摘要:
A matrix substrate having, on a substrate, a plurality of electroconductive members to constitute pixel electrodes arrayed in a matrix pattern and an electrically insulating member comprising a projecting region disposed between the electroconductive members to separate the pixel electrodes from each other. A metal material having a higher melting point than that of the electroconductive members is placed at the base of the projecting region.
摘要:
A matrix substrate having, on a substrate, a plurality of electroconductive members to constitute pixel electrodes arrayed in a matrix pattern, and an electrically insulating member comprising a projecting region disposed between the electroconductive members to separate the pixel electrodes from each other, wherein a metal material having a higher melting point than that of the electroconductive members is placed at the base of the projecting region.
摘要:
A matrix substrate having, on a substrate, a plurality of electroconductive members to constitute pixel electrodes arrayed in a matrix pattern and an electrically insulating member comprising a projecting region disposed between the electroconductive members to separate the pixel electrodes from each other. A metal material having a higher melting point than that of the electroconductive members is placed at the base of the projecting region.
摘要:
A matrix substrate comprises a pixel region formed by arranging a plurality of pixel electrodes to a matrix, drive circuit regions for feeding said pixel electrodes with electric signals and sealing regions. The gaps separating the pixel electrodes are filled with insulation members of an insulating material to provide a continuous surface connecting those of the pixel electrodes and members of the material of the pixel electrodes and those of the material of the insulation members are arranged at least either in the drive circuit regions or in the sealing regions to provide a continuous surface there.
摘要:
A semiconductor device comprises a contact hole for connecting electroconductive films having a stepped profile with the top having a size greater than the bottom, the top size of the contact hole being defined in a self-aligning manner by another film disposed between said electroconductive films.
摘要:
Areas of the micro-lenses of a liquid crystal display apparatus where aberration is remarkable are shielded from light and the accuracy of alignment of the components of the apparatus is improved. The liquid crystal display apparatus comprises a plurality of pixel electrodes adapted to be charged with electricity according to video signals and arranged two-dimensionally on a semiconductor substrate, a liquid crystal layer arranged on said plurality of pixel electrodes, a transparent electroconductive film arranged on said liquid crystal layer and a plurality of micro-lenses adapted to focusing rays of polarized light entering them from above respectively on the corresponding pixel electrodes and arranged on the transparent substrate and above said transparent electroconductive film and is characterized in that a light-shielding layer is arranged on said plurality of micro-lenses to block the rays of light entering a peripheral area of each of said plurality of micro-lenses.
摘要:
A liquid crystal apparatus comprises an active matrix substrate including a plurality of scanning lines and a plurality of signal lines, transistors arranged respectively at the crossings of the scanning lines and the signal lines and having the source region connected to the corresponding signal line and the gate region connected to the corresponding scanning line and pixel electrodes connected respectively to the drain regions of the transistors, an opposite substrate disposed oppositely relative to the active matrix substrate and a liquid crystal material filled in the space between the active matrix substrate and the opposite substrate. A source region is shared by each pair of adjacently located transistors and connected to the corresponding signal line.
摘要:
A matrix substrate includes a plurality of conductive members constituting pixels provided on a substrate, the plurality of conductive members forming substantially a smooth plane, wherein the matrix substrate further comprises a nonconductive section for insulating the plurality of conductive members from each other, the distance between two adjacent conductive members being lower at the surfaces of the conductive members than at the side of the substrate.
摘要:
An active matrix type liquid crystal display apparatus can be driven with a low voltage, a reduced power consumption rate and a reduced circuit size without sacrificing the quality of the image it displays. It comprises a plurality of vertical signal lines, a substrate carrying thereon a plurality of pixel electrodes connected to the respective crossings of the plurality of vertical signal lines and the plurality of scanning lines by way of respective transistors, a counter electrode substrate carrying thereon a counter electrode and liquid crystal pinched between the substrate and the counter substrate and is characterized in that two transistors of different conductivity types are connected to each of the pixel electrodes and the source electrode or the drain electrode and the gate electrode of the transistor of the first conductivity type are connected respectively to a first vertical signal line and a first scanning line, whereas the source electrode or the drain electrode, whichever appropriate, and the gate electrode of the transistor of the second conductivity type different from the first conductivity type are connected respectively to a second vertical signal line and a second scanning line.
摘要:
A reflection type liquid crystal apparatus comprises a pixel electrode substrate carrying thereon a plurality of pixel electrodes, an opposite substrate disposed vis-a-vis said pixel electrodes and a liquid crystal material filling the gap between the substrates and adapted to display images by causing the pixel electrodes to reflect light entering from the opposite substrate. A reflection layer is arranged below a plurality of openings defined by the plurality of pixel electrodes to reflect light entering through the openings back to the openings.