Abstract: A display structure of a slip-cover-hinge electronic device, which includes a housing, a display module, two track modules and a flexible-printed-circuit module, is disclosed. The housing has an accommodated cavity formed with a bottom wall, two parallel slots formed respectively at two opposite ends of the bottom wall, and a passageway formed between the two slots and on the bottom wall. The display module is connected within the cavity. Each track module has a track disposed on the opposite ends of the bottom wall and a skid slidably arranged onto the corresponding tracks for gliding in corresponding slots. The flexible-printed-circuit module has at least a flexible-printed-circuit member, which includes an electrical connection portion and a resilient portion flexibly extending from the electrical connection portion. The resilient portion extends out of the passageway of the housing, and the resilient portion is partially self-overlapped to be capable of stretching outwardly.

Abstract: A display structure of a slip-cover-hinge electronic device, which includes a housing, a display module, two track modules and a flexible-printed-circuit module, is disclosed. The housing has an accommodated cavity formed with a bottom wall, two parallel slots formed respectively at two opposite ends of the bottom wall, and a passageway formed between the two slots and on the bottom wall. The display module is connected within the cavity. Each track module has a track disposed on the opposite ends of the bottom wall and a skid slidably arranged onto the corresponding tracks for gliding in corresponding slots. The flexible-printed-circuit module has at least a flexible-printed-circuit member, which includes an electrical connection portion and a resilient portion flexibly extending from the electrical connection portion. The resilient portion extends out of the passageway of the housing, and the resilient portion is partially self-overlapped to be capable of stretching outwardly.

Abstract: A light docking station applied to at least one portable electronic device, including: a bottom board module, a casing module, a circuit module, a first input/output module, a second input/output module, and a retaining module. The casing module has a casing mating with the bottom board module. The circuit module is disposed inside the casing of the casing module. The first input/output module is disposed on the casing of the casing module and electrically connected between the circuit module and a plurality of different peripherals. The second input/output module is disposed on the casing of the casing module and electrically connected between the circuit module and an external connector of the portable electronic device. The retaining module is disposed on a top side of the casing in order to mate with two retaining grooves that are disposed on a bottom side of the portable electronic device.

Abstract: A docking station applied to a portable electronic device includes a casing module, a circuit module, a first input/output module and a second input/output module. The casing module has a casing, an opening formed on the casing, and a cover pivoting around the casing in order to selectively open or close the opening. The circuit module is disposed inside the casing. The first input/output module is disposed on the casing and electrically connected between the circuit module and a plurality of different peripherals. The second input/output module is disposed on the casing and electrically connected between the circuit module and an external connector of the portable electronic device. Therefore, when a rear side of the portable electronic device pushes the cover, the cover is opened in order to make one part of the rear side of the portable electronic device pass through the opening and receive in the casing.

Abstract: A supporting frame for supporting a portable computer includes two supporting parts, a front linking rod, a rear linking rod, and a rotating element. The supporting parts are individually installed at two ends of the front linking rod and the rear linking rod and are connected with the front linking rod and the rear linking rod. The rotating element is rotatably wedged and fastened to the rear linking rod. The user can place a portable computer on the supporting surface formed by the supporting parts. It is convenient for the user to type. Alternatively, the user can put the portable computer in an upright position. The user can adjust the angle of the rotating element to change the angle of the portable computer to meet the user's requirements.

Abstract: A support structure is provided to accommodate a flat computer thereon and allows convenient viewing and manipulation of the flat computer. The support structure has a socle, a carrier platform, a first bi-directional adjustment mechanism, fixedly mounted to the socle, a second bi-directional adjustment mechanism, fixedly mounted to the carrier platform, and a connecting rod having two ends. One end of the connecting rod is connected to the first bi-directional adjustment mechanism, and the other end is connected to second bi-directional adjustment mechanism so as to enable adjustment of the inclination angle of the carrier platform and the connecting rod relative to the socle.