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    • 1. 发明公开
    • Transmission downshift control method
    • Verfahren zur Steuerung des Herunterschaltens eines Getriebes
    • EP1906061A2
    • 2008-04-02
    • EP07018838.8
    • 2007-09-25
    • CHRYSLER LLC
    • Chen, Gang
    • F16H61/02
    • F16H61/0437F16H61/702F16H2061/0451Y10T477/689Y10T477/693636Y10T477/6937Y10T477/693964
    • A method of controlling a downshift in a transmission (10) having a main box (12) and a compounder (14) that has at least one gearset (36) and at least one friction element (38,40) separate from the main box (12) includes initiating an upshift in the compounder (14) including application of at least one friction element (e.g. a clutch) (38,40) in the compounder (14), and releasing a friction element (e.g. a clutch) (22,24,26,28,30) in the main box (12) providing a swap shift. The speed phase in the compounder (14) may trigger the speed phase in the main box (12), and vice versa. Target fluid volumes in one or both of a clutch (22,24,26,28,30) being released in the main box (12) and a clutch (38,40) being applied in the compounder (14) may be controlled and adjusted, if necessary, as a function of specific event timing in prior shifts.
    • 一种用于控制变速器(10)中的降档的方法,所述变速器具有主箱(12)和混合器(14),所述主箱(12)和混合器(14)具有至少一个齿轮组(36)和至少一个摩擦元件(38,40) (12)包括启动混合器(14)中的升档,包括在混合器(14)中施加至少一个摩擦元件(例如离合器)(38,40),以及释放摩擦元件(例如离合器)(22) ,24,26,28,30)在主箱(12)中提供交换换档。 混合器(14)中的速度相可以触发主箱(12)中的速度相位,反之亦然。 可以控制在主箱(12)中释放的离合器(22,24,26,28,30)和施加在配料器(14)中的离合器(38,40)中的一个或两个中的目标流体积, 如有必要,根据先前班次中的具体事件时间进行调整。
    • 9. 发明公开
    • Control system for continuously variable transmission
    • Steuersystemfürstufenloses Getriebe
    • EP0890763A2
    • 1999-01-13
    • EP98112762.4
    • 1998-07-09
    • NISSAN MOTOR COMPANY, LIMITED
    • Sawada, MakotoOkahara, Hirofumi
    • F16H61/00
    • F16H61/66259Y10T477/624Y10T477/69395Y10T477/693958Y10T477/693964
    • A control system for a CVT comprises a controller arranged to compute an engine revolution condition on the basis of an engine revolution speed (N E ) indicative signal, to compute actual and estimated engine outputs on the basis of the engine revolution condition, to compute a rotational change condition of the drive system, to compute an actual input load change amount (T INP ) caused by the inertia by multiplying the actual rotational change condition detection value (dN E /dt) by a predetermined inertial constant (I), to compute an estimated input load change amount (T INR ) by multiplying the estimated rotational change condition detection value (dN Pri /dt) by a predetermined inertia coefficient (I), to select larger one of the actual input load change amount and the estimated input load change amount as the input load change amount (T IN ) for outputting a command signal, and to output the command signal to a line pressure duty valve on the basis of the engine output (T E ) and the selected input load change amount (T IN ) so as to further accurately control a line pressure (P L ).
    • 用于CVT的控制系统包括:控制器,被布置成基于发动机转速(NE)指示信号来计算发动机转速,以基于发动机转速来计算实际和估计的发动机输出,以计算转速 改变驱动系统的状态,通过将实际旋转变化条件检测值(dNE / dt)乘以预定惯性常数(I)来计算由惯性引起的实际输入负荷变化量(TINP),以计算估计输入 通过将估计旋转变化条件检测值(dNPri / dt)乘以预定惯性系数(I)来计算负载变化量(TINR),以选择实际输入负载变化量和估计输入负载变化量中的较大值作为输入 用于输出命令信号的负载变化量(TIN),并且基于发动机输出(TE)和所选择的i将命令信号输出到管路压力工作阀 输入负荷变化量(TIN),以进一步精确地控制管路压力(PL)。