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    • 11. 发明授权
    • Track pitch control using head offset measurement for self-servowriting tracks in a disc drive
    • 使用光盘驱动器中自伺服轨迹的磁头偏移测量来跟踪音高控制
    • US06765744B2
    • 2004-07-20
    • US10028636
    • 2001-12-19
    • Kevin Arthur GomezQiang BiAik Chuan LimJimmy Tze Ming Pang
    • Kevin Arthur GomezQiang BiAik Chuan LimJimmy Tze Ming Pang
    • G11B2102
    • G11B5/59611
    • A method of, apparatus for, and means for controlling pitch of a servowritten track on a disc in a disc drive are disclosed. The disc drive has a head for traversing over a surface of the disc. The head has a read element and a write element separated by a head element offset &Dgr;. A servowriting controller operably connected to the disc drive creates a track k by writing servo information on the disc. The servowriting controller then calculates the head element offset &Dgr; at the track k, [&Dgr;CALC(k)] and determines a skew angle &thgr; at the track k, [&thgr;(k)]. The servowriting controller adjusts a track pitch correction factor based on the &Dgr;CALC(K) and the &thgr;(k) such that the track pitch correction factor is utilized to servowrite a next track.
    • 公开了一种用于控制盘驱动器中的盘上的伺服轨道的俯仰的方法,装置和装置。 磁盘驱动器具有用于在盘的表面上移动的磁头。 头部具有读取元素和由头元素偏移量Delta分隔的写入元素。 可操作地连接到盘驱动器的伺服驱动控制器通过在盘上写入伺服信息来创建轨迹k。 伺服驱动控制器然后计算磁道k处的磁头元素偏移量Delta(ΔCALC(k)],并确定轨道k处的偏斜角θ,θ(k)]。 伺服驱动控制器基于DeltaCALC(K)和θ(k)来调整轨道间距校正因子,使得轨道间距校正因子用于对下一个轨道进行编译。
    • 15. 发明授权
    • Track pitch correction method and apparatus
    • 跟踪音调校正方法和装置
    • US06751042B2
    • 2004-06-15
    • US09896491
    • 2001-06-29
    • Qiang BiKevin Arthur GomezJimmy TzeMing PangGabor Szita
    • Qiang BiKevin Arthur GomezJimmy TzeMing PangGabor Szita
    • G11B5596
    • G11B5/59611G11B5/012
    • Many parallel tracks on a storage surface of a data handling device are arranged in a longitudinal direction. Each track has a track center comprising reference points for fine lateral positioning. Each successive pair of track centers has a succession of lateral offset distance having an average. Because there are many successive pairs of tracks, there are many average lateral offset distances defining a statistical distribution having a variance. The device includes a laterally movable transducer head and a longitudinally movable data surface. A signal is received from the transducer head while the data surface moves past the head. Many values each indicative of a lateral offset distance between a corresponding pair of lateral reference points are derived from the received signal. These offset-indicative values are used to shift at least some of the latitudinal reference points laterally so as to reduce this variance.
    • 在数据处理装置的存储表面上的许多平行轨迹沿纵向布置。 每个轨道具有包括用于精细横向定位的参考点的轨道中心。 每个连续的一对轨道中心具有平均的横向偏移距离的连续。 由于存在许多连续的轨道对,所以有许多平均横向偏移距离限定了具有方差的统计分布。该装置包括横向可移动的换能器头和纵向可移动的数据表面。 当数据表面移动通过头部时,从换能器头部接收信号。 从接收到的信号导出许多指示相应的一对横向参考点之间的横向偏移距离的值。 这些偏移指示值用于横向移动至少一些纬度参考点,以便减小该方差。