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    • 3. 发明公开
    • VERFAHREN ZUM STEUERN EINES ANTRIEBSSTRANGES EINES FAHRZEUGS
    • EP1530522A1
    • 2005-05-18
    • EP03792332.3
    • 2003-08-16
    • ZF FRIEDRICHSHAFEN Aktiengesellschaft
    • BAASCH, DetlefPELCHEN, ChristophSCHMOHL, BarbaraGAZYAKAN, Ünal
    • B60K41/06F16H61/02
    • B60W10/06B60W10/04B60W10/11B60W30/18B60W30/1819B60W2300/185B60W2710/0644F16H61/0403F16H61/702F16H2300/18F16H2306/42F16H2306/48Y10T477/675Y10T477/677
    • Disclosed is a method for controlling a drive train (1) of a motor vehicle, especially an off-road vehicle, comprising a drive engine (2), a multi-group transmission (4), an output and a control device. The multi-group transmission (4) consists of at least one automatic gearbox (8) and a downstream range-change unit (9). When a modification occurs in the multiplication of the range-change unit (9), a) the drive train is relieved by modifying the torque of the drive engine (2), a shift element (24, 25) to be switched off in said range-change unit (9) is disconnected, c) a shift element (24,25) to be switched on in said range-change unit is synchronized and switched on and d) a multiplication of the automatic gearbox (8) is modified in such a way that the modification of the multiplication of the multi-group transmission (4) is smaller than a single modification of the multiplication of the range-change unit (9). A rotational speed of the drive engine (2) is adjusted by a modification in the transmissibility of at least one shift element of the automatic gearbox (8) to a coupling rotational speed equivalent to the adjusting multiplication of the multi-group transmission (4) at which the shift element to be switched on in the range-change unit (9) is synchronous.
    • 本发明公开了一种用于控制机动车辆,特别是越野车辆的传动系(1)的方法,该传动系包括驱动发动机(2),多组变速器(4),输出装置和控​​制装置。 多组变速器(4)由至少一个自动变速箱(8)和下游变程单元(9)组成。 当在变速单元(9)的倍增中发生变化时,a)通过改变驱动发动机(2)的转矩来释放传动系,在所述变速单元(24,25)中切换的切换元件 (9)断开,c)在所述范围变换单元中接通的切换元件(24,25)被同步并接通,以及d)自动变速箱(8)的倍增在 使得多组传输(4)的乘法的修改小于范围改变单元(9)的乘法的单个修改的方式。 通过将自动变速箱(8)的至少一个换挡元件的传递性修改为等于多组变速器(4)的调节倍数的联接转速来调节驱动发动机(2)的转速, 在范围变换单元(9)中接通的切换元件是同步的。
    • 5. 发明公开
    • LAMELLENSYNCHRONISIERUNG
    • EP0812398A1
    • 1997-12-17
    • EP96904843.0
    • 1996-02-22
    • ZF FRIEDRICHSHAFEN Aktiengesellschaft
    • BAILLY, GerhardBAASCH, DetlefBIEBER, GeroldGAZYAKAN, Ünal
    • F16H3F16D23
    • F16D23/06F16D2023/0643F16D2023/0656F16D2023/0662Y10T74/19284
    • A synchronising device (2) is disclosed for interconnecting and transmitting a torque between two rotary elements of a shift gear box, in particular for connecting a transmission shaft (4) to a gear wheel (6, 8) mounted to rotate on the transmission shaft (4). A synchroniser sleeve (30) has an outer disk carrier (36) connected to a shift gear element (64) and an inner disk carrier (34). A set of disks (40) is provided between the disk carriers (34, 36). The adjacent disks of the set of disks (40) are alternately connected to the inner disk carrier (34) or to the outer disk carrier (36). When the speed of rotation of the outer disk carrier (36) differs from that of the inner disk carrier (34), the disks allow a synchronisation moment to be achieved. For that purpose, the outer disk carrier (36) has a device (62) for form-fittingly locking the outer disk carrier (36) to a device (60, 76) at the gear wheel (6, 8). After the outer disk carrier (36) moves axially in the direction of the gear wheel (6, 8) to be connected, form locking is achieved before the torque-transmitting coupling teeth (24, 26, 32) between the inner disk carrier (34) and the gear wheel (6, 8) engage each other. The inner disk carrier (34) is permanently secured in rotation to the transmission shaft (4) and a spring element (42) is capable of constantly exerting a force on the set of disks (40) to achieve a synchronisation moment. The friction disks preferably have paper linings. The form locking devices and the coupling teeth may be spring-mounted and have stub ends.