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    • 1. 发明申请
    • Voltage-controlled oscillator
    • 压控振荡器
    • US20050001690A1
    • 2005-01-06
    • US10836195
    • 2004-05-03
    • Yutaka TakadaKenji SuzukiTatsuya Tsuruoka
    • Yutaka TakadaKenji SuzukiTatsuya Tsuruoka
    • H03B5/30H03B5/32H04B1/10
    • H03B5/326
    • The problem of interference and coupling between circuits that arises in reducing the size of a voltage-controlled oscillator by using low temperature co-fired ceramics (LTCC) substrate technology is alleviated. A voltage-controlled oscillator includes an amplifier 11; a surface acoustic wave device 15 that forms a feedback circuit for the amplifier; a frequency adjuster 14 that is provided in the feedback circuit and has a filter configuration; a phase shifter 13 including a hybrid coupler having an additional controller that receives a control voltage from an external source and changes a phase in an oscillation loop; an equal power distributor 12 that equally distributes output power in the oscillation loop and outputs the power to the outside of the oscillation loop; and a delay line 16 concentratedly provided in a place where coupling or interference does not occur in the oscillation loop for correcting a phase condition in the oscillation loop.
    • 通过使用低温共烧陶瓷(LTCC)衬底技术来减小压控振荡器的尺寸产生的电路之间的干扰和耦合问题得到缓解。 压控振荡器包括放大器11; 形成放大器的反馈电路的声表面波装置15; 频率调节器14,其设置在反馈电路中并具有滤波器构造; 移相器13,包括具有附加控制器的混合耦合器,所述附加控制器从外部源接收控制电压并改变振荡回路中的相位; 相等的配电器12,其在振荡回路中均等地分配输出功率,并将功率输出到振荡回路的外部; 并且延迟线16集中地设置在用于校正振荡回路中的相位状态的振荡环路中不发生耦合或干扰的位置。
    • 2. 发明授权
    • Voltage-controlled oscillator
    • 压控振荡器
    • US06980061B2
    • 2005-12-27
    • US10836195
    • 2004-05-03
    • Yutaka TakadaKenji SuzukiTatsuya Tsuruoka
    • Yutaka TakadaKenji SuzukiTatsuya Tsuruoka
    • H03B5/30H03B5/32
    • H03B5/326
    • The problem of interference and coupling between circuits that arises in reducing the size of a voltage-controlled oscillator by using low temperature co-fired ceramics (LTCC) substrate technology is alleviated. A voltage-controlled oscillator includes an amplifier a surface acoustic wave device 15 that forms a feedback circuit for the amplifier; a frequency adjuster that is provided the feedback circuit and has a filter configuration; a phase shifter 13 including a hybrid coupler having an additional controller that receives a control voltage from an external source and changes a phase in an oscillation loop; an equal power distributor 12 that equally distributes output power in the oscillation loop and outputs the power to the outside of the oscillation loop; and a delay line 16 concentratedly provided a place where coupling or interference does not occur the oscillation loop for correcting a phase condition in the oscillation loop.
    • 通过使用低温共烧陶瓷(LTCC)衬底技术来减小压控振荡器的尺寸产生的电路之间的干扰和耦合问题得到缓解。 压控振荡器包括:放大器,形成用于放大器的反馈电路的声表面波装置15; 频率调节器,其设置有反馈电路并具有滤波器配置; 移相器13,包括具有附加控制器的混合耦合器,所述附加控制器从外部源接收控制电压并改变振荡回路中的相位; 相等的配电器12,其在振荡回路中均等地分配输出功率,并将功率输出到振荡回路的外部; 并且延迟线16集中地设置了用于校正振荡环路中的相位状态的振荡环路不发生耦合或干扰的位置。
    • 6. 发明申请
    • PHYSICAL QUANTITY DETECTION APPARATUS, METHOD OF CONTROLLING PHYSICAL QUANTITY DETECTION APPARATUS, ABNORMALITY DIAGNOSIS SYSTEM, AND ABNORMALITY DIAGNOSIS METHOD
    • 物理量检测装置,物理量检测装置的控制方法,异常诊断系统和非正常诊断方法
    • US20100326189A1
    • 2010-12-30
    • US12797113
    • 2010-06-09
    • Kenji SatoYutaka TakadaHideto NaruseMasayuki Takahashi
    • Kenji SatoYutaka TakadaHideto NaruseMasayuki Takahashi
    • G01C19/56
    • G01C19/56
    • An angular velocity detection apparatus (i.e., physical quantity detection apparatus) includes a gyro sensor element (i.e., physical quantity detection element) that allows an angular velocity detection signal that corresponds to the magnitude of an angular velocity (i.e., physical quantity) and a leakage signal of vibrations based on a drive signal (square-wave voltage signal) to flow through a detection electrode, a driver circuit that generates the drive signal, a synchronous detection circuit that performs a synchronous detection process on a detection target signal that includes the angular velocity detection signal and the leakage signal based on a detection signal that is synchronized with the drive signal, and a phase change circuit that changes a relative timing of at least one of a rising edge and a falling edge of the detection signal with respect to the detection target signal based on a control signal so that at least part of the leakage signal is output by the synchronous detection process.
    • 角速度检测装置(即,物理量检测装置)包括:陀螺仪传感器元件(即,物理量检测元件),其允许对应于角速度(即物理量)的大小的角速度检测信号和 基于通过检测电极流过的驱动信号(方波电压信号)的振动泄漏信号,产生驱动信号的驱动电路,对包含检测电极的检测对象信号进行同步检测处理的同步检测电路 角速度检测信号和基于与驱动信号同步的检测信号的泄漏信号,以及相位改变电路,其将检测信号的上升沿和下降沿中的至少一个相对于 基于控制信号的检测目标信号,使得至少部分泄漏信号通过同步输出 检测过程。
    • 9. 发明授权
    • Driving force auxiliary device
    • 驱动力辅助装置
    • US5845727A
    • 1998-12-08
    • US750279
    • 1996-12-05
    • Hiroshi MiyazawaYutaka TakadaJunichiro ShinozakiKuniaki TanakaHiroshi NakazatoKatsumi Shinkai
    • Hiroshi MiyazawaYutaka TakadaJunichiro ShinozakiKuniaki TanakaHiroshi NakazatoKatsumi Shinkai
    • B62M6/55B62M7/00
    • B62M6/55
    • A driving force auxiliary device for combining a manpower drive force and a motor drive force comprises a manpower drive unit, an auxiliary power drive unit, and a leg power detecting means, wherein the manpower drive unit has a first one-way clutch and an elastic body 16 for transmitting a turning force disposed on a crank shaft to transmit a manpower drive force to an output, gear 17, a motor drive force of the auxiliary power drive unit is added to the manpower drive means at the outer periphery of the crank shaft via a second one-way clutch, and the leg power detecting unit includes first and second rotor members 31, 32 disposed at the front and rear of the elastic body 16, a pair of bevel gears 33, 34 which is interconnected with the first and second rotor members 31, 32 respectively, a bevel gear 35 is disposed to be engaged between the bevel gears 33, 34, an output shaft 37 which is fixed with and intersected at right angles with a supporting shaft 36 for supporting the bevel gear 35, and a sensor 38 connected to the output shaft 37. Thus, a compact driving force auxiliary device can be obtained.
    • PCT No.PCT / JP96 / 01572 Sec。 371日期:1996年12月5日 102(e)日期1996年12月5日PCT提交1996年6月11日PCT公布。 出版物WO97 / 00193 日本1997年1月3日用于组合人力驱动力和电动机驱动力的驱动力辅助装置包括人力驱动单元,辅助动力驱动单元和腿力检测装置,其中人力驱动单元具有第一单向驱动单元, 用于传递设置在曲轴上的转向力以将人力驱动力传递到输出的弹性体16,齿轮17,辅助动力驱动单元的电动机驱动力被添加到外部的人力驱动装置 曲柄轴的周边通过第二单向离合器,腿部动力检测单元包括设置在弹性体16的前后的第一和第二转子构件31,32,一对锥齿轮33,34, 与第一和第二转子构件31,32分别互连,锥齿轮35设置成与锥齿轮33,34之间接合,输出轴37与支撑轴36固定并成直角相交,用于支撑 锥齿轮35和连接到输出轴37的传感器38.因此,可以获得紧凑的驱动力辅助装置。