Abstract: A foldable supporting device for supporting a display is provided. The foldable supporting device comprises a first plate, a second plate, a rotating module, and a supporting element. The first plate and the second plate are able to transform between a folding position and a supporting position by using the rotating module, and the supporting element is able to accept the display.

Abstract: A foldable supporting device for supporting a display is provided. The foldable supporting device comprises a first plate, a second plate, a rotating module, and a supporting element. The first plate and the second plate are able to transform between a folding position and a supporting position by using the rotating module, and the supporting element is able to accept the display.

Abstract: A hydroxyl-covered silicon quantum dot nanoparticle having a silicon core, a plurality of silicon quantum dots, and a plurality of hydrocarbon chains is illustrated. A first portion of a surface associated with the silicon core is passivated by a plurality of silicon hydroxyl groups (Si—OH). The silicon quantum dots are attached to a second portion of the surface associated with the silicon core. The hydrocarbon chains are bonded to each of the silicon quantum dots through a plurality of silicon carbide bonds (Si—C), wherein each termination of the hydrocarbon chains has a carbon hydroxyl group (C—OH), such that the hydroxyl-covered silicon quantum dot nanoparticle is thoroughly covered by the carbon hydroxyl groups (C—OH) and the silicon hydroxyl groups (Si—OH).

Abstract: Disclosed is a supporting stand for a display device, which includes: a base; an upright connected to the base; a holding unit connected to the upright and including a bracket, wherein the bracket has an anode conductive portion and a cathode conductive portion to provide electrical contacts for the display device; an electrical function unit disposed within the base; and an electrical connection unit electrically connecting the electrical function unit to the anode and cathode conductive portions of the bracket. Accordingly, the display device can be disposed in contact with the anode and cathode conductive portions of the bracket when being mounted on the bracket, and be electrically connected to the electrical function unit at the base by the electrical connection unit.

Abstract: Disclosed is a supporting stand for a display device, which includes: a base; a frame body connected to the base for holding the display device and rotatable with respect to the base; an electrical function unit disposed within the base; and an electrical connection unit extending through the interior of the frame body to provide an electrical connection between the display device and the electrical function unit. The electrical connection unit includes a main cable that has a reserve section with a cable length larger than the corresponding minimal pathway distance. Accordingly, when the frame body rotates, the main cable can adjust itself to the rotation of the frame body by cable twisting at the reserve section.

Abstract: A hydroxyl-covered silicon quantum dot nanoparticle having a silicon core, a plurality of silicon quantum dots, and a plurality of hydrocarbon chains is illustrated. A first portion of a surface associated with the silicon core is passivated by a plurality of silicon hydroxyl groups (Si—OH). The silicon quantum dots are attached to a second portion of the surface associated with the silicon core. The hydrocarbon chains are bonded to each of the silicon quantum dots through a plurality of silicon carbide bonds (Si—C), wherein each termination of the hydrocarbon chains has a carbon hydroxyl group (C—OH), such that the hydroxyl-covered silicon quantum dot nanoparticle is thoroughly covered by the carbon hydroxyl groups (C—OH) and the silicon hydroxyl groups (Si—OH).

Abstract: Disclosed is a supporting stand for a display device, which includes: a base; a frame body connected to the base for holding the display device and rotatable with respect to the base; an electrical function unit disposed within the base; and an electrical connection unit extending through the interior of the frame body to provide an electrical connection between the display device and the electrical function unit. The electrical connection unit includes a main cable that has a reserve section with a cable length larger than the corresponding minimal pathway distance. Accordingly, when the frame body rotates, the main cable can adjust itself to the rotation of the frame body by cable twisting at the reserve section.

Abstract: Disclosed is a supporting stand for a display device, which includes: a base; an upright connected to the base; a holding unit connected to the upright and including a bracket, wherein the bracket has an anode conductive portion and a cathode conductive portion to provide electrical contacts for the display device; an electrical function unit disposed within the base; and an electrical connection unit electrically connecting the electrical function unit to the anode and cathode conductive portions of the bracket. Accordingly, the display device can be disposed in contact with the anode and cathode conductive portions of the bracket when being mounted on the bracket, and be electrically connected to the electrical function unit at the base by the electrical connection unit.