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    • 6. 发明申请
    • High efficiency semi-articulated railway power bogie
    • 高效率半铰接式铁路动力转向架
    • US20050183625A1
    • 2005-08-25
    • US11014222
    • 2004-12-16
    • David GodingHarinder LambaHans-Dieter Schaller
    • David GodingHarinder LambaHans-Dieter Schaller
    • B60G20060101B61F20060101B61F3/06B61F5/48B61D1/00
    • B61F3/06B61F5/48
    • An improved semi-articulated railway power bogie has a pair of multiple axle sub-bogies semi-articulated for creep force turning control while retaining freedom of rocking and relative longitudinal motion. An equalized centered bolster suspension and low load transfer rod linkage maintain high equalization of loads and tractive forces at the wheels to provide overall high adhesion and curving efficiency. Various improvements may include a preloaded resilient compression element in an articulating mechanism for improved sub-bogie turning control, two piece bearing adapters carrying primary spring suspensions and with rubber bushed traction rods and lateral thrust control for transmitting longitudinal and lateral forces to sub-bogie frames, and rubber bushed nose links connecting traction motor nose connections to transoms of the frames.
    • 改进的半关节铁路动力转向架具有一对多轴副转向架,用于蠕动力转向控制,同时保持摇摆和相对纵向运动的自由度。 平衡的中心摇摆悬架和低负载传动杆联动装置保持了车轮上的负载和牵引力的高均衡,以提供总的高附着力和弯曲效率。 各种改进可以包括在用于改进的副转向架转向控制的铰接机构中的预加载的弹性压缩元件,承载初级弹簧悬架的两件式轴承适配器和具有橡胶套筒的牵引杆以及用于将纵向和横向力传递到副转向架的横向推力控制 ,以及将牵引电机鼻连接件连接到框架横梁上的橡胶套鼻孔。
    • 7. 发明授权
    • Method of controlling downshift after braking in automatic transmissions
of motor vehicles
    • 在汽车自动变速器中制动后控制降档的方法
    • US4501170A
    • 1985-02-26
    • US391171
    • 1982-06-23
    • Alfred MullerDieter SchallerManfred Schwab
    • Alfred MullerDieter SchallerManfred Schwab
    • F16H59/18F16H59/54F16H61/21F16H61/66B60K41/06
    • F16H61/66B60W10/10B60W10/18B60W30/1819F16H61/21B60W2540/12F16H59/18F16H59/54Y10T477/647Y10T477/691Y10T477/693754
    • After the gear ratio of an automatic transmission has been increased in response to a braking operation the return to normal operation of the automatic transmission is controlled by logic circuits interconnecting threshold switches operated by the brake pedal and the accelerator pedal and by a read-only memory that stores a maximum engine speed for all values of vehicle speed so that the higher gear ratio is maintained until either the brake is released or the maximum engine speed is exceeded and then the return to normal transmission operation is further delayed until the accelerator pedal is again actuated. In one method, during the period of further delay the gear ratio continues at its raised value. In another embodiment the period of further delay begins with storage of the vehicle speed at the moment and proceeds with control of the transmission to maintain that speed. It is also possible to operate the system so as not to restore normal operation of the transmission after braking when there is only a slight depression of the accelerator pedal.
    • 在自动变速器的变速比响应于制动操作而增加之后,自动变速器的恢复正常运行由逻辑电路控制,该逻辑电路使由制动踏板和加速器踏板操作的阈值开关以及只读存储器 其存储所有车速值的最大发动机转速,使得保持较高的变速比直到制动器被释放或者超过最大发动机转速,然后再次延迟到正常变速器运行直到加速器踏板再次 启动。 在一种方法中,在进一步延迟期间,齿轮比继续处于其升高值。 在另一个实施例中,进一步延迟的周期开始于此时车辆速度的存储,并继续进行变速器的控制以保持该速度。 也可以在只有轻微的油门踏板压下的情况下,在制动后不使系统正常运转。