Abstract: An image pickup device has a plurality of photoelectric converter substrates carrying respective input/output terminals connected to the photoelectric converters. The device comprises leads connected to the input/output terminals and extending to the side opposite to the light receiving surfaces of the photoelectric converter substrates thorough the gaps separating the substrates.

Abstract: An image pickup apparatus comprising an image pickup element having pixels arranged in a two-dimensional state, each pixel having a photoelectric conversion portion, a first holding portion for holding a photoelectric conversion signal generated in the photoelectric conversion portion and a second holding portion for holding a noise signal generated in the pixel.

Abstract: When a phototimer unit is used for exposure control, a deterioration in a S/N ratio occurs, and optimal exposure cannot be performed due to a deviation from a proper image sensing position and the like. Therefore, there is provided a radiation image sensing apparatus comprising an X-ray image sensing panel which is capable of non-destructive reading and adapted to sense an object image by allowing radiation from an X-ray source to pass through an object, and a control circuit adapted to perform control to stop emission of radiation from the X-ray source on the basis of a signal obtained from the X-ray image sensing panel by non-destructive reading in the image sensing operation.

Abstract: An image pickup device has a plurality of photoelectric converter substrates carrying respective input/output terminals connected to the photoelectric converters. The device comprises leads connected to the input/output terminals and extending to the side opposite to the light receiving surfaces of the photoelectric converter substrates thorough the gaps separating the substrates.

Abstract: This invention provides a large image pickup apparatus for, e.g., X-rays that can provide a seamless image by using a plurality of single-crystal silicon image pickup elements. More specifically, the image pickup apparatus includes an image pickup region where a plurality of pixels which include photoelectric conversion units are arranged to pick up an object image by dividing the object image into a plurality of regions, and a scan circuit (501, 507) arranged between the plurality of photoelectric conversion units in the region to commonly process the plurality of pixels and/or signals from the plurality of pixels.

Abstract: A display panel comprises a plurality of arranged pixels of organic EL devices, each having a pair of electrodes and a luminescent layer containing an organic EL material and sandwiched between the electrodes. The plurality of arranged pixels include fluorescent pixels of organic EL devices formed by mainly using a fluorescent material and phosphorescent pixels of organic EL devices formed by mainly using a phosphorescent material. A display apparatus comprises a control means for correcting the difference between the electroluminescent characteristics of the fluorescent pixels and those of the phosphorescent pixels.

Abstract: An image sending apparatus has a conversion member for converting a radiation wave into visual light, an image sensing area having a plurality of pixels for converting the visual light converted by the converting member into an electrical signal, and a shielding member mounted in a partial area of the image sensing apparatus for shielding the radiation wave.

Abstract: An image sensing apparatus has a plurality of pixels, and can output an image by converting its resolution by adding and reading out pixels for respective pixel groups each including a predetermined number of pixels of the plurality of pixels. Each pixel has a photoelectric conversion unit, an amplifier for amplifying and outputting a signal from the photoelectric conversion unit, and a capacitor connected to the output of the amplifier. The apparatus has a plurality of switches for commonly connecting between the capacitors of two or more pixels of the plurality of pixels.

Abstract: An image pickup apparatus comprising an image pickup element having pixels arranged in a two-dimensional state, each pixel having a photoelectric conversion portion, a first holding portion for holding a photoelectric conversion signal generated in the photoelectric conversion portion and a second holding portion for holding a noise signal generated in the pixel.

Abstract: An image sensing apparatus is constructed in the optimum structure for provision of a wide photoreceptive area and has a plurality of solid state image sensing devices, each having a photoreceptive area comprising a plurality of photoelectric conversion elements, and a plurality of optical fiber plates for guiding light to the respective solid state image sensing devices, wherein the optical fiber plates are of a configuration for guiding light obliquely relative to a direction normal to an incidence plane of light of the optical fiber plates and toward the periphery of the solid state image sensing devices to which the optical fiber plates guide the light.

Abstract: An image sensing apparatus including an X-ray image sensing unit having a non-destructive read function, adapted to sense an oject image, and a subtractor adapted to sequentially output as a corrected value a difference between a plurality of frames sequentially read out non-destructively from the X-ray image sensing unit and a frame read out before the plurality of frames.

Abstract: When a phototimer unit is used for exposure control, a deterioration in a S/N ratio occurs, and optimal exposure cannot be performed due to a deviation from a proper image sensing position and the like. Therefore, there is provided a radiation image sensing apparatus comprising an X-ray image sensing panel which is capable of non-destructive reading and adapted to sense an object image by allowing radiation from an X-ray source to pass through an object, and a control circuit adapted to perform control to stop emission of radiation from the X-ray source on the basis of a signal obtained from the X-ray image sensing panel by non-destructive reading in the image sensing operation.

Abstract: An image sensing apparatus is provided, which is provided with a plurality of image sensing elements each including a plurality of photoelectric conversion sections and an adding circuit adapted to add signals from the plurality of photoelectric conversion sections to obtain a one-pixel signal, wherein the adding circuit adds the signals such that the one-pixel signals obtained by the addition are arranged at equal intervals in an area extending over the plurality of image sensing elements.

Abstract: An image pickup device has a plurality of photoelectric converter substrates carring respective input/output terminals connected to the photoelectric converters. The device comprises leads connected to the input/output terminals and extending to the side opposite to the light recieving surfaces of the photoelectric converter substrates thorough the gaps separating the substrates.

Abstract: This invention provides a large image pickup apparatus for, e.g., X-rays that can provide a seamless image by using a plurality of single-crystal silicon image pickup elements. More specifically, the image pickup apparatus includes an image pickup region where a plurality of pixels which include photoelectric conversion units are arranged to pick up an object image by dividing the object image into a plurality of regions, and a scan circuit (501, 507) arranged between the plurality of photoelectric conversion units in the region to commonly process the plurality of pixels and/or signals from the plurality of pixels.

Abstract: A display apparatus includes a display unit for displaying images, a backlight unit disposed behind the display unit for illuminating the display unit, an inverter unit for electrically controlling the backlight unit, a controller unit for controlling the inverter unit and the display unit, and a power supply unit having an exothermic heat distribution for supplying electricity to the inverter unit and the controller unit. The inverter unit and controller unit are disposed behind the backlight unit and the power supply unit is disposed on a side of the display unit, backlight unit, inverter unit and controller unit. The display unit, backlight unit, inverter unit, controller unit and power supply unit are disposed in a common housing. The inverter unit and the controller unit are arranged behind the backlight unit.

Abstract: The invention intends to provide a display control apparatus which can perform the flickerless display at a high precision without changing a construction of the electrodes or the like of a display apparatus even when a display speed in the high precision display of a liquid crystal display apparatus is insufficient for the flickerless display in the non-interlace drawing. The display control apparatus 50 has a VRAM and a partial rewrite display control section. Since a WS (host computer) 1 prevents a flicker of the display in the animation image display, for an object which is drawn at a high speed, when image data stored in the VRAM is partially rewritten by the non-interlace, the partial rewrite display control section adds data indicative of the display position of the portion rewritten by the WS 1 to the image data and sync signal of such a rewritten portion and, after that, supplies the image data to a liquid crystal display apparatus 3 at the timing synchronized with the display to the CRT.

Abstract: An image data control apparatus comprises a first circuit to generate image data, a second circuit to discriminate a display mode from a main body side and a third circuit to convert the image data in accordance with the discriminated display mode.

Abstract: A display device includes a display having a plurality of pixels and a signal processor for processing first image data, corresponding to a first number of pixels in the display, to display second image data corresponding to a second number of pixels which is less than the first number of pixels in the display. The signal processor includes thinning out circuitry for receiving a series of plural clock pulses synchronized with the first image data, and for outputting a series of thinned out clock pulses formed by thinning out the received clock pulses at a compression ratio, thereby compressing the first image data. The signal processor also includes circuitry for extending the compressed first image data in a ratio different from the inverse of the compression ratio in accordance with the first pixel number so that one pixel of the compressed first image data corresponds to two or more of the pixels of the display.

Abstract: A display control apparatus which controls with a ferroelectric liquid crystal display device. A continuous system analog primary image signal is thinned and converted to a digital image signal by the display control apparatus. The digital image signal is then displayed on the ferroelectric liquid crystal display device.