The present disclosure provides a tool-less assembly hard disk drive bracket, including: a fixation rack, including a fixation bracket portion and a fixation arm connected with a first side of the fixation bracket portion; a rotation rack, including a rotation arm connected with a second side of the fixation bracket portion, and a rotation bracket portion connected with the rotation arm, the rotation bracket portion is connected with the fixation bracket portion to support a hard disk drive; and at least two connecting components, arranged on an inner side of the fixation arm and the rotation arm, respectively, the connecting components connect and fix the hard disk drive in the structure formed by the fixation rack and the rotation rack. The present disclosure is simple in installation, convenient in assembly and disassembly, and easy to maintain, thereby having high economy and practicability.

A hard disk fixing device according to an embodiment of the present disclosure includes a hard disk box, a baffle and a snap. A first end of the baffle is rotatably installed on a first side edge of the hard disk box, a first end of the snap is rotatably installed on a second side edge of the hard disk box, and a second end of the snap is engaged with a second end of the baffle. As such, the hard disk box, the snap and the baffle form an accommodating cavity to limit a hard disk, and the accommodating cavity can accommodate the hard disk.

A data storage disk cartridge library includes a media drive having a clean internal environment, a disk cartridge bay positioned adjacent to the media drive, and a disk cartridge positioned in the disk cartridge bay and having clean compartments for housing a clean disk trays supporting clean magnetic recording disk media. The media drive has a disk tray extractor including a seal plate positioned at times flush with a surrounding shroud, and a set of pins for extending through the seal plate and a disk tray and for moving to a tray locking position. The seal plate covers a disk tray faceplate to physically isolate the faceplate from the clean portion of the disk tray, the corresponding clean compartment, and the clean environment of the media drive. The shroud is configured to cover surfaces of the disk cartridge adjacent to the faceplate.

According to one embodiment, a disk clamp includes a disk-shaped main body including a central axis line, an annular mounting groove provided in a first surface of the main body, in which a wire for unbalance adjustment is mountable, a plurality of through-holes formed through the main body and spaced apart from each other equally in a circumferential direction around the central axis line, through each of which a fixing screw is insertable, and a plurality of female threaded holes formed on the first surface of the main body and spaced apart from each other equally in the circumferential direction, through each of which an adjustment screw for balancing adjustment is screwable.

One or more tape cartridge restraint brackets may be generated. At least one tape cartridge restraint bracket may be positioned in one or more deep slots in a rear portion of a tape library.

One or more tape cartridge restraint brackets may be generated. At least one tape cartridge restraint bracket may be positioned in one or more deep slots in a rear portion of a tape library.

An album protector includes a removable cover having first and second spaced-apart corner pockets and an elongated U-channel interconnecting the corner pockets. The corner pockets are configured to receive and protect respective corners of an album, and the U-channel is configured to receive and protect an edge of the album. Each corner pocket is generally triangular and forms a right angle defined by a channel side and an album side, and a diagonal side opposite the right angle. The album side of each corner pocket extends perpendicular to the U-channel, and has a length which is less than 50 percent of a total length of the removable cover measured from the right angle of the first corner pocket to the right angle of the second corner pocket.

A removable disk clamp assembly for mounting disk media on a motor-driven spindle of a magnetic read-write device includes a disk clamp and a mechanism for generating a predetermined force to press the disk media to a flange of the spindle such that the predetermined force can be repeatedly overcome by an applied counterforce to remove the disk clamp from engagement with a hub of the spindle. Such a mechanism may include a spring-loaded removable disk clamp assembly or a magnetic removable disk clamp assembly, and whereby a vacuum-driven chuck may be employed for disk and clamp handling purposes, all of which are suitable for implementation and use in a read-write device configured for use in an archival data storage system library such as in a cleanroom storage system.

An information handling system storage bay accepts 2.5 inch and 3.5 inch storage drives held in a storage drive carrier sized to hold 3.5 inch storage drives and having an adapter that couples to the storage drive carrier to adapt it to hold 2.5 inch drives. The storage drive carrier is manufactured as a contiguous piece from a mold with hard plastic to integrate the adapter so that the adapter breaks free to couple to the storage drive carrier when a small size drive is to be held. Snaps in the contiguous piece couple with the adapter after the adapter is broken free to store the adapter when a larger sized drive is held by the storage drive carrier.

A storage device includes a hard disk backplane, a first cascading board, and a hard disk array. The hard disk array includes a plurality of hard disks, and is located on a first side of the hard disk backplane. The first cascading board is a field-replaceable unit FRU, and is located on a second side of the hard disk backplane.