Abstract: A bracket mechanism includes a tray, and a blocking member. The tray defines a receiving space configured to receive a first data storage device. The tray includes a first sidewall. The first sidewall defines an installation hole, and a latching member located in the first storage device is engaged in the installation hole. The blocking member is engaged with the first tray and includes a limiting piece, and the limiting piece is received in the installation hole and resists the latching member to prevent the latching member from moving in the installation hole relative to the first sidewall.

Abstract: An enclosure assembly includes a base, and a bracket. The base includes two side plates parallel to each other and two installation boards. Each of the two installation boards is attached to each of the two side plates and defining a pivot hole and a rotating slot. The bracket is configured to receive a plurality of data storage devices and includes a pivot post and a rotating post corresponding to each installation board. The pivot post is pivotably engaged in the pivot hole. The rotating post is engaged in the rotating slot and is rotatable about the pivot post relative to the base along the rotating slot, so that there is different angle defined between the bracket and the base.

Abstract: An air duct includes a base and a latching portion extending from the base. The base includes a resilient portion and two blocking plates. The latching portion is configured to receive a fan. The resilient portion is elastic deformable to fasten the base to the fan. The latching portion defines a ventilation hole for air flowing through in a first direction. The two blocking plates are configured to prevent the air from flowing back to the ventilation hole in a second direction opposite to the first direction. A cooling module with the air duct and an electronic device with the air duct are further disclosed.

Abstract: An all-in-one device includes a rear panel, a mounting member, and handle. The mounting member is secured to the rear panel. The handle includes an actuating pole and two rotating arms located on the actuating pole. The two rotating arms are respectively connected to two opposite ends of the mounting member. The actuating pole abuts the rear panel and is rotatable away from the rear panel.

Abstract: An electronic device enclosure includes a case; a securing member attached to the case, and a bracket used for receiving a storage device. The securing member defines a receiving hole, and a limiting portion is located on the securing member. The limiting portion comprises a plurality of protruding blocks. The bracket comprises a resisting portion and a rotating portion movably received in the receiving hole. The bracket is rotatable about the rotating portion relative to the case. The resisting portion is resisted on one of the plurality of protruding blocks to prevent the bracket from moving.

Abstract: An enclosure includes a chassis and an airflow guiding duct. The chassis includes a bottom plate and a rear plate connected to the bottom plate. The bottom plate defines two cutouts providing a pivot point. Two latch pieces with holes are located on the rear plate. The airflow guiding duct pivots on the bottom plate cutouts. Resilient pieces extend from each sidewall of the guiding duct. Each of the two resilient pieces is engaged in the latch holes, to secure the airflow guiding duct to the chassis. Each of the two resilient pieces is deformable to allow quick disengagement from the latch hole, to release the airflow guiding duct.

Abstract: A mounting apparatus includes a mounting member and a cage for securing a data storage device. The cage includes a first side plate, an installation piece, and a blocking block extending from the first side plate. The mounting member includes a mounting piece, a positioning piece extending from the mounting piece, and a resisting piece connected to the mounting piece. The first side plate defines a cutout. The mounting piece defines a blocking hole. The positioning piece is engaged in the cutout, and the blocking block is engaged in the blocking hole to prevent the mounting member from moving along a direction substantially parallel to the first side plate. The mounting member is located between the first side plate and the installation piece to prevent the mounting member from moving along a direction substantially perpendicular to the first side plate. The resisting piece abuts against the first side plate.

Abstract: An electronic device enclosure includes a side plate and a strengthening plate. The side plate includes a main body, a first mounting flange extending from a first edge of the main body, and a second mounting flange extending from a second edge of the main body. The first mounting flange defines a first clipping hole, and the second mounting flange defines a second clipping hole. The strengthening plate includes a first securing flange and a second securing flange. The first securing flange includes a first clamping portion. The second securing flange includes a second clamping portion. The strengthening plate is moveable in a first direction that is substantially perpendicular to the main body, to engage the first clamping in the first clipping hole; and the strengthening plate is rotatable about an axis, to engage the second clamping portion in the second clipping hole.

Abstract: A mounting apparatus includes a chassis, a mounting piece and a securing member. The chassis includes a rear plate and a side plate. The rear plate includes a supporting panel, and a positioning slot is defined in the rear plate. The side plate includes a flange. The mounting piece includes an engaging portion. The securing member includes a first securing panel rotatably attached to the supporting panel and a second securing panel. A retaining piece extends from the second securing panel in a first direction, and a positioning piece extends from the second securing panel in a second direction substantially perpendicular to the first direction. The retaining piece is engaged in the positioning slot, the positioning piece is located between the flange and the rear plate, and the flange is secured to the rear plate.

Abstract: An electronic device enclosure comprises a securing plate and a bracket adapted to receive an I/O connector therein. The bracket comprises a first resilient piece, a second resilient piece, a first retaining piece and a second retaining piece. The bracket is capable of securing to the front wall in a first position, where the first resilient piece and the first retaining piece abut two opposite surfaces of the securing plate, and a second position, where the second resilient piece and the second retaining piece abut the two opposite surfaces of the securing plate.

Abstract: A mounting assembly includes an enclosure, a mounting device and a resilient member. The enclosure defines a mounting hole. The mounting device includes an engaging member, a drive member, and an engaging rod. A positioning groove and a clipping groove are defined in the engaging member. The drive member includes a limiting block. The resilient member is surrounding the engaging rod. The drive member is moveable relative to the engaging member between an unlocked position and a locked position, in the unlocked position, the limiting block is received in the positioning groove, and the engaging rod does not extend through the mounting hole; and in the locked position, the resilient member is deformed, and the limiting block is engaged in the clipping groove to keep the engaging rod extending through the mounting hole to engage with a storage device.

Abstract: A disk drive assembly includes a disk drive, a drive bracket, and a securing member. The disk drive includes a sidewall with a securing hole. The drive bracket receives the disk drive therein. The drive bracket includes a first side panel. The first side panel includes a side panel body substantially parallel to the sidewall and a securing tab extending from the side panel body. A through hole is defined in the side panel body. A securing slot is defined in the securing tab. The securing member includes a member panel, a pivoting portion, and a securing portion. The pivoting portion is pivotably mounted to the first side panel. The member panel includes a positioning tab passing through the through hole to be inserted in the securing hole. The securing portion engages with the securing slot to prevent the securing member from moving away from the first side panel.

Abstract: An electronic device enclosure comprises a securing plate and a bracket adapted to receive an I/O connector therein. The bracket comprises a first resilient piece, a second resilient piece, a first retaining piece and a second retaining piece. The bracket is capable of securing to the front wall in a first position, where the first resilient piece and the first retaining piece abut two opposite surfaces of the securing plate, and a second position, where the second resilient piece and the second retaining piece abut the two opposite surfaces of the securing plate.