Abstract: An outdoor unit of an air conditioner may include a compressor with a power terminal that protrudes from an upper surface thereof, and a terminal cover assembly coupled to the upper surface of the compressor to cover the power terminal. The terminal cover assembly may include a gasket disposed on the upper surface of the compressor; a terminal cover coupled to an upper surface of the gasket; and one or more fastening members that secures the gasket and the terminal cover to the compressor. The terminal cover may be formed of a metal material.

Abstract: An outdoor unit of an air conditioner may include a compressor having a power terminal and a discharge port that protrudes from an upper surface thereof, and a fixing bracket coupled at a point on the upper surface of the compressor that is spaced apart from the power terminal and the discharge port. The fixing bracket may be provided with a hanging hole to which a hoist may be hooked and a sensor holder on which a temperature sensor may be mounted.

Abstract: Disclosed is a display unit of an air conditioner for displaying various kinds of information desired by users. The display unit of an air conditioner includes an interface for receiving information, desired by a user, from the outside of the air conditioner; and an information display panel for displaying the information transmitted through the interface, in a manner required by the user. The display unit of the air conditioner is simply used, and displays various kinds of information in the manner required by the user.

Abstract: A design of a bobbin for stacking a superconducting coil used in a DC reactor of a current limiting device for limiting fault current of an electric power system, is provided. The design of the bobbin overcomes difficulties of windings and problems including insulation between coils, difficulty in design of shape of bobbin, increase of joints, and degradation of stability caused during transposing of stacked windings of the superconducting coil. A superconducting coil is not quenched at a normal state, but the superconducting coil is quenched upon occurrence of fault current. When such is a case, current generally flows along the lowest resistance path, and the portion of the superconducting coil is overheated.