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    • 11. 发明授权
    • Moving turbine blade apparatus
    • 移动涡轮叶片装置
    • US06402474B1
    • 2002-06-11
    • US09640045
    • 2000-08-17
    • Kenichi Okuno
    • Kenichi Okuno
    • F01D124
    • F01D11/08F01D5/22F01D5/225
    • A moving turbine blade apparatus has a plurality of moving blades (5) adapted to be mounted on a rotor shaft, a plurality of snubber covers (6) formed on outer ends of the moving blades (5), respectively, so as to be arranged successively in a circle having its center on the axis of the rotor shaft, and a plurality of ribs (10) projecting from outer surfaces of the snubber covers (6), respectively, so as to extend in a circle having its center on the axis of the rotor shaft. At least one of the opposite end portions of the rib (10) has a thickness measured in a direction of the axis of the rotor shaft greater than that of a middle portion of the same rib (10). Steam loss attributable to the leakage of steam through gaps around the outer ends of the moving blades (5) is reduced.
    • 移动涡轮叶片装置具有适于安装在转子轴上的多个活动叶片(5),分别形成在活动叶片(5)的外端上的多个缓冲盖(6),以便布置 分别以其中心在转子轴的轴线上的圆圈和分别从缓冲罩(6)的外表面突出的多个肋(10)延伸,以便以其中心在轴线上的圆 的转子轴。 肋(10)的相对端部中的至少一个具有在转子轴的轴线方向上测量的厚度大于同一肋(10)的中间部分的厚度。 由于蒸汽通过活动叶片(5)的外端周围的间隙而泄漏的蒸汽损失减少了。
    • 14. 发明申请
    • Turbine moving blade
    • 涡轮动叶片
    • US20060002798A1
    • 2006-01-05
    • US10516171
    • 2003-05-30
    • Yasushi OoishiJoji KanekoKenichi OkunoShinya Fujitsuka
    • Yasushi OoishiJoji KanekoKenichi OkunoShinya Fujitsuka
    • F03B1/02
    • F01D5/225
    • In a turbine blade, for a snapper cover provided on the top blade portion of the effective blade portion of the turbine blade and a snapper cover provided on the top blade portion of the effective blade portion of a turbine blade neighboring to the above-described turbine blade, contact surfaces composed of plural side-surfaces are formed in a crank shape, respectively. In these surfaces constituting the contact surfaces, a contact-friction surface of the snapper cover which is brought into contact with a contact-friction surface of the other snapper cover has a positive angle of inclination in the rotation direction of the effective blade portion. According to this structure, there is provided a turbine blade in which the contact surfaces of the snapper cover and the neighboring snapper cover are maintained in the contact-state during the driving of the turbine, and the same vibration mode as that in the rotational direction of the effective blade portion can be sufficiently controlled.
    • 在涡轮机叶片中,用于设置在涡轮叶片的有效叶片部分的顶部叶片部分上的鲷鱼盖,以及设置在与上述涡轮机相邻的涡轮叶片的有效叶片部分的顶部叶片部分上的鲷鱼盖 刀片,由多个侧面构成的接触面分别形成为曲柄形状。 在构成接触表面的这些表面中,与其他鲷鱼盖的接触摩擦面接触的鲷鱼罩的接触摩擦表面在有效叶片部分的旋转方向上具有正的倾斜角度。 根据该结构,提供了一种涡轮叶片,其中,鲷鱼盖和相邻的鲷鱼盖的接触表面在涡轮驱动期间保持在接触状态,并且与旋转方向相同的振动模式 可以充分地控制有效的叶片部分。
    • 15. 发明申请
    • Memory bandwidth control device
    • 内存带宽控制设备
    • US20050086425A1
    • 2005-04-21
    • US10935608
    • 2004-09-07
    • Kenichi Okuno
    • Kenichi Okuno
    • G06F13/12G06F3/06G06F13/16G06F12/00
    • G06F13/1673
    • A memory bandwidth control device is capable of significantly improving efficiency of data transfer between an external device and a memory. This invention provides a memory 80 used for temporarily storing and outputting data to be communicated with external devices being connected via input/output ports, and an I/O buffer 2 for dynamically assigning memory bandwidth to external devices requesting data transfer when receiving the data transfer requests from the external devices to the memory 80. As compared with a case of assigning fixed memory bandwidth, efficiency of data transfer to the memory 80 can be significantly improved without wasting memory bandwidth.
    • 存储器带宽控制装置能够显着提高外部设备和存储器之间的数据传输效率。 本发明提供了一种用于临时存储和输出要经由输入/输出端口连接的外部设备的数据的存储器80,以及用于在接收数据传输时向外部设备请求数据传输的存储器带宽动态地分配存储器带宽的I / O缓冲器2 从外部设备到存储器80的请求。与分配固定存储器带宽的情况相比,可以显着地提高对存储器80的数据传输的效率,而不浪费存储器带宽。