Abstract: A gasket for a vehicle is configured to improve performance of a turbocharger according to enhanced sealing performance. The gasket is disposed at a coupling portion of a cylinder head of an engine and an exhaust manifold adapted to supply exhaust gas from the cylinder head to a turbocharger.

Abstract: A drain apparatus may include a storage chamber that has a through-hole through which a coolant, which leaks through a mechanical seal sealing an impeller shaft of a water pump in a vehicle, flows inside, and stores the coolant flowing inside via the through-hole, and a discharge tube that may be disposed vertically through a bottom of the storage chamber, with an upper end thereof extending to the inside of the storage chamber such that a height thereof may be positioned between a top and the bottom of the storage chamber.

Abstract: A gasket for a vehicle is configured to improve performance of a turbocharger according to enhanced sealing performance. The gasket is disposed at a coupling portion of a cylinder head of an engine and an exhaust manifold adapted to supply exhaust gas from the cylinder head to a turbocharger.

Abstract: A plasma display panel is provided to solve the problem of crosstalk due to discharge which generates from plasma diffusion between cells adjacent to each other, preventing color spread of the vertical edge. The plasma display panel of the invention includes a barrier located at an angle to its data electrode, the barrier being formed on an upper substrate on which a sustain electrode is formed.

Abstract: A method of and system for driving a plasma display panel (PDP), which is designed to increase the amount of data processed in unit time. The method includes the steps of dividing row electrodes into at least two groups, splitting the field, and applying driving pulses to each split field with a phase difference. Also, the present invention uses a lower bit preceding scanning method where the bits of a digital picture signal are aggregated by bits of a kind from the most significant bit to the least significant bit and divided into a plurality of pairs of upper and lower bits as (lower bit, upper bit), the lower bit in each pair of bits being successively scanned, followed by a scanning of the upper bit in each pair of bits. Thus, the efficiency of the AC PDP is enhanced with the reduction in the time needed to construct the field, and readily driving a field even when the amount of data to be scanned is increased.