Abstract:
PURPOSE:To provide a stable scroll operation in a zoom display mode in field double speed display and to perform scroll processing so as to set the positions of an image on the upper and lower sides in the zoom display mode appropriately. CONSTITUTION:A field double speed processing timing controller 41 which supplies a control signal required for the processing of a field double speed processing means provided with field memory 12, 22, and 23 to which an input video signal is supplied is provided at the field double speed processing means, and a display video to which field double speed is applied is scrolled upward and downward by shifting a VSYNC (SHIFTED) which supplies a vertical synchronizing signal VSYNC in the input video signal before processing to the controller by shifting for a prescribed time and also, shifting a readout start address RHINC in the control signal required for the processing. Also, the controller is composed so that a video display part can be displayed at appropriate upper and lower positions based on the data of the blank part of the video signal detected at a blank detection circuit.
Abstract:
PURPOSE:To excellently observe respective pictures by switching displays according to the conditions of an installation place when the images are displayed on screens which differ in aspect ratio. CONSTITUTION:The image display device is provided with a panel key 6 or a control switch 9 for a mode wherein an image signal is composed and displayed on a remote control transmitter and a large-picture signal 1 and a small- picture signal 3 are switched. When an image with an aspect ratio 4:4 is displayed on a screen with an aspect ratio 16:9, the image is displayed on one side on the screen to an image with an aspect ratio 4:3 in the obtained room. At this time, the other image can be displayed by optionally switching the right-left arrangement of the large and small pictures on the screen. Thus, the respective images can excellently be observed by switching the displays according to the conditions of the installation place.
Abstract:
PURPOSE:To simplify the adjustment of a display position when the video image with different aspect ratio is displayed by varying a phase of a vertical synchronizing signal so as to shift a display video image in the vertical direction and adjusting the display position. CONSTITUTION:A vertical synchronizing signal V outputted from a synchronizing signal separator circuit 6 and a horizontal synchronizing signal 2H for double speed scanning outputted from a video signal processing circuit 7 are supplied to a vertical synchronization processing circuit 10. The vertical synchronization processing circuit 10 changes its phase by a quantity based on the adjustment data obtained externally and a pseudo vertical synchronizing signal V' outputted from the vertical synchronization processing circuit 10 is fed to a deflection circuit 9. Then the horizontal and vertical deflection of an electron beam of a cathode ray tube 8 is controlled based on the pseudo vertical synchronizing signal V' and the horizontal synchronizing signal 2H obtained by the deflection circuit 9 and the video image based on the signal supplied from the video signal processing circuit 7 is displayed on the cathode ray tube 9. Thus, the display position is simply adjusted.
Abstract:
PROBLEM TO BE SOLVED: To supply image data of an optimal data amount to another apparatus. SOLUTION: If a maximum transfer rate of a PDA 91 is 1.5 Mbps, a portable telephone set 1 judges that a maximum communication rate with the PDA 91 is low, performs control to reduce a data amount of moving image data to be fetched in a CCD and supplies the fetched moving image data to the PDA 91. The PDA 91 displays a low-quality moving image 93 on a display section. If the maximum transfer rate of the PDA 91 is 480 Mbps, a CPU performs control so as not to reduce the data amount of the moving image data to be fetched in the CCD and supplies the fetched moving image data to the PDA 91. The PDA 91 displays a high-quality moving image 94 on the display section. The present invention is applicable to digital cameras. COPYRIGHT: (C)2006,JPO&NCIPI
Abstract:
PROBLEM TO BE SOLVED: To supply an optimal volume of image data to another apparatus. SOLUTION: When the maximum rate of a PDA (personal digital assistants) 91 is 1.5 Mbps, a portable telephone 1 judges that the maximum communication rate with the PDA 91 is low and controls the operation to decrease the volume of dynamic image data being taken in at a CCD (charge coupled device) and then supplies the dynamic image data thus taken in to the PDA 91. The PDA 91 displays a low image quality dynamic image 93 at a display section. When the maximum rate of the PDA 91 is 480 Mbps, the CPU controls the operation not to decrease the volume of dynamic image data being taken in at the CCD and then supplies the dynamic image data thus taken in to the PDA 91. The PDA 91 displays a high image quality dynamic image 94 at the display section. The invention is applicable to a digital camera. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a recording apparatus for avoiding a noise from being recorded. SOLUTION: When a shock is detected, it results in shifting a pickup from a desired position on a disk. When a disabled state of data write occurs, the magnitude of a sound source recorded at that point of time (sound source level A) is compared with the magnitude of an operating sound caused by a processing (recovery processing) to bring the recording apparatus to reach a state wherein data write can again be carried out. When it is decided that the operating sound level B is greater than the sound source level A, the processing of decreasing the recording sound level is carried out. The recovery processing is carried out while the sound recording level is decreased. When the recovery processing is finished, the recording level is restored to the original sound recording level. COPYRIGHT: (C)2003,JPO
Abstract:
PROBLEM TO BE SOLVED: To surely perform recovery processing when data is not normally recorded to a disk-like recording medium. SOLUTION: From a sensor 19, the data corresponding to applied shocks (force) are outputted. A sensor level determination part 55 decides whether or not a value indicated by inputted data is equal to or above a prescribed level value and outputs the result to an instruction output part 54. If the data from the sensor level determination part 55 indicates a decision result deciding that it is equal to or above the prescribed level value, the instruction output part 54 decides that the shock is applied and executes the processing of inhibiting the activation of a drive or the like. COPYRIGHT: (C)2003,JPO
Abstract:
PROBLEM TO BE SOLVED: To eliminate a wasteful space on a display by rotating a display part and to attain the sameness of size as compared with that in the conventional practice and also to attain the sameness of resolution as compared with that in the conventional practice. SOLUTION: An LCD 25 is supported freely rotably with respect to the main body of a display device and it is automatically rotated in accordance with the display direction of a display picture. The rotation of the panel 25 is controlled by a CPU 10 becoming a rotation control part based on the display rotation information recorded on an external recording medium 20, The CPU 10 controls the rotation of the panel 25 with a rotary mechanism consisting of the motor for rotating the display 21 connected to a motor I/F 19, a gear (1) 22, a gear (2) 23 and a rotational angle detector 24.
Abstract:
PURPOSE:To set appropriate delay correction corresponding to the selection of the various kinds of input video signals by shifting the write reset pulses of Y and C memories corresponding to the delay between luminance signals and signals. CONSTITUTION:This Y/C delay correction circuit is constituted of three processing systems corresponding to Y, R-Y and B-Y. The respective processing systems are constituted of LPFs 10, 20 and 30, A/D converters 11, 21 and 31 and line memories 12, 22 and 32, etc., respectively and they are controlled by a timing controller 41. A system clock is generated with HSYNC as reference and the timing controller 41 forms required pulses. The write reset pulse WR1 is added to the line memory 12 for Y channel and the delayed write reset pulse WR2 is added to the line memories 22 and 32 for R-Y and B-Y channels. The pulse WR2 is shifted to the WR1 corresponding to the delay between the luminance signals and the chrominance signals.
Abstract:
PROBLEM TO BE SOLVED: To provide an imaging apparatus with a stroboscope capable of easily performing photographing at various angles without changing an angle of the hand holding the apparatus or exchanging the hand. SOLUTION: An imaging apparatus comprises a photographing section 2 including a lens unit 4 and a display section 3 including a display means 3a for displaying thereon an image photographed by the photographing section 2, wherein an infrared data transceiver 65 is provided and this infrared data transceiver 65 is capable of transmitting to an external device the image photographed by the photographing section 2. COPYRIGHT: (C)2008,JPO&INPIT