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    • 6. 发明授权
    • Magneto-resistive magneto-optical head
    • 磁阻磁光头
    • US5889641A
    • 1999-03-30
    • US851382
    • 1997-05-05
    • Karl A. BelserTerry McDanielJoseph E. DavisJerry E. Hurst, Jr.
    • Karl A. BelserTerry McDanielJoseph E. DavisJerry E. Hurst, Jr.
    • G11B5/00G11B5/012G11B5/39G11B5/48G11B5/49G11B5/82G11B7/085G11B11/105G11B13/04G11B5/127G11B5/596
    • B82Y25/00B82Y10/00G11B5/00G11B5/012G11B5/4886G11B5/4969G11B5/82G11B11/10536G11B11/10563G11B11/10576G11B11/1058G11B13/045G11B2005/0021G11B2005/3996G11B7/08564
    • An assembly for accessing data bits in storage locations on a succession of radially separated tracks on a rotating multilayer MSR disc comprising a storage layer and a readout layer in combination with a slider flyable over a surface of the disc with the slider supporting at least one optical element coupled to the assembly, the optical element directing light to a region of the disc including one or more storage locations, with the optical element comprising an optical fiber and a micro-machined mirror supported on the slider and adapted to direct the light to storage locations on the recording layer of the disc, a conductive coil is coupled to and supported on the assembly, a passage of current through the conductor coil is sufficient to establish a magnetic field which is coupled to the disc and in cooperation with the light stores information at one of the storage locations on the storage layer, and a magneto-resistive element is coupled to the assembly, the magneto-resistive element cooperates with the light which illuminates and heats a plurality of the storage regions of the disc along one track of the disc, the magneto-resistive element senses one of the bits from the readout layer at the storage location.
    • 一种用于在旋转的多层MSR盘上的一系列径向分离的轨道上的存储位置中访问数据位的组件,其包括存储层和读出层以及可滑动在所述盘的表面上的滑块,所述滑块支撑至少一个光学 元件,其耦合到所述组件,所述光学元件将光引导到包括一个或多个存储位置的所述盘的区域,所述光学元件包括支撑在所述滑块上并适于将光引导到存储器的光纤和微机加工镜 光盘的记录层上的位置,导电线圈被耦合到组件上并被支撑在组件上,电流通过导体线圈的通道足以建立耦合到盘并与光存储信息配合的磁场 在存储层上的一个存储位置上,并且磁阻元件被耦合到该组件,该磁阻元件 与光盘沿着盘的一个轨道照亮和加热盘的多个存储区域的光合作,磁阻元件在存储位置感测来自读出层的位之一。
    • 7. 发明授权
    • Method for providing track position and identification information for data storage devices
    • 提供数据存储设备的轨道位置和识别信息的方法
    • US06788641B2
    • 2004-09-07
    • US09911552
    • 2001-07-23
    • Karl A. BelserJohn H. Jerman
    • Karl A. BelserJohn H. Jerman
    • G11B724
    • G11B5/00G11B5/012G11B5/596G11B5/59677G11B5/82G11B5/84G11B11/1055G11B11/10554G11B11/10578G11B11/1058G11B11/10582G11B11/10584G11B21/106G11B23/0021G11B23/0057G11B2005/0002G11B2005/0005G11B2005/0021
    • Fabrication of an MO disc, the formation of a master pattern of servo and track information, and the subsequent transfer of that pattern to a series of pits and grooves on a substrate. On top of that substrate, at least one sacrificial layer is provided atop a relatively hard layer. The recording stack may be provided with both silicon nitride and silicon dioxide top layers, with the silicon dioxide layer acting as a sacrificial layer to ensure that the hard layer, of silicon nitride, remains at the end of the process. A layer of aluminum or aluminum alloy may be deposited, with the aluminum plugs filling the grooves and pits (created by the embossed servo information) to a level higher than any of the adjacent layers of silicon dioxide, silicon nitride, or similar dielectric layer. Since the polishing rate of aluminum can be far faster than that of the silicon dioxide, then the aluminum can be etched or otherwise removed down to a level equal to or slightly below a planar surface with the silicon dioxide, with the silicon dioxide layer allowing for some small level of over polishing. The silicon nitride layer is protected completely; the silicon dioxide layer partially remains and is partially removed; and the aluminum metal which fills the grooves and pits would rise only to a level substantially equal the very flat top surface of the silicon dioxide.
    • 制造MO盘,形成伺服和跟踪信息的主模式,以及随后将该图案转移到衬底上的一系列凹坑和凹槽。 在该基板的顶部,在相对硬的层之上提供至少一个牺牲层。 记录堆叠可以设置有氮化硅和二氧化硅顶层,其中二氧化硅层用作牺牲层,以确保氮化硅的硬层保持在工艺结束。 可以沉积一层铝或铝合金,其中铝塞将填充凹槽和凹坑(由压花伺服信息产生)提升到高于任何相邻二氧化硅,氮化硅或类似介电层的层。 由于铝的抛光速度可以比二氧化硅的抛光速度快得多,所以可以利用二氧化硅蚀刻或以其它方式将铝去除到等于或略低于平面的水平,其中二氧化硅层允许 一些小水平的抛光。 氮化硅层被完全保护; 二氧化硅层部分残留并被部分去除; 并且填充凹槽和凹坑的铝金属将仅升高到基本上等于二氧化硅的非常平坦的顶表面的水平。
    • 10. 发明授权
    • System and method for encoding read-only information on storage media
    • 用于对存储介质上的只读信息进行编码的系统和方法
    • US06421313B1
    • 2002-07-16
    • US09190649
    • 1998-11-12
    • Karl A. Belser
    • Karl A. Belser
    • G11B700
    • G11B7/24085G11B7/00745G11B7/0938G11B11/10563G11B11/10578
    • A system and method for encoding read-only information comprises a storage medium, a plurality of position marks disposed on the storage medium, and a light beam directed towards the position marks to produce a reflection of the light beam from the position marks. The position marks are configured such that the reflection of the light beam is not responsive to a plane of polarization of the light beam. In one embodiment, the position marks comprise rows of substantially circular pits. The dimensions of the substantially circular pits depend on a wavelength of the light beam and a numerical aperture of a lens that directs the light beam towards the position marks.
    • 用于编码只读信息的系统和方法包括存储介质,设置在存储介质上的多个位置标记以及指向位置标记的光束,以产生来自位置标记的光束的反射。 位置标记被配置为使得光束的反射不响应于光束的偏振平面。 在一个实施例中,位置标记包括大致圆形凹坑的行。 基本圆形凹坑的尺寸取决于光束的波长和将光束引向位置标记的透镜的数值孔径。