Abstract: A fixture device includes an elongated body having at least two guide portions at two end sections thereof and a thread-coupling portion at a central section thereof, at least two latch members movably inserted through the guide portions to enable the guide portions move along axes of the latch members when the elongated body receives an external force, and an actuation bolt screwingly threaded through the thread-coupling portion and having an abutting part at a bottom thereof. Each latch member has a stop part to prevent the guide portions from upwardly escaping from the tops of the latch members. When being installed in a heat-dissipating module, the fixture device is combined with a heat-dissipating device which includes a bottom board and an integrated body formed by a plurality of fins, and the actuation bolt is inserted through a through hole passed through the center of the integrated body.

Abstract: A conductive component has a housing and a conductor. The housing is conductive and has a contact end, a distal end, a through hole and an inner surface. The through hole is formed through the contact end and the distal end. The conductor is mounted movably in the through hole of the housing and has a distal end, a proximal end, a conducting portion and a side wall. The proximal end of the conductor is held in the through hole of the housing. The conducting portion is formed on and protrudes out from the proximal end of the conductor and protrudes out from the contact end of the housing. The side wall corresponds to and abuts the inner surface of the housing. Because the conductor has an increased surface to contact with the inner surface of the housing, the battery holder has an improved current tolerance.