Abstract: Backup storage apparatus and related methods wherein a controller and operator control panel are provided that cooperate to control functions and display information regarding the apparatus. The controller and operator control panel is configured to implement an inventory service level function that selectively displays a selectable skip inventory item, if the skip inventory item was selected, during a succeeding power-up cycle, displays a selectable take inventory item that overrides skipping of the inventory to cause the power-up inventory to be taken, displays a countdown timer that indicates a time period during which the take inventory item may be selected, and skips the power-up inventory if the take inventory item is not selected during the countdown period.

Abstract: Storage apparatus and related methods wherein an operator control panel that controls functions and displays information regarding the storage apparatus and its storage devices is configured to have or display a selectable thumbtack function. The operator control panel is configurable to show a number of operational screens for managing the storage apparatus, show a default screen after a period of inactivity at the operator control panel, receive a designation that an operational screen should replace the default screen, and if designated, show the designated operational screen instead of the default screen after a period of inactivity.

Abstract: Storage apparatus and related methods for managing removable media. A controller is configured to manage the removable media. A user interface is coupled to the controller for displaying errors. When an error displayed on the user interface is selected, the controller causes the user interface to display additional information related to the error from an event log. For example, when the error is selected, a complete error log for an individual error or a screen display showing all current errors, if there are multiple ones, is displayed.

Abstract: Storage apparatus and related methods for inventorying removable media. A controller is configured to robotically manage the removable media and to inventory the media after power-up using a default inventory method. An operator control panel is coupled to the controller and is configurable to solicit one of a number of alternate inventory methods from a user during power-up. Various user interfaces may be provided including a graphical user interface, a web interface and a command line interface. Password security may be provided that is a function of the risk an operator is required to assume when choosing a particular mode.

Abstract: Backup storage apparatus and related methods that are operative to transmit error logs to a support organization. A controller controls and monitors a robotics assembly that loads and unloads storage media into and from storage devices. An operator control panel coupled to the controller controls functions of and displays information regarding the apparatus. An interface component communicates between the controller and a support organization. An algorithm displays a menu item for requesting that error logs be sent to the support organization, and transmits a request to the component to query the storage devices to generate a support ticket comprising error logs associated with the storage devices, combine the support tickets into a single composite file for transmission, and transmit the composite file to the support organization.

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: 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: Backup storage apparatus and related methods wherein communication capabilities are provided that allow information to be shared between devices installed in the apparatus to extend the functionality of the apparatus. A controller comprising a communication link is coupled to an operator control panel that controls functions of and displays information regarding the apparatus. An installable component that is operable to extend the functionality of the apparatus when coupled to the communication link, and is operable to discover services that are sharable between the controller and the component. When communications are established, the operator control panel via the shared services is also capable of controlling functions of and displaying information regarding the component.

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: 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: 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: 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 control module for an electronic test probe is built including a switch or other control device coupled to the test equipment, and electrically isolated from the probe tip, such that a user may make a measurement with the probe, and then without moving the probe, activate the control device to change the configuration of the test equipment. This allows a user to make different measurements of the same part of a device without having to remove the probe from the device to change the configuration of the test equipment. Also, since the control device is electrically isolated from the probe tip, activating the control device does not electrically interfere with the voltage at the probe tip. Further, the control device body is configured to non-permanently mechanically couple with the test probe, so that the same control device may be used with a plurality of different test probes.

Abstract: Inventory control devices and methods for controlling the inventory of a data storage system are disclosed. In one embodiment, the inventory control device comprises a latch positioned in relation to an access device of a data storage system so that opening the access device causes the latch to move from a first position to a second position, a sensor to sense a latch state indicating the position of the latch, and control logic communicatively coupled to the sensor to cause the data storage system to inventory one or more storage locations associated with the access device if the sensor indicates the latch is in the second position and to cause the data storage system to not inventory the one or more storage locations if the sensor indicates the latch is in the first position.

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: A circuit card is disclosed. In one embodiment, the circuit card comprises a first connector to connect the circuit card to a first mating connector, a second connector movable between first and second positions, to connect the circuit card to a second mating connector, and a mechanism to move the second connector between the first and second positions along a defined path.

Abstract: Inventory control devices and methods for controlling the inventory of a data storage system are disclosed. In one embodiment, the inventory control device comprises a sensor to sense a position of an access device of a data storage system, the access device having an open position and a closed position, a circuit communicatively coupled to the sensor to output a circuit state indicating if the access device was opened while the data storage system was shut down, and control logic communicatively coupled to the circuit to cause the data storage system to inventory one or more storage locations associated with the access device only if the circuit state indicates the access device was opened.