Abstract: An information processing device, having a touch panel, which achieves an information processing function interacting with a user's operation includes a display which display an operation screen, an operation part which receives a user's operation on the operation screen, an information acquisition part which acquires specific information from an display object area on the operation screen, and an information management part which manages specific information in connection with a desired attribute which is set by a user in advance. Additionally, the information processing device further includes a display control part, which displays a specific information operation area and an attribute operation area on the operation screen, and an operation content determination part which determines the content of a user's operation. Moreover, the information processing device may achieve a process to easily create a database using specific information in response to a user's operation.

Abstract: Input unit (120) detects contact with or approach of an object. Based on a result of the detection of input unit (120), mode setting unit (130) sets the operation mode of information processing device (100) to a first operation mode or a second operation mode. Control unit (140) performs control according to the operation mode set by mode setting unit (130).

Abstract: A mobile erminal apparatus comprises: a touch pad sensor that is arranged on a back surface of a housing, and detects a contact position when held by a user; and a holding pattern determining unit that determines a holding pattern having a highest similarity to a touch pad detection data detected by the touch pad sensor among a plurality of predetermined holding patterns to output the determined holding pattern. The mobile terminal apparatus controls an orientation of information displayed on a display screen of a display unit based on the holding pattern outputted by the holding pattern determining unit.

Abstract: A display unit (120) displays a captured image taken by an imaging unit (110). A detection unit (130) detects an operation performed on a screen of the display unit (120). When the operation detected by the detection unit (130) is a predetermined operation, a control unit (140) causes the display unit (120) to continue displaying a captured image taken at a predetermined timing, selected from among the captured images.

Abstract: After mount judging unit (110) transits from a state wherein it decides that earphone (200) is not mounted in an ear to a state wherein it decides that earphone (200) is mounted in the ear, if operating unit (120) accepts a preset unlocking operation, then valid/invalid setter (130) makes a setting for validating operations which will subsequently be accepted by operating unit (120). Valid/invalid setter (130) will keep the setting until mount judging unit (110) decides that earphone (200) is not mounted in the ear. If valid/invalid setter (130) makes the validating setting, controller (140) controls mobile device (100) depending on operations accepted by operating unit (120).

Abstract: The present invention evaluates the quality of an image shot by a terminal device in a state closer to that seen with the eye. A computer evaluates the quality of an image obtained by shooting a photographic subject including a periodic pattern that fluctuates periodically in one direction. A Fourier transform unit accomplishes a two-dimensional Fourier transform on the image to obtain two-dimensional spatial frequency spectrum components. An analysis unit analyzes the resolution of the image on the basis of spectrum components of spatial frequencies included in the periodic pattern, among the two-dimensional spatial frequency spectrum components obtained by the Fourier transform unit, and analyzes the deterioration of the image on the basis of spectrum components other than these.

Abstract: A mobile terminal according to an exemplary embodiment includes a display unit that displays predetermined information, a display control unit that controls the display unit, an input unit that allows input of predetermined information, and a setting unit that sets the display unit to a first low brightness display state, in which the first low brightness display state displays the display unit with low brightness. When the setting unit sets a display state of the display unit to the first low brightness display state, the display control unit controls the display unit to display only predetermined information that should be displayed while controlling the display unit to display a background screen of the display unit with lowest brightness or brightness near the lowest brightness, which is first low brightness, at the time of displaying the predetermined information on the display unit.

Abstract: An input device comprises: an operation detection unit that detects a slide operation by an object that is into contact with or is close to the input device; an operation error storage unit that stores a first slide operation that is canceled and a second slide operation detected after the cancellation in association with each other; and an operation correction unit that, if the first slide operation is detected after the first slide operation is canceled a predetermined number of times or more, corrects the first slide operation based on the second slide operation associated with the first slide operation in the operation error storage unit.

Abstract: In a terminal device, contents data from an attachment mounted on the device is received by a transmission/reception section and replayed by a first playback section. A detection section detects the mounting or removing of the attachment during the playback of the contents data. As an output destination for the contents data, a selection section selects the first playback section when the attachment has been mounted, or selects a first storage section when the attachment has been removed. In the attachment, the contents data is outputted to one of the first storage section and the first playback section based on the selection result of the terminal device. Accordingly, the usage mode of contents data can be readily changed with the mounting or removing of an attachment as a trigger.

Abstract: A video distribution system of the present invention distributes a digitally captured video, and includes an imaging device, a server device, and a playback terminal. The imaging device includes: an imager that captures an omnidirectional video using a wide-angle lens; and a controller that transmits a group of frame data constituting the video captured by the imager to the server device.

Abstract: Provided is a portable terminal apparatus equipped with an RFID function, which includes a storage unit storing in advance correspondence between an apparatus configuration in which the portable terminal apparatus has a predetermined preset extension function allowed to be added thereto, and a correction value of a resonance frequency of an RFID antenna, a detection unit detecting which extension function is installed on the portable terminal apparatus, and a control unit obtaining a correction value of the resonance frequency of the RFID antenna, corresponding to an apparatus configuration including the extension function, from the storage unit and correcting the resonance frequency of the RFID antenna, based on the correction value.

Abstract: A translation device includes input and output units and identifies, for each of them, a communication type utilized in the relevant input and output unit. When any one of the input and output units has obtained a message, the communication type identified for this input and output unit is detected, and the message is translated from one having the detected communication type into one having another identified communication type. The translated message is output to the input and output unit associated with the other identified communication type.

Abstract: An electronic device that accepts an input and executes operation includes: a first detection unit that detects a touch position on a first surface among surfaces included on the electronic device; a second detection unit that detects a touch operation on a second surface different from the first surface among the surfaces included on the electronic device; and a control unit that sets a reference position on the first surface or the second surface in response to the touch operation on the second surface, and controls the operation of the electronic device on the basis of a relative positional relationship between the reference position and the touch position on the first surface.

Abstract: A screen display device includes a screen display unit having a first screen, and a screen display unit having a second screen; a record analysis unit that generates history information based on user sight line information showing a user's sight line; a switchover control information storage unit that stores switchover control information including a sight line movement condition and a time condition, and control information; and a screen display control unit that refers to the switchover control information storage unit. The screen display control unit compares the history information with the sight line movement condition and the time condition. The screen display control unit performs control of switching display content and energization control content of each of the first and second screens based on the control information in a case of the history information satisfying the sight line movement condition and the time condition.

Abstract: This charging system includes: charging circuit (12) that charges a rechargeable battery (11); an antenna (13) that receives radio waves; wireless transmitting/receiving circuit (14) that detects the reception state of radio waves by the antenna (13); and baseband control circuit (15) that controls the charging of rechargeable battery (11) by charging circuit (12) based on the reception state detected by means of wireless transmitting/receiving circuit (14) in a state in which the rechargeable battery (11) is not being charged and a reception state detected by the wireless transmitting/receiving circuit (14) during charging of the rechargeable battery (11).

Abstract: An information processing terminal according to the present invention includes: a touch screen display device 110; a control device 120 configured to control a display state on the touch screen display device; and a position detecting means 130 for detecting a specific position with respect to the touch screen display device 110. The control device 120 includes a display control part 121 configured to, in accordance with a distance between the position of an operator detected by the position detecting means 130 and a display region occupied by the display data on the touch screen display device, change a display state of the display data.

Abstract: The antenna has a configuration in which three inductors, i.e., first to third inductors 5 to 7 having values of inductances L1 to L3, respectively, are arranged in an inverted F-shaped antenna formed of miniaturized four antenna elements, i.e., first to fourth antenna elements 1 to 4 with an element length shorter than that of each wavelength of desired resonance frequencies are grounded at a GND ground point 11. A power feeding unit 10 feeds electric power to the inverted F-shaped antenna through a matching circuit 9, thereby enabling a plurality of antenna operations of a two-resonance loop antenna that resonates at two resonance frequencies on a high-frequency side, an inverted F-shaped antenna that resonates at two resonance frequencies on a low-frequency side, and an inverted L-shaped antenna.

Abstract: A mobile terminal according to the present invention includes a first display unit, a second display unit, and a light guide unit. A first internal display area and a second internal display area are arranged to be adjacent to each other via a border. The light guide unit is provided on a side of the first internal display area and the second internal display area. The light guide unit guides display light output from the first display unit and display light output from display light output from the second display unit so that an image displayed on the first internal display area and an image displayed on the second internal display area become a continuous image. Further, the light guide unit has a crystal structure including a plurality of fiber-like crystals.

Abstract: To provide a mobile terminal, a method for adjusting the magnification of a camera and a program that enable a photographer, who shoots an image using a display screen, to easily see an image displayed on the display screen. A mobile terminal including a camera and a display screen comprises: a display control section that displays an image of an object picked up by the camera on the display screen; a detecting section that detects a photographer's eye position with respect to the display screen and measures a distance from the eye position to the display screen; a measuring section that measures a distance from the camera to the object; and an adjusting section that adjusts a magnification of the camera on the basis of the distance measured by the detecting section and the distance measured by the measuring section.