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    • 21. 发明授权
    • Brake control apparatus and brake control method
    • 制动控制装置及制动控制方式
    • US07883159B2
    • 2011-02-08
    • US11626599
    • 2007-01-24
    • Tetsuya Miyazaki
    • Tetsuya Miyazaki
    • B60T8/32
    • B60T8/4081B60T8/172B60T13/142B60T17/221
    • A brake control apparatus comprises: a braking force applying mechanism that brakes a wheel by pressing a friction member upon supply of a working fluid; and a control portion that computes a target value set for controlling the pressure of the working fluid by utilizing a detected temperature of the friction member so as to restrain fluctuations of the effect of the brake caused by temperature changes of the friction member. The control portion restricts the utilization of the detected temperature in the computation of the target value in case a decline of the detection accuracy of the friction member temperature is predicted to restrain the influence of the decline of the estimation accuracy of the friction member temperature on the braking force control.
    • 制动控制装置包括:制动力施加机构,其通过在供给工作流体时按压摩擦构件来制动车轮; 以及控制部,其通过利用所述摩擦部件的检测温度来计算用于控制所述工作流体的压力的目标值,以便抑制由所述摩擦部件的温度变化引起的所述制动器的影响的波动。 在预测摩擦构件温度的检测精度的下降被预测为抑制摩擦构件温度的估计精度的下降的影响的情况下,控制部分限制在计算目标值时检测到的温度的利用 制动力控制。
    • 23. 发明授权
    • Data transmission method and a system thereof
    • 数据传输方法及其系统
    • US07609974B2
    • 2009-10-27
    • US11481756
    • 2006-07-05
    • Yukiyoshi KamioTetsuya Miyazaki
    • Yukiyoshi KamioTetsuya Miyazaki
    • H04B10/00
    • H04B10/677H04B10/505H04B10/5053H04B10/5055H04B10/5561H04B10/676H04B10/69
    • An optical transmitter generates a transmission signal having a frame as a unit, the frame including a signal pilot signal with fixed amplitude and phase and two data bits to output the generated signal into a transmission line. In a receiver, a splitter splits the signal light from the transmission line. An optical delay delays the signal light for a 1-bit period. A first combiner combines the signal light from the transmission line and the output signal light from the optical delay. A photodetector converts the combined light into an electrical signal. A 3-bit optical delay, a second combiner, a BPF, and an oscillator generate a frame-timing signal. A gate separates a data from the output from the photodetector under the control of a gate control unit. A binary discriminator binary-discriminates the output signal from the gate.
    • 光发射机产生具有帧为单位的发射信号,该帧包括具有固定幅度和相位的信号导频信号和两个数据比特,以将生成的信号输出到传输线。 在接收机中,分路器将来自传输线的信号光分离。 光延迟使信号光延迟1位周期。 第一组合器组合来自传输线的信号光和来自光延迟的输出信号光。 光电检测器将组合的光转换成电信号。 3位光延迟,第二组合器,BPF和振荡器产生帧定时信号。 门在栅极控制单元的控制下将数据与来自光电检测器的输出分离。 二进制鉴频器对门的输出信号进行二进制识别。
    • 24. 发明授权
    • Optical multilevel-coded signal transmission system and method thereof, optical transmitter, and multilevel-coded signal light generating method
    • 光学多电平编码信号传输系统及其方法,光发射机和多电平编码信号光生成方法
    • US07483640B2
    • 2009-01-27
    • US10957151
    • 2004-09-30
    • Tetsuya Miyazaki
    • Tetsuya Miyazaki
    • H04B10/04
    • H04B10/505H04B10/5051H04B10/5161H04B10/5162H04B10/541H04B10/548
    • An optical multilevel-coded signal transmission system transmits information from an optical transmitter to an optical receiver through an optical transmission line using optical intensity and optical phase separately. The optical transmitter includes an inverted RZ signal light generator to generate an inverted RZ signal light intensity-modulated with a first data, and an optical phase modulator to phase-modulate the inverted RZ signal light according to a second data. The optical receiver includes a splitter to split a light input from the optical transmission line into first and second portions, an inverter to invert the first portion from the splitter, a first detector to detect the first data in the first portion inverted by the inverter, a converter to convert a phase-modulated signal included in the second portion from the splitter into an optical intensity-modulated signal, and a second detector to detect the second data in the optical intensity-modulated signal from the converter.
    • 光学多层编码信号传输系统通过使用光强度和光学相位的光传输线路将信息从光发射机传输到光接收机。 光发射机包括反转的RZ信号光发生器,用于产生用第一数据强度调制的反相RZ信号,以及光相位调制器,以根据第二数据对反转的RZ信号光进行相位调制。 光接收机包括:分离器,用于将从光传输线路输入的光分成第一和第二部分;逆变器,用于将第一部分从分路器反相;第一检测器,用于检测由逆变器反相的第一部分中的第一数据; 转换器,用于将来自分离器的第二部分中包括的相位调制信号转换为光强度调制信号;以及第二检测器,用于检测来自转换器的光强度调制信号中的第二数据。
    • 25. 发明授权
    • Braking system for vehicle
    • 车辆制动系统
    • US07293843B2
    • 2007-11-13
    • US10821984
    • 2004-04-12
    • Tetsuya Miyazaki
    • Tetsuya Miyazaki
    • B60T8/34
    • B60T8/4081B60W2540/12B60W2720/106
    • A braking system for a vehicle, including a braking device which puts brake on a vehicle; an operating device which includes an operating member that is operated by a driver of the vehicle in a braking force increasing direction, that is, an operating direction in which a braking force of the braking device is increased or in a braking force decreasing direction, that is, an operating direction in which the braking force of the braking device is decreased; and a control device which decides a target control value for controlling the braking device based on an operation state amount of the operating member and which controls the braking device based on the decided target control value, wherein the control device includes an operating direction-dependant target control value deciding portion which sets an increasing direction target control value that is the target control value when the operating member is operated in the braking force increasing direction, and a decreasing direction target control value that is the target control value when the operating member is operated in the braking force decreasing direction to values different from each other at least in part of a control range.
    • 一种用于车辆的制动系统,包括将制动器放在车辆上的制动装置; 操作装置,其包括由制动力增加方向上的车辆驾驶员操作的操作构件,即制动装置的制动力或制动力减小方向的操作方向,即 是制动装置的制动力减小的操作方向; 以及控制装置,其基于所述操作构件的操作状态量决定用于控制所述制动装置的目标控制值,并且基于所述决定的目标控制值来控制所述制动装置,其中,所述控制装置包括操作方向依赖性目标 控制值决定部,其设定当所述操作部件在制动力增大方向上操作时作为所述目标控制值的增加方向目标控制值;以及作为所述操作部件运转时的所述目标控制值的减小方向目标控制值 在制动力减小方向上至少部分控制范围彼此不同的值。
    • 27. 发明授权
    • Optical digital regenerator
    • 光学数字再生器
    • US06532091B1
    • 2003-03-11
    • US09246256
    • 1999-02-08
    • Tetsuya MiyazakiTomohiro OtaniMasatoshi SuzukiNoboru EdagawaShu Yamamoto
    • Tetsuya MiyazakiTomohiro OtaniMasatoshi SuzukiNoboru EdagawaShu Yamamoto
    • H04B1002
    • H04B10/299
    • An optical digital regenerator for digitally regenerating an input signal in an intact optical state. A first operating unit has a first probe light generator for generating a first probe light and a first optical operator for converting a waveform of the first probe light output from a first probe light generator according to an optical intensity waveform of the input signal light. A clock extractor extracts a clock component of the input signal light from a photocurrent generated by the first optical operator. A second optical operating unit has a second probe light generator for generating a second probe light pulsed in accordance with the clock output from the clock extractor and a second optical operator for sampling the second probe pulse light output from the second probe light generator.
    • 一种用于以完整光学状态数字再生输入信号的光学数字再生器。 第一操作单元具有用于产生第一探测光的第一探测光发生器和用于根据输入信号光的光强度波形转换从第一探测光发生器输出的第一探测光的波形的第一光学操作器。 时钟提取器从由第一光学运算器产生的光电流提取输入信号光的时钟分量。 第二光学操作单元具有第二探测光发生器,用于产生根据来自时钟提取器的时钟输出脉冲的第二探测光,以及第二光学操作器,用于对从第二探测光发生器输出的第二探测脉冲光进行采样。
    • 28. 发明授权
    • Multi-wavelength light source and discrete-wavelength-variable light source
    • 多波长光源和离散波长可变光源
    • US06285477B1
    • 2001-09-04
    • US09469936
    • 1999-12-21
    • Tetsuya MiyazakiNoboru EdagawaShu Yamamoto
    • Tetsuya MiyazakiNoboru EdagawaShu Yamamoto
    • H04J1402
    • H01S3/2383H01S3/06791H01S3/08086H04J14/02
    • In a light source for generating light containing multiple wavelengths substantially uniform in intensity, a wavelength demultiplexing element 10 (for example, waveguide-type wavelength selecting filter) demultiplexes input light into a plurality of wavelengths &lgr;1 through &lgr;32. Optical amplifiers 14-1 through 14-32 amplify outputs of the element 10 and applies them to input ports of a wavelength multiplexing element 12. The wavelength multiplexing element 12 wavelength-multiplexes their input. Output of the wavelength multiplexing element 12 is applied to a fiber coupler 16 which, in turn, applies one of its outputs to the wavelength demultiplexing element 10. The optical amplifiers 14 have a gain larger by approximately 10 dB than the loss in the optical loop made of the element 10, optical amplifier 14, element 12 and fiber coupler 16. The other output of the fiber coupler 16 is wavelength-multiplex light containing wavelengths &lgr;1 through &lgr;32.
    • 在用于产生强度基本均匀的多个波长的光的光源中,波长解复用元件10(例如,波导型波长选择滤波器)将输入光分离成多个波长lambd1至lambd32。 光放大器14-1至14-32放大元件10的输出并将其施加到波长多路复用元件12的输入端口。波长复用元件12对其输入进行波长多路复用。 波长多路复用元件12的输出被施加到光纤耦合器16,光纤耦合器16又将其一个输出施加到波长解复用元件10.光放大器14具有比光环路中的损耗大约10dB的增益 由元件10,光放大器14,元件12和光纤耦合器16制成。光纤耦合器16的另一个输出是波长lambd1至lambd32的波长多路复用光。
    • 29. 发明授权
    • Multi-wavelength light source and discrete-wavelength-variable light source
    • 多波长光源和离散波长可变光源
    • US06219163B1
    • 2001-04-17
    • US09625385
    • 2000-07-26
    • Tetsuya MiyazakiNoboru EdagawaShu Yamamoto
    • Tetsuya MiyazakiNoboru EdagawaShu Yamamoto
    • H04J1402
    • H01S3/2383H01S3/067H01S3/06791H01S3/08086H04B2210/258H04J14/02
    • In a light source for generating light containing multiple wavelengths substantially uniform in intensity, a wavelength demultiplexing element 10 (for example, waveguide-type wavelength selecting filter) demultiplexes input light into a plurality of wavelengths &lgr;1 through &lgr;32. optical amplifiers 14-1 through 14-32 amplify outputs of the element 10 and applies them to input ports of a wavelength multiplexing element 12. The wavelength multiplexing element 12 wavelength-multiplexes their input. Output of the wavelength multiplexing element 12 is applied to a fiber coupler 16 which, in turn, applies one of its outputs to the wavelength demultiplexing element 10. The optical amplifiers 14 have a gain larger by approximately 10 dB than the loss in the optical loop made of the element 10, optical amplifier 14, element 12 and fiber coupler 16. The other output of the fiber coupler 16 is wavelength-multiplex light containing wavelengths &lgr;1 through &lgr;32.
    • 在用于产生强度基本均匀的多个波长的光的光源中,波长解复用元件10(例如,波导型波长选择滤波器)将输入光分离成多个波长lambd1至lambd32。 光放大器14-1至14-32放大元件10的输出并将其施加到波长多路复用元件12的输入端口。波长复用元件12对其输入进行波长多路复用。 波长多路复用元件12的输出被施加到光纤耦合器16,光纤耦合器16又将其一个输出施加到波长解复用元件10.光放大器14具有比光环路中的损耗大约10dB的增益 由元件10,光放大器14,元件12和光纤耦合器16制成。光纤耦合器16的另一个输出是波长lambd1至lambd32的波长多路复用光。