Abstract: Storage media cartridge handling apparatus is disclosed that comprises: a frame to support first and second laterally spaced arrays of cartridge access locations extending in a front-back direction, and at least one laterally extending further array of cartridge access locations, the cartridge access locations facing inwardly of the frame; an up-down drive arrangement disengageably engageable with an accessor carriage to move the carriage up and down in a region between the first and second arrays, to access locations in the first, second and further arrays; and at least one lateral displacement path within the frame along which the carriage can exit and enter the frame laterally. A storage media cartridge library and an accessor carriage are also disclosed.

Abstract: Storage media cartridge handling apparatus (10) is disclosed that comprises: a frame (20) to support first and second laterally spaced arrays (41, 42) of cartridge access locations extending in a front-back direction, and at least one laterally extending further array (50) of cartridge access locations, the cartridge access locations facing inwardly of the frame: an up-down drive arrangement disengagably engagagable with an accessor carriage (80) to move the carriage up and down in a region between the first and second arrays, to access locations in the first, second and further arrays (41, 42, 50); and at least one lateral displacement path within the frame along which the carriage can exit and enter the frame laterally. A storage media cartridge library and an accessor carriage (80) are also disclosed.

Abstract: Apparatus and method for mounting a device to a rack system. One embodiment of a system comprises a frame assembly. At least two rails mounted on opposite sides of the frame assembly. A plurality of hangers provided on opposite sides of the device retracting to fit the device into the frame assembly between the at least two rails. The plurality of hangers engaging the at least two rails to support the device on the at least two rails in the frame assembly.

Abstract: An air plenum includes a main body that is sized to enclose at least a portion of a device. The main body extends a distance beyond a port provided on the device and also defines an opening therein that is substantially aligned with the port provided on the device. A cover sized to substantially cover the opening in the main body includes a recessed portion that is inset with respect to a non-recessed portion of the cover by a distance that is about equal to the distance by which the main body extends beyond the port provided on the device. The recessed portion defines an opening therein that is substantially aligned with the port so that the recessed portion in the cover allows a user to access the port on the device.

Abstract: Electrical-optical signal conversion for an automated storage system. In an exemplary implementation, an automated storage system comprises a plurality of storage cells for removable hard disk drives and a backplane including at least one electrical connection to connect the removable hard disk drives to the backplane. Transfer robotics are operable to access the removable hard disk drives in the storage cells and electrically connect the removable hard disk drives to the backplane via the at least one electrical connection. A backplane interface is operable to convert electrical data signals from the removable hard disk drives electrically connected at the backplane to optical signals for delivery to a system controller.

Abstract: Media storage devices for, and methods of storing data media in, a data storage system are provided. The data storage system may comprise a data exchange device configured to exchange data stored on data media and a media handling system configured to transfer the data media between the media storage device and the data exchange device. Briefly described, in one of many possible embodiments, the media storage device comprises a housing configured to receive the data media. The housing includes a first elongate alignment groove adapted to slidably engage with a corresponding first elongate reference rail located adjacent an opening in the data storage system such that the media storage device may be inserted and removed by slidably engaging the first elongate reference rail and the first elongate alignment groove.

Abstract: Embodiments include methods, apparatus, and systems for media storage systems with plural robotic elements. One embodiment is a media storage system that has storage libraries connected together to form a stack. Each storage library includes a storage location for holding plural data cartridges and a picker for transporting the data cartridges. A read/write device is located in a housing that is separated from the storage libraries. A cartridge-handling apparatus transports the data cartridges from the storage libraries to the read/write device.

Abstract: Cartridge-handling apparatus for a media storage system comprising a lift assembly having at least one guide track aligned along a first displacement path in the media storage system. A carriage having a transfer shaft aligned along a second displacement path in the media storage system. The transfer shaft operatively associated with the at least one guide track of the lift assembly for moving the carriage along the at least one guide track through the first displacement path. A picker slidably mounted on the carriage to the transfer shaft. The picker moving with the carriage through the first displacement path, and the picker moving on the transfer shaft through the second displacement path.

Abstract: A storage system includes at least one storage medium having a label, the label having a width extending along a first axis. The tape storage system further includes a reader to read the label based on light scanned across the label, where the reader has a light sensing portion extending along a second axis that is inclined with respect to the first axis.

Abstract: In one embodiment, a cartridge identification system includes a cartridge type detection station in which a cartridge can be inserted, and apparatus that determines the extent to which the cartridge protrudes from the detection station, the extent of protrusion being indicative of the cartridge type.

Abstract: Data transfer apparatus may include a housing substantially conforming to a dimensional standard for a specified type of data cartridge. A reader mounted to the housing interrogates and receives data from a memory system provided on a data cartridge when the data transfer apparatus is positioned adjacent the data cartridge. A data transmission system mounted to the housing and operatively associated with the reader transfers data received by the reader to a data receiving system external to the data transfer apparatus.

Abstract: Media selection systems and methods. A media selection system may comprise a coupler mounted on a plunge assembly of a cartridge retrieving device. The coupler slidably engages a storage medium as the cartridge retrieving device moves relative to the storage medium. A method may comprise slidably engaging a storage medium with a cartridge retrieving device as the cartridge retrieving device moves relative to the storage medium.

Abstract: System and method for cleaning an electrical delivery system. An embodiment of the self-cleaning electrical delivery system comprises a track having an abrasive surface and a brush operatively associated with the track, the brush moving over the abrasive surface of the track to remove debris from the brush. A tool for producing the abrasive surface is also disclosed.

Abstract: Apparatuses, systems and/or methods including a data apparatus and/or system having: an open-backed housing with a front wall, and first and second side walls; and an open-backed portion defined between the first and second side walls; whereby the open-backed portion is disposed to interchangeably receive any of a plurality of discrete, similarly-sized modules therein.

Abstract: A reconfigurable cartridge processing module for use in a data storage system may comprise a frame having a plurality of sets of mounting locations provided thereon so that the frame defines a first component configuration and a second component configuration. In the first component configuration, a first cartridge receiving device is mounted to a first set of the plurality of sets of mounting locations provided on the frame so that the first cartridge receiving device is located at a first position within the frame. A second cartridge receiving device is mounted to a second set of the plurality of sets of mounting locations provided on the frame so that the second cartridge receiving device is located at a second position within the frame. In the second component configuration, a third cartridge receiving device replaces the first and second cartridge receiving devices and is mounted to a third set of the plurality of sets of mounting locations provided on the frame.

Abstract: An assembly for aligning a component, comprising an alignment guide positioned on a first device and at least one attachment point on the first device. The component is included in a second device, and the component is aligned by the alignment guide as the second device is attached to the first device. A flexible portion of material can be attached to the component and positioned over the mounting structures. The alignment guides retain the flexible portion of material with respect to the mounting structures as the second device is attached to the first device, thereby aligning the component in three dimensions.

Abstract: Media storage system and method for identifying storage locations therein. One embodiment of the media storage system may comprise at least one storage library having a storage area therein. At least one access panel operatively associated with the at least one storage library, the at least one access panel opening to provide access to the storage area in the at least one storage library. A picker assembly mounted in the at least one storage library having at least one indicator mounted to the picker assembly. The at least one indicator identifying the at least one access panel when the at least one access panel is ready to open.

Abstract: System and method for illuminating a target area with a desired illumination pattern. According to preferred embodiments of the invention, a cartridge-engaging assembly may be positioned adjacent a data cartridge, light may be emitted from at least one light source on the cartridge-engaging assembly, and a portion of the emitted light may be attenuated so that the unblocked light illuminates the target area with the desired illumination pattern.