Abstract: An electronic assembly includes a supporting structure, a circuit board and at least one elastic component. The circuit board has at least one assembling hole and a first electrical connector, the circuit board is assembled to the supporting structure through the assembling hole, and the first electrical connector is adapted to connect to a second electrical connector. The elastic component is disposed at the assembling hole and includes at least one first compressible portion and a second compressible portion connected to each other. The first compressible portion is located outside the assembling hole and adapted to be compressed between the supporting structure and the circuit board along a first direction. The second compressible portion is located inside the assembling hole and adapted to be compressed between the supporting structure and the circuit board along a second direction and a third direction. The first, second and third directions are mutually perpendicular.

Abstract: A fan module and a fan rail thereof are provided. The fan module includes a fan, two fan rails, and a holder. The fan rails are disposed at both sides of the fan, in which each fan rail includes a main body and a ring, the main body has a first end and a sliding slot. The sliding slot is located at the first end. Each ring has a tab portion and a connecting portion, wherein the connecting portion has a protrusion buckled in the sliding slot. The fan is disposed in the holder by means of the fan rails, and a force is applied on the tab portion to make the protrusion slip in the sliding slot so that the ring suits to move back and forth on a longitudinal direction of the main body relatively to the main body so as to detach the fan from the holder.

Abstract: A fan module and a fan rail thereof are provided. The fan module includes a fan, two fan rails and a holder. The fan rails are respectively disposed at opposite sides of the fan, and each of the fan rails includes a main body and a ring-pull, wherein the ring-pull has a tab portion and a pivot portion, and the pivot portion is pivoted with a first end of the main body. The fan is installed in the holder through the fan rails. The fan is adapted to be drawn out from the holder in an unlock state by rotating the tab portion of each of the fan rails along the pivot portion with respect to the main body and applying a pulling force to the tab portion.

Abstract: A server chassis includes a frame for accommodating a plurality of data storage devices and at least one tray for disposing a circuit board. The frame is provided with a connector and the tray is provided with a signal bridge board electrically connecting the circuit board with the connector. The circuit board could be coupled with the data storage devices through the signal bridge board without any use of cables.

Abstract: A server chassis includes a frame for accommodating a plurality of data storage devices and at least one tray for disposing a circuit board. The frame is provided with a connector and the tray is provided with a signal bridge board electrically connecting the circuit board with the connector. The circuit board could be coupled with the data storage devices through the signal bridge board without any use of cables.

Abstract: A fan module and a fan rail thereof are provided. The fan module includes a fan, two fan rails and a holder. The fan rails are respectively disposed at opposite sides of the fan, and each of the fan rails includes a main body and a ring-pull, wherein the ring-pull has a tab portion and a pivot portion, and the pivot portion is pivoted with a first end of the main body. The fan is installed in the holder through the fan rails. The fan is adapted to be drawn out from the holder in an unlock state by rotating the tab portion of each of the fan rails along the pivot portion with respect to the main body and applying a pulling force to the tab portion.

Abstract: A fan module and a fan rail thereof are provided. The fan module includes a fan, two fan rails, and a holder. The fan rails are disposed at both sides of the fan, in which each fan rail includes a main body and a ring, the main body has a first end and a sliding slot. The sliding slot is located at the first end. Each ring has a tab portion and a connecting portion, wherein the connecting portion has a protrusion buckled in the sliding slot. The fan is disposed in the holder by means of the fan rails, and a force is applied on the tab portion to make the protrusion slip in the sliding slot so that the ring suits to move back and forth on a longitudinal direction of the main body relatively to the main body so as to detach the fan from the holder.

Abstract: A fixing device for fixing a fan to a bracket of a computer case includes a front frame, a latching member, and two lateral frames. The front frame is disposed against the bracket with an outer side, and at least one inserting column is protruded from an inner side of the front frame for being inserted into a screw hole of the fan. The latching member is an arched plate formed on an upper edge of the front frame with a bending portion extended downward, for being inserted into a latching hole of the bracket. The two lateral frames are perpendicularly extended from two opposite side edges of the inner side of the front frame, and each of the lateral frames has a positioning member for preventing the fan from moving away from the front frame, so as to hold and fix the fan between the two lateral frames.

Abstract: A fixing support of a data accessing device includes a frame body and a plurality of base posts. The top face of the frame body is used for supporting the data accessing device. Further, a plurality of leg bases is provided for supporting upwardly the top face of the frame body. A plurality of major holes is provided on the leg base. The edge of each major hole is formed with a minor hole facing toward the same side. Each base post faces each major hole and is fixedly provided on the casing, base body, top wall or side wall of the electronic product. Each base post is provided with a cap head thereon. An annular groove is formed between each cap head and the associated base post. With the above arrangement, each cap head can penetrate the associated major hole to fasten each minor hole into the annular groove, thereby to achieve the rapid assembling.

Abstract: A detachable electronic device mounting holder having an open chamber for holding an electronic device, the open chamber having a front open side and a rear open side for easy insertion of an electronic device and a cross bar at the rear open side for stopping the loaded electronic device in place, an elongated opening on an upper border of the mounting holder through which the electric wires of the electronic device are inserted into the open chamber and then extended out of the rear open side of the open chamber, and two U-shaped springy hooks respectively disposed at two sides for detachably securing the electronic device mounting holder to an apparatus case.

Abstract: A both-side-slot riser card structure includes a riser card vertically mounted on a bracket and corresponding to a slot of a motherboard of a computer. Two card slots are respectively mounted on two opposite lateral surfaces of the riser card for receiving a horizontally placed adapter. The horizontal placement of adapters economizes the use of space within the computer so that more adapters can be installed in a computer that has small inner space. Further, the bracket on which the both-side-slot riser card structure is mounted is substantially integrated with the chassis so as to enhance the structural stability of the computer.