Abstract: A computer enclosure includes a chassis (10), a resilient locking member (20), a cover (40), and a resilient member (30). The chassis comprises a bottom plate (12) and a side plate (16). The side plate defines a through opening (162) therein and has a flange (164) with slits (166) defined therein. The locking member is secured on the bottom plate and abuts on the side plate. A locking tab (244) with a slanted surface (246) extends from the locking member. The cover has a plurality of hooks (42) formed thereon. A blocking tab (442) is formed on the cover. The resilient member is secured between the side plate of the chassis and the cover, and resiliently deforms when the blocking tab of the cover is engaged with the locking tab of the locking member to block the cover sliding in a second direction parallel to the side plate.

Abstract: A mounting assembly for a cover of a computer enclosure includes a chassis (40) having a side panel, at least one locking member (20) securely attached to the chassis (40), a cover (10) adapted to be slidably mounted to the chassis (40) and at least one jacking member (30) movably mounted to the chassis (40). A projecting tab (122) extends from a side panel (12) of the cover (10) and a stopping tab (123) extends from an inner side of the side panel (12) thereof. The jacking member (30) has a jacking portion (32) and a pressed portion (34). The jacking portion (32) is inserted between the locking member (20) and the side panel (41) of the chassis (40) for keeping the locking member (20) disengaging from the stopping tab (123). The pressed portion (34) is pressed by the projecting tab (122) for retracting the jacking portion (32).

Abstract: A computer enclosure includes a chassis (90), a cover (10) and a resilient member (50). The chassis includes a recess (911) and at least one locking member (70). A cover is mounted on the chassis. The cover has a stop (115) adapted to engage with the locking member for securing the cover on the chassis. The resilient member is attached to the cover and compressed in the recess for forcing the cover to move away from the chassis when the locking member is disengaged from the stop.

Abstract: A latch for securing a cover (10) to a base (40) includes a projecting tab (145) on one of the cover and the base, a mounting member (50) and a resilient member (70). The projecting tab engages with the mounting member so that the cover engages with the base. The mounting member is deformable. The resilient member is compressed by the mounting member. When the mounting member is deformed, the resilient member is released to urge the mounting member to disengage from the projecting tab thereby removing the cover from the base.

Abstract: A computer enclosure includes a chassis (10), a resilient locking member (20), a cover (40), and a resilient member (30). The chassis comprises a bottom plate (12) and a side plate (16). The side plate defines a through opening (162) therein and has a flange (164) with slits (166) defined therein. The locking member is secured on the bottom plate and abuts on the side plate. A locking tab (244) with a slanted surface (246) extends from the locking member. The cover has a plurality of hooks (42) formed thereon. A blocking tab (442) is formed on the cover. The resilient member is secured between the side plate of the chassis and the cover, and resiliently deforms when the blocking tab of the cover is engaged with the locking tab of the locking member to block the cover sliding in a second direction parallel to the side plate.

Abstract: A retaining device includes a computer cage (30), a drive bracket (20) for receiving a storage device, a displacing assembly (40) movably combining the drive bracket and the computer cage together. The displacing assembly includes a first fixing member (42) slidably attached to the bottom of the drive bracket, a second fixing member (44) secured in the computer cage, and a pair of connecting members (46) pivotably disposed between the first fixing member and the second fixing member. The connecting member comprises a first post (462), and a second post (464) parallel to the first post. The first and second fixing member each define a corresponding semicircular slot (424,442) to engagingly receiving the posts. The drive bracket is moved in and out form the computer cage, with the first and second posts of the connecting member pivotally engaging in the semicircular slots of the first and the second fixing member.

Abstract: A computer enclosure includes a chassis (90), a cover (10) and a resilient member (50). The chassis includes a recess (911) and at least one locking member (70). A cover is mounted on the chassis. The cover has a stop (115) adapted to engage with the locking member for securing the cover on the chassis. The resilient member is attached to the cover and compressed in the recess for forcing the cover to move away from the chassis when the locking member is disengaged from the stop.

Abstract: A latch for securing a cover (10) to a base (40) includes a projecting tab (145) on one of the cover and the base, a mounting member (50) and a resilient member (70). The projecting tab engages with the mounting member so that the cover engages with the base. The mounting member is deformable. The resilient member is compressed by the mounting member. When the mounting member is deformed, the resilient member is released to urge the mounting member to disengage from the projecting tab thereby removing the cover from the base.

Abstract: A mounting assembly for a cover of a computer enclosure includes a chassis (40) having a side panel, at least one locking member (20) securely attached to the chassis (40), a cover (10) adapted to be slidably mounted to the chassis (40) and at least one jacking member (30) movably mounted to the chassis (40). A projecting tab (122) extends from a side panel (12) of the cover (10) and a stopping tab (123) extends from an inner side of the side panel (12) thereof. The jacking member (30) has a jacking portion (32) and a pressed portion (34). The jacking portion (32) is inserted between the locking member (20) and the side panel (41) of the chassis (40) for keeping the locking member (20) disengaging from the stopping tab (123). The pressed portion (34) is pressed by the projecting tab (122) for retracting the jacking portion (32).

Abstract: A protecting device for enclosing cable connectors of a computer includes a rear panel (10) of a computer chassis, a first member (20) and a second member (30). The rear panel has a plurality of I/O ports (102) for the cable connectors inserting thereinto. The first member has a first rear wall. The second member is attached to the rear panel by a second hook. The second member has a second rear wall and a cap around the second hook. The first rear wall is coupled with the second rear wall for enclosing the cable connectors. The cap encloses the second hook with the rear panel.

Abstract: A protecting device for enclosing cable connectors of a computer comprises a rear panel (10) of a computer chassis, a first member (20) and a second member (30). The rear panel has a plurality of I/O ports (102) for the cable connectors inserting thereinto. The first member attached to the rear panel has at least one first cutout (243, 245). The second member couples to the first member for enclosing the cable connectors, and has at least one second cutout (343, 345) matching the first cutout to provide passages for cables of the cable connectors. The cables are distributed in the passages. The cable connectors are prevented being removed from the first and second members.