Abstract: An image display apparatus according to an embodiment of the present invention includes: a moving unit configured to move a display position of an image displayed on a display screen; a setting unit configured to set a compressed image display area in the image; and a compression unit configured to, when a nondisplay area that is not displayed on the display screen is created in the image by the moving unit, compress the nondisplay area so that the nondisplay area fits within the compressed image display area and is displayed on the display screen.

Abstract: An image display apparatus according to an embodiment of the present invention includes: a moving unit configured to move a display position of an image displayed on a display screen; a setting unit configured to set a compressed image display area in the image; and a compression unit configured to, when a nondisplay area that is not displayed on the display screen is created in the image by the moving unit, compress the nondisplay area so that the nondisplay area fits within the compressed image display area and is displayed on the display screen.

Abstract: A liquid-crystal display apparatus comprising, a liquid-crystal display device driven by an AC voltage, an image divider configured to temporally divide input image data into N (N?2) for each frame, a correction unit configured to correct a driving voltage for driving the liquid-crystal display device based on a difference between adjacent divided image data obtained by the N division, a polarity inverter configured to invert a polarity to make drive polarities of adjacent divided image data different, out of the divided image data obtained by the N division including the divided image data for which driving voltage is corrected by the correction unit, a driver configured to drive the liquid-crystal display device using the polarity-inverted divided image data, and an inversion order alteration unit which alters an inversion order for the drive polarities.

Abstract: A display device that receives an input of video signal data including a plurality of pieces of frame data, corrects frame data representing a frame to be displayed based on frame data of a frame adjacent to the frame to be displayed, and outputs the resulting data as data to be displayed on a liquid crystal panel. The device comprises a memory unit adapted to store input frame data. The device determines a correction address used to determine a frame correction amount by comparing the stored frame data and frame data that is currently input; determines correction data that represents a correction amount of the frame data based on the stored frame data and the correction address; and corrects the frame data by adding and/or subtracting the correction amount represented by the correction data to or from the stored frame data.

Abstract: An image display apparatus according to an embodiment of the present invention includes: a moving unit configured to move a display position of an image displayed on a display screen; a setting unit configured to set a compressed image display area on the display screen; and a compression unit configured to, in a case where the display position of the image is moved by the moving unit, compress a part of the image extending off the display screen and a part of the image displayed in the compressed image display area so that these parts fit within the compressed image display area, and to display a compressed image in the compressed image display area on the display screen.

Abstract: An image display apparatus which is capable of operating smoothly over a plurality of image display devices. When a pen has come into continuous contact with a first display screen, a system controller determines whether or not the pen has got out of contact with an edge of the first display screen. When the system controller determines that the pen has got out of contact with the first display screen at the edge thereof, a time period elapsed is measured while the pen is held out of contact with the first display screen at the edge thereof. When the measured time period is less than a predetermined time period, the system controller outputs pointing information indicative of a position of the edge of the first display screen with which the pen got out of contact, to indicate that the pen has been held in the continuous contact with the first display screen.

Abstract: An image display apparatus according to an embodiment of the present invention includes: a moving unit configured to move a display position of an image displayed on a display screen; a setting unit configured to set a compressed image display area in the image; and a compression unit configured to, when a nondisplay area that is not displayed on the display screen is created in the image by the moving unit, compress the nondisplay area so that the nondisplay area fits within the compressed image display area and is displayed on the display screen.

Abstract: A liquid-crystal display apparatus comprising, a liquid-crystal display device driven by an AC voltage, an image divider configured to temporally divide input image data into N (N?2) for each frame, a correction unit configured to correct a driving voltage for driving the liquid-crystal display device based on a difference between adjacent divided image data obtained by the N division, a polarity inverter configured to invert a polarity to make drive polarities of adjacent divided image data different, out of the divided image data obtained by the N division including the divided image data for which driving voltage is corrected by the correction unit, a driver configured to drive the liquid-crystal display device using the polarity-inverted divided image data, and an inversion order alteration unit which alters an inversion order for the drive polarities.

Abstract: An image display apparatus connected in a communication-enable manner to an information processing unit for processing image data and outputting an image signal, wherein the image display apparatus receives the image signal and displays an image. The image display apparatus comprises an on-screen display generating unit for generating the image, a coordinate input unit for providing position information based on pointing on a display screen, and a control unit for controlling the on-screen display generating unit to generate and display a scroll bar, and controlling the image signal output from the information processing unit in accordance with an input for an area of the scroll bar from the coordinate input unit.

Abstract: A display apparatus comprises an input unit adapted to input frame data; a memory adapted to store frame data; a decision unit adapted to decide correction data by comparing the frame data that has been input and the frame data that immediately precedes the input frame data in the memory; an add-on unit adapted to add the decided correction data onto the frame data that has been input; a storage control unit adapted to store the input frame data, onto which the correction data has been added, in the memory; a correction unit adapted to read out the frame data, which has been stored in the memory, at a predetermined frame rate, and to correct the frame data based upon the correction data that has been added onto the frame data; and a display control unit adapted to display an image on the monitor based upon the corrected frame data.

Abstract: In a multidisplay system, an image is displayed without necessitating a display control signal supplied from an external device. Each image display device in the multidisplay system includes an interface for receiving image data and transferring the image data to an image display device at a downstream location. Each image display device also includes a DDC (Display Data Channel) communication processor and a rewritable memory for storing EDID (Extended Display Identification Data) information. When another image display device is connected at a downstream location, EDID information is acquired from the connected image display device via the DDC communication processor, and display resolution information and interconnection information are set. In particular, the display resolution described in the EDID information is rewritten by the display resolution information set in the above process.

Abstract: A display apparatus is constructed to make a plurality of light beams of mutually different colors incident to a display element and modulate the beams of the respective colors by the display element to form images of the respective colors. Purity of a predetermined color out of the colors is variable and a control pattern of the image display element is modified according to variation in the purity of the predetermined color.

Abstract: In a correction data generating method for use with an image display apparatus having data conversion means for outputting digital data of corrected image signal with respect to digital data of R, G and B input image signals, tristimulus values of R, G and B are obtained at or near a maximum gradation value, and tristimulus values for those color component signals are also obtained at those signals' respective minimum gradation value. Also obtained are tristimulus values when R, G and B are displayed at the same time at a gradation value between those two gradation values, and there is generated a conversion matrix for converting XYZ (constituted of difference values obtained by subtracting the second from the first tristimulus values) to a color mixture ratio of R, G, and B.

Abstract: An image-forming apparatus including: an image-forming unit disposed so as to be detachably attached to an apparatus body; at least one sheet supply unit disposed at a lower portion of the apparatus body so as to be located below the image-forming unit for supplying a sheet, and including a sheet tray detachably attached to a body of the sheet supply unit; and a sheet carrying system including a sheet carrying path extending vertically so that the sheet supplied from the sheet supply unit is carried to an image-forming region of the image-forming unit and then ejected, wherein a spatial portion communicating with the openings at a top and bottom portions of the apparatus body and facing at least one part of the sheet carrying path is formed when the image-forming unit and the sheet tray of each sheet supply unit are detached from the apparatus body.

Abstract: An image display apparatus which is capable of operating smoothly over a plurality of image display devices. When a pen has come into continuous contact with a first display screen, a system controller determines whether or not the pen has got out of contact with an edge of the first display screen. When the system controller determines that the pen has got out of contact with the first display screen at the edge thereof, a time period elapsed is measured while the pen is held out of contact with the first display screen at the edge thereof. When the measured time period is less than a predetermined time period, the system controller outputs pointing information indicative of a position of the edge of the first display screen with which the pen got out of contact, to indicate that the pen has been held in the continuous contact with the first display screen.

Abstract: A picture display apparatus for displaying a picture in response to inputted picture signals of an arbitrary format. The apparatus includes a picture display unit having an arranged matrix of dots for picture display, a picture display unit drive for converting inputted picture signals into display picture signals adapted for display on the picture display unit and generating drive timing signals for driving the picture display unit, the picture display unit driver including a picture memory for storing picture signals inputted into the picture memory, a display position detector for detecting a picture display position on the picture display unit based on the display picture signals and the drive timing signals, and a display position controller for controlling a timing of admission of the inputted picture signals to the picture memory of the picture display unit driver, based on the detected display position data from the display position detector.

Abstract: An image display apparatus connected in a communication-enable manner to an information processing unit for processing image data and outputting an image signal, wherein the image display apparatus receives the image signal and displays an image. The image display apparatus comprises an on-screen display generating unit for generating the image, a coordinate input unit for providing position information based on pointing on a display screen, and a control unit for controlling the on-screen display generating unit to generate and display a scroll bar, and controlling the image signal output from the information processing unit in accordance with an input for an area of the scroll bar from the coordinate input unit.

Abstract: A sheet supplying unit of a sheet transporting device can be attached later to an image forming apparatus body. On a sheet transporting side of the sheet supplying unit, a protrusion is provided, and a second transporting member is disposed at this protrusion. A reception space is provided on the image forming apparatus body, and the protrusion is arranged protrusively in this reception space, whereby the second transporting member protrudes to the image forming apparatus body to shorten a length of a transporting passage between a first transporting member on the image forming apparatus body side and the second transporting member.

Abstract: To change image quality in accordance with the image to be displayed, a color filter plate 3 is driven to sequentially split the white light incident on an A portion into red, blue, and green light beams to irradiate a liquid crystal panel, thus displaying a full-color image by a so-called field sequential scheme. In this case, if a sector region 4BG of an auxiliary filter plate 4 is always matched to the A portion (FIG. 2A), the quality of a full-color image is defined by the color filter plate 3, resulting in an increase in luminance. In contrast to this, when a red filter section 3R and auxiliary red filter section 4R are synchronously driven to be simultaneously irradiated with white light, the quality of a full-color image is defined by both the color filter plate 3 and the auxiliary red filter section 4R. As a consequence, an image with excellent color reproducibility is obtained.

Abstract: An image-forming apparatus including: an image-forming unit disposed so as to be detachably attached to an apparatus body; at least one sheet supply unit disposed at a lower portion of the apparatus body so as to be located below the image-forming unit for supplying a sheet, and including a sheet tray detachably attached to a body of the sheet supply unit; and a sheet carrying system including a sheet carrying path extending vertically so that the sheet supplied from the sheet supply unit is carried to an image-forming region of the image-forming unit and then ejected, wherein a spatial portion communicating with the openings at a top and bottom portions of the apparatus body and facing at least one part of the sheet carrying path is formed when the image-forming unit and the sheet tray of each sheet supply unit are detached from the apparatus body.