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    • 2. 发明授权
    • Method of making a capacitive pressure sensor
    • 制作电容式压力传感器的方法
    • US5404756A
    • 1995-04-11
    • US222414
    • 1994-04-01
    • Paul F. BriggsGeorge H. BucciDonald L. DrapeauLawrence E. Egle
    • Paul F. BriggsGeorge H. BucciDonald L. DrapeauLawrence E. Egle
    • H01H36/00G01L9/00G01L9/12H01G7/00
    • G01L9/0075Y10T29/43
    • A method of making a capacitive pressure sensor preferably for a vehicle fuel system with a flexible diaphragm, spacer and rigid substrate disposed in opposed face-to-face relation in a housing and yieldably urged together by a spring clamp. Electrodes disposed on the immediately adjacent opposed faces of the diaphragm and substrate produce a signal indicative of and varying with changes in the pressure of fluid acting on the diaphragm to displace its central portion relative to the substrate. In operation, through sensor and control circuitry, the speed of a fuel pump is varied to vary and control the pressure of fuel supplied to an engine in response to varying engine operating loads and conditions. To control the flow of fuel, a check valve, pressure relief valve and vent valve may be provided in the housing.
    • 制造电容式压力传感器的方法优选地用于具有柔性隔膜,间隔件和刚性基板的车辆燃料系统,所述柔性隔膜,间隔件和刚性基板在壳体中以相对的面对面关系设置,并且通过弹簧夹可靠地推压在一起。 设置在隔膜和基板的紧邻的相对面上的电极产生指示并随着作用在隔膜上的流体的压力的变化而变化的信号,以相对于基板移位其中心部分。 在操作中,通过传感器和控制电路,改变燃料泵的速度以改变和控制响应于变化的发动机操作负载和条件而向发动机供应的燃料的压力。 为了控制燃料的流动,可以在壳体中设置止回阀,减压阀和排气阀。
    • 3. 发明授权
    • Capacitive pressure sensor
    • 电容式压力传感器
    • US5351548A
    • 1994-10-04
    • US984896
    • 1992-12-02
    • Paul F. BriggsGeorge H. BucciDonald L. DrapeauLawrence E. Egle
    • Paul F. BriggsGeorge H. BucciDonald L. DrapeauLawrence E. Egle
    • H01H36/00G01L9/00G01L9/12G01M15/00
    • G01L9/0075Y10T29/43
    • A capacitive pressure sensor preferably for a vehicle fuel system with a flexible diaphragm, spacer and rigid substrate disposed in opposed face-to-face relation in a housing and yieldably urged together by a spring clamp. Electrodes disposed on the immediately adjacent opposed faces of the diaphragm and substrate produce a signal indicative of and varying with changes in the pressure of fluid acting on the diaphragm to displace its central portion relative to the substrate. In operation, through sensor and control circuitry, the speed of a fuel pump is varied to vary and control the pressure of fuel supplied to an engine in response to varying engine operating loads and conditions. To control the flow of fuel, a check valve, pressure relief valve and vent valve may be provided in the housing.
    • 一种电容式压力传感器,优选地用于具有柔性隔膜,间隔件和刚性基板的车辆燃料系统,所述柔性隔膜,间隔件和刚性基板在壳体中以相对的面对面关系设置,并且通过弹簧夹可靠地推动。 设置在隔膜和基板的紧邻的相对面上的电极产生指示并随着作用在隔膜上的流体的压力的变化而变化的信号,以相对于基板移位其中心部分。 在操作中,通过传感器和控制电路,改变燃料泵的速度以改变和控制响应于变化的发动机操作负载和条件而向发动机供应的燃料的压力。 为了控制燃料的流动,可以在壳体中设置止回阀,减压阀和排气阀。
    • 4. 发明申请
    • Engine Synchronizer
    • 发动机同步器
    • US20110315113A1
    • 2011-12-29
    • US13227595
    • 2011-09-08
    • Lawrence E. EgleAaron S. Dickey
    • Lawrence E. EgleAaron S. Dickey
    • F02D9/02
    • B64D31/12B64D31/04F02D11/04F02D25/02
    • Engine synchronization apparatus and system for multi-engine vehicles such as boats and aircraft providing limited authority throttle cable trim effected by an apparatus interposed between the throttle plate and throttle cable of a slave engine and mounted in a floating configuration. An actuator is mounted to the apparatus to trim the distance between the throttle plate and throttle cable attachment thereby trimming the throttle cable. A system is provided in which a difference signal derived from master and slave engine tachometer signals is used to control the actuator and synchronize the engines within a predetermined range.
    • 发动机同步装置和系统,用于多引擎车辆,例如船和飞机,提供有限的权限,由插入在从动发动机的节气门板和节气门缆索之间的装置并以浮动构造安装的装置实现。 致动器安装到装置上,以修剪节流板和节流电缆连接件之间的距离,从而修整节气门电缆。 提供了一种系统,其中使用从主发动机转速计信号和从属发动机转速计信号得到的差分信号来控制致动器并使发动机在预定范围内同步。
    • 5. 发明申请
    • Engine synchronizer
    • 发动机同步器
    • US20080314175A1
    • 2008-12-25
    • US12148315
    • 2008-04-18
    • Lawrence E. EgleAaron S. Dickey
    • Lawrence E. EgleAaron S. Dickey
    • F16H61/00
    • B64D31/12F02D25/02Y10T74/1926Y10T477/20
    • Engine synchronization apparatus and system for multi-engine vehicles such as boats and aircraft providing limited authority throttle cable trim effected by an apparatus interposed between the throttle plate and throttle cable of a slave engine and mounted in a floating configuration. An actuator is mounted to the apparatus to trim the distance between the throttle plate and throttle cable attachment thereby trimming the throttle cable. A system is provided in which a difference signal derived from master and slave engine tachometer signals is used to control the actuator and synchronize the engines within a predetermined range.
    • 发动机同步装置和系统,用于多引擎车辆,例如船和飞机,提供有限的权限,由插入在从动发动机的节气门板和节气门缆索之间的装置并以浮动构型安装的装置实现。 致动器安装到装置上,以修剪节流板和节流电缆连接件之间的距离,从而修整节气门电缆。 提供了一种系统,其中使用从主发动机转速计信号和从属发动机转速计信号得到的差分信号来控制致动器并使发动机在预定范围内同步。
    • 8. 发明授权
    • Engine synchronizer
    • 发动机同步器
    • US08036809B2
    • 2011-10-11
    • US12148315
    • 2008-04-18
    • Lawrence E. EgleAaron S. Dickey
    • Lawrence E. EgleAaron S. Dickey
    • G06F19/00F02D11/10F02D9/10F02B73/00
    • B64D31/12F02D25/02Y10T74/1926Y10T477/20
    • Engine synchronization apparatus and system for multi-engine vehicles such as boats and aircraft providing limited authority throttle cable trim effected by an apparatus interposed between the throttle plate and throttle cable of a slave engine and mounted in a floating configuration. An actuator is mounted to the apparatus to trim the distance between the throttle plate and throttle cable attachment thereby trimming the throttle cable. A system is provided in which a difference signal derived from master and slave engine tachometer signals is used to control the actuator and synchronize the engines within a predetermined range.
    • 发动机同步装置和系统,用于多引擎车辆,例如船和飞机,提供有限的权限,由插入在从动发动机的节气门板和节气门缆索之间的装置并以浮动构造安装的装置实现。 致动器安装到装置上,以修剪节流板和节流电缆连接件之间的距离,从而修整节气门电缆。 提供了一种系统,其中使用从主发动机转速计信号和从属发动机转速计信号得到的差分信号来控制致动器并使发动机在预定范围内同步。
    • 10. 发明授权
    • Exhaust gas recirculation control system
    • 废气再循环控制系统
    • US4690120A
    • 1987-09-01
    • US832902
    • 1986-02-25
    • Lawrence E. Egle
    • Lawrence E. Egle
    • F02M25/07F02B47/08F02D21/08F02M25/06
    • F02D41/0072F02B47/08Y02T10/47Y10T29/49609
    • A closed loop system for controlling exhaust gas recirculation (EGR) in an automotive engine. An electrical program command signal from an on-board engine computer/controller actuator through a motor driven circuit, a stepper motor to turn an axial lead screw having a follower thereon connected to a rod for moving the valve poppet to control flow. An orifice plate with differential flow pressure taps is disposed in the EGR passage downstream of a flow control valve poppet. The differential pressure from the taps is sensed by a pressure responsive diaphragm. A stationary proximity sensor using an eddy current principle detects changes in position of the diaphragm and in response thereto generates an electrical feedback signal proportional to EGR flow through the orifice which compared with the command signal to generate a control signal for controlling the stepper motor.
    • 一种用于控制汽车发动机中的废气再循环(EGR)的闭环系统。 来自车载发动机计算机/控制器致动器的电气程序命令信号通过电动机驱动电路,步进电动机,其将具有随动件的轴向丝杠连接到杆上,用于移动阀提升阀以控制流动。 具有差压流量抽头的孔板设置在EGR流路在流量控制阀提升阀的下游。 来自抽头的差压由压力响应膜片感测。 使用涡流原理的固定式接近传感器检测振膜的位置变化,响应于此产生与通过孔口的EGR流量成比例的电反馈信号,与指令信号进行比较,以产生用于控制步进电动机的控制信号。