Abstract: A protective structure for electrostatic discharge used to guide an electrostatic charge to a ground portion is provided, which comprises at least one press element and a masking piece, wherein an electrostatic charge near the press element is attracted by wrapping the press element with the masking piece, and then the attracted electrostatic charge is directed out of the press element, which greatly reduces the probability that the press element is interfered by the electrostatic charge and effectively shields the press element.

Abstract: The present invention relates to a hard disk module mounting structure provided at one end of a hard disk module receivable in one receiving chamber inside a mainframe shell of a notebook computer, which comprises two brackets respectively fixedly fastened to two opposite lateral sidewalls of the hard disk module near one end remote from an I/O port thereof; a mounting bar pivotally connected between said brackets; and at least one lug fixedly extended from one side of said mounting bar for fastening to said receiving chamber which enables the hard disk module to be conveniently detachably installed in said receiving chamber after the I/O port of the hard disk module being connected to a connector inside the receiving chamber.

Abstract: A wrist pad mounting arrangement which includes an elongated pad, two linkages respectively coupled between two opposite ends of the elongated pad and two opposite lateral sides of a mainframe of a notebook computer for permitting the elongated pad to be moved between a first position, in which the elongated pad is covered on a display unit, and a second position, in which the elongated pad is supported on a front side of the mainframe of the notebook computer in a sloping position for supporting the user's wrists and permitting the display unit to be opened from the mainframe of the notebook computer.

Abstract: A windblown-type heat-dissipating device is designed for use on a circuit board, such as a computer mother board, that is installed inside a computer casing having an air inlet, an air outlet, and air sucking means. The heat-dissipating device comprises a base plate; a plurality of heat-conductive members upright mounted on the base plate; and a plurality of air-guide walls, including a first air-guide wall which is arranged substantially in parallel to the first side of the base plate and near the air inlet; a second air-guide wall having a first end arranged on the third side of the base plate and a second end near the center of the base plate, forming a curved shape that can divert the air stream from the air inlet toward the air outlet, and which has a low portion and a high portion; and a third air-guide wall having a first end arranged at the corner between the third side and the fourth side of the base plate and a second end arranged toward the air outlet.