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    • 12. 发明授权
    • Hybrid vehicle
    • 混合动力汽车
    • US07490685B2
    • 2009-02-17
    • US10527436
    • 2003-07-14
    • Takashi AokiTetsu SugiyamaNobuhiro Kira
    • Takashi AokiTetsu SugiyamaNobuhiro Kira
    • B60K6/20
    • B60W10/10B60K6/22B60K6/36B60K6/44B60K6/52B60K6/543B60K17/10B60K17/356B60L2260/14B60W10/08B60W10/30B60W20/00F16H57/0434F16H61/0025F16H61/0031F16H61/66272F16H2312/14Y02T10/623Y02T10/6265Y10T477/26
    • A hybrid vehicle is provided that can be made to travel by means of motor generators (MG1, MG2) while an engine (E) is stopped, the engine (E), which can reduce pumping loss by running with a cylinder in a cut-off state, being connected to a front wheel (Wf) via the first motor/generator (MG1), an oil pump (13), a first clutch (14), a belt type continuously variable transmission (M), and a second clutch (20), and the second motor/generator (MG2) being connected to a rear wheel (Wr). When the vehicle is made to travel by driving or braking the rear wheel (Wr) with the second motor/generator (MG2), by driving the oil pump (13) with the first motor/generator (MG1) in a state in which the engine (E), which has stopped running, is put into a cylinder cut-off state and the second clutch (20) is disengaged, a hydraulic pressure for shifting the belt type continuously variable transmission (M) is generated. It is thereby possible to generate a hydraulic pressure for shifting the belt type continuously variable transmission (M) while the engine (E) is stopped, without requiring a special electric oil pump.
    • 提供一种混合动力车辆,其可以在发动机(E)停止时通过电动发电机(MG1,MG2)进行行驶,发动机(E),其可以通过在切断缸中的气缸行驶而减少泵送损失, 断开状态,经由第一马达/发电机(MG1)连接到前轮(Wf),油泵(13),第一离合器(14),带式无级变速器(M)和第二离合器 (20),第二马达/发电机(MG2)连接到后轮(Wr)。 当通过用第二电动机/发电机(MG2)驱动或制动后轮(Wr)使车辆行驶时,通过用第一电动机/发电机(MG1)驱动油泵(13)处于 已经停止运转的发动机(E)进入气缸切断状态,第二离合器(20)脱离,产生用于使带式无级变速器(M)移位的液压。 因此,在不需要特殊的电动油泵的情况下,可以在发动机(E)停止的同时产生用于使带式无级变速器(M)移位的液压。
    • 15. 发明授权
    • Hydraulic controller for hydraulic actuator
    • 液压执行器液压控制器
    • US07036310B2
    • 2006-05-02
    • US10963765
    • 2004-10-14
    • Takashi AokiNobuhiro Kira
    • Takashi AokiNobuhiro Kira
    • B60K17/356B60L11/14
    • B60W10/10B60K6/44B60K6/52F16H57/0434F16H61/0021F16H61/0025Y02T10/623Y02T10/6265Y10T477/6203Y10T477/755
    • A hydraulic controller for a hydraulic actuator (6) incorporated in a power transmission mechanism, wherein an accumulator (16) is connected to an oil supply passage (14) for the hydraulic actuator (6) for supplying oil from a pump (10) via a regulator (11) and a one-way valve (12) and a lubricating oil passage (20) for the power transmission mechanism is connected to the regulator 11 in the drain side thereof, by which energy consumption can be reduced maximally even if the pump (10) is regularly driven for lubrication. It is provided with a hydraulic pressure switching means (19) capable of freely switching a setting pressure of the regulator (11) between a high pressure and a low pressure. While the hydraulic pressure of the oil supply passage (14) is higher than or equal to a pressure at which the hydraulic actuator (6) can be operated, the controller maintains the setting pressure of the regulator (11) at the low pressure to reduce a work load of the pump 10.
    • 一种结合在动力传递机构中的液压致动器(6)的液压控制器,其中蓄能器(16)连接到用于液压致动器(6)的供油通道(14),用于从泵(10)经由 用于动力传递机构的调节器(11)和单向阀(12)和润滑油通道(20)在其排水侧连接到调节器11,由此能够最大程度地降低能量消耗,即使 定期驱动泵(10)进行润滑。 它设置有能够在高压和低压之间自由切换调节器(11)的设定压力的液压切换装置(19)。 在供油通路(14)的液压高于或等于液压致动器(6)能够操作的压力的情况下,控制器将调节器(11)的设定压力保持在低压状态 泵10的工作负荷。