Abstract: Systems and methods are hereby provided for enclosures having integrated handle features for storing one or more storage devices. The system includes a rigid frame and multiple bays. Each bay includes a body movably attached to the frame, wherein repositioning of the body with respect to the frame is restricted by at least one holding element of the frame to a limited range of motion. The body defines a receptacle for receiving and holding a storage device. Each bay also includes a lever arm rotatably attached to the frame, the lever arm comprising a cam surface to engage with the body and to move the body upon rotation of the lever arm. When the lever arm achieves a first position, the body engages the storage device with a communication channel, and when the lever arm achieves a second position, the body disengages the storage device from the communication channel.

Abstract: A disk drive anchoring mechanism adopted for use on a computer casing includes fastening elements, a bracing board, latch flanges and a drawing rack. The fastening elements are located on two opposite sides of a disk drive. The bracing board is fixedly mounted on the computer casing for holding the disk drive. The latch flanges are located on the bracing board corresponding to the two opposite sides of the disk drive and sandwich the disk drive therebetween through the fastening elements. The drawing rack is movably coupled with the latch flanges to confine the fastening elements to anchor the disk drive. Thus the disk drive may be installed or removed rapidly with hands without using screw drives to save time.

Abstract: A disk drive anchoring mechanism adopted for use on a computer casing includes fastening elements, a bracing board, latch flanges and a drawing rack. The fastening elements are located on two opposite sides of a disk drive. The bracing board is fixedly mounted on the computer casing for holding the disk drive. The latch flanges are located on the bracing board corresponding to the two opposite sides of the disk drive and sandwich the disk drive therebetween through the fastening elements. The drawing rack is movably coupled with the latch flanges to confine the fastening elements to anchor the disk drive. Thus the disk drive may be installed or removed rapidly with hands without using screw drives to save time.

Abstract: The present invention relates to an improved structure for the connecting seat of a PC mainboard and interface cards and for a computer housing, in particular to an improved connecting seat structure, for fastening a mainboard and interface cards, being detachable/attachable from/to a computer housing. The present invention comprises a connecting seat having a longer plank connected to a shorter plank, where the inner side of the longer plank is connected to the mainboard and the inner side of the shorter plank is connected to interface cards and their input/output ports. One end of the longer plank is provided with a lid and fastening tabs being adapted to fastening grooves formed on the corresponding locations of the computer housing, where an operative insert is provided to couple the connecting seat and the computer housing for convenient locking or unlocking operations.

Abstract: A baseplate holder for conveniently securing a mother board on a baseplate has a -shaped profile, the top face thereof being formed with a hook or a threaded hole, both vertical sidewalls being each provided on the end with a horizontal projection for insertion into the respective stamped hole on the baseplate. If a threaded hole is formed on the top face of the holder, the edges of a hole formed on the respective vertical sidewall can be formed with at least a tongue extending inwardly to support the screw passing through the threaded hole.