Abstract: Wireless line termination units 21 and 22 respectively transmit and receive frames via wireless lines 51 and 52. Line termination units 25 and 26 respectively exchange frames with the wireless line termination units 21 and 22. The wireless lines 51 and 52 are treated as one virtual line. A radio monitoring unit 272 monitors the state of the wireless lines 51 and 52, and in accordance with the redundancy mode, instructs the wireless line termination units 21 and 22 to exchange copy frames with other wireless line termination unit and to abandon received frames. A communication path control unit 273 sets, in accordance with the monitoring result as to the state of the wireless lines by the radio monitoring unit 272, the line termination units 25 and 26 to each be an active system or a standby system. A switch core 271 passes frames to be transmitted to the line termination unit that operates as the active system.

Abstract: An information processing device includes: a display unit that displays a display screen; an operation unit that accepts a specified operation made on the display screen of the display unit; and a control unit that causes the display unit to display an unlocking screen including an indicator corresponding to a predetermined information processing function, and controls the operation unit into a state of accepting a specified operation on the indicator, based on a request for releasing a locking function of prohibiting a predetermined specified operation from being made on the operation unit, in a state where the locking function is active. The control unit determines that an unlocking operation for releasing the locking function has been input, in a case of accepting a specified operation indicating release of the locking function on the unlocking screen via the operation unit.

Abstract: An access permission system includes a collaboration activity information generation unit configured to generate collaboration activity information which is information indicating that a user of an information communication terminal and a user of an information communication terminal collaborated to perform a predetermined activity and a permission unit configured to permit the information communication terminal to access information about the user of the other information communication terminal when the collaboration activity information generated is confirmed.

Abstract: An object is to provide a technology for preventing content of an unlocking operation from being easily recognized by another person even when the unlocking operation is seen by the other person. In order to achieve the object, there is provided an electronic device (10) including an input reception unit (11) that receives an input from a user through an operation to indicate a predetermined region using a predetermined object, and a lock unit (12) that locks a predetermined function, and unlocks the lock when the input reception unit (11) receives an input caused by a first operation and an input caused by a second operation in parallel.

Abstract: A terminal device includes a display control unit that displays on a display unit, a display flake having a predetermined form to produce a visual effect and an information flake which indicates that there is notification information to be communicated to a user, where the information flake has a form identical or similar to the form of the display flake. It is possible that information flakes corresponding to different items of the notification information are displayed and a type of the notification information and/or an amount of information for each item of the notification information are determined. Each information flake may be displayed on the display unit in a manner such that the information flake has one or both of color and size which changes according to the results of the above determination.

Abstract: A wireless communication system (1) includes: an information processing apparatus (100) including a wireless communication unit (102) that is connected up to a network (3) through an access point according to a predetermined connection condition to perform wireless communication, a generation unit (104) that generates a two-dimensional code in which information on the connection condition is recorded, and a presentation unit (106) that presents the two-dimensional code; and a portable terminal (200) including a wireless communication unit (202) that is connected up to the network (3) to perform wireless communication, a code reading unit (204) that reads the two-dimensional code, an acquisition unit (206) that analyzes the read two-dimensional code to acquire the information on the connection condition, and a communication control unit (208) that builds the access point of the information processing apparatus (100) based on the information on the connection condition and controls wireless communication betwee

Abstract: A character input device includes: an input unit, a display unit, a deletion character information storage unit, and a control unit. The input unit receives an input of a character and an input of deletion of the character. The display unit displays the character inputted through the input unit. The deletion character information storage unit stores deletion character information deleted in response to the input of the deletion through the input unit. The control unit determines whether or not character information inputted through the input unit and at least a portion of the deletion character information stored in the deletion character information storage unit match, and displays a portion of the deletion character information as an input candidate on the display unit when determining the match.

Abstract: A frequency setting unit (120) acquires information representing required sound quality for sound output from parametric speakers (140). The frequency setting unit (120) performs determination about whether or not to make the frequency of a modulation signal mutually different among a plurality of parametric speakers (140) based on information representing the acquired sound quality. The frequency setting unit (120) sets the frequency of the modulation signal in each of a plurality of parametric speakers (140) based on the determination result. The modulation unit (130) generates modulation signals having the frequencies set by the frequency setting unit (120). The modulation signals are input to the plurality of parametric speakers (140).

Abstract: A mobile terminal, including detection section 30 that detects an orientation and moving direction of mobile terminal 1; vibration section 40 that generate vibrations corresponding to the orientation and moving direction detected by detection section 30; and control section 50 that executes an operation of mobile terminal 1 corresponding to the orientation and moving direction detected by detection section 30.

Abstract: An information processing device includes: a display unit that includes a content display region and a posting information display region provided on the same screen, the display unit displaying content on the content display region and displaying posting information posted on a network on the posting information display region; and a control unit that execute at least one of first display control and second display control, the first display control controlling a display form of the posting information according to the content displayed on the display unit, the second display control controlling a display form of the content according to the posting information displayed on the display unit.

Abstract: Provided is a non-contact power transmission apparatus that can be made thinner without any drop in power transmission efficiency.

Abstract: A mobile terminal includes a camera unit that captures a subject while moving a lens back and forth in an optical axis direction and outputs a plurality of images with different angles of view, a storage unit that stores the plurality of images output from the camera unit, an angle-of-view correction unit that takes any one image of the plurality of images stored in the storage unit and corrects the other images of the plurality of images so that the angles of view of the other images match the angle of view of the one image, and a display that outputs the one image and the other images corrected by the angle-of-view correction unit.

Abstract: To provide an electronic device and a mounting structure in which an electroacoustic transducer is mounted capable of sufficiently suppressing vibration of the electroacoustic transducer itself. A mounting structure (200) in which a speaker (4) is mounted includes a speaker (4), and a damping member (5) held between the speaker (4) and an electronic device (3) on which the speaker (4) is mounted. A surface of the speaker frame (41) on a side of the electronic device (3) includes a first uneven part (41A), at least a part of the first uneven part (41A) being processed to have convexes and concaves, and a surface of the damping member (5) on a side of the speaker (4) includes a second uneven part (5A), a part of the second uneven part (5A) being processed to have convex and concaves to fit the first uneven part (41A) of the speaker frame (41).

Abstract: A contract operator information acquisition section (110) acquires contract network operator identification information and availability/unavailability information from a service operator with which a mobile communication terminal (100) has a communication contract; an operator search section (130) searches for network operators; a comparison section (140) compares network operator identification information about the retrieved network operators with contract network operator identification information based on which the availability/unavailability information shows “available”, from among the acquired contract network operator identification information; and a display section (150) displays matching network operator identification information as a result of the comparison.

Abstract: When a user selects an image, a control unit detects a face image from the selected image and acquires person data corresponding to the face image. Moreover, the control unit specifies address book data of the person and acquires an e-mail address from the address book data. When the user inputs an e-mail address, the control unit also has a function of detecting an image in which a person having the input e-mail address as a destination is an imaged object and creating an e-mail attached with the image.

Abstract: A wireless communication device includes: a master terminal that includes an antenna element, an RF circuit, a control unit, and a MIMO processing unit connected with the RF circuit; and a slave terminal that includes an antenna element and an RF circuit. The slave terminal is connected with the master terminal via an interface that includes a high-frequency transmission path. The control unit can control the MIMO processing unit and each RF circuit, and controls the MIMO processing unit to perform a MIMO reception process based on an RF signal that is received by the master terminal and an RF signal that is received by the slave terminal and transmitted to the master terminal.

Abstract: An information processing system includes a mobile equipment and an information processing apparatus. The mobile equipment includes a sensor for acquiring biological information, a camera for acquiring an image corresponding to a visual field of a user, and a first communication means. The information processing apparatus includes a second communication unit and computing unit. The computing unit determines whether to activate the camera based on the biological information acquired by the sensor. Further, the computing unit extracts a feature from the image acquired by the camera and transmits information regarding the extracted feature to a public network using the second communication unit to acquire a searched result regarding the extracted feature.

Abstract: An input device includes a substrate, a key top, a magnet, magnetic sensors, and electromagnetic converters. The substrate includes first and second surfaces. The key top is arranged on a first surface side, slides from a reference position in directions parallel to the substrate, and moves in a perpendicular direction. The magnet is fixed on a substrate side, and moves together with the key top. The magnetic sensors are fixed on the second surface, are respectively arranged apart in different directions parallel to the substrate, and detect a position of the magnet. The electromagnetic converters are fixed on the second surface, are respectively arranged apart in different directions parallel to the substrate, are arranged at positions different from the magnetic sensors, and generate magnetic force in a direction in which the magnet is away from the substrate in the perpendicular direction, in accordance with a supply of electrical power.

Abstract: When a user makes a touch input, a touch detector receives touch inputs from two touch panels and measures the coordinates of the touch inputs. The touch detector discriminates a detection mode. When the mode is an individual detection mode, the touch detector converts the coordinates of the touch input in the coordinate system of each display panel to coordinates in the coordinate system of the corresponding display panel, and stores touch history data in a storage unit. When the mode is a combined detection mode, the touch detector converts the coordinates of the touch input in the coordinate system of one display panel to coordinates in the coordinate system of the display panel, and to coordinates in the coordinate system of the other display panel to integrate the coordinate systems into the coordinate system of a single display panel, and stores touch history data in the storage unit.

Abstract: This electronic device includes: a manipulation unit (12) that detects manipulation performed upon a display unit (15) by a manipulation unit, determines an effective area on the basis of a detected area that is the area that was detected, and outputs the effective area; and a control unit (17) that identifies a designated area, which is the area that was designated by the manipulation unit on the basis of the effective area. The control unit (17) sets the effective area in accordance with display content that is displayed on the display unit (15).