Abstract: A charger includes a housing defining a receiving cavity, two through holes defined in the housing communicating with the receiving cavity, two slots defined in the housing, a fuse and a spring member received in the receiving cavity, a cap movably coupled to the housing, and an anode contact. The anode contact abuts between the spring member and the fuse engaging with the cap. A hooks engages in the through holes to prevent the cap from detaching from the housing, being disengageable from the through holes when pushed by a pin inserted into the through holes allowing the spring member to push the cap to move until the hooks engage in the slots. The cap is rotated a predetermined angel until the hooks are slidably received in a receiving grooves, thereby allowing the cap to be detachable from the housing through the opening.

Abstract: A charger includes a housing defining a receiving cavity, two through holes defined in the housing communicating with the receiving cavity, two slots defined in the housing, a fuse and a spring member received in the receiving cavity, a cap movably coupled to the housing, and an anode contact. The anode contact abuts between the spring member and the fuse engaging with the cap. A hooks engages in the through holes to prevent the cap from detaching from the housing, being disengageable from the through holes when pushed by a pin inserted into the through holes allowing the spring member to push the cap to move until the hooks engage in the slots. The cap is rotated a predetermined angel until the hooks are slidably received in a receiving grooves, thereby allowing the cap to be detachable from the housing through the opening.

Abstract: A cosmetic case includes a base, first and second cover members, and first and second fastening units. The base confines a first receiving space that opens upwardly. The first cover member is connected pivotally to the base and is movable between covering and uncovering positions to cover and uncover the first receiving space. The second cover member is connected pivotally to and cooperates with the first cover member to confine a second receiving space, and is movable between covering and uncovering positions to cover and uncover the second receiving space. The first fastening unit is provided on the base and the first cover member for retaining releasably the first cover member at the covering position on the base. The second fastening unit is provided on the first and second cover members for retaining releasably the second cover member at the covering position on the first cover member.

Abstract: A cosmetic compact includes a cover and a base which is pivotably connected to the cover, and a two-sided mirror is pivotably connected between the cover and the base. Each of the cover and the base includes a heart-shaped recess for receiving cosmetic material therein. The cover can be engaged with the base by engaging a positioning plate on the cover with a protrusion on the base. The two-sided mirror includes two ears extending through two notches in a peripheral wall of the base so that the user may pivot the two-sided mirror by lifting the two ears.

Abstract: A makeup powder compact includes a case having a hourglass-shaped receiving space for storing makeup powder therein and an inner cap is engaged with the open top of the case. A central hole is defined through the inner cap and a plurality of apertures are defined through the inner cap and located beside the central hole. A rotatable cap is rotatably mounted to the inner cap and has a through hole which is aligned with the apertures of the inner cap by rotating the rotatable cap so as to pour the powder from aligned through hole and the apertures. A cover is mounted to the stepped protrusion of the case.

Abstract: Each of a method for fabricating a single microelectronic product within a plurality of fabrication facilities and a system for fabricating the single microelectronic product within the plurality of fabrication facilities employs a benchmarking of a tool utilization factor for a specific comparable tool group employed for fabricating the single microelectronic product. The benchmarking provides for development and implementation of revised tool operating procedures within the specific comparable tool group such as to effect optimized tool utilization factors within the specific comparable tool group.