Abstract: A display device according to one or more embodiments includes a display device including a substrate including a display area and a non-display area, pixels in the display area above the substrate, an electrostatic discharge circuit in the non-display area above the substrate, a first line in the non-display area above the substrate, and configured to receive a first voltage, a second line in the non-display area above the substrate, and configured to receive a second voltage that is lower than the first voltage, a first connection line connected between the first line and the electrostatic discharge circuit under the first line on the substrate, and a second connection line connected between the second line and the electrostatic discharge circuit under the second line on the substrate.

Abstract: The present invention relates to an electronic apparatus and display apparatus, and method for driving the apparatuses, and the display apparatus according to an embodiment of the present invention may comprise: a resonance circuit unit for generating voltage by means of inductive electromotive force generated due to an external apparatus; a rectification unit for rectifying the output voltage of the resonance circuit unit; and a converter for outputting the rectified voltage of the rectification unit as the target voltage by varying duty on the basis of duty data and target voltage determined in accordance with the distance from the external apparatus.

Abstract: The present invention relates to a display apparatus and operational method therefor, and an electronic apparatus, and the display apparatus according to an embodiment of the present invention may comprise: a resonance circuit unit for generating voltage by means of inductive electromotive force generated due to an external apparatus; a capacitance variance unit for varying the capacitance (Cv) of the resonance circuit unit in order to control the resonance point thereof, the resonance point having been changed due to the distance from the external apparatus; and a display panel for implementing an image by means of the voltage.

Abstract: Disclosed is a wet suit, including: an upper jacket 100 for, putted on an upper body of a user, injecting or discharging air into an interior by the user's operation or a predetermined operation; a pair of lower pants 200 putted on a lower body of the user; and a propulsive generation portion 300 for, detachably putted on a waist of the user, generating a self-propulsive force according to the user's operation or a predetermined operation to generates a propulsive force for pushing water to a rear direction of the user.

Abstract: The present invention relates to a display apparatus and operational method therefor, and an electronic apparatus, and the display apparatus according to an embodiment of the present invention may comprise: a resonance circuit unit for generating voltage by means of inductive electromotive force generated due to an external apparatus; a capacitance variance unit for varying the capacitance (Cv) of the resonance circuit unit in order to control the resonance point thereof, the resonance point having been changed due to the distance from the external apparatus; and a display panel for implementing an image by means of the voltage.

Abstract: Disclosed is a wet suit, including: an upper jacket 100 for, putted on an upper body of a user, injecting or discharging air into an interior by the user's operation or a predetermined operation; a pair of lower pants 200 putted on a lower body of the user; and a propulsive generation portion 300 for, detachably putted on a waist of the user, generating a self-propulsive force according to the user's operation or a predetermined operation to generates a propulsive force for pushing water to a rear direction of the user.

Abstract: Disclosed is a display apparatus including: a wireless power receiver configured to wirelessly receive power from an external power source to supply power to the display apparatus; a display configured to display an image based on a received image signal; communication circuitry configured to communicate with the external module; information acquiring circuitry configured to acquire information about a distance between the display apparatus and a user; and a controller configured to determine consumption power of the display apparatus, to control the communication circuitry to provide information about the determined consumption power to the external module, and to reduce the consumption power of the display apparatus if it is determined based on the acquired information that the user is within a predetermined critical distance of the display apparatus. Thus electromagnetic waves harmful to a human body is controlled to reduce and/or eliminate an affect a user.

Abstract: The present invention relates to an electronic apparatus and display apparatus, and method for driving the apparatuses, and the display apparatus according to an embodiment of the present invention may comprise: a resonance circuit unit for generating voltage by means of inductive electromotive force generated due to an external apparatus; a rectification unit for rectifying the output voltage of the resonance circuit unit; and a converter for outputting the rectified voltage of the rectification unit as the target voltage by varying duty on the basis of duty data and target voltage determined in accordance with the distance from the external apparatus.

Abstract: An amphibious vehicle that travels in water by controlling a manipulating panel installed in a vehicle body in the case where the vehicle body enters water from land or from water to land is disclosed. The amphibious vehicle includes a pair of piston propellants mounted to a rear bumper of a vehicle body, a lift wing floating body mounted between a front wheel and a rear wheel inside the vehicle body, a secondary piston propellant which adjusts a moving direction with a proceeding direction and a brake direction of the vehicle body, and a manipulating panel positioned inside the vehicle body and mounted on a bottom surface of a front bumper of the vehicle body.

Abstract: Disclosed herein is an attachment removing device for a diamond tool used in a machining process such as cutting, grinding, polishing, drilling, or the like, for removing an attachment attached to the diamond tool. The attachment removing device for a diamond tool for removing an attachment attached to the diamond tool includes a cylindrical member; and a plurality of bristles each having one end connected to the cylindrical member.

Abstract: An amphibious flying vehicle, including a vehicle body; a gas turbine engine installed inside of the vehicle body; a hydrogen ion engine installed at a lower portion of the vehicle body; a pair of magic square permanent magnet sets installed at an upper portion of the vehicle body; a pair of electromagnetic coil guns installed at the lower side of the vehicle body; and a pair of front wheel and rear wheel electromagnetic road wheels fixed at the bottom surface of the vehicle body.

Abstract: Disclosed is a submarine and flying automobile including a submarine-shaped automobile body, a waterjet installed inside the automobile body, a gas turbine engine installed inside the automobile body, a pair of tandem rotors installed at a predetermined interval at a top of the automobile body, a bow trim tank and a stern trim tank which are installed at front and rear portions of an inside of the automobile body, a pair of trim lines configured to connect the bow trim tank and the stern trim tank, and a tail wing propelling part engaged to a rear portion of the automobile body.

Abstract: Disclosed is a display apparatus including: a wireless power receiver configured to wirelessly receive power from an external power source to supply power to the display apparatus; a display configured to display an image based on a received image signal; communication circuitry configured to communicate with the external module; information acquiring circuitry configured to acquire information about a distance between the display apparatus and a user; and a controller configured to determine consumption power of the display apparatus, to control the communication circuitry to provide information about the determined consumption power to the external module, and to reduce the consumption power of the display apparatus if it is determined based on the acquired information that the user is within a predetermined critical distance of the display apparatus. Thus electromagnetic waves harmful to a human body is controlled to reduce and/or eliminate an affect a user.

Abstract: Disclosed is an electric device for lifting a moving sidewalk for a vehicle which comprises a rubber belt that is installed on a roof of a drivable vehicle body; a moving sidewalk that has one end coupled to an edge of one side of the rubber belt, wherein the moving sidewalk extends to form a chain rail from the rubber belt toward the ground, and is folded at the time of non-use; a moving sidewalk lift that is configured to load a luggage thereon; a driving unit that is configured to provide a driving force for movement of the moving sidewalk lift; and a moving sidewalk robot that is configured to allow a saw-toothed wheel provided on the moving sidewalk lift to be horizontally balanced in an automatic manner while the saw-toothed wheel is moving along the chain rail 400 upon the rotation of the rubber belt.

Abstract: Disclosed is an electric device for lifting a moving sidewalk for a vehicle which comprises a rubber belt that is installed on a roof of a drivable vehicle body; a moving sidewalk that has one end coupled to an edge of one side of the rubber belt, wherein the moving sidewalk extends to form a chain rail from the rubber belt toward the ground, and is folded at the time of non-use; a moving sidewalk lift that is configured to load a luggage thereon; a driving unit that is configured to provide a driving force for movement of the moving sidewalk lift; and a moving sidewalk robot that is configured to allow a saw-toothed wheel provided on the moving sidewalk lift to be horizontally balanced in an automatic manner while the saw-toothed wheel is moving along the chain rail 400 upon the rotation of the rubber belt.

Abstract: An amphibious vehicle is capable of traveling on water by controlling a manipulation panel installed in the vehicle when the vehicle moves from land to water or from water to land.

Abstract: An improved floating circular hull construction arrangement. The hull is divided into sections by watertight flats. The flats are stiffened with angles or bulb tees curved to form concentric circles that are in turn supported by the radial girders spaced around the flats and spanning between the inner and outer-shells. In each section, longitudinal girders spaced radially around the inside of the outer-shell terminate at the flats and attach to the flats and do not penetrate the flats. The longitudinal girders are attached to flats aligned with the locations of the radial girders that extend across the flats to the inner and outer shells. A panel stiffening arrangement on the inner circumference of the outer shell is attached to the outer shell and the longitudinal girders. Longitudinal girders spaced around the outer circumference of the inner shell extend along the length of the inner shell and are attached to the radial girders.

Abstract: An improved floating circular hull construction arrangement. The hull is divided into sections by watertight flats. The flats are stiffened with angles or bulb tees curved to form concentric circles that are in turn supported by the radial girders spaced around the flats and spanning between the inner and outer-shells. In each section, longitudinal girders spaced radially around the inside of the outer-shell terminate at the flats and attach to the flats and do not penetrate the flats. The longitudinal girders are attached to flats aligned with the locations of the radial girders that extend across the flats to the inner and outer shells. A panel stiffening arrangement on the inner circumference of the outer shell is attached to the outer shell and the longitudinal girders. Longitudinal girders spaced around the outer circumference of the inner shell extend along the length of the inner shell and are attached to the radial girders.

Abstract: An improved floating circular hull construction arrangement. The hull is divided into sections by watertight flats. In each section, longitudinal stiffeners spaced around the inside of the outer shell terminate adjacent the flats and do not penetrate the flats. The longitudinal stiffeners are supported by full rings that are concentric with the center of the hull. The rings are received over the longitudinal stiffeners, extend radially inward and are laterally supported with members configured to act in tension in either axial direction and which are parallel to the longitudinal axis of the hull. Rings on the inner shell extend radially outward toward the outer shell and may be laterally supported similarly to the lateral supports of the outer shell. The flats are stiffened with angles or bulb tees curved to form concentric circles that are in turn supported with radial girders spaced around the flats and spanning between the inner and outer shells.

Abstract: An electrode structure of a plasma display panel and a method of driving sustaining electrodes in the plasma display panel that are capable of improving the brightness. In the electrode structure, refractive electrodes are connected to a sustaining electrode pair and are bent to generate a sustaining discharge at at least two positions within a cell.