Abstract: A semiconductor device and method of manufacturing the same are provided. The semiconductor device includes a substrate and a gate structure disposed on the substrate. The semiconductor device also includes a source region and a drain region disposed within the substrate. The substrate includes a drift region laterally extending between the source region and the drain region. The semiconductor device further includes a first stressor layer disposed over the drift region of the substrate. The first stressor layer is configured to apply a first stress to the drift region of the substrate. In addition, the semiconductor device includes a second stressor layer disposed on the first stressor layer. The second stressor layer is configured to apply a second stress to the drift region of the substrate, and the first stress is opposite to the second stress.

Abstract: A mounting nail is disclosed. The nail has a nail body and the edge around the nailing leg of the nail is formed into protruded section facing upward. The protruded section corresponding to the upper surface of the nailing leg and the nailing leg corresponding to the circumferential face has an inclination angle of less than 90 degree, and the lower surface of the protruded section is upwardly inclined. When a mounting nail is mounted into an object, the protruded section will hook onto the object. Thus, the object is secured and fastened without dislocation.

Abstract: An attachment table that is space-saving, allows easy operation and effectively provides additional scope for application, comprised of a folding structure and a support structure; the former including two tops foldable to each other, a pivot being respectively provided at both ends on one side top to stride over a rod; and the latter being provided at an free end of another top and being retractable to allow the tops take advantage of the adjustable support structure to rest on the rod on the other side when both tops being outwardly extended.

Abstract: The present invention relates to a wire retainer of a stapler that is applicable for stapling objects with different staple size, and such stapler comprises a groove bracket being disposed at the bottom edge between two side casings for accommodating the staples; a staple roller assembly being disposed on the groove bracket; a staple plate being disposed at the front edge of the side casing for shooting the staple; characterized in that: a detachable wire retainer being disposed at the front edge of the staple plate of the stapler such that the user can switch the wire retainer of different specifications, and maintain a smooth and stable stapling working surface for different stapler specifications without a need of switching the stapler. The present invention effectively improves the current existing stapler that can only fit a single specification to attain the purpose of convenient operation.

Abstract: A self-positioning structure with adjustable frame body is disclosed. The structure comprises a main frame body and a rotating body pivotally mounted to each other, characterized in that a pivotal sleeve is mounted to the main frame body and the upper section of the interior of the pivotal sleeve is a pivotal shaft for pivoting the rotating frame body, and the bottom end of the pivotal sleeve is mounted with a teethed sleeve inserted to the interior thereof, one end of the rotating body is downwardly formed into an extension section for inserting into the pivotal shaft, and the extension section is inserted beyond one end of the pivotal shaft and is mounted with a teethed block, a compression spring is supported by the teethed block and the bottom end of the pivotal shaft, and the teethed block is in engagement with the teethed sleeve, thereby a self-positioning structure with accurate angle of positioning angle is obtained.

Abstract: The present invention relates to a wire retainer of a stapler that is applicable for stapling objects with different staple size, and such stapler comprises a groove bracket being disposed at the bottom edge between two side casings for accommodating the staples; a staple roller assembly being disposed on the groove bracket; a staple plate being disposed at the front edge of the side casing for shooting the staple; characterized in that: a detachable wire retainer being disposed at the front edge of the staple plate of the stapler such that the user can switch the wire retainer of different specifications, and maintain a smooth and stable stapling working surface for different stapler specifications without a need of switching the stapler. The present invention effectively improves the current existing stapler that can only fit a single specification to attain the purpose of convenient operation.

Abstract: A trouble shooting mechanism to fast remove jammed staples in a carpenter's stapler to promote easy operation and economic benefits of the stapler by providing a retractable receiver cover at the striking unit, wherein U-shape stapler may be inserted or removed as desired and the end cover may be forthwith removed for troubleshooting in case of jammed staples without having to remove the staple drive unit.

Abstract: A detachable insulation wire-pressing element of a stapling device is disclosed. The wire-pressing element has a wire-pressing section at the center of the element and the bottom face of the wire-pressing section is provided with a wire slot having an opening facing downward the two sides of the wire-pressing section are respectively provided with a corresponding nailing hole, and the nailing hole is corresponding to a staple-impacting plate of the stapling device, thereby a wire-pressing element is formed. When the front edge of the wire-pressing element is aligned with the front edge of the stapling device the nailing holes are corresponding to the staple-impacting plate of the stapling device, and thereby a staple row utilized in the stapling device and by aligning the wire-pressing element with the front edge of the stapling device, the wire-pressing element can be used to secure insulation wires. The wire-pressing element can be utilized in stapling device for outdoors and indoors.

Abstract: An improved structure of a cable pin is disclosed. The cable pin has a An improved structure of a cable pin having a cable-pressing body for pressing against a cable, characterized in that the top face of the body is provided with a pin slot corresponding to a cable pin, and the center bottom face of the body is formed into a downward facing notch being elongated, flat as a first cable slot, the center top face of the first cable slot is formed into a second cable slot, wherein the width of the second pin slot is narrower than the width of the first cable slot, thereby the cable pin structure can be employed to fasten cable of various sizes and shapes without damaging the cable.

Abstract: A detachable insulation wire-pressing element of a stapling device is disclosed. The wire-pressing element has a wire-pressing section at the center of the element and the bottom face of the wire-pressing section is provided with a wire slot having an opening facing downward the two sides of the wire-pressing section are respectively provided with a corresponding nailing hole, and the nailing hole is corresponding to a staple-impacting plate of the stapling device, thereby a wire-pressing element is formed. When the front edge of the wire-pressing element is aligned with the front edge of the stapling device the nailing holes are corresponding to the staple-impacting plate of the stapling device, and thereby a staple row utilized in the stapling device and by aligning the wire-pressing element with the front edge of the stapling device, the wire-pressing element can be used to secure insulation wires. The wire-pressing element can be utilized in stapling device for outdoors and indoors.

Abstract: A staple magazine for a stapler includes an outer U-shaped frame, and an inner U-shaped frame mounted within the outer U-shaped frame thereby forming two grooves at two sides between the outer and inner U-shaped frames, characterized in that the inner U-shaped frame has two lateral side walls, a large rectangular stop plate and a small rectangular stop plate, the large and small rectangular stop plates being formed at a front end of the inner U-shaped frame and making an angle of 90 degrees with respect to the side walls, the stop plates being of different width and spaced apart by a vertical slot.