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    • 24. 发明申请
    • APPARATUS AND METHOD TO ADJUST THE POSITIONS OF A WRITE ELEMENT AND READ ELEMENT DISPOSED ON A READ/WRITE HEAD
    • 设备和方法来调整写入元素和阅读元素在阅读/写入头上的位置
    • US20100302677A1
    • 2010-12-02
    • US12475777
    • 2009-06-01
    • ALLEN KEITH BATESNHAN XUAN BUIDANIEL JAMES WINARSKI
    • ALLEN KEITH BATESNHAN XUAN BUIDANIEL JAMES WINARSKI
    • G11B5/584
    • G11B5/584
    • A method to adjust the positions of a write element and read element disposed on a read/write head comprising a first assembly independently moveable along a first axis and comprising a first servo element, a second servo element, and the write element disposed between the first servo element and the second servo element and a second assembly independently moveable along the first axis and comprising a third servo element, a fourth servo element, and the read element disposed between the third servo element and the fourth servo element. The method moves a sequential information storage medium adjacent to the read/write head along a second axis, wherein the second axis is substantially orthogonal to the first axis, and determines a dynamic skew for the sequential information storage medium with respect to the read/write head using the first servo element and the second servo element. The method then positions the first assembly with respect to the second assembly to correct for that dynamic skew angle.
    • 一种用于调整设置在读/写头上的写入元件和读取元件的位置的方法,包括第一组件,其可以沿着第一轴独立地移动并且包括第一伺服元件,第二伺服元件以及设置在第一 伺服元件和第二伺服元件以及第二组件可独立地沿着第一轴线移动并且包括第三伺服元件,第四伺服元件以及设置在第三伺服元件和第四伺服元件之间的读取元件。 该方法沿着第二轴移动与读/写头相邻的顺序信息存储介质,其中第二轴基本上与第一轴正交,并确定顺序信息存储介质相对于读/写的动态偏移 使用第一伺服元件和第二伺服元件。 该方法然后将第一组件相对于第二组件定位以校正该动态偏斜角。
    • 25. 发明申请
    • SETTING EDGE STRESS SIGNAL IN MAGNETIC TAPE DATA STORAGE CARTRIDGE MEMORY IN RESPONSE TO SERVO DETECTION ERROR SIGNALS
    • 在磁带数据存储库中存储边缘应力信号响应伺服检测错误信号
    • US20100202083A1
    • 2010-08-12
    • US12367315
    • 2009-02-06
    • Nhan Xuan BuiReed Alan HancockJames Mitchell Karp
    • Nhan Xuan BuiReed Alan HancockJames Mitchell Karp
    • G11B5/584
    • G11B5/584G11B5/00813
    • Methods, magnetic tape data storage drives, data storage systems, and magnetic tape data storage cartridges. A system having at least one magnetic tape data storage drive is configured to handle a magnetic tape cartridge comprising a magnetic tape data storage media and accompanying cartridge memory. The magnetic tape media comprises a plurality of longitudinal servo bands, the servo bands separated by data bands. Two servo bands, each at opposite sides of a data band are sensed. In response to at least one servo detection error signal of one of the two servo bands, an edge stress signal is set to the cartridge memory of the magnetic tape cartridge. Then, for example, after reloading the cartridge, the cartridge memory is inspected for a set edge stress signal; and, if the edge stress signal is set, only read operations are allowed with respect to the inspected magnetic tape data storage cartridge.
    • 方法,磁带数据存储驱动器,数据存储系统和磁带数据存储盒。 具有至少一个磁带数据存储驱动器的系统被配置为处理包括磁带数据存储介质和附带的盒存储器的磁带盒。 磁带介质包括多个纵向伺服带,伺服带由数据带分隔开。 感测到两个伺服带,每个在数据带的相对侧。 响应于两个伺服带中的一个的至少一个伺服检测误差信号,将边缘应力信号设置到磁带盒的盒存储器。 然后,例如,在重新加载盒之后,检查盒存储器的设定边缘应力信号; 并且如果设置了边缘应力信号,则只能对被检查的磁带数据存储盒进行读取操作。
    • 30. 发明授权
    • Robust LPOS detection with predictor and bit verifier
    • 具有预测器和位验证器的鲁棒LPOS检测
    • US07605992B2
    • 2009-10-20
    • US12020961
    • 2008-01-28
    • Nhan Xuan BuiRobert Allen HutchinsMelanie Jean SandbergKazuhiro Tsuruta
    • Nhan Xuan BuiRobert Allen HutchinsMelanie Jean SandbergKazuhiro Tsuruta
    • G11B5/09
    • G11B5/584G11B5/00813
    • A tape drive system which includes the ability to reliably reproduce LPOS information even if both of the servo channels of the tape drive system could not detect the LPOS information due to defects. The system recognizes that an LPOS sequence is sequentially incremented by one if a tape is moving in a forward direction and decremented by one if the tape is moving in a backward direction. This sequential property of the LPOS information lends itself to LPOS prediction, where the LPOS prediction is the previous LPOS value plus one if the tape is moving forward and the previous LPOS value minus one if the tape is moving backward. Even if the LPOS words from the two servo channels are both bad, but not all of the bits in the LPOS word are bad. The system uses the remaining good bits from the two servo channels to verify all of the bits of the LPOS prediction word.
    • 即使磁带驱动系统的两个伺服通道都由于缺陷而无法检测到LPOS信息,也能够可靠地再现LPOS信息的磁带驱动系统。 如果磁带正向移动,则系统识别LPOS序列依次增加1,如果磁带沿向后方向移动,则LPOS序列递减1。 LPOS信息的这种顺序属性适用于LPOS预测,其中LPOS预测是先前的LPOS值,如果磁带正向前移动,则前一LPOS值减去1,如果磁带向后移动,则前一LPOS值减1。 即使来自两个伺服通道的LPOS字都是坏的,但LPOS字中的所有位都不好。 该系统使用来自两个伺服通道的剩余良好位来验证LPOS预测字的所有位。