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    • 3. 发明申请
    • Magnetic head device and linear tape drive
    • 磁头设备和线性磁带机
    • US20050185344A1
    • 2005-08-25
    • US11041900
    • 2005-01-24
    • Yoshihiko ItoHirohisa KogaTakashi AbeJames AndersonDenis Langlois
    • Yoshihiko ItoHirohisa KogaTakashi AbeJames AndersonDenis Langlois
    • G11B5/584G11B5/008G11B5/29G11B5/56
    • G11B5/584G11B5/0083
    • In general, the invention provides a magnetic head device and linear tape drive that widen the high frequency side of the servo range. In particular, the invention provides a magnetic head device comprising a magnetic head chip with multiple magnetic elements arranged for recording or playback of multiple tracks and a fine positioning structure that uses a bimodal construction that may widen the high frequency side of the servo range by increasing the resonant frequency of the magnetic head chip including the tracking structure and lowering the Q value of the resonance point. In addition, the invention includes a damping structure suitable for the fine positioning structure that improves high speed response by widening the range in which the magnetic head device can be used for a servo. The magnetic head device may use a linear tape drive method.
    • 通常,本发明提供一种加宽伺服范围的高频侧的磁头装置和线性磁带驱动器。 特别地,本发明提供一种磁头装置,其包括磁头芯片,该磁头芯片具有多个用于记录或重放多个磁道的磁性元件,以及精细的定位结构,其使用双峰结构,该结构可以通过增加伺服范围的高频侧 包括跟踪结构的磁头芯片的谐振频率,并降低谐振点的Q值。 此外,本发明还包括一种适于精细定位结构的阻尼结构,其通过扩大磁头装置可用于伺服的范围来改善高速响应。 磁头装置可以使用线性磁带驱动方法。
    • 4. 发明申请
    • Magnetic head device and linear tape drive
    • 磁头设备和线性磁带机
    • US20050201017A1
    • 2005-09-15
    • US11041511
    • 2005-01-24
    • Hirohisa KogaTakashi AbeYoshihiko ItoJames AndersonDenis Langlois
    • Hirohisa KogaTakashi AbeYoshihiko ItoJames AndersonDenis Langlois
    • G11B5/584G11B5/187G11B5/265G11B5/29G11B5/56
    • G11B5/584G11B5/00826G11B5/5504
    • In general, the invention provides a magnetic head device and linear tape drive that increase the resonant frequency and the range of a servo system. In particular, the invention provides a magnetic head device comprising a magnetic head chip with multiple magnetic head elements that is a structural part of the fine positioning system which allows the magnetic head elements follow the data tracks on the linear magnetic tape. Consequently, weight is reduced thereby increasing the resonant frequency and servo bandwidth. In another embodiment, the invention provides a magnetic head comprising bimodal actuators that are formed into an S shape and displaced by applying voltage where the polarization direction is opposite from one end to the other. In particular, the head chip may remain stable and may be driven dynamically thereby allowing the mechanical resonance of the bimodal actuator (including the head chip) to increase to 1 kHz or higher.
    • 通常,本发明提供了增加伺服系统的谐振频率和范围的磁头装置和线性带驱动器。 特别地,本发明提供了一种磁头装置,其包括具有多个磁头元件的磁头芯片,磁头元件是精确定位系统的结构部分,其允许磁头元件跟随线性磁带上的数据轨道。 因此,减轻重量,从而增加谐振频率和伺服带宽。 在另一个实施例中,本发明提供了一种磁头,其包括形成S形的双模致动器,并通过施加偏振方向从一端到另一端的电压来移位。 特别地,头部芯片可以保持稳定并且可以动态地驱动,从而允许双模致动器(包括头部芯片)的机械共振增加到1kHz或更高。
    • 5. 发明申请
    • System with matrix array of write heads and matrix array of magnetoresistive (MR) read heads
    • 具有写磁头矩阵阵列和磁阻(MR)读头的矩阵阵列的系统
    • US20050152067A1
    • 2005-07-14
    • US11013279
    • 2004-12-14
    • Yung YipJames AndersonDouglas JohnsonDenis LangloisRichard Molstad
    • Yung YipJames AndersonDouglas JohnsonDenis LangloisRichard Molstad
    • G11B5/008G11B5/147G11B5/29G11B5/39G11B5/48G11B5/49G11B5/584
    • G11B5/00826G11B5/29G11B5/3958G11B5/4976G11B5/584
    • The invention provides a system comprising a non-linear array of magnetoresistive (MR) heads arranged in a two-dimensional matrix for reading information stored on magnetic media. The non-linear array of MR heads may comprise a planar array formed by a plurality of linear arrays of MR heads stacked to define a plurality of layers. Each of the linear arrays may share at least one shield element with another linear array of the non-linear array. In general, each layer is offset by one written track pitch and the number of layers of the invention is equal to the number of written track pitches in a channel pitch. The invention can also be used in a system for reading and writing information to magnetic media at improved track pitches relative to conventional read/write systems. Accordingly, the invention can facilitate increased storage densities on magnetic media and may have advantages in terms of quality of readout and ease of manufacture relative to magneto-optical read heads or other read heads.
    • 本发明提供一种系统,其包括以二维矩阵排列的用于读取存储在磁性介质上的信息的磁阻(MR)磁头的非线性阵列。 MR头的非线性阵列可以包括由堆叠以限定多个层的MR头的多个线性阵列形成的平面阵列。 每个线性阵列可以与非线性阵列的另一线性阵列共享至少一个屏蔽元件。 通常,每个层被一个写入的轨道间距偏移,本发明的层数等于通道间距中写入的轨道间距的数量。 本发明也可用于相对于常规读/写系统以改进的磁道间距读取和写入磁介质的系统。 因此,本发明可以促进磁性介质上的增加的存储密度,并且在读出质量方面以及相对于磁光读取头或其它读取头的制造容易性方面可以具有优点。
    • 6. 发明申请
    • Techniques for adjusting for actuator non-linearities in a data storage system
    • 用于调整数据存储系统中的致动器非线性的技术
    • US20060186756A1
    • 2006-08-24
    • US11062224
    • 2005-02-18
    • Denis LangloisJames Anderson
    • Denis LangloisJames Anderson
    • H01L41/09
    • G11B5/584
    • The invention provides techniques for adjusting for actuator non-linearities in a data storage system. The invention is particularly useful for piezoelectric actuators, such as actuators that implement a bimorph piezoelectric crystal structure or a laminate piezoelectric crystal structure, although other actuators may present similar non-linearity issues. In one embodiment, the invention provides a method comprising applying a signal to an actuator of a data storage system, the actuator having a non-linear response, wherein the signal includes a linear drive component and a non-linear adjustment component, and positioning a data storage head with respect to a data storage medium via the actuator.
    • 本发明提供了用于调整数据存储系统中的致动器非线性的技术。 本发明对于诸如实现双压电晶片压电晶体结构的致动器或层压型压电晶体结构的压电致动器特别有用,尽管其它致动器可能呈现类似的非线性问题。 在一个实施例中,本发明提供了一种方法,包括将信号施加到数据存储系统的致动器,所述致动器具有非线性响应,其中所述信号包括线性驱动部件和非线性调节部件, 数据存储头相对于数据存储介质。
    • 7. 发明申请
    • DUAL ACTUATORS FOR READ-WHILE-WRITE RECORDING SYSTEM
    • 用于阅读写入记录系统的双执行器
    • US20060126212A1
    • 2006-06-15
    • US11012795
    • 2004-12-14
    • James AndersonDenis Langlois
    • James AndersonDenis Langlois
    • G11B21/02G11B5/55
    • G11B5/584G11B5/00826
    • The invention provides a read-while-write recording system for a linear data storage medium, such as magnetic tape or other data storage medium in which data is stored on parallel data tracks that extend along a length of the medium. The invention makes use of separate sliders for the read and write elements, and separate actuators to control the positioning of the sliders. Each of the sliders may also include servo elements to read servo marks. In this manner, the write elements of a first slider can be positioned independently from the read elements of a second slider in order to achieve improved head positioning with respect to data tracks on the linear data storage medium.
    • 本发明提供了一种用于线性数据存储介质的读写同时记录系统,例如磁带或其他数据存储介质,其中数据存储在沿着介质长度延伸的并行数据轨道上。 本发明利用用于读取和写入元件的单独的滑块,以及单独的致动器来控制滑块的定位。 每个滑块还可以包括用于读取伺服标记的伺服元件。 以这种方式,第一滑块的写入元件可以独立于第二滑块的读取元件定位,以便相对于线性数据存储介质上的数据轨道实现改进的头位置。