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    • 1. 发明专利
    • Gliding body with handle, skidding surface and rail
    • 具有手柄,滑动表面和轨道的玻璃体
    • JP2005270234A
    • 2005-10-06
    • JP2004085563
    • 2004-03-23
    • Takeo Miura三浦 武夫
    • MIURA TAKEO
    • A63C5/06A63C5/00A63C5/044
    • PROBLEM TO BE SOLVED: To provide a gliding body which enables anybody to enjoy spiral slaloms and other various mobilities by increasing the safety and operability of the gliding bodies for skis, snowboards, sleighs and the like.
      SOLUTION: The handle fixed on the front of the gliding body can stabilize the slope gliding and produces a strong turning power to improve the operability remarkably while reducing the tumbling. Regardless of the age, this enables the beginners and low-skilled persons to experience a high-level down-gliding technique and additionally, the skidding surface can reduce the resistance against the snow surface at the turning moment and so makes the spinning spiral slalom gliding possible with the rail having a curved surface as the center of rotation. Further possible are the midair rotary motion in jump and a new slalom racing using a spiral snowboard or a spiral sleigh and the toboggan racing with the spiral sleigh can be done with relative ease simply by building the side wall of snow or ice. Thus, this provides a gliding body with the handle, the skidding surface and the rail, enables anybody to enjoy the riding and moreover, can create diversified mobilities thereby contributing to the amusement, heath and economy in the snow countries.
      COPYRIGHT: (C)2006,JPO&NCIPI
    • 要解决的问题:提供一种滑翔体,其能够通过增加用于滑雪板,滑雪板,雪橇等的滑动体的安全性和可操作性而使任何人享受螺旋回旋和其他各种移动性。

      解决方案:固定在滑行体前部的手柄可以稳定斜坡滑行,产生强烈的转向力,从而在减少翻滚的同时显着提高操作性。 无论年龄如何,这使得初学者和低技能人员能够体验到高水平的滑翔技术,此外,滑动面可以减少转弯时对雪面的抵抗力,从而使旋转螺旋回旋滑翔 可能的是,轨道具有作为旋转中心的曲面。 进一步可能的是跳跃中的空中旋转运动和使用螺旋滑雪板或螺旋雪橇的新的回旋赛,并且通过构建雪或冰的侧壁可以相对简单地进行具有螺旋雪橇的雪橇赛车。 因此,这提供了一个具有手柄,打滑表面和轨道的滑翔体,使任何人都能享受骑马,而且可以创造多样化的动作,从而为雪国家的娱乐,健康和经济做出贡献。 版权所有(C)2006,JPO&NCIPI

    • 5. 发明授权
    • Method and apparatus for testing semiconductor devices
    • 用于半导体器件测试的方法和装置
    • US06789224B2
    • 2004-09-07
    • US09761199
    • 2001-01-16
    • Takeo Miura
    • Takeo Miura
    • G01R3128
    • G01R31/31937
    • Data output from a semiconductor device under test and a reference clock output therefrom in synchronization with the data are sampled by slightly phased-apart multiphase strobe pulses. The phases of points of change of the output data and the reference clock are obtained from the sampled outputs, then the phase difference between them is measured, and a check is made to determine if the phase difference falls within a predetermined range, thereby evaluating the semiconductor device under test on a pass/fail basis.
    • 从被测半导体器件输出的数据和与数据同步输出的参考时钟通过稍微相位分开的多相选通脉冲进行采样。 从采样输出获得输出数据和参考时钟的变化点的相位,然后测量它们之间的相位差,并进行检查以确定相位差是否在预定范围内,由此评估 半导体器件在通过/失败的基础上进行测试。
    • 6. 发明授权
    • Semiconductor device testing apparatus
    • 半导体器件测试仪器
    • US6016565A
    • 2000-01-18
    • US874669
    • 1997-06-13
    • Takeo Miura
    • Takeo Miura
    • G01R31/319G01R31/3193G01R31/28
    • G01R31/31937G01R31/31922
    • A strobe generator includes four strobe pulse generators generating original strobe pulses having the same frequency, respectively, and correspondingly, four logical comparator circuits, the number of which is identical to that of the strobe pulse generators. Further, a mode selection circuit is provided which can set any one of mode 1, mode 2 and mode 3. In mode 1, an output signal V from a level comparator is latched by a new high speed strobe signal having a frequency four times the frequency of the original strobe pulse, and the latched signals are sequentially compared with expected value data signals. In mode 2, an output signal V from the level comparator is latched by two new high speed strobe signals having a frequency two times the frequency of the original strobe pulse, and the latched signals are sequentially compared with the expected value data signals. In mode 3, an output signal V from the level comparator is latched by four new strobe signals having the same frequency as the frequency of the original strobe pulse and different phases from one another, and the latched signals are sequentially compared with the expected value data signals.
    • 选通发生器包括四个选通脉冲发生器,分别产生具有相同频率的原始选通脉冲,相应地,四个逻辑比较器电路的数量与选通脉冲发生器的数量相同。 此外,提供了可以设置模式1,模式2和模式3中的任何一个的模式选择电路。在模式1中,来自电平比较器的输出信号V被新的高速选通信号锁存,频率为频率的四倍 原始选通脉冲的频率和锁存信号与期望值数据信号顺序地比较。 在模式2中,来自电平比较器的输出信号V被两个具有原始选通脉冲的频率的两倍的新的高速选通信号锁存,并且锁存的信号被顺序地与预期值数据信号进行比较。 在模式3中,来自电平比较器的输出信号V被四个具有与原始选通脉冲的频率相同的频率和不同相位的新的选通信号锁存,并且锁存的信号被顺序地与预期值数据进行比较 信号。