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    • 2. 发明申请
    • Torque measuring device
    • 扭矩测量装置
    • US20070056387A1
    • 2007-03-15
    • US10578542
    • 2004-11-10
    • Hajime Obikawa
    • Hajime Obikawa
    • G01L3/08
    • G01L3/12Y02E20/16
    • Light irradiation detecting sections for irradiating laser light to reflectors of a rotational body and receiving the reflected light are downsized. A light transmitting and receiving device 21 has incident light receiving fibers 25a and 25b for guiding both incident light and reflected light and light irradiation detecting sections 11a and 11b, as well as polarization-maintaining fiber circulators 24a and 24b. The light transmitting and receiving device is structured such that reflected light is received through the same light path as the light path for outputting laser light from a laser light output device 20 through a branch connector 23. The polarization-maintaining fiber circulators 24a and 24b polarize and output the polarized laser light, as well as input reflected light through the same light path as the light path, through which the laser light is output, separate the reflected light from laser light from the laser light output device 20, and output the reflected light to a signal processing device 22 for obtaining torque.
    • 用于将激光照射到旋转体的反射器并接收反射光的光照射检测部分被小型化。 光发射和接收装置21具有用于引导入射光和反射光以及光照射检测部分11a和11b以及偏振保持光纤循环器24a和24b的入射光接收光纤25a和25b。 光传输和接收装置被构造成使得反射光通过与用于通过分支连接器23输出来自激光输出装置20的激光的光路相同的光路被接收。 偏振保持光纤循环器24a和24b偏振并输出偏振激光,以及通过与光路相同光路的输入反射光,通过激光输出激光,将反射光与激光分开 从激光输出装置20输出反射光到信号处理装置22,以获得转矩。
    • 3. 发明授权
    • Thermal efficiency diagnostic method and apparatus of a combined power generation plant
    • 联合发电厂的热效率诊断方法和装置
    • US06529849B2
    • 2003-03-04
    • US09811518
    • 2001-03-20
    • Shuichi UmezawaHajime Obikawa
    • Shuichi UmezawaHajime Obikawa
    • G01K1700
    • G05B23/024Y02E20/16
    • A thermal efficiency diagnostic of a combined power generation plant is performed by using measurement data relative to energy input/output of the respective equipment of the combined power generation plant, recording the design values of heat balance, using measurement data having high measuring accuracy as standard parameters, conducting an optimum state estimation by adjusting the key parameters, which largely affect the diagnostic results so as to be consistent with the standard parameters, so that each deviation of the reference parameters becomes minimum and the probability of the heat balance becomes maximum in a whole plant, comparing the heat balance thus determined with the heat balance based on a design value, analyzing the degree of contribution of performance of each equipment to the thermal efficiency and specifying the equipment which causes the thermal efficiency deterioration in accordance with the degree of contribution.
    • 通过使用相对于组合发电厂的各设备的能量输入/输出的测量数据,使用具有高测量精度的测量数据记录热平衡的设计值作为标准来执行组合发电厂的热效率诊断 参数,通过调整关键参数进行最佳状态估计,这大大影响诊断结果,使其与标准参数一致,从而参考参数的每个偏差变得最小,热平衡的概率在 根据设计值比较所确定的热平衡与热平衡,分析每个设备的性能对热效率的贡献程度,并根据贡献程度指定导致热效率恶化的设备 。