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    • 33. 发明授权
    • Hybrid vehicle control apparatus having a device for synchronizing friction members of one of two clutches corresponding to one of two different neutral states
    • 混合动力车辆控制装置具有用于使两个离合器中的一个离合器的摩擦构件相对应于两个不同中性状态之一的装置
    • US06383114B1
    • 2002-05-07
    • US09679935
    • 2000-10-05
    • Kazumi HoshiyaHidehiro ObaHiroatsu Endo
    • Kazumi HoshiyaHidehiro ObaHiroatsu Endo
    • B60K508
    • B60W20/40B60K6/365B60K6/48B60K6/52B60K6/543B60K17/356B60W10/02B60W10/08B60W20/00F16H9/18F16H61/66F16H61/662Y02T10/6221Y02T10/6265Y10S903/903Y10S903/91Y10S903/916Y10S903/918Y10S903/946Y10T477/20Y10T477/68
    • An apparatus for controlling a hybrid vehicle with a power transmitting system including a transmission and a planetary gear device having a first rotary element connected to a first drive power source such as an engine, a second rotary element connected to a second drive power source and to the transmission through a first clutch, and a third rotary element connected to the transmission through a second clutch, the apparatus including a neutral-mode determining device operable when the first and second clutches are in a released state, for determining whether the power transmitting system is placed in a first or a second neutral state, depending upon which one of the first and second clutches is to be engaged when a driving of the hybrid vehicle is subsequently initiated, a first synchronizing device operable when the power transmitting system is placed in the first neutral state, for synchronizing speeds of a pair of friction members of the first clutch with each other, and a second synchronizing device operable when the power transmitting system is placed in the second neutral state, for synchronizing speeds of a pair of friction members of the second clutch with each other.
    • 一种用于控制混合动力车辆的装置,其具有包括变速器的动力传递系统和具有连接到诸如发动机的第一驱动动力源的第一旋转元件的行星齿轮装置,连接到第二驱动动力源的第二旋转元件,以及 通过第一离合器的变速器和通过第二离合器连接到变速器的第三旋转元件,该装置包括可在第一和第二离合器处于释放状态时操作的中性模式确定装置,用于确定动力传递系统 被置于第一或第二中性状态,这取决于随后启动混合动力车辆的驱动时第一离合器和第二离合器中的哪个离合器将被接合;第一同步装置,当将动力传递系统放置在 第一中性状态,用于使第一离合器的一对摩擦构件的速度彼此同步,第二空档状态 所述同步装置在所述动力传递系统处于所述第二中立状态时可操作,以使所述第二离合器的一对摩擦构件的速度相互同步。
    • 35. 发明授权
    • Anomaly detection apparatus for automatic transmission
    • 用于自动变速器的异常检测装置
    • US08356513B2
    • 2013-01-22
    • US12715482
    • 2010-03-02
    • Taihei WakamatsuYoshitaka SuzukiHiroatsu Endo
    • Taihei WakamatsuYoshitaka SuzukiHiroatsu Endo
    • G01M13/02
    • G01M13/022
    • One embodiment of the present invention provides an anomaly detection apparatus for an automatic transmission, the automatic transmission including an electrically-operated oil pump that is rotationally driven by an electric motor, including: a solenoid that is capable of switching a line pressure of a hydraulic control circuit that controls the automatic transmission between a high pressure and a low pressure; and an oil pressure switch that is turned on or off in response to the line pressure, wherein, in response to an oil pressure command value, whether the oil pressure switch is turned on or off according to the oil pressure command value is determined, and the determination and a load state of the electrically-operated oil pump are compared so as to distinctively determine in which of the solenoid and the oil pressure switch, an anomaly has occurred.
    • 本发明的一个实施例提供了一种用于自动变速器的异常检测装置,该自动变速器包括由电动机旋转驱动的电动油泵,包括:螺线管,其能够切换液压的管路压力 控制电路,控制高压和低压之间的自动变速器; 以及响应于管路压力而接通或断开的油压开关,其中,响应于油压指令值,确定油压开关是否根据油压指令值被接通或断开,以及 比较电动油泵的确定和负载状态,以区别地确定螺线管和油压开关中的哪一个发生异常。
    • 36. 发明授权
    • Power output apparatus, drive system, and control method of power output apparatus
    • 动力输出装置,驱动系统及动力输出装置的控制方法
    • US08123655B2
    • 2012-02-28
    • US11918351
    • 2006-05-10
    • Hiroatsu Endo
    • Hiroatsu Endo
    • B60W10/02
    • B60W20/30B60K6/365B60K6/445B60L11/123B60L11/14B60L11/1861B60L2220/14B60W10/02B60W10/06B60W10/08B60W10/10B60W10/11B60W10/26B60W20/00B60W2510/244F16H2037/0873Y02T10/6217Y02T10/6239Y02T10/6286Y02T10/646Y02T10/7005Y02T10/7044Y02T10/705Y02T10/7077Y02T90/16Y10T477/26Y10T477/631Y10T477/78
    • The technique of the invention is applied to a motor vehicle where an engine and a first motor are linked to a driveshaft via a planetary gear mechanism, a second motor is linked to the driveshaft via a transmission, and a battery is arranged to receive and transmit electric power from and to the first motor and the second motor. In response to a deviation of the charge-discharge state of the battery from an allowable control range set as an allowable charge state range of the battery during an upshift, gear change control of the invention sets a gearshift condition change flag F1 to 1 (step S360) and sets a value N2 having a smaller absolute value than a value N1 to a target rotation speed change ΔNm2* of the second motor (step S380). The gear change control then sets a hydraulic pressure command Pb1* of a brake B1 included in the transmission to make an actual rotation speed change ΔNm2 of the second motor approach to the target rotation speed change ΔNm2* (step S400). This arrangement reduces a rate of change in rotation speed Nm2 of the second motor. The reduced rate of change in rotation speed Nm2 prevents a continuous decrease or a continuous increase in power consumption of the second motor that is caused by, for example, delayed detection, delayed computation, and delayed communication, thus effectively protecting the battery from excessive power input and excessive power output.
    • 本发明的技术应用于机动车辆,其中发动机和第一电动机通过行星齿轮机构连接到驱动轴,第二电动机经由变速器连接到驱动轴,并且电池被布置成接收和发送 来自第一电动机和第二电动机的电力。 响应于升档期间电池的充放电状态与设定为电池容许充电状态范围的容许控制范围的偏差,本发明的变速控制将变速条件变更标志F1设定为1(步 S360),并且将具有比值N1更小的绝对值的值N2设置为第二电动机的目标转速变化< Dgr·Nm2 *(步骤S380)。 变速控制然后设定变速器中包括的制动器B1的液压指令Pb1 *,使第二电动机的实际转速变化&Dgr; Nm2接近目标转速变化&Dgr; Nm2 *(步骤S400)。 这种布置降低了第二电动机的转速Nm2的变化率。 旋转速度Nm2的降低率防止例如延迟检测,延迟计算和延迟通信引起的第二电动机的功率消耗的连续降低或持续增加,从而有效地保护电池免受过大功率 输入和过功率输出。
    • 37. 发明申请
    • SHIFT CONTROL DEVICE FOR VEHICLE
    • 车辆换档控制装置
    • US20120022756A1
    • 2012-01-26
    • US13260401
    • 2010-03-08
    • Koki UenoTakahiko TsutsumiIchiro KitaoriHiroatsu EndoTakashi YumaMasayuki Matsui
    • Koki UenoTakahiko TsutsumiIchiro KitaoriHiroatsu EndoTakashi YumaMasayuki Matsui
    • F16H61/12
    • F16H61/12F16H59/105F16H2061/1248F16H2061/1284
    • A shift control device is provided for a vehicle of shift-by-wire type having shift operation detecting means electrically detecting a shift operation of a driver, range switching means switching a shift range in response to the shift operation of the driver, failure detecting means detecting a failure in a shift operation detection executed by the shift operation detecting means, and vehicle state detecting means detecting a vehicle state upon detection of the failure in the shift operation detection, the range switching means being switched to a fail-safe mode, when the shift operation detection is recovered from a failed state to a normal state and the range switching means is switched from the fail-safe mode to a normal control mode, a recovery condition for determining switching of the fail-safe mode to the normal control mode being altered depending on the vehicle state.
    • 一种变速控制装置,用于具有换档操作检测装置,用于电动检测驾驶员的换档操作的变速箱型车辆,变速切换装置响应于驾驶员的换档操作而切换换档范围,故障检测装置 检测由换档操作检测装置执行的换档操作检测中的故障,以及车辆状态检测装置,在检测到换档操作检测中的故障时检测车辆状态,所述范围切换装置切换到故障保护模式,当 变速操作检测从故障状态恢复到正常状态,并且范围切换装置从故障安全模式切换到正常控制模式,用于确定故障安全模式切换到正常控制模式的恢复条件 根据车辆状态而改变。