Abstract: The present invention provides a method of forming a phosphor film, comprising: providing phosphor powder having a particle size of less than 5 ?m; subjecting the phosphor powder to vibration so as to form an aerosol containing phosphor powder dispersed therein; and injecting the aerosol into a substrate at a high speed using carrier gas, such that the phosphor powder is impact-solidified on the substrate repeatedly moving at a predetermined speed.

Abstract: In one embodiment, this invention provides a class of androgen receptor targeting agents (ARTA). The agents define a new subclass of compounds, which are selective androgen receptor modulators (SARM). The SARM compounds have unexpected antiandrogenic activity of a nonsteroidal ligand for the androgen receptor. In one embodiment, the SARM compounds bind irreversibly to the androgen receptor In another embodiment, the SARM compounds are androgen receptor antagonists, which bind irreversibly to the androgen receptor. In another embodiment, the SARM compounds are alkylating agents.

Abstract: A method for preparing silver-containing polyesters includes: (a) preparing a reaction mixture of a carboxylic acid and an alcohol; (b) conducting esterification and polycondensation of the reaction mixture; and (c) adding a silver-containing agent into the reaction mixture so as to conduct the reduction of silver ions to silver particles in the reaction mixture.

Abstract: This invention provides a class of androgen receptor targeting agents (ARTA). The agents define a new subclass of compounds, which are selective androgen receptor modulators (SARM). Several of the SARM compounds have been found to have an unexpected androgenic and anabolic activity of a nonsteroidal ligand for the androgen receptor. Other SARM compounds have been found to have an unexpected antiandrogenic activity of a nonsteroidal ligand for the androgen receptor.

Abstract: A pad structure for a semiconductor package is provided by forming solder lands at predetermined locations on a printed circuit board. First circular pad portions are formed protruding laterally from upper surfaces of the solder lands. Second circular pad portions are formed protruding laterally from other lateral sides of the pads. The leads are secured to the pads of the semiconductor package so that, when the first and second circular pad portions are pushed laterally, the circular pad portions do not contact each other, thereby preventing short circuits.

Abstract: A pad structure for semiconductor package. A printed circuit board with solder lands formed on predetermined locations are provided. First circular pad portions are formed protruding laterally on upper surfaces of the solder lands. Second circular pad portions are formed protruding laterally from other lateral sides of the pads. The leads are secured to the pads of the semiconductor package so that when the first and second circular pad portions are pushed laterally, the circular pad portions do not contact each other, preventing short circuits.

Abstract: A pad structure for semiconductor package. A printed circuit board with solder lands formed on predetermined locations are provided. First circular pad portions are formed protruding laterally on upper surfaces of the solder lands. Second circular pad portions are formed protruding laterally from other lateral sides of the pads. The leads are secured to the pads of the semiconductor package so that when the first and second circular pad portions are pushed laterally, the circular pad portions do not contact each other, preventing short circuits.

Abstract: Disclosed is a method for measuring a door sealing gap of a vehicle in which a coordinate system is generated using reflectors and laser beams, and wherein 3D CAD data is trace-rotated using the coordinate system to measure a sealing gap for weather-stripping between a door panel and a side-out panel, in order to optimally facilitate weather-stripping design and placement to properly seal a door to a vehicle body when it is closed.

Abstract: Disclosed is an automated-guided vehicle having a driver, comprising an emergency stop switch for selecting an emergency stop and a release of the emergency stop of the driver; a state detector part for detecting a selection state of the emergency stop switch; and an emergency stop driving circuit for stopping in emergency an operation of the driver or releasing the emergency stop thereof according to a detection signal from the state detector part. With this configuration, where an emergency situation such as stoppage of the CPU occurs, the driver of the AVG can be stopped by the emergency stop switch, and therefore, the AGV can be more safely stopped.

Abstract: Disclosed is a method for measuring a door sealing gap of a vehicle in which a coordinate system is generated using reflectors and laser beams, and wherein 3D CAD data is trace-rotated using the coordinate system to measure a sealing gap for weather-stripping between a door panel and a side-out panel, in order to optimally facilitate weather-stripping design and placement to properly seal a door to a vehicle body when it is closed.

Abstract: Disclosed is a method for compensating the position of a robot using a laser measuring instrument by establishing an origin coordinate system; irradiating laser beams onto reflectors and calculating distances to the reflectors; converting the origin coordinate system to an established coordinate system; generating coordinates of an end of a lower tip of a welding gun; calculating a position and posture of the robot; teaching the robot four or more postures; uploading position coordinates of the robot and robot teaching program data to a main computer; determining if an error between CAD data and data modeled through simulation is less than a predetermined value, revising the data if it is not or completing compensation of positions of the welding gun, the robot and the jigs if it is; and downloading the robot teaching program to a robot controller.

Abstract: Disclosed is an automated-guided vehicle having a driver, comprising an emergency stop switch for selecting an emergency stop and a release of the emergency stop of the driver; a state detector part for detecting a selection state of the emergency stop switch; and an emergency stop driving circuit for stopping in emergency an operation of the driver or releasing the emergency stop thereof according to a detection signal from the state detector part. With this configuration, where an emergency situation such as stoppage of the CPU occurs, the driver of the AGV can be stopped by the emergency stop switch, and therefore, the AGV can be more safely stopped.

Abstract: The thermal conductivity of the alloy of the invention can achieve 146 W/m·K, an increase of 45% compared with that of common aluminum die casting alloy-ADC12. The casting defects like shrinkage cavity, micro-porosity and amount of dross also become much less than those of pure aluminum. Further, the fluidity and mold erosion resistance of this alloy is also better than that of pure aluminum and almost equivalent to that of ADC12. When the aluminum die casting alloy of the invention is applied to a heat sink, the thermal resistance is even lower than that of ADC12 and 1070 pure aluminum.

Abstract: A heat dissipation device with an optimal fin arrangement for cooling a CPU. The optimal angle, height, width, and shape of the fins provide superior heat dissipation. The heat dissipation device can be combined with a fan device to form a heat dissipating unit.

Abstract: A current frame containing a multiplicity of current block signals is predicted based on a previous frame by employing an apparatus which produces a predicted current block signal corresponding to each of the current block signals. The apparatus first calculates a correlation factor depicting an improved correlation between the current block signal and a corresponding predicted block signal selected from the previous frame based on an estimation of the motion between the current and the previous frames. Once the correlation factor is computed, the predicted current block signal is determined based on the correlation factor and the current and the predicted block signals.

Abstract: An improved rotor shaft for an alternator reduces the number of corresponding parts thereof. The rotor shaft includes a reinforced insert embedded within a shaft for preventing buckling, the shaft being molded using an engineering plastic; a threaded portion formed at one end of the shaft; a pulley engaging portion formed at the other end of the shaft; a rear bearing engaging portion inwardly formed from the pulley engaging portion; a spline inwardly formed from the rear bearing engaging portion for tightening the rotor; and a small diameter portion outwardly formed from the threaded portion.

Abstract: A motion vector detecting method determines a motion vector of a search block included in a search frame of a video signal by using motion vectors of processed neighboring blocks, wherein the search frame is divided into a multiplicity of blocks which include a set of processed blocks whose motion vectors have been determined, and the set of processed blocks contain the processed neighboring blocks which are neighboring blocks of the search block, by: (a) selecting an X-vector and an Y-vector among the motion vectors of the processed neighboring blocks, wherein the X-vector is a vector which is most similar to a horizontal vector the and the Y-vector is a vector which is most similar to a vertical vector, to thereby provide a group of candidate vectors which include the X-vector, the Y-vector and a 0 vector; (b) deciding a candidate motion vector among the group of candidate vectors; and (c) providing the candidate motion vector as the motion vector of the search block in case a distortion between the search

Abstract: A processing block is processed by using an extension-interpolation ("E-I") technique, wherein the processing block consists of N.times.

Abstract: An interface control circuit comprising a buffer, an inverter, an OR gate and delay means. The interface control circuit can be utilized in digital systems for communication handshaking such that a buffer output current will actively flow through line stray capacitance thereby greatly reducing the rise time from a LOW state to a HIGH state, or charges in the line stray capacitance will actively discharge through the buffer means if negative logic mode is used thereby enabling a great reduction in fall time, therefore a much faster and efficient digital system can be obtained through the use of the invention.