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    • 5. 发明授权
    • Hydraulic regulating device for load shifted gears
    • 变速齿轮液压调节装置
    • US4395927A
    • 1983-08-02
    • US199919
    • 1980-10-23
    • Alfred MullerJoseph SauerManfred SchwabMeinrad FederAchim Schreiber
    • Alfred MullerJoseph SauerManfred SchwabMeinrad FederAchim Schreiber
    • F16H61/08F16H61/02F16H61/06B60K41/04
    • F16H61/061F16H61/0206F16H2061/0258F16H2061/026
    • The hydraulic regulating device for an automatic transmission system in motor vehicles having a plurality of hydraulic couplings, includes a single pressure build-up regulating valve and a single pressure decrease regulating valve and assigned to each coupling a solenoid operated directional control valve having its working port connected to the couplings, its pressure port connected via a switch-on reversing valve to the pressure build-up regulating valve, and its return port connected via a switch-off reversing valve to a return conduit; both reversing valves are controlled according to predetermined pressure levels on the coupling so that in the working position of the switch-on reversing valve the coupling is connected to a stable high pressure and when the coupling process is initiated by reversing the position of the directional control valve, the switch-off reversing valve connects the coupling element to the pressure decrease regulating valve.
    • 用于具有多个液压联轴器的机动车辆中的自动变速器系统的液压调节装置包括单个压力调节调节阀和单个减压调节阀,并分配给每个联接器,其具有其工作端口的电磁操作方向控制阀 连接到联接器,其压力端口通过开关换向阀连接到增压调节阀,并且其返回端口通过关闭反向阀连接到返回管道; 两个换向阀根据联轴器上的预定压力水平来控制,使得在接通换向阀的工作位置中,联接器连接到稳定的高压,并且当通过反转方向控制器的位置来启动联接过程 阀门,关闭换向阀将联轴器元件连接到减压调节阀。
    • 8. 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。
    • 10. 发明授权
    • Hydraulic control system for servos in automatic transmissions
    • 自动变速箱伺服液压控制系统
    • US4345489A
    • 1982-08-24
    • US111993
    • 1980-01-14
    • Alfred MullerManfred SchwabMeinrad FederAchim SchreiberJoseph Sauer
    • Alfred MullerManfred SchwabMeinrad FederAchim SchreiberJoseph Sauer
    • F16H61/00F16H61/02F16H61/12F16H3/74
    • F16H61/0021F16H61/0206F16H61/0251F16H2061/0209F16H2061/0258F16H61/12Y10T477/693973
    • The invention pertains to a hydraulic control system for servos in automatic transmissions, which, in a known fashion, utilizes a main pressure valve to regulate the pressure within the control system and further utilizes a converter pressure valve to supply a hydrodynamic torque converter and the lubrication system. The servos (for example, the clutches) utilized in this type of automatic transmissions cooperate with electromagnetically actuated pressure regulating valves have a current-proportional response. These electromagnetic valves are actuated by electronic control signals generated by sensors which monitor various parameters during operation, making previously utilized sensors superfluous. By control of the pressure regulating valves the forward gear, the reverse gear or the neutral gear can be engaged in the simplest fashion. By means of a magnet valve associated with the main pressure valve the levels of pressure may be varied. It is also possible, via simple associated elements, to install an emergency system which during a failure of the electrical system allows the transmission to continue to operate.
    • 本发明涉及一种用于自动变速器中的舵机的液压控制系统,其以已知的方式利用主压力阀来调节控制系统内的压力,并且进一步利用转换器压力阀来提供液力变矩器和润滑 系统。 在这种类型的自动变速器中使用的舵机(例如离合器)与电磁致动的压力调节阀配合具有电流比例响应。 这些电磁阀由在操作期间监测各种参数的传感器产生的电子控制信号致动,从而使先前使用的传感器成为多余的。 通过控制压力调节阀,可以以最简单的方式接合前进档,倒档档或中性档。 通过与主压力阀相关联的磁阀可以改变压力水平。 通过简单的相关元件也可以安装紧急系统,在电气系统的故障期间允许变速器继续运行。