Abstract: An electronic card holder includes a fixed member, a tray slidably attached to the fixed member and defines a notch thereon, and a latching member. The latching member includes a main body fixed to the fixed member, a pressing portion extending from the main body and a latching portion extending from the main body towards the fixed member. When the latching portion is received in the notch, the tray is engaged with the fixed member. When the latching portion is driven to move away the notch by an external pressure applied on the pressing portion, the tray is disengaged from the fixed member.

Abstract: An electronic card holder includes a fixed member, a tray slidably attached to the fixed member and defines a notch thereon, and a latching member. The latching member includes a main body fixed to the fixed member, a pressing portion extending from the main body and a latching portion extending from the main body towards the fixed member. When the latching portion is received in the notch, the tray is engaged with the fixed member. When the latching portion is driven to move away the notch by an external pressure applied on the pressing portion, the tray is disengaged from the fixed member.

Abstract: A connecting assembly includes a locking member and a latching member. The locking member includes a rod and a resisting member. The resisting member protrudes from the peripheral surface of the rod to prevent the rod from disengaging from a through hole of a first device. The latching member includes a main body and a rotatable member. The main body is fixed to the rod. The main body and the resisting member are apart from each other with a first preset distance. The rotatable member includes a supporting member and a limiting member. The supporting member is fixed to the main body. The limiting member is fixed to the supporting member, and the limiting member and the main body are apart from each other with a second preset distance.

Abstract: A server casing includes a main body, a front panel, a rotatable assembly, and a locking assembly. A retaining member is coupled to a bottom surface of the main body and defines an aperture. A hook protrudes from a top surface of the front panel. A rotatable assembly is movably coupled to the retaining member and includes a sliding block and an arm. The sliding block is slidably received in the aperture. The arm is coupled to the sliding block and the top surface. The front panel can rotate about the main body via the rotatable assembly, to allow the server casing to be in an open position and a closed position. The locking assembly is secured to the bottom surface. The locking assembly is engaged with the hook when the casing is in the closed position, and disengaged from the hook when the front panel is pressed.

Abstract: An electronic device enclosure includes a receiving case, a bracket rotatably attached to the receiving case, and a positioning member secured to the bracket. The receiving case includes a sliding rail. The positioning member includes a positioning portion, and the positioning portion is deformable. The positioning portion slidably engages with the sliding rail, for preventing the bracket from rotating relative to the receiving case.

Abstract: A housing includes a main chassis defining a recess, a front panel, and a latching mechanism releasably securing the front panel to the main chassis. The latching mechanism includes a latching member, a latch and spring assembly connecting the latching member to the main chassis, an actuating member, a resilient member. The latching member includes a main body slidably received in the recess and at least one elastic jaw protruding radially outwardly from the main body. The latch and spring assembly includes a hook for latching the latching member within the recess and an elastic member for ejecting the latching member. The actuating member is slidably connected to the front panel and includes at least one barb. The resilient member is configured to apply a force to the actuating member for pulling the actuating member away from the main chassis.

Abstract: The hinge includes an tubular element, a pair of curved beams which are arc-shaped, and a pair of positioning pins. Two curved through holes are formed in the tubular element and are aligned in parallel to each other, the pair of positioning pins are fixed on two opposite sidewalls of the tubular element, each of the pair of curved beams defines a protrusion on an external surface thereof. The pair of curved beams respectively slide in the two curved through holes and the two protrusions are configured to limit a position where the pair of curved beams are in the two curved through holes.

Abstract: The hinge includes an tubular element, a pair of curved beams which are arc-shaped, and a pair of positioning pins. Two curved through holes are formed in the tubular element and are aligned in parallel to each other, the pair of positioning pins are fixed on two opposite sidewalls of the tubular element, each of the pair of curved beams defines a protrusion on an external surface thereof. The pair of curved beams respectively slide in the two curved through holes and the two protrusions are configured to limit a position where the pair of curved beams are in the two curved through holes.

Abstract: An electronic device enclosure includes a base, a bezel, and a clasping member. The base includes a front panel. A through hole is defined in the front panel. The bezel includes a clipping portion. The clipping portion includes a connecting arm, a first hook, and a second hook. The clasping member defines a receiving opening with a first edge and a second edge. The clipping portion extends through the through hole and the receiving opening. The clasping member is located relative to the front panel in a first position and a second position, in the first position, the first hook is engaged with the first edge. In the second position, the second hook is engaged with the second edge.

Abstract: A mounting apparatus includes a bracket and a securing member. The bracket includes two securing plates substantially parallel to each other. Each of the two securing plates defines a securing hole. The securing member includes two securing boards and a handgrip. The two securing boards are substantially parallel to each other and configured to be secured to a fan. Each of the two securing boards includes a resilient portion. A locking tab is located on the resilient portion of each of the two securing boards and engaged in the securing hole of each of the two securing plates. The handgrip is integrated with the resilient portions of the two securing boards. The resilient portions are resiliently deformable to disengage the locking tabs from the securing holes when pulled by the handgrip.

Abstract: A computer enclosure includes a bracket and a locking member. The bracket includes a side plate defining a slide slot. A first pair of positioning mechanisms and a second pair of positioning mechanisms are located on opposite sides of the slide slot. The locking member is configured for securing a disk drive in the bracket and includes a first pair of locking portions and a second pair of locking portions. The second pair of locking portions are engaged with the second pair of positioning mechanisms. The first pair of locking portions are resiliently deformable between a first state, in which the first pair of locking portions are engaged with the first pair of positioning mechanisms, and a second state, in which the first pair of locking portions are deformed in opposite directions and disengaged from the first pair of positioning mechanisms.

Abstract: An electronic device enclosure includes a receiving case, a bracket rotatably attached to the receiving case, and a positioning member secured to the bracket. The receiving case includes a sliding rail. The positioning member includes a positioning portion, and the positioning portion is deformable. The positioning portion slidably engages with the sliding rail, for preventing the bracket from rotating relative to the receiving case.

Abstract: A mounting apparatus includes a bracket, a data storage device and a vibration absorbing module. A slot is defined in the bracket. The data storage device comprises a sidewall with a locking hole. The vibration absorbing module is accommodated in the slot. The vibration absorbing module includes a fixing member and a vibration absorbing member. The fixing member is screwed into the locking hole. The vibration absorbing member is set on the fixing member. The vibration absorbing includes a blocking board and a plurality of buffering pieces. The plurality of buffering pieces is connected to edges of the blocking board and elastically deformability abut edges of the slot.

Abstract: A mounting apparatus includes a receiving member for receiving a storage device. The receiving member includes a bottom plate, two sidewalls respectively extending upwards form two opposite sides of the bottom plate, and a plurality of positioning shafts. Each sidewall has one perforation. The plurality of positioning shafts is arranged extending through the perforation, and secured in the perforation.

Abstract: A cooling fan assembly includes a fan with a frame, two fixing members arranged at two opposite lateral sides of the frame, and a plurality of fixing poles detachably interconnecting the frame with the base portions of the two fixing members. The two fixing members each include a base portion and a handling portion extending from a top of the base portion. The handling portions extend upwardly and inclined toward each other along a direction away from the base portions. One end of the fixing pole penetrates through and is fixed on the frame, and the other end of the fixing pole is gripped by the base portion.

Abstract: A retaining apparatus in an electronic device includes a bracket, a disk drive, a pair of latch members and a securing member. The bracket includes two side panels. The disk drive is received between the two side panels. The pair of latch members is capable of locking the disk drive in the bracket. Each latch member is rotatably attached to each side panel. The latch member includes a locking portion capable of locking the disk drive in the bracket. The securing member connects with the latch members. The securing member will drive the other latch member when either one is actuated.

Abstract: A retaining apparatus for locking a disk drive within a bracket is disclosed. The retaining apparatus includes a latch member and a securing member. The latch member includes a securing portion and a locking portion capable of locking the disk drive in the bracket. A resisting piece is formed on the securing member to resist against the latch member to move towards the bracket to block the disk drive from moving out of the bracket.

Abstract: A computer enclosure includes a bracket and a locking member. The bracket includes a side plate defining a slide slot. A first pair of positioning mechanisms and a second pair of positioning mechanisms are located on opposite sides of the slide slot. The locking member is configured for securing a disk drive in the bracket and includes a first pair of locking portions and a second pair of locking portions. The second pair of locking portions are engaged with the second pair of positioning mechanisms. The first pair of locking portions are resiliently deformable between a first state, in which the first pair of locking portions are engaged with the first pair of positioning mechanisms, and a second state, in which the first pair of locking portions are deformed in opposite directions and disengaged from the first pair of positioning mechanisms.

Abstract: A retaining apparatus for locking a disk drive within a bracket is disclosed. The retaining apparatus includes a latch member and a securing member. The latch member includes a securing portion and a locking portion capable of locking the disk drive in the bracket. A resisting piece is formed on the securing member to resist against the latch member to move towards the bracket to block the disk drive from moving out of the bracket.

Abstract: A retaining apparatus in an electronic device includes a bracket, a disk drive, a pair of latch members and a securing member. The bracket includes two side panels. The disk drive is received between the two side panels. The pair of latch members is capable of locking the disk drive in the bracket. Each latch member is rotatably attached to each side panel. The latch member includes a locking portion capable of locking the disk drive in the bracket. The securing member connects with the latch members. The securing member will drive the other latch member when either one is actuated.