Magazine-based library
The present invention provides a magazine-based library that is capable of operating on a magazine data storage element comprised of a plurality of hard disk drives and an interface that allows data to be transferred between the hard disk drives and a host computer. One embodiment of the library comprises a plurality of shelves that are each capable of supporting at least one magazine data storage element, one or more drives, and a magazine transport that is capable of moving a magazine data storage element between any one of the shelves and any one of the drives. The present invention also provides a magazine data storage element drive that is capable of being used in stand-alone mode, i.e., outside of a magazine-based library.
1. A magazine data storage element drive for use with a magazine data storage element comprised of a frame structure, a plurality of hard disk drives supported by the frame structure, and an interconnect structure that extends between each of the hard disk drives and a magazine-drive connector, the drive comprising: a frame for supporting a magazine data storage element; and a magazine data storage element cable, operatively attached to said frame, comprising a drive-magazine connector for connecting with a magazine-drive connector of a magazine data storage element, a drive-device connector, and conductors extending between said drive-magazine connector and said drive-device connector.
2. The magazine data storage element drive, as claimed in claim 1 , wherein: said frame comprises a guide for aligning a magazine-drive connector of a magazine data storage element with said drive-magazine connector.
3. The magazine data storage element drive, as claimed in claim 1 , wherein: said drive-magazine connector comprises a plurality of pins.
4. The magazine data storage element drive, as claimed in claim 3 , wherein: said drive-magazine connector comprises a plurality of spring-loaded pins.
5. The magazine data storage element drive, as claimed in claim 1 , further comprising: an insertion/ejection device for: (a) applying a force to a magazine data storage element that causes the magazine plug of a magazine data storage element to move towards said drive-magazine connector; and (b) applying a force to a magazine data storage element that causes the magazine plug of a magazine data storage element to move away from said drive-magazine connector.
6. The magazine data storage element drive, as claimed in claim 5 , further comprising: a fan.
7. The magazine data storage element drive, as claimed in claim 1 , wherein: said frame comprises an exterior housing; wherein said exterior housing comprises: a top surface, a bottom surface that is separated from and substantially parallel to said top surface, a first side surface that is substantially perpendicular to said top surface; a second side surface that is separated from and substantially parallel to said first side surface; a front surface that is substantially perpendicular to said top surface and said first side surface; and a back surface that is separated from and substantially parallel to said front surface; wherein said front surface defines a opening for receiving a magazine data storage element.
8. The magazine data storage element drive, as claimed in claim 7 , wherein: said exterior housing having a height that is the distance between said top surface and said bottom surface; and said exterior housing having a width that is the distance between first side surface and said second side; and wherein said height and said width of said housing conform to the specifications of one of a rack mounted LTO, DLT and SAIT tape drive.