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    • 2. 发明公开
    • HYDRAULIC CONTROL CIRCUIT
    • 液压控制回路
    • EP3276229A1
    • 2018-01-31
    • EP16768164.2
    • 2016-02-03
    • Jatco Ltd
    • KATOU, Katsuo
    • F16H61/14
    • F16H61/14F15B11/10F15B21/041F15B2211/465F15B2211/56F15B2211/615F16H61/0267F16H61/0276F16H61/029F16H2061/0279
    • A hydraulic control circuit (1) is provided with a pressure adjusting valve (10) for regulating a discharge pressure of an oil pump (OP), a pressure regulating valve (20) for adjusting a pilot pressure (P3) of the pressure adjusting valve (10) to a torque converter pressure (P4), and an oil passage (53) that connects an output port (15) of the pressure adjusting valve (10) and an oil passage (59), the pressure regulating valve (20) having an input port (24) connected to the oil passage (53) through an oil passage (54), a drive pressure port (22) connected to the oil passage (53) through an oil passage (55), a spool (26) axially displaced according to a drive pressure (P5) inputted into the drive pressure port (22), and an output port (25), and the pressure regulating valve being configured to regulate the torque converter pressure (P4) by an axial displacement of the spool (26). A throttle (30) is provided between the connection section (531) of the oil passage (53) and the oil passage (55) and the connection section (541) of the oil passage (53) and the oil passage (54), for adjusting the torque converter pressure (P4) to an appropriate pressure.
    • 本发明提供一种液压控制回路(1),该液压控制回路(1)具有用于调节油泵(OP)的排出压力的压力调节阀(10),用于调节压力调节阀(P3)的先导压力 (10)与油压通路(59)之间的压力调节阀(10)的输出端口(15)和油路(53) 具有通过油路(54)与油路(53)连接的输入口(24),通过油路(55)与油路(53)连接的驱动压力口(22),阀芯 )根据输入至所述驱动压力端口(22)的驱动压力(P5)和输出端口(25)而轴向移位,并且所述压力调节阀构造成通过轴向位移来调节所述变矩器压力 卷轴(26)。 在油路53的连接部531与油路53的油路55以及连接部541和油路54的连接部541之间设有节流部30, 用于将转矩转换器压力(P4)调节到合适的压力。
    • 6. 发明公开
    • VEHICLE CONTROL DEVICE
    • FAHRZEUGSTEUERUNGSVORRICHTUNG
    • EP2735775A1
    • 2014-05-28
    • EP11869580.8
    • 2011-07-20
    • Toyota Jidosha Kabushiki Kaisha
    • TOKAI Norihiko
    • F16H61/14
    • B60W20/15B60K6/48B60W10/026B60W10/06B60W10/08B60W30/18027F16H61/14F16H61/143F16H2312/02Y02T10/6221Y02T10/6286Y10S903/93Y10S903/946
    • Provided is a vehicle control device for improving fuel efficiency by expanding a range of an operating speed of an engine where a slip control may be conducted. During a vehicle starting slip control, a lock-up clutch 38 and an engine connecting/disconnecting clutch K0 are placed in a slipping state, and the engine connecting/disconnecting clutch K0 is placed in the slipping state as a vibration damping mechanism reducing an explosion vibration of an engine 14. Compared with no slipping state of the engine connecting/disconnecting clutch K0, a damping effect is improved, and the range of the operating speed of the engine with little booming noise even during the vehicle starting slip control is expanded. By placing the engine connecting/disconnecting clutch K0 in the slipping state during a vehicle starting, the vehicle starting slip control may be conducted at the range of the operating speed of the engine.
    • 提供了一种用于通过扩大可以进行滑移控制的发动机的操作速度的范围来提高燃料效率的车辆控制装置。 在车辆起动滑差控制期间,锁止离合器38和发动机连接/断开离合器K0处于滑动状态,并且发动机连接/断开离合器K0被置于滑动状态,作为减少爆炸的减振机构 发动机14的振动。与发动机连接/断开离合器K0的无滑动状态相比,改善了阻尼效果,并且即使在车辆起动滑差控制期间,起动噪音较小的发动机的运转速度范围也扩大。 通过在车辆起动期间将发动机连接/断开离合器K0设置为滑动状态,可以在发动机的运转速度的范围内进行车辆起动滑差控制。