Abstract: A communication device includes a control signal generating unit to generate a control signal for each of a plurality of second frames, and a mapping unit to map a payload signal of the plurality of second frames in a payload area of a first frame, and map at least some of the control signals generated by the control signal generating unit in a control signal area of the first frame.

Abstract: A signal processing circuit for controlling reading of segment data from a buffer in which a plurality of segment data generated by dividing a frame and received via a plurality of switches which direct each of the segment data to a designated destination are stored, comprises: a start detecting unit which detects a starting segment representing the first transmitted segment data to the switch among the segment data received after the buffer has emptied; a transmission time acquiring unit which acquires a transmission time at which the starting segment was transmitted to the switch; and a read timing control unit which determines, based on the transmission time, a read timing for reading the segment data from the buffer.

Abstract: A hydraulic control unit (18), for a power transmission system having an oil receiving device (26,37), which controls a power transmitting condition of the power transmission system, and an oil reserving device for feeding the oil to the oil receiving device, wherein the oil reserving device comprises a piston (59) in which a diametrically large portion and a diametrically small portion are arranged integrally and coaxially, a first hydraulic chamber (57) in which the diametrically large portion, and a second hydraulic chamber (58) in which the diametrically small portion are housed liquid-tightly and movably back and forth; and an oil feeding amount control device for feeding the oil of the first hydraulic chamber to the oil receiving device, by raising the oil pressure in the second hydraulic chamber (58) to operate the piston (59).

Abstract: An in-vehicle recording/reproduction device (121) records in a recording device a program which the user starts watching, and reads and reproduces the data when watching is permitted, such as, for example, when a vehicle is stopped. The in-vehicle recording/reproduction device (121) transmits recording information about recording, such as a program, a time, and the like, to an in-home recording/reproduction device (303). The in-home recording/reproduction device (303) records the same program as that recorded by the in-vehicle recording/reproduction device (121) based on the recording information. The in-vehicle recording/reproduction device (121) transmits to the in-home recording/reproduction device (303) reproduction information indicating which scene was last reproduced in the in-vehicle recording/reproduction device (121). The in-home recording/reproduction device (303) performs reproduction based on the reproduction information.

Abstract: An information processing apparatus includes a depth-information detecting section, a comparison/detection section, and a control unit. The depth-information detecting section is provided for detecting a peak position of an object in a depth direction, at which the object is displayed at the front in an additional information display area. The comparison/detection section is provided for making a comparison between depth information of the additional information and the peak value of the stereoscopic video data to detect a positional relationship between the stereoscopic data and the display position of the additional information in the depth direction. The control unit is provided for controlling the stereoscopic video data and the display position of the additional information in response to the positional relationship between the stereoscopic video data and the display position of the additional information.

Abstract: An image processing apparatus includes a receiving unit receiving communication data including L and R images, an attribute information acquisition unit acquiring, from the communication data, attribute information including a photographing time, and an output control unit analyzing the images and the attribute information and switching between three-dimensional image display and two-dimensional image display. If L and R images photographed at the same photographing time have been acquired, the control unit performs three-dimensional image display.

Abstract: An electronic apparatus includes an image-capturing direction acquiring unit that acquires an image-capturing direction as a direction in which an object included in a captured image exists based on an image-capturing position during the image-capturing of the captured image, a converting unit that converts a map including the image-capturing position so that the acquired image-capturing direction on the map corresponds with a specific direction on a display plane where the map is displayed, and a display controlling unit that causes the display of the converted map in association with the captured image.

Abstract: Imaging equipment includes: a position acquisition unit that acquires a current position; a memory unit in which a plurality of pieces of setting information representing photographic settings suitable for photography at positions and being associated in advance with the positions is stored; a control unit that reads setting information, which represents a photographic setting suitable for photography at the current position acquired by the position acquisition unit, from the memory unit, and determines a photographic setting according to the setting information; and an imaging unit that images a subject according to the photographic setting determined by the control unit.

Abstract: A transmission apparatus includes a test signal control unit that copies a test signal of a pseudo-random bit sequence and controls insertion of the same test signal in each member of a plurality of members of a concatenation signal, a concatenation signal transmitting unit that transmits each member of the concatenation signal with the test signal inserted therein by the test signal control unit to other apparatus via a plurality of transmission paths, a concatenation signal receiving unit that receives from the other apparatus each member of a plurality of members of a concatenation signal, and an individual-line-quality calculating unit that, using a test signal inserted in the members of the concatenation signal received by the concatenation signal receiving unit, individually evaluates each member of the concatenation signal received by the concatenation signal receiving unit and calculates a line quality of each transmission path.

Abstract: A touch location detection section (103) detects the location on a display screen where the operator's finger touches. A transfer length calculation section (104) calculates the transfer length La of the operator's finger from the touch start location S to the touch end location E. A transfer length judgment section (105) judges whether or not the transfer length La is greater than a reference transfer length Ls. A location shift calculation section (106) calculates the location shift ? of the operator's finger. A location shift judgment section (107) judges whether or not the location shift ? is less than a predetermined reference location shift ?s. When La>Ls and ?<?s, a screen split control section (108) controls the operation of an image display section so as to split a display screen 101.

Abstract: The present invention provides branched polyalkylene glycols useful as a chemically modifying agent for physiologically active polypeptides, wherein two single-chain polyalkylene glycols are linked to a group having a cyclic structure other than a plane structure, and wherein a group having reactivity with an amino acid side chain, an N-terminal amino group or a C-terminal carboxyl group in a polypeptide or a group convertible into the group having reactivity is linked to the group having a structure other than a plane structure.

Abstract: An apparatus includes an input part, a plurality of output parts, and a switching part. The input part inputs a packet and builds at least one forwarding data block including a predetermined destination identifier and packet data extracted from the inputted packet. The switching part includes a forwarding destination storing section for storing, in association with a predetermined destination identifier, a forwarding destination identifier identifying one of the plurality of output parts, and receives the at least one forwarding data block from the input part, and forwards it to one of the plurality of output parts on the basis of forwarding destination storing section which is updated in response to a change in the operating state of the plurality of output parts.

Abstract: The present invention provides a branched polyalkylene glycol wherein three or more single-chain polyalkylene glycols and a group having reactivity with an amino acid side chain, the N-terminal amino group or the C-terminal carboxyl group in a polypeptide or a group convertible into the group having reactivity are bound; and a physiologically active polypeptide modified with the branched polyalkylene glycol.

Abstract: The present invention provides a branched polyalkylene glycol wherein three or more single-chain polyalkylene glycols and a group having reactivity with an amino acid side chain, the N-terminal amino group or the C-terminal carboxyl group in a polypeptide or a group convertible into the group having reactivity are bound; and a physiologically active polypeptide modified with the branched polyalkylene glycol.

Abstract: An alarm device comprises a motion detector for detecting a motion of a vehicle, a display located in the vehicle, and adapted to display an image on a screen, and a controller for controlling, on the basis of the motion of the vehicle detected by the motion detector, a display mode in which the image is displayed on the screen by the display.

Abstract: Herein disclosed is a display apparatus, to be mounted on an automotive vehicle, comprising: display means (4) for displaying images; supporting means (3) for linearly or pivotably supporting the display means (4); and controlling means (2) for controlling the supporting means (3) to have the display means (4) linearly or pivotably moved to ensure the display means 4 being in face to face relationship with the eyes of the passenger.

Abstract: A display apparatus (100) comprises: a video selection section (105) that selects video based on the outputs of a video 1 detection section (111), video 2 detection section (112), mode management section (104), seat sensor (301) and seat sensor (302); two screen combining section (106) that combines the screens of video 1 and video 2 inputted from video input terminals (101 and 102) based on in accordance with control signal from the video selection section (105); and a landscape LCD panel (120) that displays the video signals outputted from the two screen combining section (106), and displays video inputted to the video input terminals (101 and 102) in a full screen or in two left and right screens on the landscape LCP panel, in accordance with detection results in the video 1 detection section (111) and video 2 detection section (112) . For example, the single-screen display and dual-screen display are automatically switched by plugging in and unplugging connection cables (510 and 520).

Abstract: The present invention provides a branched polyalkylene glycol wherein three or more single-chain polyalkylene glycols and a group having reactivity with an amino acid side chain, the N-terminal amino group or the C-terminal carboxyl group in a polypeptide or a group convertible into the group having reactivity are bound; and a physiologically active polypeptide modified with the branched polyalkylene glycol.

Abstract: A display apparatus (100) comprise a display section (110) that displays image on a display screen; a viewer position reading section (520) that reads a relative position of at least one viewer with respect to the display screen; a glare detection section (111 to 114) that detects light reflected from external light toward the viewer to output the detected result as glare information; and an image quality correction section (500) that corrects image quality of the display section based on the glare information outputted by the glare detection section.

Abstract: A display apparatus including; a display setting section (101) that sets, based on a relative position of a viewer with respect to a screen for displaying an image, at least one display position of the image in the screen; an expansion section (107, 108) that expands an inputted image at an expansion rate in accordance with a direction from which the viewer views the image to be displayed on the display position set by the display setting section; and a display section (111) that displays the image expanded by the expansion section.