Abstract: A mobile phone (1) of the present invention includes a mobile phone storage section (8) configured to store both of (i) data including positional information and (ii) data including no positional information, a positional information extraction section (110) for identifying the data including the positional information from among the data stored in the mobile phone storage section (8) and extracting the positional information to be used as a standard for setting a predetermined area, a mobile phone determination section (111) for setting the predetermined area on a basis of the positional information extracted by the positional information extraction section (110), and a mobile phone notification section (112) notifying the user of the mobile phone when the current position of the mobile phone enters within the predetermined area set by the mobile phone determination section (111). Hence, the user can easily register the positional information.

Abstract: A mobile phone (1) in accordance with the present invention includes: a transmission setting database (50); a transmission setting section (21) for registering, on the transmission setting database (50), a piece of image data to be transmitted to a data receiving device; and an image data transmitting section (12) for transmitting, to the data receiving device, the piece of image data registered on the transmission setting database (50), the image data transmitting section (12) transmitting the piece of image data to the data receiving device in response to a transmission request received from the data receiving device.

Abstract: It is possible to present identification information of a sender in such a manner that the identification information is easily understood by a user.

Abstract: A mobile phone (1) of the present invention includes a mobile phone storage section (8) configured to store both of (i) data including positional information and (ii) data including no positional information, a positional information extraction section (110) for identifying the data including the positional information from among the data stored in the mobile phone storage section (8) and extracting the positional information to be used as a standard for setting a predetermined area, a mobile phone determination section (111) for setting the predetermined area on a basis of the positional information extracted by the positional information extraction section (110), and a mobile phone notification section (112) notifying the user of the mobile phone when the current position of the mobile phone enters within the predetermined area set by the mobile phone determination section (111). Hence, the user can easily register the positional information.

Abstract: A communication (on-board) device 10 of the invention has: a communication unit 110 communicating with a portable device 30; an unconfirmed information obtaining unit 120 obtaining unconfirmed information from the portable device 30 which a user has not confirmed at the portable device 30 at the time of communication establishment by the communication unit 110; and an information output unit 150 displaying or outputting audibly the obtained unconfirmed information. In this case, it is preferable that unread mail information regarding one or more electronic mails unread at the time of the communication establishment and/or missed call information regarding one or more missed calls received before the communication has been established be obtained as the unconfirmed information.

Abstract: A vehicle-mounted device or the like is provided by which a content of an electronic mail can be notified by a driver without disturbing safety driving. A vehicle-mounted device 10 has: a communication unit 110 which communicates with a portable device having an electronic mail function; an electronic mail obtaining unit 120 which obtains from the portable device 30 an electronic mail received by the portable device 30; a mail output length calculation unit 150 which calculates mail output length which is output length of the obtained electronic mail text; a destination setting unit 180 which sets a destination; and a text output unit 220 which displays or outputs audibly the electronic mail text based on the mail output length calculated by the mail output length calculation unit 150 and a predetermined condition corresponding to the destination set by the destination setting unit 180.

Abstract: An on-board device 10 has: a communication unit 110 that carries out communication with a portable device 30 that has a transfer reservation function of place information indicating an arbitrary place; a place information acquisition unit 130 that acquires the place information from the portable device 30 after the communication is established; a place information determination unit 140 that determines a category of processing relating to the place information acquired by the place information acquisition unit 130; a place information processing unit 200 that at least registers a place or sets a destination using the place information based on the category determined by the place information determination unit 140; and a route guidance unit 180 that guides a route to a destination when the destination has been set.

Abstract: An on-board device 10 of the invention has: a destination setting unit 110 with which a destination is set; a route guidance unit 130 that provides route guidance for a vehicle until a parking location that corresponds to the destination; a destination information transmitter 140 that transmits destination information indicating the destination to a portable device 30; and an arrival confirmation information receiver 160 that receives from the portable device 30 arrival confirmation information indicating that the destination has been reached. The route guidance unit 130 ends the route guidance for the vehicle to the parking location when the destination information has been transmitted or the arrival confirmation information has been received.

Abstract: A mobile phone (1) in accordance with the present invention includes: a transmission setting database (50); a transmission setting section (21) for registering, on the transmission setting database (50), a piece of image data to be transmitted to a data receiving device; and an image data transmitting section (12) for transmitting, to the data receiving device, the piece of image data registered on the transmission setting database (50), the image data transmitting section (12) transmitting the piece of image data to the data receiving device in response to a transmission request received from the data receiving device.

Abstract: It is possible to present identification information of a sender in such a manner that the identification information is easily understood by a user.

Abstract: A terminal for performing synchronized reproductions related to data of different data formats such as image, audio and text, comprising a GUI part (11) for allowing an operator to edit; an operation managing part (12) for controlling processings related to a resume reproduction operation; an moving image file processing part (13) for controlling processings related to reproduction of a moving image file; a reproduction information file processing part (15) for processing control information for executing the resume reproduction; and storage parts (17). The moving image file processing part (13) has a separating part (141) for separating the data in the moving image file for each type of data; an image processing part (142) for encoding and decoding the image data; an audio processing part (143) for decoding the audio data; and a telop processing part (144) for decoding telop data. The reproduction information file processing part (15) has an analyzing part (16).

Abstract: Disclosed is a method and apparatus for determining the state of interlacing in interlaced multifilament yarn, wherein an interlaced multifilament yarn is forced to contact a contact member while running along a yarn passage so that a configuration of the yarn is changed with regard to the mutual lateral positions of individual filaments thereof. The state of the above-mentioned changing of the yarn configuration is detected by means of a photoelectric principle, and the degree of interlacing is electrically calculated from the detected signal.