Abstract: Actuator assemblies, and electronic devices and wearable devices including actuator assemblies, are disclosed. An actuator assembly includes: a first housing enclosing an audio actuator and a first open volume; and a second housing enclosing a haptic actuator and a second open volume. The first open volume is fluidly connected with the second open volume by an aperture between the first housing and the second housing. A first wall of the first housing abuts a second wall of the second housing. The aperture includes a first opening in the first wall of the first housing and a second opening in the second wall of the second housing. The first housing includes a linking component configured to mechanically connect to the second housing. The linking component includes a fluid conduit extending from the first open volume to an opening in the second wall of the second housing.

Abstract: A shock absorbing screw includes a locking member, a friction member sleeved on the locking member, and a connecting frame sleeved on the friction member. The shock absorbing screw is connected to a hard disk by a connecting portion of the shock absorbing screw. An abutting portion of the shock absorbing screw is connected to the friction member. The connecting portion is passed through a second through hole defined in the friction member. A first end of the connecting frame includes a first clamping portion, a second end of the connecting frame includes a second clamping portion, and a second groove is defined between the first clamping portion and the second clamping portion. The shock absorbing screw is connected to a hard disk frame in the second groove. The friction member is connected to the connecting frame through a first through hole defined in the connecting frame.

Abstract: A chassis includes a frame and a fixing bracket for fixing an expansion card to the frame. The frame defines at least one card hole and includes a side hook. The fixing bracket includes a bracket body, at least one rotating hook fixed to the bracket body and a movable hook fixed to the bracket body. The rotating hook and the movable hook are not in the same plane. When the at least rotating hook is inserted into the at least one card hole and the bracket body is rotated in a first direction to a predetermined position, the rotating hook is locked in the card hole, and the movable hook is hooked on the side hook to make the bracket body fix an expansion card to the frame.

Abstract: A shock absorbing screw includes a locking member, a friction member sleeved on the locking member, and a connecting frame sleeved on the friction member. The shock absorbing screw is connected to a hard disk by a connecting portion of the shock absorbing screw. An abutting portion of the shock absorbing screw is connected to the friction member. The connecting portion is passed through a second through hole defined in the friction member. A first end of the connecting frame includes a first clamping portion, a second end of the connecting frame includes a second clamping portion, and a second groove is defined between the first clamping portion and the second clamping portion. The shock absorbing screw is connected to a hard disk frame in the second groove. The friction member is connected to the connecting frame through a first through hole defined in the connecting frame.

Abstract: A mounting apparatus includes an enclosure for mounting a receiving member, a bracket, and a movable member mounted to the enclosure. The receiving member is configured to receive an electronic component. The bracket includes a bracket body movably mounted to the enclosure and an operating member mounted to the bracket body. The movable member includes a movable body and a movable block mounted to the movable body. The movable body is mounted to the bracket body. The operating member is pressed in a first direction toward the enclosure to drive the bracket body to rotate, the movable body moves a second direction away from the enclosure, thereby the movable block can move in a third direction away from the enclosure to push the electronic component and the electronic component can move in the second direction. The third direction is different from the first direction.

Abstract: A mounting apparatus includes an enclosure for mounting a receiving member, a bracket, and a movable member mounted to the enclosure. The receiving member is configured to receive an electronic component. The bracket includes a bracket body movably mounted to the enclosure and an operating member mounted to the bracket body. The movable member includes a movable body and a movable block mounted to the movable body. The movable body is mounted to the bracket body. The operating member is pressed in a first direction toward the enclosure to drive the bracket body to rotate, the movable body moves a second direction away from the enclosure, thereby the movable block can move in a third direction away from the enclosure to push the electronic component and the electronic component can move in the second direction. The third direction is different from the first direction.

Abstract: An electronic device enclosure includes a top panel and a handling device. The top panel defines a mounting opening. The handling device includes a handling member, a cover member, and an elastic member. The handling member is mounted to the top panel. The handling member defines a receiving opening corresponding to the mounting opening. The cover member is pivotally mounted to the handling member and is received in the receiving opening. The elastic member elastically resists an inner side of the cover member. The cover member is received in the receiving opening in a first position. The elastic member elastically resists an inner side of the cover member in the first position. The cover member is configured to rotate inward to move from the first position to a second position. The elastic member is deformed when the cover member is in the second position.

Abstract: A device mounting system is provided. The system includes a housing having a first surface having a first member disposed thereupon. The system also includes a mounting bracket adapted to receive the housing; the mounting bracket including a first rigid surface having a first feature adapted to engage the first member. A latch can be disposed at least partially within the first feature. The latch can be adapted to permit the insertion and attachment of the first member to the first feature when disposed in a first position and to permit the detachment and removal of the first member from the first feature when disposed in a second position.

Abstract: A mounting apparatus includes a chassis, a tray, and a supporting member. The chassis includes a bottom plate and a mounting bracket located on the bottom plate. The tray is used to receive a storage device and rotatably attached to the chassis. The supporting member includes a securing piece, an elastic piece connected to the securing piece, and a supporting portion extending from the elastic piece. The securing piece is secured to the tray, and when the tray is rotated from a first position to a second position, the supporting portion supports the bracket.

Abstract: A mounting apparatus for mounting a data storage device includes a drive bracket and a locking member secured to the data storage device. The drive bracket includes a securing base, which defines a positioning hole and a pair of engaging holes. The locking member includes a positioning post and a pair of clasps. The positioning post is received in the positioning hole, and the clasps are received in the engaging holes to secure the data storage device in the drive bracket.

Abstract: A vending machine includes a rack, a number of goods carrying modules, a rail, and at least one blocking member. The number of goods carrying modules is located in the rack. The number of goods carrying modules is removable from the rack. The rail is fixed to the rack. At least one guiding slot is defined in the rail. At least one blocking member is slidable along the guiding slot. The blocking member blocks at least one of the number of goods carrying modules from being removed out of the rack.

Abstract: An electronic device includes a mounting plate, a front panel, and an identifier film. A mounting bracket is mounted on the mounting plate. An indicating device is secured in the mounting bracket. The front panel is secured on the mounting plate. The front panel defines a light emitting hole aligned with the indicating device. The identifier film is attached on the front panel to cover the light emitting hole. Light emitted by the indicating device emits through an identifier of the identifier film.

Abstract: A bezel of an electronic device includes an inner panel, a door, and a bar. The inner panel defines an opening. The two guiding slots are defined in the inner panel. The door is rotatably mounted to the inner panel. The door includes two pivot pins engaged with the two guiding slots. Each of the two guiding slots is substantially U-shaped. The bar is pivotally mounted to the inner panel and the door at two opposite ends. The bar is substantially U-shaped. The door is configured to rotate from a closed position to an open position. The door covers the opening in the closed position. The two pivot pins are located at ends of the two guiding slots and the door keeps a space away from the inner panel in the open position.

Abstract: A cable management apparatus includes a plate and a cable management clip. The plate defines an opening for a plurality of cables extending therethrough. The cable management clip is connected to an edge of the opening. The cable management clip includes a blocking piece. A width of blocking piece is larger than a width of the opening. The blocking piece is attracted on the plate to restrict the plurality of cables between the plate and the cable management clip.

Abstract: An enclosure supporter includes a mounting member and two sliding members slidably mounted to the mounting member. The mounting member includes a panel body and a gear pivotally mounted to the panel body. Each of the two sliding members includes a rack engaging with the gear. The two racks are substantially parallel to each other and the gear is positioned between the two racks. The two sliding members are slidable along opposite directions substantially parallel to the rack due to the engagement between the gear and the two racks.

Abstract: A pad assembly includes a moving member and foot pad. The moving member is movable along a first direction. The guiding slot is defined in the moving member. The guiding slot includes an entrance slot, a positioning slot, and an exit slot. The entrance slot, the positioning slot, and the exit slot are connected end to end in sequence. The foot pad is movable along a second direction. The second direction is substantially perpendicular to the first direction. The guiding post protrudes from the foot pad and is movable in the guiding slot. Thee foot pad is movable from a first position where the guiding post is located between the entrance slot and the exit slot, to a second position where the guiding post is retained in the positioning slot, through the entrance slot.

Abstract: An electronic device includes a chassis, a motherboard, an expansion card, and a securing member. The chassis includes a bottom wall and a sidewall substantially perpendicular to the bottom wall. Two engaging slots are defined in the sidewall. The motherboard is located on the bottom wall. The expansion card is plugged into the motherboard. The securing member includes a resilient board and two feet located on the resilient board. The resilient board is configured to deform to engage the two feet in the two engaging slots and retain the expansion card to the motherboard.

Abstract: An electronic device enclosure includes a base, a side plate, and a locking member. The base comprises a rear wall defining two through holes. Two stopping portions are located on the rear wall. The side plate comprises a side piece. The locking member comprises a resilient portion and two blocking portions located on the resilient portion. The resilient portion is secured to the side piece. Each of the two blocking portions extends through each of the two through holes to engage with each of the two stopping portions. The resilient portion elastically deforms to move the two blocking portions towards each other, to disengage each of the two blocking portions from each of the two stopping portions.

Abstract: An electronic device enclosure includes a base, a side plate attached to the base, and a rotating member rotatably attached to the side plate. The base includes a rear wall and a sidewall connected to the rear wall. The rear wall includes a rear wall flange, and a clipping hole is defined in the sidewall. The side plate includes a clamping portion. The rotating member includes a blocking portion. The side plate is moveable in a first direction substantially perpendicular to the rear wall to engage the clamping portion in the clipping hole, and the blocking portion engages with the rear wall flange to prevent the side plate moving in a second direction substantially opposite to the first direction.

Abstract: An electronic device enclosure includes a top panel and a handling device. The top panel defines a mounting opening. The handling device includes a handling member, a cover member, and an elastic member. The handling member is mounted to the top panel. The handling member defines a receiving opening corresponding to the mounting opening. The cover member is pivotally mounted to the handling member and is received in the receiving opening. The elastic member elastically resists an inner side of the cover member. The cover member is received in the receiving opening in a first position. The elastic member elastically resists an inner side of the cover member in the first position. The cover member is configured to rotate inward to move from the first position to a second position. The elastic member is deformed when the cover member is in the second position.