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    • 41. 发明申请
    • Portable terminal
    • 便携式终端
    • US20060107031A1
    • 2006-05-18
    • US11236454
    • 2005-09-27
    • Takashi KounoShinichi ShishinoYasuhiko AbeMunehisa TomiokaSakae Inoue
    • Takashi KounoShinichi ShishinoYasuhiko AbeMunehisa TomiokaSakae Inoue
    • G06F9/24
    • G06F9/4401
    • Screen display matched to the progress of execution of the initialization function in small and inexpensive devices such as a portable terminal is performed. Furthermore, reliability in the event of an error is improved without providing excessive redundancy and with limited capacity in a NAND flash memory storing programs. A first boot layer and a second boot layer of the same content are stored in the NAND flash memory. The boot layer free from errors is copied (C2) to a RAM (step S21), and a boot layer program is executed in the RAM (step S30). A simple logo and the like comprising characters is then displayed (first screen display) (step S32). Next, a system layer program is executed in the RAM (step S40). A screen (second screen display) is then displayed by switching between a plurality of images (step S44).
    • 执行与便携式终端等小型便宜的装置中的初始化功能的执行的进行匹配的画面显示。 此外,在存储程序的NAND闪速存储器中,在不提供过多的冗余和有限的容量的情况下,可以改善错误的可靠性。 相同内容的第一引导层和第二启动层存储在NAND闪速存储器中。 没有错误的引导层被复制(C 2)到RAM(步骤S21),并且在RAM中执行引导层程序(步骤S30)。 然后显示包括字符的简单标志等(第一屏幕显示)(步骤S32)。 接下来,在RAM中执行系统层程序(步骤S40)。 然后通过在多个图像之间切换显示屏幕(第二屏幕显示)(步骤S44)。
    • 43. 发明申请
    • Disk device and unbalance correcting method thereof
    • 磁盘装置及其不平衡校正方法
    • US20050047003A1
    • 2005-03-03
    • US10682029
    • 2003-10-10
    • Teruhiro NakamiyaTakashi KounoToshihisa OkazakiMasatoshi Horinouchi
    • Teruhiro NakamiyaTakashi KounoToshihisa OkazakiMasatoshi Horinouchi
    • F16F15/32G11B19/20G11B33/08G11B17/08
    • G11B19/2009G11B19/2027G11B33/08
    • In a disk device, having disks 2 and a hub 4 for holding thereof, to be attached onto a shaft 5 of a spindle motor, for rotary drive thereof, a groove 42 is formed on a bottom surface of a flange portion 41 of the hub 4, for receiving therein. A balance weight 8 to be received in this groove 42 has elasticity and an outer configuration of about “C”, and further, in a portion thereof is attached at least one (1) piece of an auxiliary weight or more, thereby achieving unbalance correction at high accuracy with an aid of the balance weight. After being attached with one (1) piece or more of the “U” shaped auxiliary weight(s) directing it/them from an inner periphery to an outer periphery thereof, the “C” shaped balance weight is inserted or fitted into, while being suppressed a little bit in an inside thereof. Therefore, a disk device and the unbalance correcting method for that, can be obtained, in which spaces necessary for attaching and detaching are less, but enabling the balance correction at high accuracy.
    • 在具有盘2和用于保持其的轮毂4的盘装置中,要安装在主轴电动机的轴5上用于其旋转驱动,在所述轮毂的凸缘部分41的底表面上形成有槽42 4,用于接收。 在该槽42中容纳的平衡重8具有弹性,外部构造为“C”左右,另外,在其一部分上安装有至少一个辅助重量以上,从而实现不平衡校正 在平衡重的帮助下,高精度。 在将一个或多个“U”形辅助重量从内周引导到外周之后,将“C”形平衡重插入或嵌入,同时 被抑制在其内部一点点。 因此,可以获得其中安装和拆卸所需的空间较小,但能够高精度地进行平衡校正的盘装置和不平衡校正方法。
    • 44. 发明申请
    • REDUCING AIR FLOW EXPOSURE TO CONDUCTIVE COMPONENTS OF A HARD DISK DRIVE
    • 减少空气流入硬盘驱动器的导电组件
    • US20120170148A1
    • 2012-07-05
    • US12980986
    • 2010-12-29
    • Takaaki DeguchiTakashi KounoTakeshi ChawanyaKenji Suzuki
    • Takaaki DeguchiTakashi KounoTakeshi ChawanyaKenji Suzuki
    • G11B33/14G11B5/48
    • G11B5/4833G11B25/043G11B33/148
    • A hard disk drive including a housing, at least one disk mounted to the housing, an actuator mounted to the housing and being movable relative to the at least one disk, a conductive component support coupled with the actuator and extending the first surface, the conductive component support having a support wall attaching the conductive component support to the actuator, and a boss coupled with a first surface of the actuator and the support wall, the boss having a first end facing a flat coil side of the actuator and a second end facing a head gimbal assembly side of the actuator, wherein the first end extends further toward the flat coil side than the conductive component entrance portion of the conductive component support such that a portion of the boss overlaps a portion of the conductive component support.
    • 一种硬盘驱动器,包括壳体,至少一个安装到所述壳体的盘,安装到所述壳体并且可相对于所述至少一个盘移动的致动器;与所述致动器联接并延伸所述第一表面的导电部件支撑件,所述导电 部件支撑件,其具有将导电部件支撑件附接到致动器的支撑壁,以及与致动器的第一表面和支撑壁联接的凸台,凸台具有面向致动器的扁平线圈侧的第一端和面向 致动器的头部万向节组件侧,其中第一端部比导电部件支撑件的导电部件入口部分更向平面线圈侧延伸,使得凸台的一部分与导电部件支撑件的一部分重叠。
    • 47. 发明授权
    • Magnetic disk drive with compensation against disturbance
    • 磁盘驱动器,可以补偿干扰
    • US07580221B2
    • 2009-08-25
    • US11106175
    • 2005-04-13
    • Masahiko SegaYoshio SoyamaTakashi KounoToshihiro Arisaka
    • Masahiko SegaYoshio SoyamaTakashi KounoToshihiro Arisaka
    • G11B33/14
    • G11B33/08
    • A magnetic disk drive is to be provided wherein oscillations in thrust, conical and translational modes of a spindle caused by disturbance are to be damped to diminish a positioning error and thereby attain a high recording density and improved accessing performance. In one embodiment, there is provided a compensation circuit using acceleration or angular acceleration sensors, the sensors being disposed on a base, a cover or a PCB (printed circuit board) of a magnetic disk drive so that they can detect disturbance effectively, and wherein a mechanical system transfer characteristic of and other parameters in thrust, conical, or translational mode of a spindle are acquired or calculated by a processor and unnecessary oscillation in each mode is compensated. In another embodiment, to measure a transfer characteristic of the spindle in thrust mode and other parameters after installation of the magnetic disk drive in a case, piezoelectric elements are provided as one of oscillating means. The measurement may be made repeatedly at predetermined intervals.
    • 要提供一种磁盘驱动器,其中由扰动引起的主轴的推力,锥形和平移模式的振荡被阻尼以减少定位误差,从而获得高记录密度和改进的存取性能。 在一个实施例中,提供了一种使用加速度或角加速度传感器的补偿电路,传感器设置在磁盘驱动器的基座,盖或PCB(印刷电路板)上,使得它们可以有效地检测扰动,并且其中 通过处理器获取或计算主轴的推力,锥形或平移模式的机械系统传递特性和其他参数,并补偿每种模式中的不必要的振荡。 在另一个实施例中,为了在壳体中安装磁盘驱动器之后测量主轴在推力模式下的传递特性和其它参数,压电元件被提供为振荡装置之一。 可以以预定间隔重复进行测量。