information 200 is input by an input device having no function of adding the context information 300, the composite information 400 can be created by adding the context information 300 to the fragment information 200.
- the integrated file 600 is created by editing based on the context information 300, thereby integrating the users.
- the burden and effort of file creation can be reduced, and the integrated file 600 can be created in a format and order that meets the needs of the user.
- the integrated file creation system has a configuration in which the portable terminal device 7 and the editing device 8 are connected via a network.
- the mobile terminal device 7 and the editing device 8 need only be effectively connected regardless of whether they are wired or wireless.
- the mobile terminal device 7 performs [1] context estimation processing (see FIGS.
- the portable terminal device 7 of the second embodiment has basically the same configuration as the integrated file creation device 1 shown in FIG. 2, but [4] the integrated file creation process is executed by the editing device 8. Therefore, [4] It has a function and a configuration related to the integrated file creation processing. Therefore, the editing device 8 has [4] a function and a configuration relating to the integrated file creation processing. Note that the configuration of the portable terminal device 7 is the same as that of the integrated file creation device 1 shown in FIG. 2, and therefore, will be described below with reference to FIG.
- FIG. 29 is a block diagram showing a configuration of the editing device 8.
- the CPU 810, ROM 820, RAM 830, HDD 840, display control unit 860, audio control unit 870, and input detection unit 880 are connected to the editing device 8 via a bus 815.
- a display 861 is connected to the display control unit 860.
- the microphone 871 and the speaker 872 are connected to the audio control unit 870.
- a mouse 881 and a keyboard 882 are connected to the input detection unit 880.
- Such a configuration of the editing device 8 is known as a configuration of a normal computer device, and therefore, the details are omitted.
- the composite information 400 created by the portable terminal device 7 is transmitted to the editing device 8 via the modem 195. Therefore, the editing device 8 further includes a communication control unit 891 for receiving the combined information 400 transmitted from the portable terminal device 7.
- FIG. 30 is a functional block diagram showing the configuration of the integrated file creation system according to the second embodiment for each function.
- the functional block diagram of the integrated file creation system according to the second embodiment is basically the same as that of the integrated file creation device 1 (FIG. 5) according to the first embodiment. The difference is that the entire function is configured by the device 8.
- the mobile terminal device 7 includes a synthesis information transmission unit 22 that transmits the synthesis information 400 created by the synthesis information creation unit 15 to the editing device 8.
- the editing device 8 includes a composite information receiving unit 23 that receives the composite information 400 transmitted from the composite information transmitting unit 22.
- the composite information 400 received by the composite information receiving unit 23 is stored in the composite information storage unit 16.
- the modem 195 in FIG. 2 functions as the “synthesis information transmitting unit 22” in the present embodiment
- the communication control unit 891 in FIG. 29 functions as the “synthesis information receiving unit 23” in the present embodiment. .
- the CPU 110 that executes [1] context estimation processing and [2] fragment information acquisition processing is the “fragment information acquisition unit 25”, “context It functions as a "text estimator 12", “context information creator 14", and "synthesis information creator 15".
- the CPU 810 that executes [4] integrated file creation processing functions as an “integrated file creation unit 17” and a “media conversion unit 18”.
- the CPU 110 executes S81-S83 in FIG. 20, and the CPU 810 executes S84.
- a storage area for “context definition table 13” is secured in HDD 140 of portable terminal device 7.
- the storage areas of the “synthesis information storage unit 16”, the “edit rule table 20”, the “media conversion table 19”, and the “integrated file storage unit 21” are secured in the HDD 840 of the editing device 8.
- the mobile terminal device 7 performs [1] context estimation processing (FIGS. 7 to 10), [2] fragment information acquisition processing (FIGS. 14 to 17), and [3] synthesized information.
- the creation information (FIG. 19 and FIG. 20) is executed to create the composite information 400 (FIG. 20, S83)
- the composite information 400 is transmitted to the editing device 8 via the network by the modem 195.
- the communication device 891 of the editing device 8 receives the synthesized information 400 transmitted from the portable terminal device 7 and saves the synthesized information 400 in a synthesized information storage area (not shown) of the HDD 840 (FIG. 20). , S84). Then, similarly to the first embodiment, the editing device 8 creates an integrated file 600 based on the plurality of pieces of composite information 400 collected via the network (FIGS. 22 and 25).
- the portable terminal device 7 that creates the combined information 400 and the editing device 8 that creates the integrated file 600 are connected via a network. Since the portable terminal device 7 and the editing device 8 are separated from each other, the integrated file creation system that allows a more flexible configuration can be provided.
- an integrated file creation system according to the third embodiment will be described.
- a plurality of portable terminal devices 7 ' are connected to an editing device 8' via a network, and an integrated file 600 is separately provided for each user having each portable terminal device 7 '. Can be created.
- FIG. 31 is an overall configuration diagram of an integrated file creation system according to the third embodiment.
- a plurality of portable terminal devices 7'a-17, n are connected to one editing device 8 via a network 1000.
- the mobile terminal device 7 ' may be effectively connected to the editing device 8' regardless of whether it is wired or wireless.
- the number of editing devices 8 ' is one, but a plurality of editing devices 8' may be provided.
- the configuration of the mobile terminal device 7 ′ is basically the same as the mobile terminal device 7 (FIG. 2) of the second embodiment, but is a mobile terminal device 7 ′ carried by a specific user.
- Authentication information A program for adding the information to the composite information 400 (hereinafter referred to as an authentication information addition program) is different in that the program is stored in the HDD 140.
- This authentication information addition program adds authentication information unique to each mobile terminal device 7 'to the composite information 400.
- the mobile terminal device 7 ' will be described with reference to FIG. 2, and the same reference numerals as those of the mobile terminal device 7 will be used for the description.
- the configuration of the editing device 8 ' is also basically the same as that of the editing device 8 (Fig. 29) of the second embodiment.
- a program for executing the synthesis information creating process A part of this is that a program for executing authentication based on the authentication information added to the composite information 400 (hereinafter referred to as an authentication execution program) is stored in the HDD 840.
- the authentication execution program is programmed in advance so that only the synthetic information 400 input from the mobile terminal device 7 'carried by a specific user is targeted, and the mobile terminal to which each synthetic information 400 is targeted is set. It is determined whether the input is from the device 7 '.
- the editing device 8 ' will be described with reference to FIG. 29, and the same reference numerals as those of the editing device 8 will be used in the description.
- FIG. 32 is a functional block diagram showing the configuration of an integrated file creation system according to the third embodiment for each function.
- the functional block diagram of the integrated file creation system according to the third embodiment is basically the same as that of the integrated file creation system according to the second embodiment (FIG. 30). It differs in that it has an authentication information adding unit 37 and that the editing device 8 'has an authentication executing unit 38.
- the CPU 110 that executes a program for adding authentication information to the composite information 400 functions as the “authentication information adding unit 37” in the present embodiment.
- the CPU 810 that executes a program for performing authentication based on the authentication information added to the composite information 400 functions as the “authentication execution unit 38”.
- a plurality of portable terminal devices 7 ′ for creating the combined information 400 and the editing device 8 ′ are connected via a network.
- an integrated file 600 for only authorized users is created, so that only the combined information 400 of authorized users can be edited, and An integrated file 600 can be created automatically.
- a portable terminal device 7a-7n (hereinafter, referred to as 7), an editing device 8, and a storage device 9a-9n (hereinafter, referred to as 9) are connected via a network.
- the composite information 400 created by each mobile terminal device 7 is temporarily stored in the storage device 9, and the editing device 8 edits the composite information 400 stored in the storage device 9 to create an integrated file 600.
- FIG. 33 is an overall configuration diagram of an integrated file creation system according to the fourth embodiment.
- a plurality of portable terminal devices 7 are connected to a plurality of storage devices 9 via a network 1000, and a plurality of storage devices 9a to 9n are connected via a network 1000.
- the mobile terminal device 7, the storage device 9, and the editing device 8 are separated from each other, so that a free configuration is possible.
- the load of the storage device 9 can be distributed by recording the combined information in the storage device 9 for each medium of the data part to be handled.
- the network 1000 may be effectively connected regardless of whether it is wired or wireless.
- one editing device 8 is provided.
- a plurality of editing devices 8 may be provided.
- the mobile terminal device 7 has the same configuration as the mobile terminal device 7 of the second embodiment, and thus will be described with reference to FIG.
- the editing device 8 of the present embodiment has the same configuration as the editing device 8 of the second embodiment, and thus will be described with reference to FIG.
- Each storage device 9 has the same configuration as that of the editing device 8 shown in FIG. 29, and thus details are omitted. In the following, each storage device 9 will be described with reference to FIG.
- the composite information 400 created by the portable terminal device 7 is stored in the storage device 9. Therefore, the RAM 130 of the editing device 8 is not used for storing the composite information 400.
- FIG. 34 is a functional block diagram showing the configuration of the integrated file creation system according to the fourth embodiment by function.
- the function block diagram of the integrated file creation system according to the fourth embodiment is basically the same as that of the integrated file creation system according to the second embodiment (FIG. 30). The difference is that the storage device 9 provided has an independent configuration.
- the portable terminal device 7 includes a composite information transmitting unit 22 for transmitting the generated composite information 400 to the storage device 9.
- the storage device 9 is for transmitting the combined information 400 stored in the combined information storage unit 16 to the editing device 8 and the combined information receiving unit 23 for receiving the combined information 400 transmitted from the portable terminal device 7.
- a second combined information transmitting unit 26 is for transmitting the editing device 8 and the second synthesized information receiving unit 27 for receiving the synthesized information 400 transmitted from the storage device 9.
- the modem 195 (Fig. 2) of the portable terminal device 7 functions as the "synthesis information transmitting unit 22" of the present embodiment, and the communication control unit 991 of the storage device 9 (see Fig. 29)
- the communication control unit 891 (FIG. 29) of the editing device 8 functions as the ⁇ synthesized information receiving unit 23 '' and the ⁇ second 27 ".
- the communication control unit 991 receives the combined information 400 transmitted from the portable terminal device 7, and stores it in the combined information storage area (not shown) of the HDD 840 (Fig. 20, S84).
- the storage device 9 stores the synthesized information 400 at a predetermined timing such as when the user receives an instruction to start an integrated file from the input panel 181 or when an inquiry from the editing device 8 is received. To the editing device 8. Instructions and inquiries in this case are also made via the communication control unit 991.
- the communication control unit 891 receives the combined information 400 transmitted from the storage device 9, edits the combined information 400, and creates the integrated file 600. Create (Figs. 22 and 25).
- the portable terminal device 7 that creates the combined information 400
- the storage device 9 that stores the combined information 400
- the integrated file 600 Since the editing device 8 for creating the editing device 8 is connected via a network, the portable terminal device 7, the storage device 9, and the editing device 8 can be separated from each other, and a more flexible configuration is possible.
- a composite information creation system can be provided.
- the integrated file creation system has a configuration in which the portable terminal device 70 and the integrated file creation device 100 are connected via a network.
- the estimation processing is executed, and the integrated file creation device 100 executes [2] fragment information acquisition processing, [3] synthetic information creation processing, and [4] integrated file creation processing.
- the integrated file creation device 100 has basically the same configuration as the integrated file creation device 1 shown in FIG. 2, but [1] the context estimation process is executed by the portable terminal device 70 Therefore, it is different in that [1] it has a function and a configuration related to a context estimation process. Therefore, the mobile terminal device 70 has [1] a function and a configuration relating to a context estimation process.
- the mobile terminal device 70 is a small computer device, and is carried or worn by a user.
- portable terminal device 70 has a shape imitating an arm clock, and includes a sensor that is attached to the user's wrist and detects body temperature, pulse, and the like. Thus, the reading sections of these sensors are in contact with the user's skin, etc. Since the user is touching, the portable terminal device 70 is always kept in a state where the user information can be measured.
- the mobile terminal device 70 can be connected to the integrated file creation device 100.
- a sensor included in portable terminal device 70 is connected by wireless communication. Therefore, the integrated file creation device 100 is kept in a state where the user information from the portable terminal device 70 can always be obtained! RU
- FIG. 36 is a block diagram showing a configuration of the portable terminal device 70.
- CPU 710, ROM 720, RAM 730, HDD 740, input detection unit 780, timer 790, and communication control unit 791 are connected to portable terminal device 70 via bus 715. Since the fragment information 200 is input to the integrated file creation device 100, the portable terminal device 70 is provided with the USB interface 150, the display control unit 160, and the audio control unit 170 (provided by the integrated file creation device 1 and the portable terminal device 7). Not shown in Figure 2).
- a communication control unit 791 is provided instead of the modem 195.
- the context information 300 created by the portable terminal device 70 is transmitted to the integrated file creation device 100 via the communication control unit 791.
- the configuration of such a mobile terminal device 70 is known as the configuration of a normal computer device, and thus the details are omitted.
- FIG. 37 is a block diagram showing a configuration of the integrated file creation device 100.
- Integrated file creator 100 [top] via CPU 1100, ROM 1200, RAM 1300, HDD 1400, USB interface 1500, display controller 1600, audio controller 1700, input detector 1800, timer 1900, modem 1950 is connected.
- the context information 300 transmitted from the portable terminal device 70 is received by the modem 1950.
- the configuration of such an integrated file creation device 100 is well-known as the configuration of ordinary computer equipment, and thus the details are omitted.
- a program for executing [2] fragment information acquisition processing, [3] synthetic information creation processing, and [4] integrated file creation processing is an integrated file creation processing.
- This program is stored in the HDD 1400 of the creating device 100 and executed by the CPU 1100.
- FIG. 38 is a functional block diagram showing the configuration of the integrated file creation system by function.
- the functional block diagram of the integrated file creation system according to the fifth embodiment is basically the same as that of the integrated file creation device 1 (FIG. 5) according to the first embodiment. The difference is that the integrated file creation device 100 constitutes the entire function.
- the portable terminal device 70 includes a context information transmission unit 28 that transmits the context information 300 created by the context information creation unit 14 to the integrated file creation device 100.
- the integrated file creation device 100 includes a context information receiving unit 29 that receives the context information 300 transmitted from the context information transmitting unit 22.
- integrated file creation device 100 includes request signal transmission unit 31 for requesting context information 300 from portable terminal device 70, and portable terminal device 70 receives the request signal from request signal transmission unit 31.
- the communication control unit 791 of the portable terminal device 70 functions as the “context information transmitting unit 28" and the “request signal receiving unit 32" of the present embodiment, and the modem 1950 of the integrated file creation device 100 It functions as the “context information receiving unit 29” and the “request signal transmitting unit 31” in the present embodiment.
- the CPU 710 that executes the program for performing the context estimation processing is the "context estimation unit 12" and the “context information creation unit 14" of the present embodiment. It functions as "
- the CPU 1100 which executes a program for performing [2] fragment information acquisition processing, [3] synthesis information creation processing, and [4] integrated file creation processing, executes “fragment information acquisition processing”. Section 25 ",” Synthesis information creation section 15 “,” Integrated file creation section 17 “, and” Media conversion section 18 ".
- the storage area of “context definition table 13” is secured in HDD 740 of portable terminal device 70.
- the storage areas of the “synthesis information storage unit 16”, “edit rule table 20”, “media conversion table 19”, and “integrated file storage unit 21” are secured in the HDD 1400 of the integrated file creation device 100. You.
- FIG. 7-10 The processing by the integrated file creation system with such a configuration is described in Figs. 7-10, 14-17, and 19, FIG. 20, FIG. 22, FIG. 25, and FIG.
- the portable terminal device 70 continuously performs [1] the content estimation process (FIGS. 7 to 10).
- the integrated file creation device 100 executes [2] fragment information acquisition processing (FIGS. 14 and 17) and [3] composite information creation processing (FIGS. 19 and 20).
- the mobile terminal device 70 if there is unprocessed fragment information 200 in the input information storage area 132 before the creation of the combined information 400 (S74 in FIG. 19) in the combined information creation processing, (S73: YES), the mobile terminal device 70 performs a request execution process for requesting the context information 300 corresponding to the fragment information 200.
- FIG. 39 is a flowchart showing details of the context information request execution process.
- the integrated file creation device 100 transmits a context information request signal to the portable terminal device 70 (S201).
- the portable terminal device 70 Upon receiving this request signal (S202), the portable terminal device 70 reads out the context information 300 stored in the context information storage area (not shown) of the RAM 730 (S203), and reads this context information 300. The request is sent to the requesting integrated file creation device 100 (S204).
- the integrated file creation device 100 Upon receiving the context information 300 transmitted from the portable terminal device 70 (S205), the integrated file creation device 100 stores the context information 300 in the input information storage area 132 of the RAM 130 (S206).
- the integrated file creation device 100 transmits the request signal of the context information to the portable terminal device 70, so that the latest user context Information 300 can be obtained.
- integrated file creation device 100 acquires context information 300 from mobile terminal device 70 in response to input of fragment information 200, and thus the fragment information 200 and context information 300 correspond.
- the attached composite information 400 can be created.
- the burden on the user can be reduced, and the portable terminal device 70 can have a simpler configuration.
- the integrated file creation system according to the fifth embodiment includes a storage device 80 for storing context information 300 created by the portable terminal device 70.
- FIG. 40 is a block diagram showing a configuration of the storage device 80.
- the storage device 80 includes the timer 890 for measuring the date and time when the context information 300 is received from the mobile terminal device 70, except that the storage device 80 further includes a timer 890 described with reference to FIG. 29 in the fifth embodiment. It is basically the same as device 8.
- the storage device 80 is connected to the portable terminal device 70 and the integrated file creation device 100 via a communication control unit 891 via a wired or wireless network.
- the portable terminal device 70 according to the sixth embodiment has the same configuration as the portable terminal device 70 shown in FIG. Therefore, hereinafter, the portable terminal device 70 will be described with reference to FIG.
- the integrated file creation device 100 according to the second embodiment has the same configuration as the integrated file creation device 100 shown in FIG. Therefore, hereinafter, the integrated file creating apparatus 100 will be described with reference to FIG.
- FIG. 41 is a functional block diagram showing the configuration of an integrated file creation system according to the sixth embodiment by function.
- the functional block diagram according to the sixth embodiment is different from the integrated file creation system according to the fifth embodiment in that the entire functions are configured by the portable terminal device 70, the storage device 80, and the integrated file creation device 100. It differs from the functional block diagram ( Figure 38).
- the portable terminal device 70 and the integrated file creation device 100 directly exchange information, but in the sixth embodiment, the portable terminal device 70 and the integrated file Information is exchanged with the creation device 100 via the storage device 80. Therefore, in the sixth embodiment, the request signal transmission unit 31 of the integrated file creation device 100 transmits a request signal to the storage device 80.
- the storage device 80 includes a context information receiving unit 29, a context information storing unit 30, a request signal receiving unit 32, a second context information transmitting unit 33, and a context information receiving timer 35.
- the context information receiving unit 29 receives the context information 300 transmitted from the context information transmitting unit 28 of the mobile terminal device 70.
- the context information storage unit 30 stores the context information 300 transmitted from the context information transmission unit 28
- the request signal receiving unit 32 receives the request signal transmitted from the request signal transmitting unit 31 of the integrated file creation device 100.
- the second context information transmitting unit 33 generates a context corresponding to the context information receiving date / time information that matches or approximates the fragment information acquisition date / time information added to the request signal.
- the information 300 is transmitted to the integrated file creation device 100.
- the context information receiving section 29 receives the context information 300
- the context information receiving timer 35 adds the date and time information when the context information 300 was received (context information reception date and time information) to the context information 300.
- the integrated file creation device 100 further includes a second context information receiving unit 34 and a fragment information acquisition timer 36.
- the fragment information acquisition unit 25 acquires the fragment information 200
- the fragment information acquisition timer 36 acquires date and time information (fragment information acquisition date and time information) at which the fragment information 200 was acquired and adds it to the request signal.
- the second context information receiving unit 34 receives the context information 300 transmitted from the second context information transmitting unit 33 of the storage device 80.
- the communication control unit 891 functions as the “context information receiving unit 29”, the “request signal receiving unit 32”, and the “second context information transmitting unit 33” in the present embodiment.
- timer 890 functions as “context information reception timer 35” of the present embodiment.
- a context information storage area (not shown) is provided in the RAM 8300 as a storage area for storing a plurality of pieces of context information 300.
- the modem 1950 functions as the “request signal transmitting unit 31” and the “second context information receiving unit 34” of the present embodiment, and the timer 1900 is used in the present embodiment.
- "Fragment information acquisition timer 36" Function as
- the mobile terminal device 70 executes [1] context estimation processing (FIGS. 7 to 10) and creates context information 300.
- the context information 300 is generated. Is transmitted to the storage device 80 via the network by the modem 1950.
- the communication control unit 891 receives the context information 300 transmitted from the portable terminal device 70, and stores it in a context information storage area (not shown) of the RAM 8300. At this time, context information reception date and time information indicating the reception date and time of the context information 300 measured by the timer 890 is added to the context information 300.
- the integrated file creation device 100 executes [2] fragment information acquisition processing (FIGS. 14 and 17) and [3] composite information creation processing (FIGS. 19 and 20).
- [3] before the creation of the combined information 400 in the combined information creation processing (FIG. 19, S74) the unprocessed fragment information is stored in the input information storage area (not shown) of the RAM 1300. If there is 200 (S73: YES), as shown in FIG. 42, the integrated file creation device 100 acquires fragment information acquisition date and time information indicating the acquisition date and time of the fragment information 200 with reference to the timer 790 (FIG. 42). S221). Then, fragment information acquisition date and time information is added to the request signal and transmitted to the storage device 80 (S222).
- the storage device 80 Upon receiving the context information request signal (S223), the storage device 80 searches the context information 300 for the context information storage area of the RAM 8300 based on the fragment information acquisition date / time information added to the request signal. (S224). That is, by searching for context information reception date / time information that matches or approximates fragment information acquisition date / time information, context information 300 corresponding to the context information reception date / time information is searched. Then, the retrieved context information 300 is also read out of the context information storage area of the RAM 8300 (S225), and transmitted to the requesting integrated file creation device 100 (S226).
- the integrated file creator 100 Upon receiving the context information 300 transmitted from the storage device 80 (S227), the integrated file creator 100 saves this context information 300 in the input information storage area of the RAM 1300 (S228) and creates composite information. (Fig. 19, S74) 0 [0343] Then, similarly to the fifth embodiment, the integrated file creator 100 executes [4] integrated file creat- ing process, edits a plurality of pieces of combined information 400, and creates an integrated file 600 ( ( Figure 22, Figure 25).
- the storage device 80 stores the context information 300 created by the portable terminal device 70, and the integrated file creating device 100 transmits the request signal. By transmitting the data to the storage device 80, the latest user context information 300 can be obtained.
- the portable terminal device 70 It is not necessary to hold the storage unit of the context information 300 in the storage device 80.
- a plurality of context information 300 can be centrally managed in the storage device 80.
- the integrated file creation device 100 can acquire the context information 300 corresponding to the acquired fragment information 200 by transmitting a request signal to the storage device 80 without inquiring of the portable terminal device 70. Can be.
- the configuration of the mobile terminal device 70 can be minimized, and the size and weight can be reduced.
- the storage device 80 acquires the context information reception date and time information with reference to the timer 890, and stores it in the context information storage area in association with the context information 300.
- the portable terminal device 70 refers to the timer 790 to create the date and time information when creating the context information.
- the context information creation date and time information may be acquired and added to the context information.
- integrated file creation apparatus 100 acquires fragment information acquisition date and time information with reference to timer 1900, adds the acquired information to the request signal, and transmits the request signal to storage device 80.
- the integrated file creation device 100 acquires the date and time information by referring to the timer 1900 when transmitting the request signal, and adds the request transmission date and time information to the request signal. Is also good.
- the portable terminal device 70 (FIG. 36) includes a transmission switch for instructing the user to transmit the context information 300. Specifically, as shown by a broken line in FIG. 36, the portable terminal device 70 includes a transmission switch 78 la on the input panel 781.
- the portable terminal device 70 transfers the integrated file creation device 100 to the integrated file creation device 100. Context information 300 is transmitted.
- FIG. 43 is a functional block diagram showing the configuration of the integrated file creation system according to the seventh embodiment by function.
- the functional block diagram according to the seventh embodiment is basically the same as the functional block diagram according to the fifth embodiment (FIG. 38), but the context information for instructing the user to transmit the context information is provided.
- the difference is that the transmission instruction unit 40 is provided in the portable terminal device 70.
- the transmission switch 781a provided on the input panel 781 of the portable terminal device 70 functions as the “context information transmission instruction section 40” of the present embodiment.
- the processing by the integrated file creation system having such a configuration will be described with reference to FIGS. 7-10, FIG. 14-117, FIG. 19, FIG. 20, FIG. 22, FIG. 25, FIG.
- the portable terminal device 70 continuously performs [1] context estimation processing (FIGS. 7 to 10). On the other hand, the portable terminal device 70 also continuously performs the processing shown in FIG.
- FIG. 44 is a flowchart showing a process performed by the mobile terminal device 70 according to the seventh embodiment.
- the mobile terminal device 70 determines whether or not a request signal has been received from the integrated file creation device 100 (S241). If it is determined that the request signal has been received (S241: YES), the context information 300 is transmitted to the integrated file creation device 100 (S243). The transmission processing of the context information 300 is the same as S202-204 of the request execution processing (FIG. 39).
- FIG. 45 is a flowchart showing details of the context information request execution process according to the seventh embodiment.
- Integrated file creation device 1
- This context information 300 includes both information from the request signal and information from the transmission switch 781a. If it is determined that the context information 300 has not been received (S261: NO), a request signal for the context information 300 is transmitted (S262), and the process returns to S261. On the other hand, when it is determined that the context information 300 has been received (S261: YES), the context information 300 is stored in the input information storage area of the RAM 1300 (S263).
- the transmission switch 78 la is pressed on the portable terminal device 70 and the integrated file creation device 100 receives the context information 300
- the context information 300 is stored in the RAM 1300 as input information. Stored in the storage area. If the context information 300 has not been received, a request signal is transmitted to request the mobile terminal device 70 for the context information 300. Therefore, the integrated file creation device 100 can acquire the context information 300 from the portable terminal device 70.
- the transmission switch 781a for the user to instruct the transmission of the context information 300 is provided in the portable terminal device 70, so that the user can transmit the context information 300 at an arbitrary timing. Can be sent.
- the fragment information 200 input from the input device and the context information 300 received from the portable terminal device 70 are reliably associated and synthesized.
- Information 400 can be created.
- an integrated file creation system that performs all of [1] context estimation processing, [2] fragment information acquisition processing, [3] synthetic information creation processing, and [4] integrated file creation processing It is also possible to perform only each process. For example, if only [3] synthesis information creation processing is performed, and in this case, the function of [4] integrated file creation processing need not be provided. The same applies to other processes.
- the integrated file creation devices 1, 100 and the portable terminal devices 7, 70 may be configured to directly acquire information from the input devices 2-6 without passing through a network.
- the context of the user is “impressed” is described as an example, but the context may be any condition as long as the emotion of the user or the situation surrounding the user.
- Various contexts such as “impression”, “sadness”, “anger”, “fun”, “buzziness”, and “busy” can be applied, and the context definition tape corresponding to each context is applicable.
- the context definition table 13 a user or a designer may set a table for an arbitrary context, or a plurality of tables corresponding to each of a plurality of contexts may be set.
- the definition table 13 is already set up so that the optimal table is automatically selected from the context definition table 13 in the context estimation process (Fig. 8).
- the user or the designer can arbitrarily set the key to edit the plurality of pieces of combined information 400 with any content and configuration to create the integrated file 600. Can be determined. For example, since the context data portion 304 (see FIG. 21) included in the composite information 400 indicates the context type 13a and the context value 13c (see FIG. 12), the composite information 400 is generated based on the context type 13a. It may be edited. Also, the content value 13c may be edited so as to be sorted in ascending or descending order!
- the sampled values are measured and the average value is calculated.
- the time series data of the force sampling value calculated as the reference value may be acquired, and the reference value may be calculated based on the characteristics of the transition.
- the reference value may be calculated by excluding abnormal sampling values.
- the comparison process S42, S44, S46 was performed using the increment value of each sensor and the increment threshold value (0 in the above embodiment).
- a threshold ⁇ may be provided, and a comparison may be made between the measured value and the threshold.
- the user information for which each sensor force is also measured is not limited to body temperature, sweating, and heart rate.
- the user's vibration, brain wave, respiration, acceleration, tilt, biorhythm, etc. may be measured as user information.
- the portable terminal device, the integrated file creation device, the combined information creation system, and the integrated file creation system of the present invention can be applied to a computer device that creates combined information and an integrated file based on the context of a user. For example, when creating a document, people do not always create the document in the order of the document structure, so they often create fragments from the items and edit them collectively.
- the present invention can be used in such ordinary document creation.
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Abstract
Description
Claims
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JP2004032620A JP4547925B2 (ja) | 2004-02-09 | 2004-02-09 | 統合ファイル作成装置及び統合ファイル作成システム |
JP2004032726A JP4547927B2 (ja) | 2004-02-09 | 2004-02-09 | 携帯端末装置、断片データ作成装置及び統合ファイル作成システム |
JP2004-032726 | 2004-02-09 | ||
JP2004032622A JP4547926B2 (ja) | 2004-02-09 | 2004-02-09 | 断片データ作成装置及び断片データ作成システム |
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JPH0887870A (ja) * | 1994-09-16 | 1996-04-02 | Toshiba Corp | 情報処理装置 |
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