Abstract: Semiconductor structures and methods of forming the same are provided. An exemplary semiconductor structure includes a substrate, a dielectric layer over the substrate, memory cells disposed in the dielectric layer, and a metal line above the memory cells. Each of the memory cells includes, from bottom to top, a bottom electrode, a memory material layer stack, and a top electrode. A bottom surface of the metal line has a continuously flat portion that directly interfaces each of the top electrodes of the memory cells.

Abstract: A computer supporter comprises a stand post. A surface of the stand post has a plurality of T shape protrusions axially arranged along the stand post. Each two T shape protrusions are formed with a sliding recess. A sliding block has a surface being installed with a plurality of sliding tracks. Each sliding track has an ? shape cross section; each sliding track passing through a respective one of the sliding recess. The sliding track is slidable along the sliding recess. A clamping seat is formed at one end of the supporting frame. The clamping seat is capable of being adhered to the surface of the stand post. The supporting frame has a groove for receiving the sliding block. Studs pass through the holes of the supporting frame and the screw holes of the sliding block so as to fix the supporting frame to the screw holes.

Abstract: A computer supporter comprises a stand post. A surface of the stand post has a plurality of T shape protrusions axially arranged along the stand post. Each two T shape protrusions are formed with a sliding recess. A sliding block has a surface being installed with a plurality of sliding tracks. Each sliding track has an ? shape cross section; each sliding track passing through a respective one of the sliding recess. The sliding track is slidable along the sliding recess. A clamping seat is formed at one end of the supporting frame. The clamping seat is capable of being adhered to the surface of the stand post. The supporting frame has a groove for receiving the sliding block. Studs pass through the holes of the supporting frame and the screw holes of the sliding block so as to fix the supporting frame to the screw holes.

Abstract: A universal adaptor used in a display comprises a retaining seat formed by punching a metal plate; the retaining seat being fixed to a wall by a stud; an adapting seat having an inward protruded dome-like surface; a rotary seat locked to a backside of a liquid crystal display; the rotary seat having a forward protruded dome-like surface matched to the dome-like surface of the adapting seat; a clamping element having a dome-like shape matched to the dome-like surface of the adapting seat; a plurality of elastic pad; each elastic pad having a round pad; a center of each elastic pad having a round hole; a plurality of elastic pads being linearly arranged so as to combined as a strong elastic element; and a stud having a rectangular end portion.