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    • 11. 发明申请
    • Suspension, magnetic head assembly, and magnetic disk drive
    • 悬架,磁头组件和磁盘驱动器
    • US20060034017A1
    • 2006-02-16
    • US11200562
    • 2005-08-09
    • Hiroshi AgariMarutomo GotouShinobu HagiyaNaoki MaedaShigeo NakamuraHaruhide TakahashiKousaku Wakatsuki
    • Hiroshi AgariMarutomo GotouShinobu HagiyaNaoki MaedaShigeo NakamuraHaruhide TakahashiKousaku Wakatsuki
    • G11B5/48
    • G11B5/4853G11B5/486
    • Embodiments of the invention limit a pitch attitude angle of a magnetic head slider during loading without allowing gimbal stiffness of a flexure in an ordinary flying state to be increased. In one embodiment, a limiter formed by part of a flexure is disposed so as to provide a clearance from a lift tab formed by part of a load beam. A limiter clearance, if the clearance between the limiter and the lift tab is so called for convenience sake, must be maintained as a physical clearance when a magnetic head slider is in an ordinary flying state. The lift tab and the limiter are disposed on a side of an air inflow end of the magnetic head slider. The limiter clearance during unloading is thereby made small so as to allow proper and positive unloading operation. In addition, the limiter clearance made small during loading allows the absolute value of a pitch attitude angle of the magnetic head slider to be limited to a small one if the pitch attitude angle tends to become negative due to disturbances or vibration from the loading operation itself.
    • 本发明的实施例在加载期间限制磁头滑块的俯仰姿态角度,而不增加普通飞行状态下的挠曲件的万向节刚度。 在一个实施例中,通过弯曲部分形成的限制器被设置成提供与由负载梁的一部分形成的升降接头的间隙。 如果磁头滑块处于普通飞行状态时,如果为了方便起见,如果限位器和升降片之间的间隙被称为限位器间隙,则必须保持作为物理间隙。 提升片和限制器设置在磁头滑块的空气流入端的一侧。 因此,在卸载期间的限制器间隙变小,从而允许正确的和正的卸载操作。 此外,限制器间隙在加载期间变小时,如果由于装载操作本身的干扰或振动而导致俯仰姿态角倾向于变为负,则磁头滑块的俯仰姿态角的绝对值将被限制为较小的 。
    • 15. 发明授权
    • Microactuator, head gimbal assembly, and disk drive device
    • 微型致动器,头万向架组件和磁盘驱动器
    • US08068313B2
    • 2011-11-29
    • US12271820
    • 2008-11-14
    • Nobumasa NishiyamaRyo YoshidaHaruhide TakahashiShinobu HagiyaToshiki Hirano
    • Nobumasa NishiyamaRyo YoshidaHaruhide TakahashiShinobu HagiyaToshiki Hirano
    • G11B5/48
    • G11B5/4826G11B5/4873G11B5/5552
    • Embodiments of the present invention relate to approaches to effectively let noise on a head slider bonded to a silicon substrate of a microactuator, escape to the ground. A head gimbal assembly (HGA) according to an embodiment of the present invention comprises a microactuator bonded to a gimbal tongue. The microactuator comprises a piezoelectric element and a movable part for moving in response to expansion or contraction of the piezoelectric element. The motion of the movable part causes a head slider to slightly move. The microactuator further comprises a conductive path including an impurity-containing silicon layer formed on the silicon substrate. The conductive path transmits electric charge of the head slider to a suspension. The conductivity of the impurity-containing silicon layer is lower than the one of the silicon substrate so that the noise charge of the head slider may escape to the suspension.
    • 本发明的实施例涉及有效地使结合到微致动器的硅衬底的磁头滑块上的噪声逃逸到地面的方法。 根据本发明的实施例的头万向节组件(HGA)包括结合到万向节舌的微致动器。 微致动器包括压电元件和用于响应于压电元件的膨胀或收缩而移动的可移动部件。 可移动部分的运动导致磁头滑块稍微移动。 微致动器还包括导电路径,该导电路径包括在硅衬底上形成的含杂质的硅层。 导电路径将磁头滑块的电荷传递到悬架。 含杂质的硅层的导电率低于硅衬底的电导率,使得磁头滑块的噪声电荷可能逸出到悬架。
    • 16. 发明申请
    • Suspension for Protecting a Component from Mechanical Shock
    • 用于保护部件免受机械冲击的悬架
    • US20110085270A1
    • 2011-04-14
    • US12578754
    • 2009-10-14
    • Toshiki HiranoHaruhide TakahashiShinobu HagiyaShigenori TakadaKousaku Wakatsuki
    • Toshiki HiranoHaruhide TakahashiShinobu HagiyaShigenori TakadaKousaku Wakatsuki
    • G11B21/16
    • G11B5/4826
    • Approaches for protecting a component when a hard-disk drive (HDD) experiences a mechanical shock. An HDD includes a suspension comprising a load beam, a gimbal, and a flexure tongue. A component, such as a microactuator, is mounted on the suspension. The flexure tongue extends to at least the edge of the microactuator that is furthest from the gimbal. The flexure tongue prevents the microactuator from contacting the load beam when the HDD receives a mechanical shock. Alternately, the flexure tongue may comprise a tip portion that extends beyond the edge of the microactuator that is furthest from the gimbal, and the tip portion of the flexure tongue may deform to act as shock absorber when the HDD receives a mechanical shock. Alternately or additionally, a padding material may be used to prevent the microactuator or the flexure tongue from contacting the load beam when the HDD receives a mechanical shock.
    • 当硬盘驱动器(HDD)遭受机械冲击时保护组件的方法。 HDD包括悬架,其包括负载梁,万向节和弯曲舌头。 诸如微型致动器的部件安装在悬架上。 弯曲舌片至少延伸到距离万向节最远的微型致动器的边缘。 当HDD接收到机械冲击时,挠曲舌防止微型致动器接触负载梁。 或者,挠曲舌片可以包括延伸超出微型致动器的边缘的尖端部分,其最远离万向节,并且当HDD接收到机械冲击时,弯曲舌头的尖端部分可以变形以用作减震器。 替代地或另外地,当HDD接收到机械冲击时,填充材料可以用于防止微致动器或弯曲舌片接触负载梁。
    • 17. 发明申请
    • Suspension for magnetic head slider characteristic test
    • 悬架用于磁头滑块特性测试
    • US20070183096A1
    • 2007-08-09
    • US11698367
    • 2007-01-25
    • Shinobu HagiyaHaruhide TakahashiKousaku WakatsukiTakayoshi Ohtsu
    • Shinobu HagiyaHaruhide TakahashiKousaku WakatsukiTakayoshi Ohtsu
    • G11B5/48
    • G11B5/4826G11B5/455
    • Embodiments in accordance with the present invention provide a magnetic head slider to be easily mounted on or dismounted from a suspension and can hold a magnetic head slider so as not to be removed due to a shock resultant from handling during a characteristic test and a manufacturing process. A load beam is formed with protruding portions on both sides. A flexure includes a frame portion, a plate portion, a spring portion, an E-shaped pressing portion, and a probe portion. The plate portion extends from a guide portion of the frame portion. The probe portion may be formed by partially cutting out the frame portion. A limiter is formed on both sides of the plate portion. The limiter protrudes from the rear of the load beam and has a hook-shaped tip. The hook-shaped portion of the limiter engages with the protruding portion 6 of the load beam to limit excess vertical movement of the flexure. A gap may be formed between the limiter and the protruding portion.
    • 根据本发明的实施例提供了一种磁头滑动器,其可以容易地安装在悬架上或从悬架上拆卸,并且可以容纳磁头滑动器,以便在特性测试和制造过程中由于处理造成的冲击而不被移除 。 负载梁在两侧形成有突出部分。 挠曲件包括框架部分,板部分,弹簧部分,E形按压部分和探针部分。 板部从框架部的引导部延伸。 可以通过部分地切割框架部分来形成探针部分。 限制器形成在板部分的两侧。 限位器从负载梁的后部突出并具有钩形尖端。 限位器的钩状部分与负载梁的突出部分6接合以限制挠曲件的多余的垂直运动。 可以在限制器和突出部之间形成间隙。
    • 19. 发明授权
    • Suspension for magnetic head slider characteristic test
    • 悬架用于磁头滑块特性测试
    • US07652848B2
    • 2010-01-26
    • US11698367
    • 2007-01-25
    • Shinobu HagiyaHaruhide TakahashiKousaku WakatsukiTakayoshi Ohtsu
    • Shinobu HagiyaHaruhide TakahashiKousaku WakatsukiTakayoshi Ohtsu
    • G11B5/48
    • G11B5/4826G11B5/455
    • Embodiments in accordance with the present invention provide a magnetic head slider to be easily mounted on or dismounted from a suspension and can hold a magnetic head slider so as not to be removed due to a shock resultant from handling during a characteristic test and a manufacturing process. A load beam is formed with protruding portions on both sides. A flexure includes a frame portion, a plate portion, a spring portion, an E-shaped pressing portion, and a probe portion. The plate portion extends from a guide portion of the frame portion. The probe portion may be formed by partially cutting out the frame portion. A limiter is formed on both sides of the plate portion. The limiter protrudes from the rear of the load beam and has a hook-shaped tip. The hook-shaped portion of the limiter engages with the protruding portion 6 of the load beam to limit excess vertical movement of the flexure. A gap may be formed between the limiter and the protruding portion.
    • 根据本发明的实施例提供了一种磁头滑动器,其可以容易地安装在悬架上或从悬架上拆卸,并且可以容纳磁头滑动器,以便在特性测试和制造过程中由于处理造成的冲击而不被移除 。 负载梁在两侧形成有突出部分。 挠曲件包括框架部分,板部分,弹簧部分,E形按压部分和探针部分。 板部从框架部的引导部延伸。 可以通过部分地切割框架部分来形成探针部分。 限制器形成在板部分的两侧。 限位器从负载梁的后部突出并具有钩形尖端。 限位器的钩状部分与负载梁的突出部分6接合以限制挠曲件的多余的垂直运动。 可以在限制器和突出部之间形成间隙。