Abstract: An exemplary computer enclosure includes a chassis, a latch member, and a cover plate. The chassis includes a rear panel, and an opening. The cover plate covers the opening and depends a flange with a pair of holes defined therein. The rear panel defines a pair of slots therein. The latch member is pivotably attached to the rear panel and includes a pair of spaced resilient arms. A pair of grooves and a pair of hooks are formed at opposite ends of the resilient arms. The grooves of the latch member engage with the rear panel adjacent the slots and the hooks movably engage in the through holes of the flange of the cover plate when the resilient arms are deformed.

Abstract: A cover mechanism includes a bezel (10), and a cover (30) movably attached to the bezel. The cover includes a pair of slideways (31) formed thereon, and a hook (33) defining a slot (335) therein. The bezel includes a plurality of shafts (19) extending from sidewalls (12) thereof to engage in the slideways, a channel (151) defined in the bezel to slidably receive the hook therein, and a pair of locating members (153) formed in two ends of the channel to selectively engage in the slot of the hooks.

Abstract: A computer enclosure includes a computer chassis (10), a locking member (30) and a side panel (40). The computer chassis includes a front panel (12), a rear panel (14), a top panel (16) and a bottom panel (18). Two of the panels perpendicularly respectively extend and form two flanges. The locking member is pivotally attached to one of the flanges of the computer chassis for movement between an open position and a closed position. A resilient member (50) is arranged between the side panel and the computer chassis. The resilient member includes an elastic portion (52). When the locking member is in the open position, the side panel turns around on the other one of the flanges via the elastic portion is pressed on said other one of the flanges.

Abstract: A computer bezel includes a main body (10), and a cover (30) movably attached to the main body. The cover includes a pair of slideways (31) formed thereon, and a hook (33) defining a slot (335) therein. The main body includes a plurality of shafts (19) extending from sidewalls (12) thereof to engage in the slideways, a channel (151) defined in the main body to slidably receive the hook therein, and a pair of locating members (153) formed in two ends of the channel to selectively engage in the slot of the hooks.

Abstract: A cover mechanism for protecting a storage device from contamination and included a bezel (1), a cover (2), a pair of resilient members (3), and a pair of relay members (4). The bezel includes an opening (12) defined therein for the storage device passing therethrough, a pair of passages (15) defined therein and besides the opening, and a pair of tabs (14) extending therefrom. Each tab includes a groove (142) therein. The cover includes a pair of flanges (24). Each flange includes a pivoting hole (244) defined therein, and a post (242) extending therefrom. The posts move along the grooves of the bezel. The relay members slidably receive in the passages and each include a shaft (41) pivotally engaging in the pivoting hole of the cover. Two ends of each of the resilient members are separately fixed to the cover and the bezel.

Abstract: A mounting apparatus includes a bracket (30), a retainer (50), and a slider (60). The bracket is for receiving a storage device (10) therein and includes a first sidewall (34) defining two pairs of apertures (344) therein. The slider is slidably attached to the first sidewall and includes two pairs of slideways (644), and a pair of resilient arms (623). The retainer is sandwiched between the first sidewall of the bracket and the slider and abutted against by the resilient arms. The retainer includes two pairs of posts (56) sliding along the slideways, and two pairs of pins (54) extending through the apertures to engage the storage device.

Abstract: A cover mechanism for protecting a storage device (7) includes a bezel (3), a cover (1), a resilient member (2), and a pair of relay members (4). The bezel defines an opening (31) for the storage device passing therethrough, and a pair of passages (36) for slidably holding the relay members therein. The cover includes a pair of connecting tabs (15) each defining a pivoting hole (151). Each of the relay members includes a shaft (41) pivotably received in a pivoting hole, and a body (43) sliding in a passage. Two ends of the resilient member are separately fixed to the cover and the bezel.

Abstract: A mounting apparatus includes a bracket (30), and a retainer (50) slidably attached to the bracket. The bracket is punched inwardly from a side panel (21) of an electronic device for receiving a storage device (1) therein. A frame (10) contains the storage device therein and includes a pair of posts extending from side plates thereof. The bracket includes a pair of opposite sidewalls (33) each defining a pair of slideways therein. The retainer includes a pair of wings (56) slidably attached to the sidewalls of the bracket. A catch (56) with a slopped edge (561) is formed in a rear portion of each of the wings. The posts of the frame slide in the slideways and engage the actuating portions of the catch to move the retainer away from the bracket. The storage device is securely mounted in the bracket, with the posts held by the catches.

Abstract: A computer enclosure includes a computer chassis (10), a locking member (30) and a side panel (40). The computer chassis includes a front panel (12), a rear panel (14), a top panel (16) and a bottom panel (18). Two of the panels perpendicularly respectively extend and form two flanges. The locking member is pivotally attached to one of the flanges of the computer chassis for movement between an open position and a closed position. A resilient member (50) is arranged between the side panel and the computer chassis. The resilient member includes an elastic portion (52). When the locking member is in the open position, the side panel turns around on the other one of the flanges via the elastic portion is pressed on said other one of the flanges.