Abstract: A cable connector assembly includes a connector and an enclosure. The connector includes a securing plate and a guiding member attached to the securing plate. The enclosure includes a mounting plate and an elastic clipping portion disposed on the mounting plate. A flange is located on the clipping portion. The elastic clipping portion is engaged with the securing plate, and the flange abuts the guiding member.

Abstract: A cable connector assembly includes a connector and an enclosure. The connector includes a securing plate and a guiding member attached to the securing plate. The enclosure includes a mounting plate and an elastic clipping portion disposed on the mounting plate. A flange is located on the clipping portion. The elastic clipping portion is engaged with the securing plate, and the flange abuts the guiding member.

Abstract: A mounting apparatus for a data storage device (30) with at least a stud (32) includes a bracket (10) for receiving the data storage device therein and a locking member (20) to secure the data storage device. The bracket includes a side panel (12) with at least a slot (123) defined therein for slidably receiving the stud of the data storage device therein. The locking member includes a pivot portion (24) rotatably attached to the side panel of the bracket, and a resilient arm (22) extending from the pivot portion. The pivot portion of the locking member includes a guiding edge (2433) for facilitating the stud of the data storage device sliding into the bracket to a secured position and a blocking edge (2435) for engaging with the stud of the data storage device in the secured position.

Abstract: A computer front bezel assembly includes a panel (10) and an access door (30). The panel defines an opening (12) therein. A securing tab (14) protrudes from the panel. The access door is slidably attached to the panel. The access door includes a shielding board (31) and an extending board (32). The access door moves up to cover the opening. A resilient engaging portion (326) is formed on the extending board for engaging with the securing tab. An expansion slot (321) is defined adjacent to the engaging portion for providing resiliency to the engaging portion. When the sliding board slides on the panel, the securing portion urges the engaging portion to deform for engagement/disengagement.

Abstract: A mounting apparatus for a data storage device (30) with at least a stud (32) includes a bracket (10) for receiving the data storage device therein and a locking member (20) to secure the data storage device. The bracket includes a side panel (12) with at least a slot (123) defined therein for slidably receiving the stud of the data storage device therein. The locking member includes a pivot portion (24) rotatably attached to the side panel of the bracket, and a resilient arm (22) extending from the pivot portion. The pivot portion of the locking member includes a guiding edge (2433) for facilitating the stud of the data storage device sliding into the bracket to a secured position and a blocking edge (2435) for engaging with the stud of the data storage device in the secured position.

Abstract: A mounting device assembly includes an expansion card (70) with a securing clip (72), a panel (10) and a retention member (50). The panel has a supporting member (16). The retention member includes a fixing portion (51) and a curved tab (58) pivotably hooking the supporting member and suspending therefrom. The retention member is pivoted about the supporting member, so that the securing clip of the expansion card is sandwiched between the fixing portion of the retention member and the panel.

Abstract: A computer front bezel includes a bezel body (10), a cover (20) pivotably attached to the bezel body, and a connecting bar (30) connecting with the bezel body and the cover. The cover has an open position and a closed position. The connecting bar has first and second end portions. When the connecting bar is located in the first position, the cover is supported by the connecting bar, and lies in the open position, and when the connecting bar is located in the second position, the cover lies in the closed position.

Abstract: A mounting assembly includes a chassis having a wall, a fastener pivotally attached to the wall, and a cover detachably attached to the chassis. The wall forms a support portion for supporting a slot cover of an expansion card thereon. The fastener includes a pressing portion for pressing the slot cover against the support portion when the fastener is pivoted to a locked position. The cover is engagable with the fastener to secure the fastener in the locked position.

Abstract: A mounting apparatus includes a chassis (10), a fixing member (50) and a bracket (30). The chassis includes a front panel (16), a side panel (14) and a mounting wall (18,19). An opening (20) is defined in the front panel. A fixing portion (28) is formed on the front panel close to the opening. The bracket includes a first sidewall (34) and a second sidewall (36,37,38). The fixing member pivotably secured to the bracket includes a body (52) and a retaining portion (54). An avoiding slot (56) is defined in the body at a bottom portion thereof. In assembly, the bracket slides in the chassis from the opening. The fixing member bestrides the front panel at a bottom of the opening through the avoiding slot. The fixing portion engages with the retaining portion. Data storage devices being received in the bracket are thus secured in the chassis.

Abstract: A mounting apparatus for drive bracket comprises a chassis (70) forming a front plate (73), a drive bracket (10) mounted on the chassis and a locking device (30). The drive bracket comprises a joint plate (26), and the joint plate comprises a confining hole (18) and a baffle (24) therein. The locking device comprises a sliding portion (32) slidably mounted to the front plate and an elastic patch (46) arranged on the sliding portion, a confining patch (34) is attached to the upper edge of the sliding portion and a locking patch (44) extends downwardly from the bottom edge of the sliding portion. When assembling, the drive bracket stays in the chassis, the confining patch is engaging in the confining hole, the elastic patch presses the baffle; when disassembling the drive bracket is pushed outwardly by the elastic patch pressing the baffle.

Abstract: A computer enclosure includes a chassis (30), a side panel (10), a clip piece (25) and a button (21). The chassis includes an elastic tab (353) with a free end titled. The side panel is mounted on the chassis. The clip piece is attached to the side panel. The clip piece defines an opening (253) therein. The clip piece engages with the free end of the elastic tab for securing the side panel on the chassis. The button is disposed on the side panel. The button has a post (213) extending through the opening of the side panel for disengaging the elastic tab from the clip piece, thereby moving the side panel away from the chassis.

Abstract: A mounting device assembly includes an expansion card (70) with a securing clip (72), a panel (10) and a retention member (50). The panel has a supporting member (16). The retention member includes a fixing portion (51) and a curved tab (58) pivotably hooking the supporting member and suspending therefrom. The retention member is pivoted about the supporting member, so that the securing clip of the expansion card is sandwiched between the fixing portion of the retention member and the panel.

Abstract: A computer front bezel assembly includes a panel (10) and an access door (30). The panel defines an opening (12) therein. A securing tab (14) protrudes from the panel. The access door is slidably attached to the panel. The access door includes a shielding board (31) and an extending board (32). The access door moves up to cover the opening. A resilient engaging portion (326) is formed on the extending board for engaging with the securing tab. An expansion slot (321) is defined adjacent to the engaging portion for providing resiliency to the engaging portion. When the sliding board slides on the panel, the securing portion urges the engaging portion to deform for engagement/disengagement.

Abstract: A computer front bezel includes a bezel body (10), a cover (20) pivotably attached to the bezel body, and a connecting bar (30) connecting with the bezel body and the cover. The cover has an open position and a closed position. The connecting bar has first and second end portions. When the connecting bar is located in the first position, the cover is supported by the connecting bar, and lies in the open position, and when the connecting bar is located in the second position, the cover lies in the closed position.

Abstract: A mounting assembly includes a chassis having a wall, a fastener pivotally attached to the wall, and a cover detachably attached to the chassis. The wall forms a support portion for supporting a slot cover of an expansion card thereon. The fastener includes a pressing portion for pressing the slot cover against the support portion when the fastener is pivoted to a locked position. The cover is engagable with the fastener to secure the fastener in the locked position.

Abstract: A computer enclosure includes a chassis (60) having a blocking portion (67) and a cover (10) attached to the chassis (60). A handle (20) having a pressing tab (26) is attached to the cover (10). A locking block (50) is locked with the blocking portion (67) to secure the cover (10) to the chassis (60). The locking block (50) includes an inclined face (53) for the pressing tab (26) sliding therealong. When the handle (20) is pulled, the locking block (50) is disengaged from the blocking portion (67) of the chassis (60).

Abstract: A mounting assembly for computer cover includes a chassis (50) with a rearwall (54), a cover (10) forms a pressing tab (16) at a distal end thereof, the mounting assembly for computer cover further includes a positioning member (20) mounted slidably on the rearwall (54) of the chassis (50), and the positioning member (20) has a first pressed portion (22). Pushing flatly and forward the cover (10) can engage the first pressed portion (22) with the pressing tab (16). Thus the cover (10) is mounted to the chassis (50). When pushing the positioning member (20) downwardly can disengage the first pressed portion (22) with the pressing tab (16). Thus the cover (10) is easily demounted from the chassis (50).

Abstract: A computer enclosure includes a chassis (30), a side panel (10), a clip piece (25) and a button (21). The chassis includes an elastic tab (353) with a free end titled. The side panel is mounted on the chassis. The clip piece is attached to the side panel. The clip piece defines an opening (253) therein. The clip piece engages with the free end of the elastic tab for securing the side panel on the chassis. The button is disposed on the side panel. The button has a post (213) extending through the opening of the side panel for disengaging the elastic tab from the clip piece, thereby moving the side panel away from the chassis.

Abstract: A cage mounting assembly includes a chassis (10), a locking member (20) and a cage (40). The chassis includes a bottom wall (12), the bottom wall engages with the locking member. The locking member extends an arm portion (24), and the arm portion forms a pair of pillars (34), each with a resilient member (38). The cage forms a pair of restraining tabs (54) thereunder corresponding to the resilient members of the locking member. When the cage is received into the chassis, the retaining tabs compress the resilient members, mounting the cage to the chassis. When the cage is disengaged from the chassis, the compressed resilient members push the cage out from the chassis.