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    • 3. 发明授权
    • Hydraulic control system for actuating a shifting element
    • 用于启动换档元件的液压控制系统
    • US09366338B2
    • 2016-06-14
    • US13531812
    • 2012-06-25
    • Markus HerrmannThilo Schmidt
    • Markus HerrmannThilo Schmidt
    • F16H61/26F16H61/02F16H61/06
    • F16H61/0206F16H61/061Y10T477/6936
    • A hydraulic system for actuating a transmission shifting element that comprises control and shifting valves. A first surface of a valve slide of the control valve is a differential surface between two functional surfaces of the slide that axially bound an area of the slide having a smaller diameter, by which the actuation pressure is adjusted. When the shifting valve is in a second switch position, a total force component acts upon the slide of the control valve which moves the slide such that the actuation pressure is equal to a system pressure. The total force component corresponds at least to the sum of a first force component equivalent to a pressure signal applied to a second surface of the slide of the control valve and a second force component equivalent to an actuation pressure applied to the first surface of the slide of the control valve.
    • 一种用于致动包括控制和换档阀的变速箱换档元件的液压系统。 控制阀的阀滑动件的第一表面是滑块的两个功能表面之间的差动表面,其轴向地限定具有较小直径的滑块的区域,由此调节致动压力。 当换档阀处于第二开关位置时,总力分量作用在控制阀的滑动件上,该滑动件使滑块移动,使得致动压力等于系统压力。 总力分量至少对应于等效于施加到控制阀的滑块的第二表面的压力信号的第一力分量和施加到滑块的第一表面的致动压力的第二力分量的和 的控制阀。
    • 8. 发明授权
    • Transmission device and method for operating a vehicle drivetrain
    • 用于操作车辆传动系的传动装置和方法
    • US08142332B2
    • 2012-03-27
    • US12369282
    • 2009-02-11
    • Ralf DreibholzMatthias Reisch
    • Ralf DreibholzMatthias Reisch
    • F16H61/26
    • F16H61/28F16H63/08Y10T74/20018Y10T74/20024Y10T477/6936Y10T477/69363Y10T477/693635
    • A transmission device has at least two change-under-load shift elements with transmission capacities that are varied an actuation device. A method for operating a drive train including transmission and drive engine includes a step that when the transmission is shifted, one of the shift elements, which is engaged in the force flow, is disengaged by the actuation device and the other shift element, which is engaged, is disengaged. The actuation device includes an actuator which applies an actuating force to actuate the shift elements and a coupling device by which the actuator communicates with the shift elements to actuate them, such that an actuating force of the actuator, which is actuating the shift element to be disengaged, can be reduced, while an actuating force of the actuator, which is actuating the shift element to be engaged can simultaneously be increased.
    • 传动装置具有至少两个负载变化的换档元件,其传动容量在致动装置上变化。 一种用于操作包括变速器和驱动发动机的传动系统的方法包括以下步骤:当变速器移动时,接合在力流中的换档元件中的一个由致动装置和另一个换档元件分离 从事,脱离。 致动装置包括致动器,该致动器施加致动力来致动换挡元件,以及联接装置,通过该联接装置致动器与变速元件相通以驱动它们,致动致动器的致动力,其致动换挡元件为 可以同时提高致动变速元件接合的致动器的致动力,同时可以减小。
    • 9. 发明授权
    • System and method for automatic transmission shift control
    • 自动变速箱换档控制系统及方法
    • US08137241B2
    • 2012-03-20
    • US12534442
    • 2009-08-03
    • Shushan Bai
    • Shushan Bai
    • B60W10/06B60W10/10
    • F16H63/502B60W10/06B60W10/115B60W30/19B60W2520/10B60W2540/10B60W2710/0666F16H61/061F16H61/686Y10T477/677Y10T477/679Y10T477/68Y10T477/6936Y10T477/69363
    • A engine control system for an automatic transmission includes an engine torque control module that increases engine torque from a first torque level to a second torque level during a period before a shift from a first gear ratio to a second gear ratio, wherein the first gear ratio is greater than the second gear ratio, wherein the first torque level is based on driver input and vehicle speed, and wherein the second torque level is based on the first torque level and the first and second gear ratios. A transmission control module decreases a torque capacity of a first clutch to a third torque level during the period and increases a torque capacity of a second clutch to a fourth torque level during the period, wherein the fourth torque level is based on the second torque level and a torque gain of the second clutch.
    • 一种用于自动变速器的发动机控制系统包括发动机转矩控制模块,其在从第一变速比向第二变速比换档之前的期间将发动机转矩从第一转矩水平提高到第二转矩水平,其中第一变速比 大于所述第二传动比,其中所述第一扭矩水平基于驾驶员输入和车辆速度,并且其中所述第二扭矩水平基于所述第一扭矩水平和所述第一和第二传动比。 变速器控制模块在该期间内将第一离合器的转矩容量降低到第三转矩水平,并且在该期间将第二离合器的转矩容量增加到第四转矩水平,其中第四转矩水平基于第二转矩水平 和第二离合器的转矩增益。
    • 10. 发明授权
    • Dual clutch transmission
    • 双离合变速器
    • US08105203B2
    • 2012-01-31
    • US12191032
    • 2008-08-13
    • Norihiro IshiiKengo SasaharaKazunari KogaTomoyuki Ebihara
    • Norihiro IshiiKengo SasaharaKazunari KogaTomoyuki Ebihara
    • F16H61/26
    • F16H3/006F16H3/093F16H59/02F16H61/0246F16H61/688F16H2200/0017F16H2200/0043F16H2200/0086F16H2312/08Y10T74/19228Y10T477/6936Y10T477/69363
    • A dual clutch transmission comprises a first clutch to be engaged for setting any one of forward-traveling odd-numbered speeds and a second clutch to be engaged for setting any one of forward-traveling even-numbered speeds. The dual clutch transmission establishes a desired forward-traveling speed by alternately engaging/disengaging the first and second clutches. A backward-traveling drive train is adapted to be driven by engaging one of the first and second clutches. When a reverse mode is established by a mode setting means, the one of the first and second clutches is engaged to drive the backward-traveling drive train by setting a speed change manipulator at a backward-traveling position, and the other of the first and second clutches is engaged to drive a fixed one forward-traveling speed drive train by setting the speed change manipulator at a forward-traveling position. While the reverse mode is established, the backward-traveling drive train and the fixed one forward-traveling speed drive train are kept activated regardless of whether the first or second clutch is engaged.
    • 双离合器变速器包括用于设定前进行驶的奇数档次中的任何一个的第一离合器和待接合的第二离合器,用于设定前进行驶的偶数速度中的任何一个。 双离合器变速器通过交替地接合/分离第一和第二离合器来建立期望的前进行驶速度。 后向行驶的传动系适于通过接合第一和第二离合器之一来驱动。 当通过模式设定装置建立反向模式时,通过将变速操纵器设置在后退行进位置,第一离合器和第二离合器中的一个被接合以驱动后向行驶的传动系,并且第一和第二离合器 第二离合器通过将变速操纵器设置在前进行驶位置而被接合以驱动固定的一个前进行驶速度传动系。 在反向模式建立的情况下,无论第一离合器或第二离合器是否接合,后退行驶传动系和固定一个前进行驶速度传动系都保持启动。