Abstract: An apparatus includes a board presenting a number of engaging portions and a post, and a matching casing containing a data storage device. The casing defines a number of engaging holes and a fixing member on one side. The fixing member includes a first sliding portion and a second sliding portion locating at opposite sides of the post which define a curving slot in which the post can slide. The fixing member is rotated to lock the casing to the board, and rotate back to unlock the casing from the board.

Abstract: A mounting apparatus fixing an expansion card includes an expansion slot, two locking members connected to opposite ends of the expansion slot, for clamping the expansion card, and two latching members pivotably mounted to opposite ends of the expansion card, respectively. A latching portion protrudes from each of the latching members, for latching the corresponding locking member.

Abstract: An electronic device includes an enclosure and a motherboard arranged at a middle portion in the enclosure. A first conversion card and a second conversion card are electrically connected to the motherboard. A first expansion card is electrically connected to the first conversion card and above the motherboard. A second expansion card is electrically connected to the second conversion card and below the motherboard.

Abstract: A mounting apparatus includes an enclosure, a bracket for fixing a data storage device, and a resisting member. The bracket includes a base and a handle pivotably mounted to the base. The handle includes a pressing portion. The resisting member is pivotably mounted to the bracket. When the handle is rotated toward the base, the pressing portion of the handle presses a first portion of the resisting member to pivot the resisting member. A second portion of the resisting member extends through the bracket to resist against the enclosure.

Abstract: A server assembly includes a chassis and a server module slidably received in the chassis. The chassis includes a backplane with a connector. The server module includes a mounting plate and a connecting plate movably attached to the mounting plate. A plurality of supporting posts protrude on the mounting plate. The connecting plate defines a plurality of elongated through slots according to the supporting posts. A flexible member is locked in each through slot. A plurality of fasteners extend through the flexible members to screw into the supporting posts, respectively. A resilient resisting member is arranged on the mounting plate, to abut against a front end of the connecting plate to insert a rear end of the connecting plate in the connector.

Abstract: A motherboard assembly includes a motherboard, a universal serial bus (USB) interface arranged on the motherboard. Also included is a USB device, a mounting seat and a cover. The USB device engages with the USB interface. The mounting seat is attached to the motherboard and enclosing the USB interface, and the cover is mounted to the mounting seat and resists against a top of the USB device to fasten the USB device to the USB interface.

Abstract: A server cabinet for retaining at least one computer server includes a plurality of holding poles and a plurality of retaining apparatuses. Each of the plurality of retaining apparatuses is secured to a computer server and clamps a holding pole, such that the computer server is secured on the plurality of holding poles both vertically and horizontally by the plurality of retaining apparatuses.

Abstract: A server holder includes two opposite lateral plates and a number of supporting structures. Each lateral plate includes a main body, a number of strip-shaped portions protruding outwards from the main body, and a number of upper connecting portions. Each upper connecting portion connects a top end of one strip-shaped portion to the main body. Each strip-shaped portion and an adjacent upper connecting portion cooperatively define a number of T-shaped latching grooves running through the strip-shaped portion and the upper connecting portion. Each supporting structure includes a fixing strip, a supporting strip, and a number of T-shaped latching protrusions. The fixing strip is attached to the inner surface of the strip-shaped portion. The supporting strip connects to a side of the fixing strip for supporting a server. The T-shaped latching protrusions extend upwards from the fixing strip. Each T-shaped latching protrusion is latched in the T-shaped latching groove.

Abstract: An assembly apparatus includes a linkage member defining a first front sliding groove and a first rear sliding groove and a sliding member movably connected to the linkage and defining a second front sliding groove and a second rear sliding groove. The first front sliding groove corresponds to the second front sliding groove, and the first rear sliding groove corresponds to the second rear sliding groove. The assembly apparatus further includes a fixing base defining a curved groove, a control member including a first rotation pin and a second rotation pin, and a fixing pin fixed with respect to the fixing base. The first rotation pin is slidably received in the first and second rear sliding groove, the second rotation pin is slidably received in the curved groove, and the fixing pin is slidably received in the first and second front sliding groove.

Abstract: A data center includes a server, a trestle-floor, and a battery box. The server is positioned on the trestle-floor. The battery box is located under the trestle-floor and below the server. The trestle-floor includes a number of tiles. The battery box receives a number of battery units. When the battery units need to be replaced or repaired, one or more tiles of the trestle-floor are operable to be removed to expose the battery units.

Abstract: A disk drive mounting apparatus includes a tray for receiving a disk drive, and a flexible retaining member. The retaining member has two ends mounted to the tray. The flexible retaining member is to sandwich the disk drive together with the tray.

Abstract: A caster for being mounted to a bottom of a device includes a support, a connecting member, and a wheel mounted to the connecting member. The support defines a receiving space. The connecting member is threadedly connected to the support, and comprises a bracket accommodated in the receiving space. The wheel is rotatably mounted to the bracket. The support and the connecting member are operable to rotate relative to each other, with the wheel moving to expose out of or retract inside the receiving space.

Abstract: A holding apparatus includes a receiving element and an elastic element. The receiving element is fixed on a circuit board and receives an upright plug-in element. The receiving element defines two through holes in two sides of the receiving element. The through holes have different axial lines. The elastic element includes a main pole and two branch poles respectively perpendicularly extending down from two ends of the main pole. Two opposite pins respectively extend from distal ends of the branch poles. The pins of the elastic element are respectively inserted in the through holes of the receiving element, to locate the upright plug-in element between the elastic element and the receiving element.

Abstract: An enclosure includes a sidewall and a nut assembly. The sidewall defines a through hole therein. The nut assembly is detachably positioned on the sidewall. The nut assembly includes a nut and a resilient tab. The nut includes a base and a post extending from the base. The post extends through the through hole. The tab is secured on the post. The sidewall is sandwiched between the base and the tab.

Abstract: A server assembly includes a rack and a server unit movably received in the rack. The rack includes two slide rails arranged at opposite sides of the rack, and a mounting plate fixed at a rear end of the rack. A connecting module is movably attached to the mounting plate and faces the server unit. The connecting module includes a connector. A connecting portion is set on a rear end of the server unit. The server unit is slid into the rack, to allow the connecting portion to be connected to the connector.

Abstract: A data center includes a housing and a number of server units arranged in the housing. Each server unit includes a server module and a cable management member. The first ends of a number of cables are connected to the back panel of the server module. The cable management member includes a bottom plate, a front plate, and two side plates. A number of connectors are set on the front plate. The second ends of the cables are connected to the connectors. The cable management member is fixed to one side of the server module. The cables are received in a space formed between the bottom plate and the server module. The cable management member includes a first clipping portion and a second clipping portion formed at opposite sides. The housing includes a number of rails, which can slide between the first and second clipping portions.

Abstract: A container data center includes a container, at least one power supplying assembly, at least one cooling assembly, and at least one server assembly. The power supplying assembly, the cooling assembly, and the server assembly are received in the container. The cooling assembly is positioned between the power supplying assembly and the server assembly. The power supplying assembly includes a first frame and a plurality of power boxes supported in the first frame, and is for supplying power to the cooling assembly and the server assembly. The cooling assembly includes a second frame and a plurality of cooling devices supported in the second frame, and is for cooling the power supplying assembly and the server assembly. The server assembly includes a third frame and a plurality of servers supported in the third frame.

Abstract: An exemplary electronic device includes a housing, a left rail and a right rail assembled in the housing, and a holder assembled on the left and right rails and received in the housing. The holder can slide out from the housing for securing a functional module thereon. The holder includes a bottom plate glidingly assembled on the left and right rails, and front and rear plates both pivotally secured on the bottom plate. The front and rear plates are both elastically biased to rotate about the bottom plate. When the holder is at least partially received in the housing, the front and rear plates are in original closed positions. When the holder is almost totally slid out from the housing, the front and rear plates rotate about the bottom plate to be in open positions for providing resilience to secure the functional module.

Abstract: A hard disk drive (HDD) assembly includes an HDD rack and a dummy HDD. The rack includes a front wall and two sidewalls perpendicularly extending from opposite ends of the front wall. A number of spaced fixing holes are respectively defined in each of the sidewalls. A number of protrusions extend from opposite ends of the dummy HDD and engage with the corresponding fixing holes of the rack.

Abstract: A chassis includes a board defining a number of openings, and a number of fixing members detachably mounted on the board. Each fixing member includes a fastener and a holding piece. The fastener includes a blocking portion and a post extending from the blocking portion. The post defines a slot adjacent to the blocking portion. The holding piece fits about the fastener in the slot. The fastener extends through a corresponding opening of the board. An outer side of the board blocks the blocking portion, and an inner side of the board blocks the holding piece.