Abstract: A computer enclosure includes a chassis (10) and a carrying bracket (30,50) received in the chassis (10). The chassis (10) includes a bottom wall (11) and a rear wall (13) defining an opening (133). The carrying bracket (30,50) includes a base wall (31,51) mounted on the bottom wall (11) of the chassis (10) and a side wall (33,53) perpendicular to the base wall (31,51). The side wall (33,53) of the carrying bracket (30,50) is coupled to the opening (133) of the chassis (10). When users need to replace their motherboard with another type it is easy do so merely by replacing the carrying bracket with the appropriate one for the new motherboard, rather than replacing the whole computer enclosure.

Abstract: A data storage device assembly includes a plurality of data storage devices with at least one locking hole defined therein, a first bracket and a second bracket for receiving the data storage device, a sliding board slidably attached to sidewalls of the first bracket and the second bracket, and a rotating member. At least one locking portion is formed on the sidewall thereof, and each locking portion has a pin thereon for engaging in the locking hole of the data storage devices. The sliding board has at least one block for driving the locking portion. The block drives the locking portion to urge the pin of the locking portion to disengage from the locking hole of the data storage devices when the sliding board is moved in a first direction.

Abstract: An electronic appliance includes an enclosure and an internal device (50). The enclosure includes a bezel (10) defining at least one opening (111). A pair of slanting slideways (151) is defined in the bezel. A bracket (20) is slidably attached to inside of the bezel to cover said opening. A pair of pivots (23) is formed on each end of the bracket, for being received in the slideways. A pair of slanting surface (211) is defined on the bracket. A pair of springs (30) connects between the bracket and the bezel. A tray (51) of the internal device is ejected out to push against the slanting surfaces of the bracket, the bracket is thereby moved to expose said opening, and the tray is extended through said opening. The springs drive the bracket to cover said opening after the tray is retracted in the internal device.

Abstract: A computer enclosure includes a chassis (10) and a carrying bracket (30,50) received in the chassis (10). The chassis (10) includes a bottom wall (11) and a rear wall (13) defining an opening (133). The carrying bracket (30,50) includes a base wall (31,51) mounted on the bottom wall (11) of the chassis (10) and a side wall (33,53) perpendicular to the base wall (31,51). The side wall (33,53) of the carrying bracket (30,50) is coupled to the opening (133) of the chassis (10). When users need to replace their motherboard with another type it is easy do so merely by replacing the carrying bracket with the appropriate one for the new motherboard, rather than replacing the whole computer enclosure.

Abstract: A data storage device assembly includes a plurality of data storage devices with at least one locking hole defined therein, a first bracket and a second bracket for receiving the data storage device, a sliding board slidably attached to sidewalls of the first bracket and the second bracket, and a rotating member. At least one locking portion is formed on the sidewall thereof, and each locking portion has a pin thereon for engaging in the locking hole of the data storage devices. The sliding board has at least one block for driving the locking portion. The block drives the locking portion to urge the pin of the locking portion to disengage from the locking hole of the data storage devices when the sliding board is moved in a first direction.

Abstract: An electronic appliance includes an enclosure and an internal device (50). The enclosure includes a bezel (10) defining at least one opening (111). A pair of slanting slideways (151) is defined in the bezel. A bracket (20) is slidably attached to inside of the bezel to cover said opening. A pair of pivots (23) is formed on each end of the bracket, for being received in the slideways. A pair of slanting surface (211) is defined on the bracket. A pair of springs (30) connects between the bracket and the bezel. A tray (51) of the internal device is ejected out to push against the slanting surfaces of the bracket, the bracket is thereby moved to expose said opening, and the tray is extended through said opening. The springs drive the bracket to cover said opening after the tray is retracted in the internal device.