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    • 2. 发明申请
    • Hydrostatic auto/manual speed control
    • 静液压自动/手动速度控制
    • US20090071143A1
    • 2009-03-19
    • US11901105
    • 2007-09-14
    • Christopher A. FosterRichard P. StrosserJustin RingwaldRobert L. Fackler
    • Christopher A. FosterRichard P. StrosserJustin RingwaldRobert L. Fackler
    • F16H61/46
    • F16H61/47B60Y2200/222F16H59/40F16H59/44F16H2059/6853
    • A hydrostatic system and method of operation thereof, wherein at least one of a fluid motor and a pump of the system has a displacement which is variable for controlling a speed of operation of the motor, the pump being driven by an engine, and a controller configured for monitoring the speed of operation of the motor and an operating characteristic of the engine and automatically controlling the displacement responsive thereto, wherein if the operating characteristic is indicative of engine performance above a predetermined threshold, the controller will control the displacement for maintaining the speed of operation of the motor at about a predetermined value, and, if the operating characteristic is indicative of engine performance below the threshold, the controller will hold the displacement at a constant value. As a result, the controller can prevent the system from further decreasing the engine performance. And, if the engine performance increases to that or another threshold, the controller will automatically switch back to controlling the displacement for holding the motor speed at the predetermined value, optionally including to incrementally increase the speed to the predetermined value.
    • 一种静液压系统及其操作方法,其中,所述系统的流体马达和泵中的至少一个具有用于控制所述马达的运行速度的可变的位移,所述泵由发动机驱动,以及控制器 被配置为用于监测电动机的运转速度和发动机的工作特性,并且响应于此自动控制位移,其中如果操作特性指示发动机性能高于预定阈值,则控制器将控制位移以保持速度 以及如果操作特性表明发动机性能低于阈值,则控制器将将位移保持在恒定值。 因此,控制器可以防止系统进一步降低发动机性能。 而且,如果发动机性能增加到另一阈值,则控制器将自动切换回控制位移以将电动机速度保持在预定值,可选地包括将速度递增地增加到预定值。
    • 5. 发明授权
    • Apparatus and method providing neutral safeing for the propulsion system of an agricultural windrower
    • 为农用推进器的推进系统提供中立安全的装置和方法
    • US07530921B2
    • 2009-05-12
    • US11487679
    • 2006-07-17
    • Robert L. FacklerRichard P. Strosser
    • Robert L. FacklerRichard P. Strosser
    • B60W10/00
    • F16H63/483A01D75/18A01D75/20F16H59/02Y10T477/649Y10T477/656
    • Apparatus and a method providing neutral safeing for a propulsion system of an agricultural windrower having a FNR lever assembly including a FNR lever movable in relation to a neutral position in first and second directions, and a sensor for sensing positions of the FNR lever as the lever is moved and outputting signals representative thereof, the sensor being configured such that the signals outputted thereby are to have signal values within a predetermined range of values and/or which will change within a predetermined rate of change, a programmable control module in operative control of a park brake and programmed and operable for monitoring the signals and comparing the values of the signals to the predetermined range, and if the value of any of the signals is outside of the predetermined range, then automatically engaging the park brake.
    • 一种用于具有FNR杆组件的农用推风机的推进系统的中立安全装置和方法,该FNR杆组件包括相对于第一和第二方向的中立位置可移动的FNR杆,以及用于感测作为杆的FNR杆的位置的传感器 移动并输出代表其的信号,所述传感器被配置为使得由此输出的信号将具有在预定变化范围内的信号值和/或将在预定变化范围内改变,可编程控制模块在操作控制 驻车制动器,其被编程并可操作用于监视信号并将信号的值与预定范围进行比较,并且如果任何信号的值在预定范围之外,则自动接合驻车制动器。
    • 6. 发明授权
    • Apparatus and method providing automatic park brake on an agricultural windrower
    • 一种在农用划船上提供自动驻车制动的装置和方法
    • US07544147B2
    • 2009-06-09
    • US11487737
    • 2006-07-17
    • Richard P. StrosserRobert L. Fackler
    • Richard P. StrosserRobert L. Fackler
    • B60W10/00
    • B60T13/66A01D75/18A01D75/20B60T7/085Y10T477/649
    • Apparatus and a method providing a park brake for a propulsion system of an agricultural windrower having a FNR lever assembly including a FNR lever movable in relation to a neutral position in first and second directions, and a sensor for sensing positions of the FNR lever as the lever is moved and outputting signals representative thereof, the sensor being configured such that the signals outputted thereby are to have signal values within a predetermined range of values and/or which will change within a predetermined rate of change, a programmable control module in operative control of a park brake and programmed and operable for monitoring the signals and comparing the values of the signals to the predetermined range, and if the value of any of the signals is outside of the predetermined range, then automatically engaging the park brake.
    • 一种具有用于具有FNR杆组件的农用蓄风机的推进系统的驻车制动器的装置和方法,所述FNR杆组件包括相对于第一和第二方向的中立位置可移动的FNR杆,以及用于感测所述FNR杆的位置的传感器, 控制杆被移动并且输出代表其的信号,该传感器被配置为使得由此输出的信号将具有在预定变化范围内的信号值和/或将在预定变化范围内改变,可操作控制的可编程控制模块 驻车制动器,其被编程并可操作用于监视信号并将信号的值与预定范围进行比较,并且如果任何信号的值超出预定范围,则自动接合驻车制动器。
    • 7. 发明授权
    • Method to calibrate a flow balance valve on a windrower draper header
    • 校准在划船者排水头上的流量平衡阀的方法
    • US08113033B2
    • 2012-02-14
    • US12480227
    • 2009-06-08
    • Robert L. FacklerTimothy W. Rawlings, Jr.
    • Robert L. FacklerTimothy W. Rawlings, Jr.
    • G01F25/00
    • A01D41/142A01D57/20
    • A simplified method for calibrating a variable-displacement hydraulic PTO system on an agricultural windrower when powering a header wherein the variable-displacement pump is operated at maximum flow capacity while the engine is operated at a pre-determined speed and a flow balance valve is adjusted to achieved a pre-determined cutterbar speed. Operation of the cutterbar at the pre-determined speed allows sufficient hydraulic fluid flow through the remaining parallel fluid circuit to power the remaining equipment, typically a reel, on the header. Controls for managing pump displacement and engine speed as well as indication of cutterbar speed are typically available on the windrower tractor thereby eliminating the need for additional diagnostic equipment and making the method suitable for use in the field.
    • 一种简化的方法,用于在对集料供电时校准农业采油机上的可变排量液压PTO系统,其中当发动机以预定速度运行并且流量平衡阀被调节时,可变排量泵以最大流量运行 达到预定切割速度。 以预定速度操作切割器,允许足够的液压流体流过剩余的并联流体回路,以将残留的设备(通常为卷轴)供给头部。 用于管理泵排量和发动机转速以及切割机速度指示的控制通常可在货轮拖拉机上获得,从而不需要额外的诊断设备并使该方法适用于现场。
    • 10. 发明授权
    • Automatic control of a large bale loading apparatus
    • 自动控制大型捆包装置
    • US08112202B2
    • 2012-02-07
    • US12469748
    • 2009-05-21
    • Robert L. FacklerDonald R. Whitenight
    • Robert L. FacklerDonald R. Whitenight
    • B60P1/50
    • A01D90/08
    • A control system for managing rotation of a bale loading arm in a bale loader in which a pair of sensors combined with a purposefully designed sensor target enable loading arm position to be efficiently derived by a controller in order to direct the actuator movements based upon loading arm position necessary for automated operation of a bale loading cycle. Additional inputs to the controller enable initiation of a bale loading cycle to be automatically initiated. The controller may also determine when a complete bale wagon load is achieved and automatically direct loading arm motions necessary to configure the bale wagon for transport.
    • 一种用于管理捆包装载机中的捆包装载臂的旋转的控制系统,其中与有目的地设计的传感器目标组合的一对传感器使得加载臂位置能够由控制器有效地导出,以便基于加载臂来引导致动器运动 自动操作捆包装载循环所需的位置。 控制器的额外输入使得能够自动启动捆包装载循环。 控制器还可以确定何时实现完整的捆包车载荷并且自动地直接装载臂运动,以配置捆包车进行运输。