Abstract: An automatic video digitizing system for document scanning wherein a document is inserted into a roller feed arrangement located adjacent a video scanning head. The system includes a front pair and a rear pair of drive rollers located respectively in front of and behind the video scanning head. The ones of each pair of document drive rollers are initially spaced apart to permit the document to be inserted through the spacing between the drive rollers without damaging the input edges of the document. Lift means are operatively connected to the drive rollers for moving the opposing drive rollers from their spaced-apart, non-feed position into contact with each other. A motor drive operates in response to a document position sensor for driving the document backwards to a predetermined starting position where a front edge of the document is located at a preset distance from the video scanning head.

Abstract: A carrousel disc transport system has a donut shaped cartridge storage module, a changer and a record/read station. The changer is centrally located in said donut shaped module and selectively removes or replaces selected cartridges. A carrier of the changer has a carriage that is translated along a ball screw to be positioned over the storage module. A pair of transporting arms connected to drive means engages the selected cartridge in the module. The driving means of the ball screw transfer the carriage with the arms to move the cartridge to a transfer location where a second transporting means moves the cartridge to the record/read station. The reverse is required to replace the selected cartridge in the module.

Abstract: A high speed data storage and retrieval system includes a storage module, a reader and a changer apparatus. Disc records enclosed in protective cartridges are transported between the reader and the storage module by the changer apparatus. The reader includes two mechanical systems--a system for receiving, securing and spinning a disc while it is enclosed in the cartridge and a pair of read heads which retrieve data stored on the surface of the disc. The storage module includes a plurality of storage locations for storing the discs. The changer apparatus comprises a carriage with a drive mechanism for driving the carriage to a desired position along the length of the storage module and at least two carriers for transporting discs with independent drive mechanisms. The carrier drive mechanisms drive the carriers in a direction normal to the direction which the carriage is driven. Simultaneous movement of the carriage and carriers permits high speed access of data.

Abstract: A high speed data storage and retrieval system includes a storage module, a reader and a changer apparatus. A protective cartridge is provided for storing, protecting and transporting an optical disc enclosed therein. The storage module includes pins for insertion into corresponding holes in one surface of the cartridge during storage. During transport the changer apparatus having electromagnetic means grips the cartridge by spring clips attached to the cartridge. A window cut in the side of the protective cartridge effects readability of the disc enclosed therein without removing the disc from the cartridge during the reading operation. The cartridge also includes a set of holes in another surface of the cartridge for receiving a corresponding set of pins when the enclosed optical disc is placed in the read position.

Abstract: A high speed data storage and retrieval system includes a disc storage module, a reader and a disc changer apparatus. Disc records enclosed in protective cartridges are transported between the reader and the storage module by the changer apparatus. The reader includes two mechanical systems--a system for receiving, securing and spinning a disc while it is enclosed in the cartridge and a pair of read heads which retrieve data stored on the surface of the disc. The storage module includes a plurality of storage locations for storing the discs. The changer apparatus comprises a carriage with a drive mechanism for driving the carriage the length of the storage module and at least two carriers for transporting discs with independent drive mechanisms. The carrier drive mechanisms drive the carriers in a direction normal to the direction which the carriage is driven. Simultaneous movement of the carriage and carriers permits high speed access of data.