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    • 1. 发明授权
    • Modulation control valve for clutches
    • 离合器调制控制阀
    • US4046162A
    • 1977-09-06
    • US686566
    • 1976-05-14
    • Reno Antonio Rodeghiero
    • Reno Antonio Rodeghiero
    • F16D48/02F16K31/12F16D25/00
    • F16D48/02F16D25/14F16D2048/0209F16D2048/0221F16D2048/045Y10T137/7764
    • A modulation control valve includes a modulating valve coupled by springs to an accumulator piston with both fluidly connected to a reservoir valve. The modulating valve is moved by pressurized fluid in an inlet port connected thereto when a predetermined fill pressure is reached. The fluid in the outlet port pressurizes the accumulator piston to move it to urge the modulating valve to pressure modulate fluid flow between the inlet and an outlet ports. Pressurized fluid in the outlet port acts on a return spring end of the reservoir valve to prevent the accumulator piston and on the other end of the reservoir valve from being relieved to a fluid reservoir. When the accumulator piston abuts the modulating valve, the inlet and outlet ports will be placed in full fluid communication to end modulation. Sudden demands acting on the modulation control valve reduce the pressure in the outlet port causing the accumulator piston pressure to move the reservoir valve to block the spring end of the reservoir valve from the outlet port and allow the accumulator piston pressure to be relieved past the reservoir valve. When the accumulator piston is relieved, the return spring urges the reservoir valve back to its initial position.
    • 一个调节控制阀包括一个调节阀,该调节阀通过弹簧连接到蓄能器活塞上,两个流体连接到一个储存器阀。 当达到预定的填充压力时,调节阀通过与其连接的入口的加压流体移动。 出口端口的流体对蓄能器活塞进行加压以使其移动以促使调节阀对入口和出口之间的流体流动进行调节。 出口端口的加压流体作用在储存器阀的复位弹簧端,以防止蓄能器活塞和储存器阀的另一端被释放到流体储存器。 当蓄能器活塞抵靠调节阀时,入口和出口将被置于完全流体通信以结束调制。 作用在调制控制阀上的突然要求降低了出口的压力,导致蓄能器活塞压力移动蓄能器阀,以阻止储存器阀的弹簧端从出口端口,并允许蓄能器活塞压力释放经过储存器 阀。 当蓄能器活塞释放时,复位弹簧将储存器阀推回到其初始位置。
    • 2. 发明授权
    • Transmisson for power take-off
    • 电力起飞的Transmisson
    • US06692395B2
    • 2004-02-17
    • US10082390
    • 2002-02-25
    • Reno Antonio RodeghieroWerner StettlerGraham ThompsonBarbara KlabundeAndrey Valeryevich Skotnikov
    • Reno Antonio RodeghieroWerner StettlerGraham ThompsonBarbara KlabundeAndrey Valeryevich Skotnikov
    • F16H372
    • B60K17/28F16H47/04
    • A PTO transmission includes a split power transmission unit having an output member connected to a PTO shaft, a first input connected to an engine output shaft and a second input connected the output of a variable speed drive unit. A control unit controls the speed of the variable speed drive unit as a function of sensed engine speed and maintains the PTO shaft at a constant speed. The split power transmission is preferably a planetary gear unit. The variable speed drive unit preferably includes a variable displacement hydrostatic pump driving a fixed displacement hydrostatic motor which drives a sun gear of the planetary gear unit. This system transmits power to the PTO shaft from both the engine and from the variable speed drive unit. The control unit may also control the variable speed drive unit so that the speed of the PTO shaft is maintained at a desired ratio with respect to the ground speed, or so that the speed of the PTO shaft is maintained at a speed set by an operator.
    • PTO变速器包括分体动力传递单元,其具有连接到PTO轴的输出构件,连接到发动机输出轴的第一输入和连接到变速驱动单元的输出的第二输入。 控制单元控制变速驱动单元的速度作为感测到的发动机转速的函数,并将PTO轴保持在恒定速度。 分动式变速器优选地是行星齿轮单元。 变速驱动单元优选地包括驱动行星齿轮单元的太阳齿轮的固定排量静液压马达的可变排量静液压泵。 该系统从发动机和变速驱动单元向PTO轴传输动力。 控制单元还可以控制变速驱动单元,使得PTO轴的速度相对于地面速度保持在期望的比例,或者使得PTO轴的速度保持在由操作者设定的速度 。
    • 3. 发明授权
    • Vehicle hydraulic system monitoring system and method
    • 车辆液压系统监控系统及方法
    • US06470247B1
    • 2002-10-22
    • US09974356
    • 2001-10-09
    • Duane Fredrick MeyerEdwin Lee EiseleReno Antonio Rodeghiero
    • Duane Fredrick MeyerEdwin Lee EiseleReno Antonio Rodeghiero
    • G06F700
    • F15B19/005F16H57/0446F16H61/0021F16H61/12F16H2061/0037F16H2061/1264
    • A system and method are provided for monitoring a vehicle hydraulic system having a plurality of hydraulic function elements. The hydraulic system includes a hydraulic pump for supplying pressurized hydraulic fluid to the plurality of hydraulic function elements via a corresponding plurality of hydraulic element control valves, an electronic control unit for controlling the element control valves. The pump also supplies lube fluid to a lubrication circuit if requirements of the hydraulic function elements are met. The method includes sensing a hydraulic pressure (preferably the lube pressure of lube fluid in the lube circuit), and comparing the sensed pressure to a threshold pressure. If the sensed pressure is less than threshold pressure, then actively engaged hydraulic elements are tested by disengaging the elements in a predetermined manner, checking to see if the sensed low pressure condition is eliminated. If the sensed low pressure condition is eliminated after disengaging an element, then the leaking hydraulic function element (the last element disengaged) is deactivated (locked-out) and a corresponding message is generated and stored.
    • 提供一种用于监测具有多个液压功能元件的车辆液压系统的系统和方法。 液压系统包括用于通过相应的多个液压元件控制阀向多个液压功能元件供应加压液压流体的液压泵,用于控制元件控制阀的电子控制单元。 如果满足液压功能元件的要求,泵还会向润滑回路供应润滑油。 该方法包括感测液压(优选润滑回路中的润滑油的润滑油压力),以及将检测到的压力与阈值压力进行比较。 如果感测到的压力小于阈值压力,则通过以预定方式分离元件来测试主动接合的液压元件,检查所检测的低压条件是否被消除。 如果在拆卸元件之后消除感测到的低压条件,则泄漏的液压功能元件(最后一个元件脱开)被去激活(锁定),并且生成并存储相应的消息。
    • 5. 发明授权
    • Calibration method for inter-axle differential control system
    • 车桥差速控制系统的校准方法
    • US07264078B2
    • 2007-09-04
    • US11054964
    • 2005-02-10
    • Reno Antonio Rodeghiero
    • Reno Antonio Rodeghiero
    • B60K17/34B60K17/354
    • B60K23/0808B60W2520/263
    • A vehicle includes steerable front wheels, an interaxle differential for transmitting torque from an engine to the front wheels and to rear wheels. The differential includes a controllable clutch operable to control a ratio of front wheel speed to rear wheel speed. A control unit controls the clutch as a function of sensed steering angles and stored information including steering angles and corresponding front to rear wheel speed ratio values. The control unit is automatically calibrated. The control unit periodically obtains steering angle values, periodically obtains front and rear wheel speed values, periodically generates new front to rear wheel speed ratio values, and replaces one of the stored front to rear wheel speed ratio values with one of the new ratio values if the steering angle values indicate that the vehicle has been in a straight ahead travel mode for at least a certain time period.
    • 车辆包括可转向前轮,用于将扭矩从发动机传递到前轮和后轮的齿间差速器。 该差速器包括可操作的控制离合器,以控制前轮速度与后轮速度的比率。 控制单元根据感测到的转向角和存储的信息来控制离合器,包括转向角和相应的前后轮速比值。 控制单元自动校准。 控制单元周期性地获得转向角值,周期性地获得前轮速度值和后轮速度值,周期性地产生新的前后轮速比值,并用新的比值之一代替存储的前后轮速比值之一if 转向角值表示车辆已经处于直行前进行驶模式至少一定时间段。