Abstract: A light controller for a vehicle includes a processor that controls an operation of a light device in the vehicle depending on a driving situation and a situation of paying a fare for use of the vehicle and a storage configured to store data for driving of the processor.

Abstract: A light controller for a vehicle includes a processor that controls an operation of a light device in the vehicle depending on a driving situation and a situation of paying a fare for use of the vehicle and a storage configured to store data for driving of the processor.

Abstract: A method and apparatus for generating a three-dimensional FEM are provided. In the three-dimensional FEM generating method, a surface mesh is generated by meshing the surface of a three-dimensional model of a three-dimensional object. A projected contour is generated by projecting the three-dimensional model from one direction, and a projected contour mesh is generated by meshing the surface of the projected contour. A solid base mesh is generated by stacking solid elements on a base side formed of two-dimensional elements of the projected contour mesh. The surface mesh is substituted into the solid base mesh in alignment with the projected contour. A final solid mesh is generated by distinguishing solid elements surrounded by the surface mesh in the solid base mesh.

Abstract: A partial discharge detection sensor is used for detecting a partial discharge signal in a gas-insulated equipment using a PCB substrate, and a partial discharge detection device employs the partial discharge detection sensor. The partial discharge detection sensor includes a PCB substrate, a partial discharge signal detection pattern formed on the PCB substrate to detect a partial discharge signal in the gas-insulated equipment, and a connection terminal for receiving the partial discharge signal detected by the partial discharge signal detection pattern and transmitting the partial discharge signal to a connector that emits the partial discharge signal to the outside. The partial discharge detection sensor is attached to an inner wall of an enclosure of the gas-insulated equipment.

Abstract: A partial discharge detection sensor is used for detecting a partial discharge signal in a gas-insulated equipment using a PCB substrate, and a partial discharge detection device employs the partial discharge detection sensor. The partial discharge detection sensor includes a PCB substrate, a partial discharge signal detection pattern formed on the PCB substrate to detect a partial discharge signal in the gas-insulated equipment, and a connection terminal for receiving the partial discharge signal detected by the partial discharge signal detection pattern and transmitting the partial discharge signal to a connector that emits the partial discharge signal to the outside. The partial discharge detection sensor is attached to an inner wall of an enclosure of the gas-insulated equipment.

Abstract: Disclosed are a chassis, and a backlight unit and a liquid crystal display including the chassis. The chassis includes a first chassis member that includes a first base plate, a first wall extending from the first base plate in a first direction, and a first cover plate extending from the first wall and facing the first base plate. The chassis also includes a second chassis member.

Abstract: The present invention relates to a lamp supporter having a shock absorbing structure capable of attenuating a shock transferred to a lamp and a liquid crystal display having the same. The lamp supporter includes a base plate having a concavo-convex portion formed in at least a partial region of the base plate, a lamp fixing unit formed on a surface of the base plate and fixing a lamp and an optical member supporting unit formed on the surface of the base plate to support an optical member. The concavo-convex portion includes a predetermined form.

Abstract: In a backlight assembly, a liquid crystal display (“LCD”) apparatus including the backlight assembly and a method for manufacturing the backlight assembly, the backlight assembly includes first, second, third and fourth lamps. The first to fourth lamps respectively face first to fourth side surfaces of a light-guide plate. Each include an input and an output terminal. The output terminals of the first and second lamps and of the third and fourth lamps, and the input terminals of the first and fourth lamps and of the second and third lamps, are adjacent to each other. A pair of the output terminals of the first and second lamps or the third and fourth lamps is connected to each other, so that the pair of lamps is arranged in an L-shape. The pair of the output terminals may be fed back to each input terminal, or grounded to a receiving container.

Abstract: A liquid crystal display (“LCD”) includes an LCD panel, a light guiding plate disposed beneath the LCD panel, a light source part disposed at a lateral side of the light guiding plate, a cover comprising a first surface parallel with the light guiding plate and a second surface extending from the first surface, and accommodating the light guiding plate and the light source part, and a light source cover which encompasses the light source part, reflects light from the light source part to the light guiding plate, and comprises an expansion part protruded toward the cover to contact the cover.

Abstract: A liquid crystal display (LCD) that is capable of improving light efficiency and brightness uniformity is disclosed. The LCD includes: an LCD panel forming an image; a lamp unit irradiating the back of the LCD panel; a bottom casing accommodating the lamp unit and including a plurality of mounting parts; and a lamp supporting member. The lamp supporting member is made with a bent wire and includes a lamp holder that is shaped into a partial loop to hold the lamp unit. The lamp supporting member also includes a fixing part that is configured to be coupled with the mounting part.

Abstract: An LCD apparatus includes a light guide plate; a lamp unit placed along at least one side of the light guide plate; and a lamp holder including a lamp supporting portion supporting opposite ends of the lamp unit, and a light guide plate supporting portion for supporting the light guide plate to prevent the light guide plate from contacting the lamp unit.

Abstract: A method and apparatus for generating a three-dimensional FEM are provided. In the three-dimensional FEM generating method, a surface mesh is generated by meshing the surface of a three-dimensional model of a three-dimensional object. A projected contour is generated by projecting the three-dimensional model from one direction, and a projected contour mesh is generated by meshing the surface of the projected contour. A solid base mesh is generated by stacking solid elements on a base side formed of two-dimensional elements of the projected contour mesh. The surface mesh is substituted into the solid base mesh in alignment with the projected contour. A final solid mesh is generated by distinguishing solid elements surrounded by the surface mesh in the solid base mesh.