Abstract: A computer enclosure includes a chassis (10), a disk drive bracket (20) secured in the chassis, and a power supply box (30) pivotally attached to the disk drive bracket. The disk drive bracket includes a pair of sidewalls (24) oppositely. A limiting guide slot (241) and a pivot guide slot (243) are defined in each of the sidewalls. The power supply box includes a pivot post (33) and a sliding post (31) formed on each side thereof. Each of the sliding guide slot and pivot guide slot includes an entrance portion for slidably receiving the sliding post and the pivot post into the sliding guide slot and the pivot guide slot respectively. The sliding guide slot includes an arc-shaped sliding portion to allow the sliding post sliding therealong such that the box is pivotable with respect to the bracket about the pivot post.

Abstract: A computer enclosure includes a chassis with an opening defined therein, an elastic piece, a first drive bracket secured in the chassis, and a second drive bracket. One end of the elastic piece is secured to the chassis adjacent the opening, and the other end of the elastic piece is free and forms a protrusion thereon. The second drive bracket defines a hole therein corresponding to the protrusion. The second drive bracket extends through the opening from an outside of the chassis to pull the protrusion and elastically bend the elastic piece, and then slides on the first drive bracket until the protrusion of the elastic piece is in alignment with the hole of the first drive bracket, the elastic piece rebounds to have the protrusion inserted into the hole to secure the second drive bracket on the first drive bracket.

Abstract: A drive bracket assembly includes a carrying board, a drive bracket, and a latch member. The carrying board defines at least one securing slot, and a blocking member is formed on the carrying board. The drive bracket includes a bottom wall having at least one securing member engaging with the at least one securing slot of the carrying board and a side wall perpendicular to the bottom wall. A blocking tab laterally protrudes from the side wall of the drive bracket. The latch member includes a base and an elastic arm, and an angle is defined therebetween. The elastic arm resists against the blocking tab of the drive bracket to shrink the angle and force the base to abut on the carrying board and be sandwiched between the blocking member and the side wall of the drive bracket.

Abstract: A mounting apparatus includes a bracket (10), a tray (20) for holding a disk drive (40), and an operating member (30). The bracket includes a bottom wall (12) and a pair of parallel side walls (17, 18) bent from the bottom wall. A locking piece (176) protrudes from one of the side walls. The tray is slidably secured on the bottom wall of the bracket. The operating member includes a shaft (32) rotatably secured on the side walls of the bracket and a handle (34) bent from the shaft for engaging with the locking piece of the bracket. The operating member is rotatable to urge the shaft to slide the tray along the bottom wall when the handle is disengaged from the locking piece.

Abstract: A mounting apparatus for power supply includes a chassis for carrying a power supply, a computer case, and a securing bracket. A pivot portion is formed on the chassis. The computer case includes a bottom wall and a rear plate perpendicular to the bottom wall. The rear plate defines a guiding slot for the pivot portion rotating and sliding therein. The securing bracket is mounted to the computer case. The chassis is inter-engaged with the computer case and/or the securing bracket. The securing bracket includes an elastic blocking member blocking an end of the chassis, for preventing the chassis disengaging from the computer case and/or the securing bracket.

Abstract: A mounting apparatus is provided for securing a data storage device. The data storage device has two opposite side walls. Each side wall forms a pair of posts. The mounting apparatus includes a chassis, a bracket mounted in the chassis for accommodating the data storage device, and a latch member pivotally mounted to the bracket. A plurality of slots is defined in one side wall of the bracket for receiving the posts of the data storage device. The latch member includes a base. An elastic arm and a hook extend from the base. The elastic arm resists against the chassis to urge the hook partially covering one of the mounting slots for preventing a corresponding post received in the mounting slot disengaging therefrom. The latch member is being pressable to depress the elastic arm and remove the hook away from the mounting slot thereby release the corresponding post.

Abstract: A computer enclosure includes a chassis (10) and a bracket (20) secured in the chassis. The chassis includes a bottom plate (201), a side plate (11) and a rear plate (15) perpendicularly connected with each other. The side plate defines a first mounting slot (14) and a second mounting slot (12). A pole (17) is disposed on the bottom plate. The bracket defines a post (251) being capable of sliding into the first mounting slot and a bent piece (27) capable of inserting into the second mounting slot. The bracket is supported on the pole of the bottom plate.

Abstract: A computer enclosure includes a chassis (10) and a bracket (20) secured in the chassis. The bracket includes a bottom wall (201) and two parallel first side walls (203, 204) bent from opposite edges of the bottom wall in a first direction for securing a first disk drive therebetween. The bottom wall defines an opening (202) for a second disk drive (40) inserting therethrough. Two parallel second side walls (206, 207) are bent from opposite edges of the opening in a second direction for securing a second disk drive therebetween. The second direction opposes to the first direction.

Abstract: A computer enclosure includes a base (10), a securing member (30) and a bracket (50). A through hole (164, 184) is defined in the base. The securing member secured to base. A guiding groove (32) is defined in the securing member. The bracket is attached to the base, and has a latching tab (534, 544) and a post (536, 566). During engaging of the latching tab in the through hole of the base, the latching tab presses against an edge of the though hole. The bracket is thereby driven to slide forward on the base, with the post engaging in the guiding groove of the securing member. The bracket is thus secured to the base.

Abstract: A button device includes a base (11) mounted to a bezel (30) of an electronic device. A plurality of button units (17) are disposed in the base (11), and a plurality of through holes (13) are abreast provided in the base (11) in correspondence with the button unit (17). The button unit (17) includes a cap (18) with an elastic member (15) supported thereunder. The elastic member (15) integrally extends from the base (11) and surrounds the through hole (13). A post (19) extends from the inner bottom of the cap (18) and extends through the elastic member (15) and the through hole. In use, the post (19) gets through the hole (13) in the base (11) and touches the switch of the electronic device.

Abstract: A mounting device is used to mount a connector module to an enclosure. The enclosure includes a panel extending along a side thereof. The panel defines an opening for communicating an inside of the enclosure to outside the enclosure. A flange extends from an edge of the opening into the inside of the enclosure with the opening located beside one side of the flange. The panel defines a hole beside the other side of the flange. The connector module is removably attachable to the panel. The connector module includes a clasp on a side thereof. The connector module extends through the opening from outside the enclosure in such a manner that the clasp extends through the hole, and is kept a distance from the connector module by the flange and engages with the flange to mount the connector module on the panel.

Abstract: A mounting assembly includes a chassis having a rear wall, a cover slidably mounted to the chassis in a first direction, and a clamping member mounted on the cover. The rear wall has a positioning portion thereon. The clamping member has a cantilever thereon. The cantilever has a locking portion at a free end thereof for engaging with the positioning portion, and a pressing portion at an opposite end thereof for urging the locking portion to disengage from the positioning portion. When the pressing portion of the clamping member is pressed downward in a second direction perpendicular to the first direction, the locking portion is raised, thereby disengaging the locking portion from the positioning portion of the chassis.

Abstract: A mounting apparatus for expansion cards, each of the expansion cards includes a slot cover. The mounting apparatus includes a chassis having a rear panel, a retaining bracket, and a top cover mounted on the chassis. The rear panel defines a plurality of slots for receiving the slot covers, and forms a support plate. A pair of securing slots is defined on the rear panel. The retaining bracket is detachably seated on the support plate. The retaining bracket includes a pressing plate and a main body perpendicular to the pressing plate. A pair of securing members extends outward from the main body, for engaging in the securing slots. The top cover has a flange extending down, and the main body of the retaining bracket is sandwiched between the flange of the top cover and the rear panel of the chassis.

Abstract: A light guiding apparatus for a computer bezel includes a panel (14), a guiding member (30), and a shielding member (50). The panel has a light-pervious member (144). The guiding member is attached to the panel for guiding light therein. The guiding member has a light-reflecting cavity with a mouth (37) coupled to the light-pervious member. The shielding member is situated between the panel and the light-pervious member. The shielding member includes a shielding board (56) for covering the mouth, and an axle (54) traverses the shielding board. The shielding member is pivotable with respect to the guiding member between a closed position where the shielding member is horizontal to cover the mouth and an open position where the shielding member is vertical to reveal the mouth.

Abstract: A panel assembly includes a front panel (10), and a light-reflecting member (40) attached to the front panel. A light-pervious mechanism (144) is disposed on the front panel. The light-reflecting member has a hollow body. A light source (30) is accommodated in the hollow body. A through opening (48) is defined in the hollow body for coupling with the light-pervious mechanism of the front panel. Some rays of the light source are reflected by the light-reflecting member, and shine on the light-pervious mechanism through the through opening.

Abstract: A panel assembly for reflecting and shielding rays of a light source, includes a panel, a light-reflecting member attached to the panel, and a light-shielding board received in the light-reflecting member. The panel includes a base and a bent plate perpendicular to the base. A light-pervious board is disposed on the panel. The light-reflecting member defines an opening opposite to the light pervious mechanism, for reflecting some rays on the light-pervious mechanism through the opening. Wherein the light-shielding board is manipulated to move along a direction vertical to the light-reflecting member. When the light-shielding board is positioned in an upper position, the opening of the light-reflecting member is exposed to allow rays through the light-pervious board. When the light-shielding board is positioned in a lower position, the opening of the light-reflecting member is covered, and no rays are reflected to the light-pervious board.

Abstract: A mounting apparatus for expansion cards, each of the expansion cards includes a slot cover. The mounting apparatus includes a chassis having a rear panel, a retaining bracket, and a top cover mounted on the chassis. The rear panel defines a plurality of slots for receiving the slot covers, and forms a support plate. A pair of securing slots is defined on the rear panel. The retaining bracket is detachably seated on the support plate. The retaining bracket includes a pressing plate and a main body perpendicular to the pressing plate. A pair of securing members extends outward from the main body, for engaging in the securing slots. The top cover has a flange extending down, and the main body of the retaining bracket is sandwiched between the flange of the top cover and the rear panel of the chassis.

Abstract: A computer front bezel assembly includes a front panel (10), a front bezel (30), and a driving member (50). The front panel defines a securing opening (14). The front bezel is attached to a first surface of the front panel. A resilient engaging portion (38) with barb-shaped end is formed on the front bezel for engaging with the securing opening. The driving member is attached to a second surface of the front panel. The second surface is opposite to the first surface. The front panel includes a driving clip (572). When the driving member is slid, the driving clip urges the resilient engaging portion to deform, thereby the resilient engaging portion disengaging from the securing opening of the front panel.

Abstract: A computer enclosure includes a base (10), a securing member (30) and a bracket (50). A through hole (164, 184) is defined in the base. The securing member secured to base. A guiding groove (32) is defined in the securing member. The bracket is attached to the base, and has a latching tab (534, 544) and a post (536, 566). During engaging of the latching tab in the through hole of the base, the latching tab presses against an edge of the though hole. The bracket is thereby driven to slide forward on the base, with the post engaging in the guiding groove of the securing member. The bracket is thus secured to the base.

Abstract: A computer enclosure includes a chassis (10), a side panel (20), and a locking device (30). The side panel defines a securing hole (24). The locking device is attached to the chassis for locking the side panel to the chassis. The locking device includes a sliding member (50/60), a resilient member (80), and a driving member (40). The sliding member includes a cuneiform portion (52/62) and a protrusion (54/64). The protrusion is engaged in the securing hole of the side panel. The resilient member is used for urging the sliding member. The driving member has a pushing portion (48) corresponding to the cuneiform portion of the sliding member, for disengaging the protrusion of the sliding member from the securing hole of the side panel.