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    • 5. 发明授权
    • Method and apparatus for a real and positional optimization of a storage disk data zone
    • 存储盘数据区域的真实和位置优化的方法和装置
    • US06437935B1
    • 2002-08-20
    • US08340546
    • 1994-11-16
    • Douglas Wayne JohnsonTodd Phillip FracekJeffrey Fred Boigenzahn
    • Douglas Wayne JohnsonTodd Phillip FracekJeffrey Fred Boigenzahn
    • G11B2102
    • G11B20/1217G11B5/012G11B5/5526G11B5/59633G11B23/36
    • A data zone optimization method and architecture for optimizing the location of the data zone on a data storage disk is disclosed. The data zone is preferably biased toward the outer diameter of the disk, and is referenced to a data zone starting location established proximate a load/unload ramp apparatus. An optimum starting location for the data zone of an initially unformatted data storage disk is preferably determined by contacting the load/unload ramp with the transducer assembly, disengaging the transducer assembly from the ramp, and writing servo information indicative of the data zone starting location at a disk location proximate the ramp and transducer assembly contact point. Servo information indicative of the data zone is written at inner diameter disk location with respect to the optimum data zone starting location. The optimized data zone architecture may have a predetermined or variable data storage capacity.
    • 公开了一种用于优化数据存储盘上数据区位置的数据区优化方法和架构。 数据区优选地朝向盘的外径偏置,并且参考在靠近加载/卸载斜坡装置建立的数据区起始位置。 最初未格式化的数据存储盘的数据区的最佳起始位置优选地通过将加载/卸载斜坡与换能器组件接触,使换能器组件与斜坡分离,以及将指示数据区开始位置的伺服信息写入 靠近斜坡的盘片位置和换能器组件接触点。 指示数据区的伺服信息相对于最佳数据区起始位置写入内径盘位置。 优化的数据区架构可以具有预定的或可变的数据存储容量。
    • 8. 发明授权
    • Direct access storage device with improved reliability flex cable
mounting
    • 直接存取存储设备具有更高的可靠性,灵活的电缆安装
    • US5646801A
    • 1997-07-08
    • US527589
    • 1995-09-13
    • Jeffrey Fred BoigenzahnRandy Joseph BornhorstDale Ernest GoodmanRichard Edward Lagergren
    • Jeffrey Fred BoigenzahnRandy Joseph BornhorstDale Ernest GoodmanRichard Edward Lagergren
    • G11B25/04G11B33/12G11B33/14
    • G11B33/121G11B25/043G11B33/122G11B33/1446
    • A Direct Access Storage Device (DASD), either magnetic or optical, wherein the chamber which encloses the disk, actuator and electrical connections is sealed from the outside conditions by disposing a seal or gasket about a connector which is surface mounted on a flex cable and disposing the connector in a passage through the base of the DASD. The flex cable is disposed adjacent the inner surface of the cover, and a tail portion of the flex cable is folded to an orientation to position the tail so that it may be attached to an actuator or similar mechanism within the DASD. The tail is maintained in its proper orientation once inserted into a slot formed into the base member. The slot side walls constrain the tail without the need to have the tail fixedly attached to the base member at any point and thereby easing assembly, disassembly, rework and/or repair of the DASD. Compressive forces exerted on the flex cable by the cover and cover screws effectively ground the flex cable through a grounding tab engaged with the base. Further, the compressive forces exerted by the cover against the flex cable, gasket, and base member insure an effective seal of the internal chamber of the DASD from the exterior conditions.
    • 直接存取存储设备(DASD),无论是磁性还是光学的,其中通过在表面安装在柔性电缆上的连接器周围设置密封件或垫圈,将包围盘,致动器和电气连接的腔室与外界条件密封, 将连接器设置在通过DASD的基座的通道中。 挠性电缆邻近盖子的内表面设置,并且柔性电缆的尾部部分被折叠成定位以使尾部定位,使得其可以附接到DASD内的致动器或类似的机构。 一旦插入形成基座部件的槽中,尾巴就保持其正确的方位。 狭槽侧壁限制尾部,而不需要在任何位置固定地将尾部固定到基部构件上,从而减轻DASD的装配,拆卸,返修和/或修理。 通过盖和盖螺丝施加在柔性电缆上的压缩力通过与基座接合的接地片有效地将柔性电缆接地。 此外,盖子抵靠柔性电缆,垫圈和底座部件施加的压缩力确保DASD的内部腔室与外部条件的有效密封。