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    • 1. 发明授权
    • Power supply system with multiphase motor and multiphase inverter
    • 电源系统配有多相电机和多相逆变器
    • US07816805B2
    • 2010-10-19
    • US12274445
    • 2008-11-20
    • Katsunori TanakaYukari Tanaka, legal representativeMakoto Taniguchi
    • Katsunori TanakaMakoto Taniguchi
    • B60L1/08
    • B62D5/046H02J7/1423Y10T307/352
    • In a power supply system, a controller is electrically connected with a plurality of switching elements of a multiphase inverter. The controller switches the plurality of switching elements on and off during a multiphase motor being activated. This converts a voltage of a first power storage device into a multiphase AC voltage so as to supply the multiphase AC voltage to the multiphase motor. This also boosts a voltage of a second power storage device to charge the first power storage device by the boosted voltage via multiphase windings of the motor. The controller switches the plurality of switching elements on and off during the multiphase motor being inactivated to thereby boost the voltage of the second power storage device to charge the first power storage device by the boosted voltage.
    • 在电源系统中,控制器与多相逆变器的多个开关元件电连接。 控制器在多相电动机被激活期间打开和关闭多个开关元件。 这将第一蓄电装置的电压转换成多相交流电压,以将多相交流电压提供给多相电动机。 这还提高了第二蓄电装置的电压,以通过电动机的多相绕组通过升高的电压对第一蓄电装置充电。 所述控制器在所述多相电机处于非激活状态期间将所述多个开关元件接通和断开,从而提高所述第二蓄电装置的电压,以通过所述升压电压对所述第一蓄电装置充电。
    • 3. 发明授权
    • Vehicle-mounted power supply system
    • 车载电源系统
    • US07506182B2
    • 2009-03-17
    • US11196675
    • 2005-08-04
    • Makoto TaniguchiKatsunori Tanaka
    • Makoto TaniguchiKatsunori Tanaka
    • B50K1/00G01R31/36
    • B60L7/10H02J1/08
    • In a vehicle-mounted power supply system, the automotive generator generates a voltage for charging a first battery. Power conversion circuitry is connected between the first battery and a second battery that is connected to an electrical load to operate in a first mode or in a second mode when power consumption of the load is lower or higher than a specified value, respectively. In the first mode, the power conversion circuitry maintains the voltage at the second battery at a substantially constant level and in the second mode, the voltage at the second battery varies with the voltage at the first battery. In response to a vehicle speed variation, the automotive generator is controlled so that its output voltage is varied at a first rate when power conversion is performed in the first mode and varied at a second rate lower than the first rate when power conversion is performed in the second mode.
    • 在车载电源系统中,汽车发电机产生用于对第一电池充电的电压。 电源转换电路连接在第一电池和连接到电负载的第二电池之间,分别在负载的功率消耗低于或高于指定值时,以第一模式或第二模式工作。 在第一模式中,电力转换电路将第二电池处的电压维持在基本恒定的电平,而在第二模式中,第二电池处的电压随着第一电池的电压而变化。 响应于车辆速度变化,汽车发电机被控制,使得当在第一模式中执行功率转换时,其输出电压以第一速率变化,并且当在第一模式下执行功率转换时以比第一速率低的速率变化 第二种模式。
    • 5. 发明申请
    • POWER SUPPLY SYSTEM WITH MULTIPHASE MOTOR AND MULTIPHASE INVERTER
    • 具有多相电机和多相逆变器的电源系统
    • US20090134700A1
    • 2009-05-28
    • US12274445
    • 2008-11-20
    • Katsunori TanakaYukari TanakaMakoto Taniguchi
    • Katsunori TanakaYukari TanakaMakoto Taniguchi
    • F02P9/00H02J7/00B60L1/00
    • B62D5/046H02J7/1423Y10T307/352
    • In a power supply system, a controller is electrically connected with a plurality of switching elements of a multiphase inverter. The controller switches the plurality of switching elements on and off during a multiphase motor being activated. This converts a voltage of a first power storage device into a multiphase AC voltage so as to supply the multiphase AC voltage to the multiphase motor. This also boosts a voltage of a second power storage device to charge the first power storage device by the boosted voltage via multiphase windings of the motor. The controller switches the plurality of switching elements on and off during the multiphase motor being inactivated to thereby boost the voltage of the second power storage device to charge the first power storage device by the boosted voltage.
    • 在电源系统中,控制器与多相逆变器的多个开关元件电连接。 控制器在多相电动机被激活期间打开和关闭多个开关元件。 这将第一蓄电装置的电压转换成多相交流电压,以将多相交流电压提供给多相电动机。 这还提高了第二蓄电装置的电压,以通过电动机的多相绕组通过升高的电压对第一蓄电装置充电。 所述控制器在所述多相电机处于非激活状态期间将所述多个开关元件接通和断开,从而提高所述第二蓄电装置的电压,以通过所述升压电压对所述第一蓄电装置充电。
    • 7. 发明授权
    • Power transmitting apparatus and power transmitting apparatus assembly method
    • 电力传输装置和电力传输装置组装方法
    • US08708070B2
    • 2014-04-29
    • US12922286
    • 2009-08-05
    • Michitaka TsuchidaHiroyuki ShioiriHideaki KomadaMakoto Taniguchi
    • Michitaka TsuchidaHiroyuki ShioiriHideaki KomadaMakoto Taniguchi
    • B60K6/42
    • B60K6/405B60K6/365B60K6/40B60K6/445F16H57/0441Y02T10/6239
    • A power transmitting apparatus is provided with an electric motor shaft that is connected to a rotor of an electric motor, an input shaft arranged parallel to the electric motor shaft and transmits power to and from an internal combustion engine positioned on one side in the axial direction, an input shaft rotating member provided on an end portion of the input shaft that is on the side opposite the internal combustion engine side and transmitting at least one of the power from the input shaft or the power from the electric motor shaft to a drive shaft of a vehicle, and a pump driven by the power from the internal combustion engine and pumps lubrication oil, and the electric motor is arranged on the opposite side of the input shaft rotating member from the internal combustion engine in the axial direction. The input shaft rotating member is rotatably supported by the case via a bearing, and at least part of the pump is arranged radially inward of the bearing.
    • 动力传递装置设有与电动机的转子连接的电动机轴,与电动机轴平行设置的输入轴,并且向位于轴向一侧的内燃机输出动力 ,输入轴旋转部件,其设置在所述输入轴的与所述内燃机侧相反的一侧的端部,并且将来自所述输入轴的动力中的至少一个或来自所述电动机轴的动力传递到驱动轴 以及由内燃机的动力驱动并泵送润滑油的泵,并且电动机沿轴向配置在输入轴旋转部件的与内燃机相反的一侧。 输入轴旋转构件通过轴承由壳体可旋转地支撑,并且泵的至少一部分布置在轴承的径向内侧。
    • 9. 发明授权
    • Rotary electric system designed to utilize zero-phase circuit
    • 旋转电气系统设计用于利用零相电路
    • US07969104B2
    • 2011-06-28
    • US12117837
    • 2008-05-09
    • Makoto Taniguchi
    • Makoto Taniguchi
    • H02P6/00H02K3/00H02K3/28
    • H02J7/1492B62D5/046H02P23/0004H02P31/00H02P2209/01Y02T10/92
    • In a rotary electric system, a rotary electric machine is provided with an armature core and star-connected multiphase windings with a neutral point wound in the armature core. Each of the star-connected multiphase windings has a predetermined winding configuration that prevents, when a zero-phase current is supplied from a direct current power source to the star-connected multiphase windings via the neutral point, a zero-phase magnetic flux created in the armature core based on the zero-phase current flowing in each phase winding of the star-connected multiphase windings from being cancelled out by a zero-phase magnetic flux created in the armature core based on the zero-phase current flowing in another one phase winding of the star-connected multiphase windings.
    • 在旋转电气系统中,旋转电机设置有电枢铁芯和星形连接的多相绕组,其中性点卷绕在电枢铁心中。 每个星形连接的多相绕组具有预定的绕组配置,当从直流电源经由中性点将星形连接的多相绕组提供零相电流时,防止产生的零相磁通量 基于在星形连接的多相绕组的每相绕组中流动的零相电流的电枢铁芯基于在另一相中流动的零相电流而被在电枢铁芯中产生的零相磁通而抵消 绕组的星形连接多相绕组。
    • 10. 发明授权
    • Automotive battery state monitor apparatus
    • 汽车电池状态监视器
    • US07317300B2
    • 2008-01-08
    • US10868921
    • 2004-06-17
    • Takeshi SadaMakoto TaniguchiAtsushi Ichikawa
    • Takeshi SadaMakoto TaniguchiAtsushi Ichikawa
    • H02J7/00
    • G01R31/3648G01R31/3668
    • A voltage control apparatus checks a battery voltage when an automotive generator gradually increases its output to be within a predetermined range after temporarily stopping the generator. Then, the battery voltage is picked up to calculate the charge rate. Further, a first charge rate and a first residual capacity of the battery is memorized when the engine is stopped. Periodically, a pseudo-open circuit voltage is checked when a charge/discharge current fits within a predetermined small range while the engine is not running, and a second charge rate calculated based on the checked pseudo-open circuit voltage. A second residual capacity is calculated using the first charge rate, the first residual capacity and the second charge rate.
    • 当汽车发电机在临时停止发电机之后,其输出逐渐增加到预定范围内时,电压控制装置检查电池电压。 然后,取出电池电压以计算充电速率。 此外,当发动机停止时,存储电池的第一充电速率和第一剩余容量。 周期性地,当发动机不运行时,当充电/放电电流适合预定的小范围内时,检查伪开路电压,以及基于所检查的伪开路电压计算的第二充电速率。 使用第一充电速率,第一剩余容量和第二充电速率来计算第二剩余容量。