Abstract: A method for fabricating a liquid crystal cell and related device includes providing an alignment layer of a light sensitive material on a substrate; and exposing the alignment layer to unpolarized or partially polarized light, to provide pretilt for the molecules of the alignment layer.

Abstract: An array substrate for a reflective liquid crystal display can include a substrate, thin film elements formed on the substrate, and color filters formed on the thin film elements. Each of the color filters preferably include a cholesteric liquid crystal. A pixel electrode can be formed on each of the color filters so that the pixel electrode corresponds to a respective color filter.

Abstract: An LCD device includes first and second substrates; an insulating layer on the first substrate, the insulating layer comprising an inclined sidewall portion exposing a portion of the first substrate; gate and data lines crossing each other and defining pixel region on the first substrate; a common auxiliary electrode on the inclined sidewall portion of the insulating layer; a pixel electrode on the first substrate; a common electrode on the second substrate; and a liquid crystal layer between the first and second substrates.

Abstract: A method for fabricating a liquid crystal cell and related device includes providing an alignment layer of a light sensitive material on a substrate; and exposing the alignment layer to unpolarized or partially polarized light, to provide pretilt for the molecules of the alignment layer.

Abstract: The present invention provides a three-dimension display apparatus which includes a liquid crystal display; a first polarizer on the rear surface of the liquid crystal display; a second polarizer on the front surface of the liquid crystal display; a liquid crystal polymer being on the second polarizer and including a chiral dopant and liquid crystal molecules. The liquid crystal polymer is divided into first regions through which incident light is not polarized and second regions through which the incident light is polarized at 90 degrees. A third polarizer on the liquid crystal polymer selectively transmits the incident light from the liquid crystal polymer. A light source below the first polarizer.

Abstract: A stereoscopic liquid crystal display device and method using a liquid crystal polymer film. Light transmitted through first and second micro-polarizing regions have different phases from each other, and light with different polarization properties is emitted.

Abstract: A method for fabricating a liquid crystal cell and related device includes providing an alignment layer of a light sensitive material on a substrate; and exposing the alignment layer to unpolarized or partially polarized light, to provide pretilt for the molecules of the alignment layer.

Abstract: A method for fabricating a liquid crystal cell and related device includes providing an alignment layer of a light sensitive material on a substrate; and exposing the alignment layer to unpolarized or partially polarized light, to provide pretilt for the molecules of the alignment layer.

Abstract: A polarization stereoscopic display device and a method of its manufacture. A liquid crystal display panel displays an information in accordance with signal data comprised of left-eye and right-eye image information, a polarizer polarizes modulated light through polarizer. A patterned retarder layer separates light by polarization into a left-eye picture and a right-eye picture in accordance with its pattern. A light waveguide disposed between the polarizer and the retarder layer reduces polarization changes between the polarizer and the retarder layer. Beneficially, the polarizer, waveguide, and retarder layer are formed into an integral unit. The retarder layer includes a chiral material, and a waveguide layer for the substrate is beneficially comprised of a solvent-proof polymer.

Abstract: An array substrate for a reflective liquid crystal display can include a substrate, thin film elements formed on the substrate, and color filters formed on the thin film elements. Each of the color filters preferably include a cholesteric liquid crystal. A pixel electrode can be formed on each of the color filters so that the pixel electrode corresponds to a respective color filter.

Abstract: A method for fabricating a liquid crystal cell and related device includes providing an alignment layer of a light sensitive material on a substrate; and exposing the alighment layer to unpolarized or partially polarized light, to provide pretilt for the molecules of the alighment layer.

Abstract: A method of fabricating a liquid crystal cell comprises the steps of providing a substrate whose one surface is coated with an alignment material containing spacers by spin coating method, and patterning an alignment layer by irradiating a light to the selected part of the alignment material.

Abstract: A photo-irradiating apparatus includes a UV lamp generating the UV light, a lens, a polarizer in which the UV light is linearly polarized, and a substrate exposed by the linearly polarized UV light. The UV lamp, the lens, and the polarizer are arranged in a line. The UV light is irradiated into the alignment layer during the moving of a scan motor to irradiate the whole area of the alignment layer uniformly. In addition, the light is obliquely irradiated into the alignment layer so that the area exposed to the light is enlarged.