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    • 31. 发明授权
    • Micro-actuator for use in small platform disk drive devices, and method of making the same
    • 用于小平台磁盘驱动器件的微型致动器及其制造方法
    • US07821743B2
    • 2010-10-26
    • US11648578
    • 2007-01-03
    • MingGao YaoYiRu XieLin GuoYu Sun
    • MingGao YaoYiRu XieLin GuoYu Sun
    • G11B5/55
    • G11B5/5552G11B5/4826G11B5/4853
    • A micro-actuator for use with an HGA and/or disk drive device (e.g., a small platform disk drive device) with the micro-actuator having a reduced mass suitable for improving shock performance, and/or methods of making the same are provided. In certain example embodiments, the micro-actuator may comprise a substantially U-shaped frame including a cavity capable of receiving a slider, with the frame including two side arms and a bottom support arm at least partially defining the cavity. The bottom support arm may have a reduced mass capable of providing improved shock performance and capable of conveying a high resonance frequency response at a low gain. The bottom support arm may be, for example, substantially rectangle shaped, substantially I-shaped, toothed, etc. Also, the bottom support arm may be less thick than the side arms.
    • 提供了一种用于具有适于改善冲击性能的减小质量的微致动器的HGA和/或盘驱动装置(例如,小平台盘驱动装置)的微型致动器和/或其制造方法 。 在某些示例性实施例中,微致动器可以包括基本上U形的框架,其包括能够容纳滑块的空腔,框架包括两个侧臂和至少部分地限定空腔的底部支撑臂。 底部支撑臂可以具有减小的质量,能够提供改善的冲击性能并且能够以低增益输送高谐振频率响应。 底部支撑臂可以是例如基本上矩形的,基本上为I形,齿形等。而且,底部支撑臂可以比侧臂更薄。
    • 32. 发明申请
    • Micro-actuator having at least one segmented flexible side arm, and method of making the same
    • 具有至少一个分段柔性侧臂的微致动器及其制造方法
    • US20080247088A1
    • 2008-10-09
    • US11730997
    • 2007-04-05
    • MingGao YaoLin GuoYu Sun
    • MingGao YaoLin GuoYu Sun
    • G11B5/48
    • G11B5/5552
    • Certain example embodiments described herein relate to a micro-actuator for use with an HGA and/or disk drive device. A substantially U-shaped frame may include a cavity capable of receiving a slider. The frame may include two segmented, flexible side arms and a bottom support arm at least partially defining the cavity. Each segmented side arm may have a PZT element mounted on an outer surface thereof facing away from the cavity, and each may include a lower portion proximate to the bottom support arm and an upper portion disposed at an end opposing the bottom support arm. The lower portion and the upper portion may be at least partially separated by a gap. Accordingly, micro-actuators having better resonance and servo performance, reduced difficulties associated with the slider/micro-actuator mounting process, and/or better shock performance may be provided.
    • 本文所述的某些示例性实施例涉及用于与HGA和/或盘驱动装置一起使用的微致动器。 基本上U形的框架可以包括能够容纳滑块的空腔。 框架可以包括两个分段的柔性侧臂和至少部分地限定空腔的底部支撑臂。 每个分段侧臂可以具有安装在其远离空腔的外表面上的PZT元件,并且每个可包括靠近底部支撑臂的下部和设置在与底部支撑臂相对的端部处的上部。 下部和上部可以至少部分地被间隙分开。 因此,可以提供具有更好的谐振和伺服性能的微致动器,减少与滑块/微执行器安装过程相关的困难和/或更好的冲击性能。
    • 33. 发明申请
    • Micro-actuator for use in small platform disk drive devices, and method of making the same
    • 用于小平台磁盘驱动器件的微型致动器及其制造方法
    • US20080158734A1
    • 2008-07-03
    • US11648578
    • 2007-01-03
    • MingGao YaoYiRu XieLin GuoYu Sun
    • MingGao YaoYiRu XieLin GuoYu Sun
    • G11B5/56
    • G11B5/5552G11B5/4826G11B5/4853
    • A micro-actuator for use with an HGA and/or disk drive device (e.g., a small platform disk drive device) with the micro-actuator having a reduced mass suitable for improving shock performance, and/or methods of making the same are provided. In certain example embodiments, the micro-actuator may comprise a substantially U-shaped frame including a cavity capable of receiving a slider, with the frame including two side arms and a bottom support arm at least partially defining the cavity. The bottom support arm may have a reduced mass capable of providing improved shock performance and capable of conveying a high resonance frequency response at a low gain. The bottom support arm may be, for example, substantially rectangle shaped, substantially I-shaped, toothed, etc. Also, the bottom support arm may be less thick than the side arms.
    • 提供了一种用于具有适于改善冲击性能的减小质量的微致动器的HGA和/或盘驱动装置(例如,小平台盘驱动装置)的微型致动器和/或其制造方法 。 在某些示例性实施例中,微致动器可以包括基本上U形的框架,其包括能够容纳滑块的空腔,框架包括两个侧臂和至少部分地限定空腔的底部支撑臂。 底部支撑臂可以具有减小的质量,能够提供改善的冲击性能并且能够以低增益输送高谐振频率响应。 底部支撑臂可以是例如基本上矩形的,基本上为I形,齿形等。而且,底部支撑臂可以比侧臂更薄。
    • 38. 发明授权
    • Micro actuator DC gain calibration scheme for HDD dual-stage actuator systems
    • 用于HDD双级执行器系统的微执行器直流增益校准方案
    • US06975477B1
    • 2005-12-13
    • US10430368
    • 2003-05-05
    • Xiaoping HuLin GuoWei GuoJong-Ming Lin
    • Xiaoping HuLin GuoWei GuoJong-Ming Lin
    • G11B5/55G11B5/596G11B15/18
    • G11B5/596G11B5/5552
    • A servo system for displacing a head relative to a disk of a hard disk drive. The servo system comprises a dual-stage actuator, a calibration signal generator, and a calibration factor generator. The calibration signal generator generates a calibration signal having a calibration portion. The calibration factor generator generates a calibration factor. The servo system operates in operating and calibration servo modes. In the operating mode, the system defines first and second servo loops. The calibration factor is used as one of the parameters of the second servo loop. In the calibration servo mode, the calibration signal forms the second control signal, and the calibration factor generator generates the calibration factor based on movement of the head before any substantial response of the third servo loop to the calibration portion.
    • 一个用于相对于硬盘驱动器的磁盘移动磁头的伺服系统。 伺服系统包括双级致动器,校准信号发生器和校准因子发生器。 校准信号发生器产生具有校准部分的校准信号。 校准因子发生器产生校准因子。 伺服系统在操作和校准伺服模式下工作。 在操作模式下,系统定义了第一和第二伺服回路。 校准因子被用作第二伺服回路的参数之一。 在校准伺服模式中,校准信号形成第二控制信号,并且校准因子发生器在第三伺服回路的任何实质响应到校准部分的任何实质响应之前基于头的运动产生校准因子。
    • 39. 发明授权
    • Suspension load beam for disk drive actuator
    • 用于磁盘驱动器执行器的悬挂负载梁
    • US06532135B1
    • 2003-03-11
    • US09587793
    • 2000-06-06
    • Y.-J. Dennis ChenLin Guo
    • Y.-J. Dennis ChenLin Guo
    • G11B2116
    • G11B5/5521G11B5/4813G11B5/4833Y10T29/49025Y10T29/49027Y10T29/49028Y10T29/49032Y10T29/49036
    • A suspension load beam for an actuator assembly of a disk drive includes a bend radius portion with a spring rate that is less than 18 Newtons per meter, a first bending mode that is greater than 3,500 Hertz, and a first torsion mode that is greater than 5,300 Hertz. The method of making this suspension load beam includes cutting a sheet of material to form a flat suspension load beam including a bend radius portion, removing material in the bend radius portion from full thickness, inspecting the bend radius portion to determine its thickness, and removing material from the bend radius portion and/or from the main body of the suspension load beam to compromise the performance difference due to thickness variation in bend radius portion.
    • 用于盘驱动器的致动器组件的悬挂负载梁包括具有小于每米18牛顿的弹簧速率的弯曲半径部分,大于3,500赫兹的第一弯曲模式和大于3,500赫兹的第一扭转模式 5,300赫兹。 制造该悬挂载荷梁的方法包括切割一片材料以形成包括弯曲半径部分的平坦悬挂载荷梁,从弯曲半径部分全部去除材料,检查弯曲半径部分以确定其厚度,并且移除 材料从弯曲半径部分和/或来自悬挂载荷梁的主体,以损害由于弯曲半径部分的厚度变化引起的性能差异。