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    • 2. 发明授权
    • Suspension with locally stiffened load beam
    • 悬挂与局部加强的负载梁
    • US07701672B2
    • 2010-04-20
    • US11454647
    • 2006-06-16
    • Qinghua ZengChao-Hui YangYen FuEllis Cha
    • Qinghua ZengChao-Hui YangYen FuEllis Cha
    • G11B5/48
    • G11B5/4833G11B5/5582
    • A loadbeam is locally stiffened by either, 1. the addition of strategically placed extra material to the loadbeam, 2. not removing material during the etching process to form the loadbeam, or 3. special forming, by crimping or bending, at specific sites on the beam. The use of local stiffening, when placed about the loadbeam dimple or between the dimple and flexure attachment points, with or without additional damping, can significantly improve the dynamical response of the loadbeam and eliminate vibrational modes of a slider mounted on the loadbeam during HDI interactions with disk surface asperities during disk drive operation.
    • 负载梁由以下两者局部加强:1.向负载梁添加策略性放置的额外材料,2.在蚀刻过程中不去除材料以形成载荷梁,或3.通过卷曲或弯曲在特定位置上进行特殊成形 梁。 使用局部加强,当放置在负载梁凹坑下方,或者在凹坑和挠曲附着点之间,在有或没有附加阻尼的情况下,可以显着改善载荷梁的动力响应,并消除在HDI相互作用期间安装在载荷梁上的滑块的振动模式 在磁盘驱动器操作期间具有磁盘表面粗糙度。
    • 6. 发明申请
    • Suspension with locally stiffened load beam
    • 悬挂与局部加强的负载梁
    • US20070291414A1
    • 2007-12-20
    • US11454647
    • 2006-06-16
    • Qinghua ZengChao-Hui YangYen FuEllis Cha
    • Qinghua ZengChao-Hui YangYen FuEllis Cha
    • G11B5/48
    • G11B5/4833G11B5/5582
    • A loadbeam is locally stiffened by either, 1. the addition of strategically placed extra material to the loadbeam, 2. not removing material during the etching process to form the loadbeam, or 3. special forming, by crimping or bending, at specific sites on the beam. The use of local stiffening, when placed about the loadbeam dimple or between the dimple and flexure attachment points, with or without additional damping, can significantly improve the dynamical response of the loadbeam and eliminate vibrational modes of a slider mounted on the loadbeam during HDI interactions with disk surface asperities during disk drive operation.
    • 负载梁由以下两者局部加强:1.向负载梁添加策略性放置的额外材料,2.在蚀刻过程中不去除材料以形成载荷梁,或3.通过卷曲或弯曲在特定位置上进行特殊成形 梁。 使用局部加强,当放置在负载梁凹坑下方,或者在凹坑和挠曲附着点之间,在有或没有附加阻尼的情况下,可以显着改善载荷梁的动力响应,并消除在HDI相互作用期间安装在载荷梁上的滑块的振动模式 在磁盘驱动器操作期间具有磁盘表面粗糙度。
    • 10. 发明授权
    • Flexure for minimizing fly height modulation of near-contact recording sliders in a disk drive
    • 用于最小化磁盘驱动器中接近记录滑块的飞行高度调制的弯曲
    • US07433156B2
    • 2008-10-07
    • US11351940
    • 2006-02-10
    • Li-Yan ZhuChao-Hui YangMannuel HernandezYen FuEllis Cha
    • Li-Yan ZhuChao-Hui YangMannuel HernandezYen FuEllis Cha
    • G11B5/48
    • G11B5/4826G11B5/4833
    • A flexure mounted slider and its method of fabrication is described, wherein the slider is affixed to a pair of highly compliant, transverse (to the longitudinal axis of a load beam) crossbars whose common axis passes directly above the center of percussion of the slider. The location of the center of percussion of the slider relative to the flexure eliminates translational motion of the slider during HDI events, but not twisting motion in a pitch direction during normal operation, and thereby minimizes the transfer of kinetic energy between the slider and the flexure during HDI events with a hard disk. The high compliance of the flexure crossbars to twists in a pitch direction, as well as the compliance of the outriggers to bending, allows the slider to pass over irregularities in the disk during normal operations.
    • 描述了一种弯曲安装的滑块及其制造方法,其中滑块固定在一对高度柔顺的横向(相对于负载梁的纵向轴线)的横梁上,其公共轴线直接穿过滑块的冲击中心。 滑块相对于弯曲部的冲击中心的位置消除了HDI事件期间滑块的平移运动,而在正常操作期间不会在俯仰方向上扭转运动,从而使滑块和挠曲件之间的动能传递最小化 在HDI事件与硬盘。 弯曲横梁在俯仰方向上的高度柔顺性以及外伸支架对弯曲的顺应性允许滑块在正常操作期间经过盘中的不规则。