Abstract: An apparatus for estimating a lateral velocity of a vehicle and a method for the same are provided to estimate the lateral velocity of the vehicle with higher accuracy, and to be applied to an electronic stability program (ESP) device to improve the driving stability of the vehicle, by including a long short-term memory (LSTM) model trained to estimate the lateral velocity of the vehicle, obtaining a longitudinal velocity, a lateral acceleration, and a yaw rate of the vehicle, and estimating the lateral velocity of the vehicle, which corresponds to the longitudinal velocity, the lateral acceleration, and the yaw rate of the vehicle, based on the LSTM model.

Abstract: A cover structure with a vent is provided which includes a cooling fan, and a cover having a vent portion provided with a plurality of air-through holes through which air forced by the cooling fan escapes. The vent portion is formed spaced away from the cooling fan by a distance of about 6–10 mm. The distance of about 6–10 mm between the cooling fan and the over reduces the fluid flow noise.

Abstract: A cover structure with a vent is provided which includes a cooling fan, and a cover having a vent portion provided with a plurality of air-through holes through which air forced by the cooling fan escapes. The vent portion is formed spaced away from the cooling fan by a distance of about 6-10 mm. The distance of about 6-10 mm between the cooling fan and the cover reduces the fluid flow noise.

Abstract: A cover structure with a vent includes a cooling fan, and a cover having a vent portion provided with a plurality of air-through holes through which air forced by the cooling fan is escaped, the vent portion formed being spaced away from the cooling fan by a distance of about 6-10 mm. The distance of about 6-10 mm is an ideal gap between the cooling fan and the cover to reduce the fluid flow noise.

Abstract: A sequential driving type degaussing circuit includes a rotation direction and angle detector for generating each pulse by using a pair of photo sensors and slits to detect a rotation angle and a rotation direction of a television set when it is rotated manually by a viewer; a microcomputer for judging the direction and the angle of the television as rotated manually on the basis of an output pulse of the rotation direction and angle detector, judging the rotation direction and angle of the television when it is rotated automatically by a motor, and outputting a control signal to sequentially drive the degaussing circuit if it is judged that the television set was rotated more than a predetermined angle; and a degaussing circuit unit for sequentially driving one by one a plurality of degaussing circuits under the control of the microcomputer and performing a degaussing function of a CRT.