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    • 2. 发明授权
    • Process for switching the gear-change of automatic transmissions of
motor vehicles in dependence of the temperature of the cooling water
    • 根据冷却水的温度切换机动车辆的自动变速器的变速的过程
    • US4894780A
    • 1990-01-16
    • US146516
    • 1988-01-21
    • Sandor SimonyiGyorgy TernoczkyGyorgy ValocziIstvan Toth
    • Sandor SimonyiGyorgy TernoczkyGyorgy ValocziIstvan Toth
    • F16H59/78F16H61/16
    • F16H61/16F16H59/78Y10T477/653
    • A process and apparatus for modifying the operation of a motor vehicle automatic transmission as a function of the temperature of the vehicle engine. A control system is provided whereby, until the engine temperature reaches a predetermined minimum, all of the gear selection solenoids are disabled, so that no gear of the vehicle transmission can be engaged. Following warm-up to and above the minimum temperature, and while the engine is not yet warmed up to a desired higher (e.g., "normal") temperature, the selection solenoid for the III gear is disabled. A combination inputs from (a) the transmission control for selecting the III gear on the basis of driving conditions, and (b) the temperature control disabling the III gear on the basis of temperature conditions, simultaneously serves to enable the II gear. An override circuit allows the operator to engage the transmission in any gear, should other considerations supersede the desire to protect overload of the engine at low temperature.
    • 一种用于根据车辆发动机的温度来改变机动车辆自动变速器的操作的过程和装置。 提供一种控制系统,由此,直到发动机温度达到预定的最小值为止,所有齿轮选择螺线管都被禁用,使得车辆变速器的齿轮不能啮合。 在预热到最低温度之上并且当发动机尚未加热到期望的较高(例如“正常”)温度时,III档的选择螺线管被禁用。 来自(a)根据驾驶条件选择III档的变速器控制的组合输入,以及(b)根据温度条件禁用III档的温度控制,同时用于使II档齿轮。 如果其他考虑因素取代了在低温下保护发动机过载的愿望,则超控电路允许操作者将变速器接合在任何齿轮中。
    • 3. 发明授权
    • Hydromechanical transmission system
    • 液压机械传动系统
    • US4823647A
    • 1989-04-25
    • US146465
    • 1988-01-21
    • Sandor SimonyiLaszlo TorocsikGyorgy ValocziIstvan Toth
    • Sandor SimonyiLaszlo TorocsikGyorgy ValocziIstvan Toth
    • F02N99/00F16H59/04F16H59/44F16H61/00F02N15/00B60K41/00
    • F02N5/04F02N99/00F16H59/044F16H59/44F16H61/0021Y10T477/6414Y10T477/6415
    • An arrangement is disclosed for push-starting of road vehicles of the type having an internal combustion engine and an automatic hydrodynamic transmission provided with a friction clutch, shift gears and a solenoid valve system for controlling the transmission, and where the vehicle is provided with a compressed air system for conventional uses, such as braking. A hydropneumatic actuator is provided for pressurizing the transmission system by means of stored compressed air. A manual control switch enables the push-start control. Thereafter, when the vehicle is pushed at a sufficient speed, a speed sensor activates the hydropneumatic actuator, engages a selected set of transmission gears, and engages the friction clutch, allowing the engine to be driven through the wheels of the vehicle. A second speed sensor, disables the push-start system when engine speed rises to a level indicating successful starting.
    • 公开了具有内燃机和设置有摩擦离合器的自动流体动力传动装置的类型的道路车辆的推动装置,变速齿轮和用于控制变速器的电磁阀系统,并且其中车辆设置有 用于常规用途的压缩空气系统,例如制动。 提供了一种液压气动致动器,用于通过存储的压缩空气对传动系统进行加压。 手动控制开关支持推挽控制。 此后,当以足够的速度推动车辆时,速度传感器启动液压气动致动器,与所选择的一组传动齿轮啮合,并与摩擦离合器接合,允许发动机通过车辆的车轮驱动。 第二速度传感器,当发动机转速上升到指示启动成功的水平时,禁用推动启动系统。
    • 4. 发明授权
    • Electropneumatic remote control for shifting the mechanical transmission
of a motor vehicle
    • 用于移动机动车辆的机械传动的电动气动遥控器
    • US5035113A
    • 1991-07-30
    • US297669
    • 1989-01-13
    • Sandor SimonyiLaszlo TorocsikIstvan TothGyorgy Valoczi
    • Sandor SimonyiLaszlo TorocsikIstvan TothGyorgy Valoczi
    • F16H59/04F16H61/04F16H61/24F16H61/28F16H61/30F16H61/684F16H63/30
    • F16H59/044F16H61/2807F16H63/3023F16H2061/2823F16H2061/307F16H61/0403F16H61/24F16H61/30F16H61/684Y10T74/19251Y10T74/20024Y10T74/2003
    • A remote control shifting system for a mechanical transmission. The transmission is operated by two pneumatic cylinders, a selecting cylinder operating in the direction of shift path selection and a shifting cylinder acting in the direction of shifting. The shifting cylinder operates with two force stages, a lower force for effecting synchronization of gears about to be engaged, and a higher force level for actually engaging or disengaging the selected gears. A remote shift control unit is designed to closely emulate the action of a direct-operating manual shift level. During the synchronizing phase, the shift lever moves easily in the shifting direction. After a preliminary movement, however, further movement is allowed only against considerable resistance, as if conventionally mechanically forcing gears into meshing engagement. After the remotely driven shift operation actually takes place, the shift level resistance is momentarily released, allowing the lever to be fully seated in its shift position, after which the lever is held in the shifted position, allowing movement out of shifted position only under applied resistance. The timing and feel of the system closely approximate that of a conventional, direct-actuation mechanical transmission.
    • 用于机械传动的遥控换档系统。 变速器由两个气动缸操作,选择缸在换档路径选择的方向上工作,变速缸沿变速方向作用。 换档气缸以两个力级操作,用于实现齿轮接合同步的较小力,以及用于实际接合或分离选定齿轮的较高力级。 远程变速控制单元被设计为紧密地模拟直接操作手动变速级的动作。 在同步阶段,变速杆在换档方向上容易移动。 然而,在初步运动之后,仅允许进一步的运动抵抗相当大的阻力,就好像通常机械地迫使齿轮啮合。 在远程驾驶变速操作实际发生之后,变速级别电阻瞬间释放,允许杠杆完全就位在其换档位置,之后杠杆保持在移动位置,允许仅在施加位置移动移出位置 抵抗性。 系统的时间和感觉与传统的直接致动机械传动的时机和感觉紧密相近。
    • 5. 发明授权
    • Process for the gear change of automatic or synchronized mechanic
transmission of motor vehicles
    • 机动车辆自动或同步机械传动换档过程
    • US4930374A
    • 1990-06-05
    • US252654
    • 1988-10-03
    • Sandor SimonyiLaszlo TorocsikGyorgy Valoczi
    • Sandor SimonyiLaszlo TorocsikGyorgy Valoczi
    • B60W10/11B60W30/18F16H59/14F16H59/18F16H59/36F16H61/00F16H61/02
    • F16H61/0213F16H59/14F16H2061/0096F16H59/18F16H59/36Y10S477/901Y10S477/904Y10T477/635Y10T477/692Y10T477/693754Y10T74/1926
    • A process for effecting controlled gear change in a vehicle having a transmission capable of automated shifting. A control circuit is provided with memory functions storing values of torque available from the vehicle engine at various operative r.p.m. values and at various throttle positions. When the vehicle is in operation, throttle position is compared to the torque/throttle position memory to derive a signal representing available torque for the throttle position. Likewise, engine r.p.m. is compared to the related memory function to derive a signal representing the torque available at such r.p.m. These two available torque values are compared to derive a signal representing relative load on the engine. A further memory function stores predetermined comparative values of load level and r.p.m. at which shifting of the transmission should occur. When load level is below a predetermined value, and simultaneously the r.p.m. is above a predetermined value, an upshift of the transmission is called for. Downshifting of the transmission is called for whenever either the load value exceeds a predetermined comparative value or the r.p.m. value drops below a predetermined comparative value. Additional memory functions may be employed to store temporarily the conditions of the most recent downshift and using these conditions to modify the predetermined comparative values for the next subsequent upshift. This enables appropriate compensation to be made for the conditions that caused a downshift, e.g., normal deceleration of the vehicle, acceleration to overtake another vehicle, or increased loading by reason of ascending a grade.
    • 一种用于实现具有能够自动换档的变速器的车辆中受控制的变速的过程。 控制电路具有存储功能,存储车辆发动机以各种操作速度可用的扭矩值。 值和各种节气门位置。 当车辆操作时,将节气门位置与扭矩/节气门位置存储器进行比较,以导出表示节气门位置的可用转矩的信号。 同样,发动机转速 与相关的记忆功能进行比较,以得出表示在这种r.p.m下可用的扭矩的信号。 将这两个可用的扭矩值进行比较以得到表示发动机相对负载的信号。 另外的存储功能存储负载水平和r.p.m的预定比较值。 发生变速的位置。 当负载水平低于预定值时,同时r.p.m. 高于预定值,则需要传输的升档。 每当载荷值超过预定的比较值或r.p.m时,就要求减速传动。 值下降到预定比较值以下。 可以采用额外的记忆功能来临时存储最近的降档的条件,并使用这些条件来修改下一个随后的升档的预定的比较值。 这使得能够对引起降档的情况进行适当的补偿,例如车辆的正常减速,加速超过另一车辆,或由于升档而增加的负载。
    • 6. 发明授权
    • System for freeing a motor vehicle by repeated forward-reverse operation
    • US4914983A
    • 1990-04-10
    • US248813
    • 1988-09-23
    • Sandor SimonyiLaszlo TorocsikGyorgy Valoczi
    • Sandor SimonyiLaszlo TorocsikGyorgy Valoczi
    • B60W10/00B60W10/10B60W30/18B60W30/188F16H59/08F16H61/02
    • B60W30/18045F16H61/0246B60W2540/10F16H2059/087F16H2312/08Y10T477/69383Y10T477/69387
    • The invention relates to a process for starting a vehicle with repeated forward-reverse run, in course of which in the drive-chain of the vehicle an automatic transmission /2/ is driven with an internal combustion motor /1/ through the incorporated hydrodynamic torque converter /16/ or in a given case with a dry friction clutch /15/ shortcircuiting it, either directly with the automatic transmission /2/ and/or the cardan shaft /3/, thereafter, by the aid of at least one differential gear /4/ and the half-axes connected thereto at least one pair of wheels /6/ is put into a rotary motion, while gear-change of the automatic transmission /included the function of the dry friction clutch /15// are carried out with an auxiliary energy having been controlled with electromagnetic valves /7/, furtheron fuel supply to the motor /1/ is controlled by means of a throttle pedal; the process can be characterized in that from the angular velocity--being proportional with the velocity of the vehicle being 3 km/h at most, practically zero--of the part of the drive-chain beginning with the output shaft of the automatic transmission /2/ and ending with the wheels /6/, i.e. a structural part or a pair of structural parts an electric signal is formed by means of a signal transmitter /12/ measuring angular velocity, furtheron, from the number of revolutions of the crankshaft of the motor /1/ or any other component rotating therewith with a number of revolutions being proportional, or from the number of revolutions of the drive-in shaft of the gear-part of the transmission /2/ at the number of revolutions of the basic run another electric signal is formed by means of a signal transmitter /9/ measuring angular velocity; from the normal position of the throttle pedal /10/ a further electric signal is formed by the aid of a signal transmitter /11/ indicating the position of the throttle pedal /10/, at last, by means of a switch staying at disposal of the driver a command signal is given for the start with repeated forward-reverse run and in case of the simultaneous presence of said signals, by displacing the throttle pedal and allowing it to return into its basic position we give a command signal to the electromagnetic valves /7/ shifting alternatively to the bottom gear and the reverse gear, respectively.