Abstract: A structure and a formation method of a semiconductor device are provided. The method includes forming a first semiconductor fin and a second semiconductor fin over a semiconductor substrate. The second semiconductor fin is wider than the first semiconductor fin. The method also includes forming a gate stack over the semiconductor substrate, and the gate stack extends across the first semiconductor fin and the second semiconductor fin. The method further includes forming a first source/drain structure on the first semiconductor fin, and the first source/drain structure is p-type doped. In addition, the method includes forming a second source/drain structure on the second semiconductor fin, and the second source/drain structure is n-type doped.

Abstract: A decanter includes a first body and a second body mounted on the first body. The first body is provided with a bottle insert, a curved wine channel and a wine outlet. The curved wine channel has an opening and is provided with a plurality of stepped portions. The second body covers and closes the first body, and a mixing cavity is defined between the second body and the curved wine channel. The second body is provided with a plurality of stop plates. The stop plates and the stepped portions form a tortuous passage in the mixing cavity. In practice, when the wine in the wine bottle enters the mixing cavity, the wine hits and is stirred by the stepped portions and the stop plates to enhance the mixing effect of the wine and the air.

Abstract: A decanter includes a first body and a second body mounted on the first body. The first body is provided with a bottle insert, a curved wine channel and a wine outlet. The curved wine channel has an opening and is provided with a plurality of stepped portions. The second body covers and closes the first body, and a mixing cavity is defined between the second body and the curved wine channel. The second body is provided with a plurality of stop plates. The stop plates and the stepped portions form a tortuous passage in the mixing cavity. In practice, when the wine in the wine bottle enters the mixing cavity, the wine hits and is stirred by the stepped portions and the stop plates to enhance the mixing effect of the wine and the air.

Abstract: A foldable table includes a stand, a rack, multiple placement boxes, a platform, and a wine storage rack. The stand is foldable. The foldable table can function as a bar table, desk, counter, sink, water tank, cabinet, shelf, wine compartment, by provision of the rack, the placement boxes, the platform and the wine storage rack. The foldable table can be folded when not in use, thereby facilitating packaging, transportation and storage of the foldable table. The foldable table is expanded and folded easily and quickly. The foldable table is folded to have a smaller volume and to have the shape of a luggage, thereby facilitating the user carrying the foldable table.

Abstract: A fruit slicer includes a support base, a movable base movable relative to the support base, and at least two cutters each selectively mounted on the movable base to move in concert with the movable base and each movable to abut and press the support base. Thus, each of the cutters is detachably mounted on the movable base so that the movable base can co-operate with the cutters of different types and kinds to slice fruits with or without cores.

Abstract: A foldable table includes a stand, a rack, multiple placement boxes, a platform, and a wine storage rack. The stand is foldable. The foldable table can function as a bar table, desk, counter, sink, water tank, cabinet, shelf, wine compartment, by provision of the rack, the placement boxes, the platform and the wine storage rack. The foldable table can be folded when not in use, thereby facilitating packaging, transportation and storage of the foldable table. The foldable table is expanded and folded easily and quickly. The foldable table is folded to have a smaller volume and to have the shape of a luggage, thereby facilitating the user carrying the foldable table.

Abstract: A cup includes a hollow cup body, a floatable strainer floatably mounted in the cup body, and a movable handle movably mounted on the cup body. Thus, the floatable strainer is lifted in the cup body slowly and gradually during the tea brewing process so that the tea bag is spaced from the hot water during a determined period of time so as to prevent the tea bag from being soaked in the hot water too long and to prevent the tea contained in the receiving chamber of the cup body from being too dense so that the tea density in the receiving chamber of the cup body is kept at the optimum state.

Abstract: A corkscrew includes a support member having two opposite sliding slots, a movable rod slidably mounted in the sliding slots of the support member, a resting member mounted on the support member, a screw member mounted on the support member, a cover mounted on the support member, and a pull handle pivotally mounted on the cover and formed with a tongue located between the sliding slots of the support member and the movable rod. Thus, the angle between the pull handle and the support member is adjustable, so that the user can pull the pull handle upward relative to the support member to pull the cork of the bottle upward successively until the cork is removed from the bottle so as to remove the cork from the bottle easily and conveniently.

Abstract: A method for forming an outside layer on a curved surface and a kit for the same purpose is disclosed. The method here is achieved by the following steps: (a) providing an assembling kit containing a first set and a second set; (b) assembling the first set and a second set together to form an outside layer on the curved surface. The first set of the assembling kit consists of a central hexagon and three pentagons. The second set consists of one binding hexagon and two peripheral hexagons. As the first set and the second set is combined together, only one respective edge of the central hexagon abuts one corresponding edge of each binding hexagon.

Abstract: A method for forming an outside layer on a curved surface and a kit for the same purpose is disclosed. The method here is achieved by the following steps: (a) providing an assembling kit containing a first set and a second set; (b) assembling the first set and a second set together to form an outside layer on the curved surface. The first set of the assembling kit consists of a central hexagon and three pentagons. The second set consists of one binding hexagon and two peripheral hexagons. As the first set and the second set is combined together, only one respective edge of the central hexagon abuts one corresponding edge of each binding hexagon.