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    • 14. 发明申请
    • Disk drive
    • 磁盘驱动器
    • US20050046996A1
    • 2005-03-03
    • US10884235
    • 2004-07-01
    • Shinichi KimuraHiroki KitahoriHirofumi Nozaki
    • Shinichi KimuraHiroki KitahoriHirofumi Nozaki
    • G11B25/04G11B33/12G11B33/14G11B17/00
    • G11B33/121G11B25/043G11B33/1466Y10T403/1616Y10T403/1624Y10T403/75
    • There are demands for an assembly structure which is low in height and is suitable for downsizing and for a sealing structure of high hermeticity in a micro hard disk drive. In one embodiment, a burring projecting toward a top cover and having an internal thread cut on its inner wall is formed at each of regions (flat portions in steps) of a base plate where the top cover is screw-fastened to the base plate, the base plate accommodating a functional unit such as a disk and a head. A burring is formed extendedly upward on each of flat portions of recesses qt three corners formed by pressing on the top cover. The burrings have a diameter larger than that of the burrings of the base plate, the burrings of the base plate are fitted into the burrings to be screw-fastened with top cover fastening screws. After attaching the top cover to the base plate, a covering seal is applied to cover the respective top faces of the top cover, base plate, and the top cover screws.
    • 需要一种高度小且适合于小型化的组装结构和用于微型硬盘驱动器中高密封性的密封结构的组装结构。 在一个实施例中,在顶板螺旋固定在基板上的基板的每个区域(台阶的平坦部分)处形成朝向顶盖突出并且在其内壁上切割内螺纹的翻边, 所述基板容纳诸如盘和头的功能单元。 在通过按压顶盖形成的三个拐角的凹部的每个平坦部分上延伸地形成翻边。 毛边的直径大于基板的毛刺直径,将底板的毛刺装入钻头中,用顶盖紧固螺丝拧紧。 将顶盖安装到基板后,应用覆盖密封来覆盖顶盖,底板和顶盖螺钉的各个顶面。
    • 16. 发明授权
    • Rotating disk storage device
    • 旋转磁盘存储设备
    • US07420782B2
    • 2008-09-02
    • US10893070
    • 2004-07-16
    • Takanori KawakamiShinichi KimuraHiroki KitahoriHiroshi Matsuda
    • Takanori KawakamiShinichi KimuraHiroki KitahoriHiroshi Matsuda
    • G11B5/55
    • G11B5/5569
    • Embodiments of the present invention provide a rotating disk storage device adopting a thin yoke structure. In one embodiment, the yoke structure of a voice coil motor includes a base of a casing formed from a ferromagnetic material; an auxiliary yoke disposed so as to be magnetically coupled to the base; a magnet disposed so as to be magnetically coupled to a front surface of the auxiliary yoke; and a main yoke provided with yoke legs magnetically coupled to the auxiliary yoke and an opposing surface that confronts a front surface of the magnet. In addition, a yoke gap is defined between the opposing surface and the front surface of the magnet. The base and the auxiliary yoke form a magnetic path, which allows a dedicated yoke on a lower portion to be eliminated.
    • 本发明的实施例提供一种采用薄轭结构的旋转盘存储装置。 在一个实施例中,音圈电机的轭结构包括由铁磁材料形成的壳体的底座; 辅助轭被设置为磁耦合到基座; 设置成磁耦合到辅助轭的前表面的磁体; 以及主轭,其具有磁耦合到辅助轭的轭脚和面对磁体前表面的相对表面。 此外,在磁体的相对表面和前表面之间限定磁轭间隙。 基座和辅助磁轭形成磁路,可以消除下部的专用磁轭。
    • 18. 发明授权
    • Inertial latch that restricts actuator rotation in a first direction but not in a second direction
    • 惯性闩锁,其限制致动器沿第一方向而不是在第二方向旋转
    • US07460339B2
    • 2008-12-02
    • US10892944
    • 2004-07-16
    • Takanori KawakamiShinichi KimuraSatoshi Matsumura
    • Takanori KawakamiShinichi KimuraSatoshi Matsumura
    • G11B5/54G11B21/22
    • G11B5/54
    • A rotating disk storage device has a mechanism for latching an actuator head suspension assembly (AHSA) positively in a retraction area upon occurrence of an external shock or runaway. In one embodiment, a latch mechanism comprises an AHSA which is supported pivotably, an elastic member which restricts a pivotal movement of the AHSA in a pivot direction A1 of the AHSA, an inertia member adapted to move pivotally in a corresponding pivot direction B2 when the AHSA moves pivotally in the pivot direction A1 while deforming the elastic member elastically, and a latch member having an engaging portion and adapted to move pivotally in a direction A2 opposite from the corresponding pivot direction B2 upon receipt of torque from the inertia member, thereby causing the engaging portion to move to a latching position. The AHSA has two to-be-engaged portions, i.e., a first to-be-engaged portion and a second to-be-engaged portion. Even in the event the engaging portion cannot engage the first to-be-engaged portion, it can engage the second to-be-engaged portion.
    • 旋转盘存储装置具有用于在发生外部冲击或失控时在执行器头部悬挂组件(AHSA)中积极地将其锁定在收回区域中的机构。 在一个实施例中,闩锁机构包括可枢转地支撑的AHSA,弹性构件,其限制AHSA在AHSA的枢转方向A1上的枢转运动,惯性构件适于在相应的枢转方向B2上枢转地移动,当惯性构件 AHSA在枢转方向A1上枢转地移动,同时使弹性构件弹性地变形,以及闩锁构件,其具有接合部分,并且适于在从惯性构件接收到扭矩时沿与相应的枢转方向B2相反的方向A2枢转地移动,从而导致 所述接合部分移动到闩锁位置。 AHSA具有两个被接合部分,即第一待接合部分和第二被接合部分。 即使在接合部分不能接合第一被接合部分的情况下,其可以接合第二被接合部分。
    • 19. 发明申请
    • Rotating disk storage device
    • 旋转磁盘存储设备
    • US20050063091A1
    • 2005-03-24
    • US10892944
    • 2004-07-16
    • Takanori KawakamiShinichi KimuraSatoshi Matsumura
    • Takanori KawakamiShinichi KimuraSatoshi Matsumura
    • G11B21/22G11B5/54G11B17/00G11B21/02G11B21/12
    • G11B5/54
    • A rotating disk storage device has a mechanism for latching an actuator head suspension assembly (AHSA) positively in a retraction area upon occurrence of an external shock or runaway. In one embodiment, a latch mechanism comprises an AHSA which is supported pivotably, an elastic member which restricts a pivotal movement of the AHSA in a pivot direction A1 of the AHSA, an inertia member adapted to move pivotally in a corresponding pivot direction B2 when the AHSA moves pivotally in the pivot direction A1 while deforming the elastic member elastically, and a latch member having an engaging portion and adapted to move pivotally in a direction A2 opposite from the corresponding pivot direction B2 upon receipt of torque from the inertia member, thereby causing the engaging portion to move to a latching position. The AHSA has two to-be-engaged portions, i.e., a first to-be-engaged portion and a second to-be-engaged portion. Even in the event the engaging portion cannot engage the first to-be-engaged portion, it can engage the second to-be-engaged portion.
    • 旋转盘存储装置具有用于在发生外部冲击或失控时在执行器头部悬挂组件(AHSA)中积极地将其锁定在收回区域中的机构。 在一个实施例中,闩锁机构包括可枢转地支撑的AHSA,弹性构件,其限制AHSA在AHSA的枢转方向A1上的枢转运动,惯性构件适于在相应的枢转方向B2上枢转地移动,当惯性构件 AHSA在枢转方向A1上枢转地移动,同时使弹性构件弹性地变形,以及闩锁构件,其具有接合部分,并且适于在从惯性构件接收到扭矩时沿与相应的枢转方向B2相反的方向A2枢转地移动,从而导致 所述接合部分移动到闩锁位置。 AHSA具有两个被接合部分,即第一待接合部分和第二被接合部分。 即使在接合部分不能接合第一被接合部分的情况下,其可以接合第二被接合部分。