Abstract: Provided is an optical module. The optical module includes a substrate; a light emitting diode provided on the substrate; a first member that is provided in front of the substrate, transmits some of the light emitted from the light emitting diode and reflects some other light; and a second member that is provided between the substrate and the first member so as to be spaced apart from the first member at a predetermined interval, is formed with an exposed region by which the light emitting diode is exposed at a position corresponding to the light emitting diode, and re-reflects the light reflected by the first member forward again.

Abstract: A reflective plate includes a high heat conductivity material having a first heat conductivity and a reflective material having a second heat conductivity on the high heat conductivity material, wherein the first heat conductivity of the high heat conductivity material is greater than the second heat conductivity of the reflective material.

Abstract: A reflective plate includes a high heat conductivity material having a first heat conductivity and a reflective material having a second heat conductivity on the high heat conductivity material, wherein the first heat conductivity of the high heat conductivity material is greater than the second heat conductivity of the reflective material.

Abstract: A reflective plate includes a high heat conductivity material having a first heat conductivity and a reflective material having a second heat conductivity on the high heat conductivity material, wherein the first heat conductivity of the high heat conductivity material is greater than the second heat conductivity of the reflective material.

Abstract: A mobile terminal having a flat panel display device includes: a body unit having an input device; a display unit connected to the body unit; an extended display unit connected to the display unit using a hinge such that the display unit and the extended display unit are folded/unfolded; a first flat panel display device formed in the display unit; and a second flat panel display device in the extended display unit.

Abstract: A bottom frame for a liquid crystal display device includes a bottom surface, four side surfaces attached to the bottom surface, the four side surfaces along with the bottom surface define a space, first and second holes in two side surfaces, the first and second holes opposite to each other in two opposite side surfaces, and affixing structures at the bottom surface and spaced apart from each other.

Abstract: A structure for assembling lamp wires for a backlight into an LCD module is disclosed, in which the lamp wire for providing a power to a lamp is stably connected to the lamp. In the structure, a mold frame includes an opening formed at one portion slightly apart from one corner at a predetermined distance, for connecting and supporting wires connected to both ends of the lamp, the wires being folded or bent several times at different portions in the mold frame and being extracted to the outside of the LCD module through the opening. Meanwhile, an inserting recess is formed at the opening, and the wires connected together by the connector are inserted to the inserting recess.

Abstract: An LCD shield cover is provided that can prevent occurrence of defective circuits improve workability in testing and repair, and permit an easy use of a module connector of a PCB. The shield cover for an LCD having a PCB fitted to a rear surface of a display module a shield cover on a top surface of the PCB for shielding the PCB, a module connector connected to a board connector of the system, and a variable resistor VR for optimizing flickering by adjusting a common voltage Vcom, includes a structure in the shield cover at a position over the variable resistor, for adjusting the common voltage and a slit over the modular connector for inserting a board connector.

Abstract: A method for sealing a fluorescent lamp performs a first heating operation to heat a region of a glass tube in which a fluorescent material is coated, stretches the glass tube at the heated region, and performs a second heating operation to heat the stretched region of the glass tube.

Abstract: Thus, the mounting position and fixing structure of an inverter in an LCD is improved for effective use of a system housing space of a notebook computer and the like. A structure for mounting an inverter in an LCD having a liquid crystal display module for presenting a picture is provided. The inverter is connected to a lamp in a display module for supplying a required power to the lamp. At least one bracket is fitted to a bottom surface of outside of a case of the display module for fixing the inverter to the bracket.

Abstract: A backlight of a liquid crystal display device includes lamps and a conductive board. Each lamp has electrodes, one of which is contacted and retained by a contact terminal on the conductive board. The contact terminals are electrically connected by the conductive board. A bent part located in the conductive board is disposed between adjacent contact terminals such that when heat from the lamps absorbed by the conductive board expands the conductive board, the bent part is resiliently deformed to maintain the distance between the lamps.

Abstract: A backlight unit for enhancing the luminance uniformity is provided. The backlight unit includes a plurality of fluorescent lamps arranged in a light-emitting surface, each of the plurality of fluorescent lamps having a bent structure; and at least one conic-shaped structures for reflecting an incident light, the conic-shaped structure being surrounded by the bent structure of at least two of the plurality of fluorescent lamps.

Abstract: A bottom frame for a liquid crystal display device includes a bottom surface, four side surfaces attached to the bottom surface, the four side surfaces along with the bottom surface define a space, first and second holes in two side surfaces, the first and second holes opposite to each other in two opposite side surfaces, and affixing structures at the bottom surface and spaced apart from each other.

Abstract: A backlight unit for a liquid crystal display device includes a bottom cover having a first plane portion and a first side portion combined by a first coupling system, a reflector over the bottom cover and having a second plane portion and a second side portion corresponding to the first plane portion and the first side portion, respectively, at least one cold cathode fluorescent lamp over the second plane portion, an optical sheet over the at least one cold cathode fluorescent lamp, and a guide panel overlapping a rim portion of the optical sheet, wherein the guide panel and the bottom cover are combined using a second coupling system.

Abstract: In a liquid crystal display device according to the present invention, an upper end portion of a lamp housing is fixed on a main supporter so that the lamp housing can be made to face a side edge of a light guide. Light that can cause bright lines is eliminated or minimized through absorption or scattering by a main supporter. The main supporter is also thermally insulating and is placed between the lamp housing and a liquid crystal panel. Further, a thermally conducting bottom cover is placed under the backlight. Therefore, heat generated from the lamp is effectively channeled away from the light guide to prevent liquid crystal panel deterioration. Still further, although the upper and lower surfaces of the light guide is tightly fit between the lamp housing and the main supporter, wrinkles on a sheet reflector are prevented because the sheet reflector is not stacked between the lamp housing and a lower surface of the light guide.

Abstract: A mobile terminal having a flat panel display device includes: a body unit having an input device; a display unit connected to the body unit; an extended display unit connected to the display unit using a hinge such that the display unit and the extended display unit are folded/unfolded; a first flat panel display device formed in the display unit; and a second flat panel display device in the extended display unit.

Abstract: A backlight of a liquid crystal display device includes lamps and a conductive board. Each lamp has electrodes, one of which is contacted and retained by a contact terminal on the conductive board. The contact terminals are electrically connected by the conductive board. A bent part located in the conductive board is disposed between adjacent contact terminals such that when heat from the lamps absorbed by the conductive board expands the conductive board, the bent part is resiliently deformed to maintain the distance between the lamps.

Abstract: A backlight assembly of a liquid crystal display (LCD) device is disclosed, in which each edge of the diffusion and prism sheets is extended to upper surfaces of the metal reflecting plate and the mold frame, so that it is possible to prevent light emitted from a lamp from leaking into a liquid crystal panel without passing through one of the diffusion and prism sheet.

Abstract: A structure for assembling a flat display having a flat display module for displaying images with a case for fitting the flat display module therein includes a plurality of joining parts formed at a rear surface of the flat display module; and a plurality of conformable joining parts formed in the case in conformity with the joining parts of the flat display module, the plurality of conformable joining parts being engaged with the plurality of joining parts in a fit manner.

Abstract: A backlight unit for a liquid crystal display device includes a bottom cover having a first plane portion and a first side portion combined by a first coupling system, a reflector over the bottom cover and having a second plane portion and a second side portion corresponding to the first plane portion and the first side portion, respectively, at least one cold cathode fluorescent lamp over the second plane portion, an optical sheet over the at least one cold cathode fluorescent lamp, and a guide panel overlapping a rim portion of the optical sheet, wherein the guide panel and the bottom cover are combined using a second coupling system.