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    • 2. 发明授权
    • Method for controlling a transmission brake
    • 控制变速器制动器的方法
    • US08718882B2
    • 2014-05-06
    • US13581329
    • 2011-02-14
    • Marcus Gansohr
    • Marcus Gansohr
    • F16H3/38F16H57/10B60W10/10
    • F16H61/0403B60W2050/006F16H59/40F16H59/42F16H2003/123F16H2059/363F16H2059/405F16H2061/0411Y10T74/19284Y10T74/19637Y10T477/60
    • A method of controlling a transmission brake that is actuated by inlet and outlet valves. For determining when to transmit a disengagement signal for opening the outlet valve, the current input and output speeds are determined and the respective gradients of these speeds are calculated. Variation of the input speed, during the disengagement of the brake, is determined as a function of the input gradient, the optimum time for reaching the synchronous speed, during brake disengagement, is determined from the input speed variation as a function of the output gradient, and the time interval until transmission of the disengagement signal is determined as a function of the current input and output speeds and their gradients, by a back-calculation from the time when the synchronous speed is reached, taking a disengagement dead time of the brake, between transmitting the disengagement signal and start of disengagement, into account.
    • 一种控制由入口和出口阀致动的变速器制动器的方法。 为了确定何时传送用于打开出口阀的分离信号,确定当前的输入和输出速度,并计算这些速度的相应梯度。 根据输入坡度确定输入速度的变化,作为输入坡度的函数,根据作为输出梯度的函数的输入速度变化确定在制动器分离期间达到同步速度的最佳时间 ,并且通过从达到同步速度的时间开始的反向计算确定作为当前输入和输出速度及其梯度的函数的分离信号发送的时间间隔,采取制动器的分离死区时间 在发送分离信号和开始脱离接合之间。
    • 3. 发明授权
    • Transmission module for a vehicle
    • 车辆传动模块
    • US08628446B2
    • 2014-01-14
    • US13386815
    • 2010-07-24
    • Alexander Fransicus Anita SerrarensRoell Marie Van DrutenBas Gerard Vroemen
    • Alexander Fransicus Anita SerrarensRoell Marie Van DrutenBas Gerard Vroemen
    • F16H3/44
    • F16H3/12B60K6/365F16H2003/123F16H2061/0425F16H2200/0047
    • A transmission module 1 has an input 3 which can be connected to a drive source, and an output 5 which can be connected to a differential. The transmission module 1 further has a clutch 7 and an epicyclic gearing 21 with three rotational members, of which a first rotational member 23 is connected to the clutch housing 9, a second rotational member 25 is connected to a brake 27 and a third rotational member 29 is coupled to the output 5. A transmission 31 also forms part of the transmission module 1. Between the clutch 7 and the epicyclic gearing 21 is located a partition 45 which is connected to the transmission housing 33 while a wet space 47 is formed between the partition and the transmission housing. The actuation cylinder 15 of the clutch, the operating cylinders 48 of the brake 27, as well as the oil pipes leading to it are fixed to the partition 45 as a result of which the actuation is arranged as a single module.
    • 传输模块1具有可连接到驱动源的输入端3和可连接到差分器的输出端5。 传动模块1还具有离合器7和具有三个旋转构件的行星齿轮传动装置21,其中第一旋转构件23连接到离合器壳体9,第二旋转构件25连接到制动器27和第三旋转构件 传动装置31也形成传动模块1的一部分。在离合器7和行星齿轮传动装置21之间设有隔板45,隔板45连接到变速器壳体33,同时在空间47之间形成湿空间47 分隔件和变速器壳体。 离合器的致动气缸15,制动器27的操作气缸48以及通向其的油管固定到分隔件45,由此将致动设置为单个模块。