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    • 7. 发明授权
    • Method and apparatus for reducing disk distortion under clamping load in
a disk drive apparatus
    • 用于在盘驱动装置中减少夹紧负载时的盘失真的方法和装置
    • US5031062A
    • 1991-07-09
    • US643446
    • 1991-01-18
    • Joseph A. WoodDennis OgdenScot Graham
    • Joseph A. WoodDennis OgdenScot Graham
    • G11B17/02G11B17/038G11B23/00
    • G11B17/02G11B17/038G11B23/0021
    • A method for assembling disks in a disk drive apparatus is disclosed, as well as the resultant assembly. The method reduces the occurrence of disk head crashes resulting from penetration of the air bearing on which the disk head rides because of one or more surface irregularities found in the disk surface at or near inner diameter portions of the disk which lead to rippling of the disk surface. The elimination or reduction in size of the surface irregularities is achieved using a flowable filler material that is received by the surface irregularities and remains therein after the disk or disks are clamped to a spindle. The filler material is preferably an adhesive and it reduces any differences in the surface topography of the disk and the accompanying clamping-related parts. Bowing of the disk at its inner diameter portions due to uneven clamping forces is also reduced in the present invention. The resultant assembly has particular utility for use with smaller diameter disks having a diameter of about 95 mm or less.
    • 公开了一种用于在盘驱动装置中组装盘的方法,以及所得到的组件。 该方法减少了由于在磁盘的内径部分处的盘表面中或附近发现导致盘的波纹的一个或多个表面不规则性而导致由于磁头头所在的空气轴承的穿透而导致的磁盘头崩溃的发生 表面。 表面凹凸的尺寸的消除或减小是通过使表面凹凸不平的可流动的填充材料实现的,并且在盘或盘被夹紧到主轴之后保持在其中。 填充材料优选是粘合剂,并且其减小了盘的表面形貌和伴随的夹紧相关部件的任何差异。 在本发明中,由于不均匀的夹紧力,在其内径部分处的盘的弯曲也减少了。 所得到的组件具有用于直径为约95mm或更小的较小直径圆盘的特别实用性。