Abstract: The present invention relates to an apparatus and a method for setting up a board ID of a board used for a controller in a HVDC system that is capable of shortening inspection time of a board by easily identifying a location and a type of the board for inspection mounted. The apparatus for setting up a board ID of a board used for a controller in a HVDC system in the present invention comprises: IO boards for controlling submodules; a main board for managing the at least one IO board, and a backplane for connecting the main board with the at least one IO board.

Abstract: A gas circuit breaker of a gas-insulated switchgear is proposed. The gas circuit breaker includes a driving part (10) that operates when fault current occurs, and a fixed part (20) that is coupled to and separated from the driving part (10), thereby establishing electric connection. The driving part (10) includes a first main electrode (12) and a first arc electrode (14). The fixed part (20) includes a second main electrode (22) that is coupled to and separated from the first main electrode (12). The fixed part (20) also includes a second arc electrode (24). The first arc electrode (14) and the second arc electrode (24) are separated after separation of the first and second main electrodes (12, 22), thereby generating an arc. A first activation lever (30) is connected to a first connection link (19). A second activation lever (40) is connected to the first activation lever (30).

Abstract: The present disclosure relates to a method of accelerating a flow velocity in a lateral-flow microfluidic chip in which an analysis time is not delayed while sequential reactions are possible in the lateral-flow microfluidic chip by accelerating a flow velocity in at least a section of a channel, it is easy to manufacture the microfluidic chip for applying the method, and it is possible to mass-produce the microfluidic chip, and more particularly, by increasing a vapor pressure around a specific channel, a flow velocity of a fluid in the corresponding channel is accelerated.

Abstract: A computer having a computer main body mounted with a plurality of hardware, the computer also having: a port part provided on a part of the main body and having at least one port; a cover slidably connected to the computer main body to open and close the port part; and a guide gear, provided between the cover and the port part, to guide the cover to slide between an open position, at which the cover opens the port part, and a closed position, at which the cover closes the port part. Thus, the cover slides smoothly to open and close the port part.

Abstract: A computer having a main cabinet to which a hard disk drive can be mounted easily and quickly, comprises a hard disk casing having a support bracket with an opening and a movable bracket. The support bracket is installed on the main cabinet, and receives at least one hard disk drive through the opening. The movable bracket closes at least a part of the opening of the support bracket and comprises a hinge part movably supporting the movable bracket relative to the support bracket, and at least one first supporting projection projected from a plane of the movable bracket toward the opening and inserted into a first screw hole provided in a first side of the hard disk drive at a closing position of the movable bracket to support the hard disk drive.

Abstract: A computer having a computer main body mounted with a plurality of hardware, the computer also having: a port part provided on a part of the main body and having at least one port; a cover slidably connected to the computer main body to open and close the port part; and a guide gear, provided between the cover and the port part, to guide the cover to slide between an open position, at which the cover opens the port part, and a closed position, at which the cover closes the port part. Thus, the cover slides smoothly to open and close the port part.

Abstract: A computer includes a main casing having an opening to accommodate a plurality of hardware components, a movable casing rotatably combined to the main casing to cover and uncover the opening of the main casing, and a stopper located on one of the main casing and the movable casing. The stopper rotates between a stop position, at which the stopper prevents the movable casing from closing the opening at a predetermined angle, and a withdrawal position at which the stopper allows the movable casing to close the opening. Thus, the movable casing rotatably combined to the main casing, is stopped from closing the opening of the main casing while a casing of the computer is opened to replace or repair hardware components, thereby preventing accidents.

Abstract: A computer having a main cabinet to which a hard disk drive can be mounted easily and quickly, comprises a hard disk casing having a support bracket with an opening and a movable bracket. The support bracket is installed on the main cabinet, and receives at least one hard disk drive through the opening. The movable bracket closes at least a part of the opening of the support bracket and comprises a hinge part movably supporting the movable bracket relative to the support bracket, and at least one first supporting projection projected from a plane of the movable bracket toward the opening and inserted into a first screw hole provided in a first side of the hard disk drive at a closing position of the movable bracket to support the hard disk drive.

Abstract: A computer includes a main casing having an opening to accommodate a plurality of hardware components, a movable casing rotatably combined to the main casing to cover and uncover the opening of the main casing, and a stopper located on one of the main casing and the movable casing. The stopper rotates between a stop position, at which the stopper prevents the movable casing from closing the opening at a predetermined angle, and a withdrawal position at which the stopper allows the movable casing to close the opening. Thus, the movable casing rotatably combined to the main casing, is stopped from closing the opening of the main casing while a casing of the computer is opened to replace or repair hardware components, thereby preventing accidents.

Abstract: A low power-consumption keyboard with a pointing device attachable thereto and for use with the same comprises: a battery for supplying a power source voltage for the keyboard; a key matrix having a set of keys for generating a key code corresponding to a depressed key of the keys; a key function indicator for indicating a key function state corresponding to a depressed specific function key of the keys; a controller for selectively controlling the key code to be transmitted to the computer system by either wire communication or wireless communication; and a wireless transceiver for converting the key code into a wireless signal and for transmitting the wireless signal to the computer system. With this construction, the key function indicator is disabled during wireless communication and enabled during wire communication.