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    • 6. 发明授权
    • Optical disc for optical storage system
    • 光存储系统光盘
    • US06285651B1
    • 2001-09-04
    • US09077842
    • 2000-02-15
    • Zine-Eddine BoutaghouMary Cynthia Hipwell
    • Zine-Eddine BoutaghouMary Cynthia Hipwell
    • G11B2300
    • G11B17/0287G11B7/0953G11B7/122G11B7/24097G11B23/0035G11B25/043
    • An optical disc storage system (10) includes an optical disc (12) having a data surface (70) and a transducing element (30) adjacent the data surface (70). An actuator (22) coupled to the transducing element (30) positions the transducing element (30) relative to the data surface (70). The system (10) includes a spindle motor (90) and a controller (34) coupled to the transducing element (30), the actuator (22) and the spindle motor (90) for reading and writing information on the data surface (70). A hub insert (72) is coupled to the optical disc (12) and has a stiffness which is greater than a stiffness of the optical disc (12). An attachment mechanism (94, 96, 98) couples the hub insert (72) to the spindle motor (90) and stress due to the attachment mechanism (94, 96, 98) remains substantially in the hub insert (72) to thereby limit stress applied to the optical disc (12) and the resultant distortion of the optical disc (12).
    • 光盘存储系统(10)包括具有与数据表面(70)相邻的数据表面(70)和转换元件(30)的光盘(12)。 耦合到换能元件(30)的致动器(22)将换能元件(30)相对于数据表面(70)定位。 系统(10)包括主轴电动机(90)和耦合到换能元件(30)的控制器(34),用于在数据表面(70)上读取和写入信息的致动器(22)和主轴电动机(90) )。 轮毂插入件(72)联接到光盘(12)并且具有大于光盘(12)的刚度的刚度。 连接机构(94,96,98)将轮毂插入件(72)与主轴马达(90)联接,并且由于附接机构(94,96,98)基本上保持在轮毂插入件(72)中的应力,从而限制 施加到光盘(12)的应力和光盘(12)的变形。
    • 8. 发明授权
    • Disk drive system, process and components thereof for improved disk
stiffness
    • 磁盘驱动系统,其过程和组件,以提高磁盘刚度
    • US6125099A
    • 2000-09-26
    • US77351
    • 1999-06-17
    • Zine-Eddine BoutaghouMary Cynthia Hipwell
    • Zine-Eddine BoutaghouMary Cynthia Hipwell
    • G11B5/82G11B7/24G11B11/105G11B23/00G11B33/08G11B5/84
    • G11B7/24G11B23/0021G11B5/82G11B11/10582G11B11/10584G11B33/08
    • A disk drive system includes a disk having a stiffening structure for improved vibration resistance. The stiffening structure is configured to improve stiffness and vibration resistance with respect to the (0,1), (0,2) and (1,1) vibration modes. The stiffening structure includes a rib-stiffening structure composed of a framework of interconnected ribs. The framework includes a plurality of concentric annular ribs and a plurality of radially spaced, radial ribs. One or more annular ribs are disposed at one or more locations along the radial dimension of the disk at which nodes of annular vibrations occur. Also, one or more radial ribs are disposed at one or more locations around annular dimension of the disk at which nodes of radial vibrations occur. The stiffening structure is disposed within a substrate layer of the disk during manufacture of the disk structure.
    • PCT No.PCT / US98 / 09900 Sec。 371日期1999年6月17日第 102(e)日期1999年6月17日PCT提交1998年5月22日PCT公布。 公开号WO99 /​​ 05672 日期1999年2月4日磁盘驱动系统包括具有用于改善抗振性的加强结构的盘。 加强结构被配置为相对于(0,1),(0.2)和(1,1)振动模式改善刚度和抗振动性。 加强结构包括由相互连接的肋的框架组成的肋加强结构。 框架包括多个同心环形肋和多个径向隔开的径向肋。 沿着盘的径向尺寸的一个或多个位置设置一个或多个环形肋,在该位置处出现环形振动的节点。 而且,一个或多个径向肋设置在围绕径向振动的节点发生的盘的环形尺寸周围的一个或多个位置处。 在制造盘结构期间,加强结构设置在盘的基底层内。
    • 10. 发明授权
    • Asymmetric tapered air bearing slider
    • 不对称锥形空气轴承滑块
    • US06608735B1
    • 2003-08-19
    • US09892173
    • 2001-06-26
    • Catalin Ioan SerpeWeimin QianMary Cynthia Hipwell
    • Catalin Ioan SerpeWeimin QianMary Cynthia Hipwell
    • G11B1732
    • G11B5/6005
    • An air bearing slider includes an asymmetric taper for control of pressurization and suction force formation. The asymmetric taper is disposed on an edge of a slider to accommodate for the speed differential across the disc radial direction, thereby improving take-off performance, reducing sensitivity to skew angle and altitude variation, and reducing the severity of impacts during ramp loading and unloading. A leading taper intersecting a leading surface and air bearing surface of the slider is asymmetric about a longitudinal, bisecting plane of the slider. In another embodiment, side taper intersecting a side surface and air bearing surface of the slider is asymmetric about a latitudinal, bisecting plane of the slider. In another embodiment, rail taper intersecting a rail recess surface and air bearing surface of the slider is asymmetric about a longitudinal, rail-bisecting plane.
    • 空气轴承滑块包括用于控制加压和吸力形成的不对称锥形。 非对称锥形设置在滑块的边缘上,以适应盘径向的速度差,从而提高起飞性能,降低对倾斜角度和高度变化的敏感性,并减少斜坡加载和卸载期间的冲击严重性 。 与滑块的前表面和空气轴承表面相交的前导锥体围绕滑块的纵向平分平面是不对称的。 在另一个实施例中,与滑块的侧表面和空气支承表面相交的侧锥体关于滑块的横向平分平面是不对称的。 在另一个实施例中,与轨道凹槽表面和滑块的空气支承表面相交的轨道锥形体围绕纵向,轨道平分平面是不对称的。