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    • 4. 发明申请
    • METHOD FOR DESIGNING ELECTRONIC SYSTEM
    • 设计电子系统的方法
    • US20110210453A1
    • 2011-09-01
    • US13107269
    • 2011-05-13
    • Keiichi KUSUMOTOShinya TokunagaMitumi ItoKoichi Seko
    • Keiichi KUSUMOTOShinya TokunagaMitumi ItoKoichi Seko
    • H01L23/48G06F17/50
    • G06F17/5068H05K3/0005
    • When an electronic system is designed, then if an integrated circuit chip (LSI), a package (PKG), and a printed circuit board (PCB) are designed separately and in parallel, it will be found near the end of the design process that a satisfactory electrical characteristic is not achieved. Therefore, a design procedure of each part (e.g., an LSI, a PKG, a PCB, etc.) is decided, and allocation of resources to a part which is designed with a higher priority is decided, and thereafter, the other parts start to be designed. Therefore, a basic interconnect distribution for a circuit board is calculated based on a prediction function for predicting an interconnect distribution for the circuit board using design information of the circuit board as input data, and is output.
    • 当设计电子系统时,如果集成电路芯片(LSI),封装(PKG)和印刷电路板(PCB)被单独并行设计,则将在设计过程结束时发现 不能达到令人满意的电气特性。 因此,决定各部分(例如,LSI,PKG,PCB等)的设计程序,并且决定对设计为较高优先级的部分的资源分配,其后的部分开始 设计。 因此,基于用于使用电路板的设计信息预测电路板的互连分布的预测功能作为输入数据来计算电路板的基本互连分布,并被输出。
    • 8. 发明授权
    • Spindle motor and disk drive furnished therewith
    • 主轴电机和磁盘驱动器配备
    • US06768236B2
    • 2004-07-27
    • US10604977
    • 2003-08-29
    • Shinya TokunagaKaoru Uenosono
    • Shinya TokunagaKaoru Uenosono
    • H02K708
    • F16C33/107F16C17/026F16C17/045F16C17/107F16C2370/12H02K5/1675
    • Spindle motor utilizing a dynamic-pressure bearing device having a full-fill structure and capable of discharging air bubbles from the lubricating oil after it is charged into the bearing device, as well as air bubbles appearing in the oil due to cavitation in handling. Thrust and radial bearing sections are configured within bearing clearances in between the rotor, the shaft, and a shaft-encompassing hollow bearing member. A communicating passage enabling the oil to redistribute itself within the bearing clearances is formed in the bearing member. At least one ray-like groove that reaches from the radially inward edge of dynamic-pressure-generating grooves in the thrust bearing section to the rim of the shaft-encompassing hollow is furnished in the bearing member. When the motor rotates the air bubbles are stirred and minced by the ray-like groove, and migrate toward release at the single oil-air interface.
    • 主轴电动机利用具有全填充结构的动压轴承装置,并且能够在润滑油装载到轴承装置中之后从润滑油中排出气泡,以及由于处理中的空化而出现在油中的气泡。 推力轴承和径向轴承部分配置在转子,轴和包含轴的中空轴承部件之间的轴承间隙内。 在轴承构件中形成有使油能够在轴承间隙内重新分布的连通通道。 至少一个从止推轴承部分的动压产生槽的径向向内的边缘到包围轴的中空部分的轮缘的至少一个射线状槽被设置在轴承部件中。 当电动机旋转时,气泡被射线状槽搅拌并切碎,并在单一油 - 空气界面处向释放状态迁移。