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    • 2. 发明授权
    • Self-powered magnetic tachometer for supplying a signal representative of rotational rate and absolute position
    • 用于提供表示转速和绝对位置的信号的自供电磁转速表
    • US08384377B2
    • 2013-02-26
    • US12609935
    • 2009-10-30
    • Devlin M. GualtieriDwayne Benson
    • Devlin M. GualtieriDwayne Benson
    • G01B7/30G01P3/487
    • G01B7/30G01P3/46G01P3/487
    • A tachometer for supplying a signal representative of the rotational rate of a rotatable device includes a plurality of detection magnets, an index feature, and one or more non-rotationally mounted magnetic circuits. The detection magnets are coupled to, and spaced around, the device, to thereby rotate with the device when the device is rotated. The index feature is associated with the rotatable device, to thereby rotate with the device when the device is rotated. The index feature and the plurality of detection magnets are spaced evenly around the device. The magnetic circuits are spaced evenly around the device, and each magnetic circuit is configured to supply a first electrical signal each time one of the detection magnets rotates past the magnetic circuit and a second electrical signal each time the index feature rotates.
    • 用于提供表示可旋转装置的旋转速度的信号的转速计包括多个检测磁体,折射特征以及一个或多个非旋转安装的磁路。 检测磁体联接到设备周围并且围绕设备间隔开,从而当设备旋转时与设备一起旋转。 索引特征与可旋转装置相关联,从而当装置旋转时与装置一起旋转。 索引特征和多个检测磁体在装置周围均匀间隔开。 磁路围绕设备均匀间隔开,并且每个磁路被配置为每次检测磁铁中的一个旋转经过磁路时提供第一电信号,并且每当索引特征旋转时提供第二电信号。
    • 5. 发明申请
    • Aircraft flight control surface actuation system communication architecture
    • 飞机飞行控制面驱动系统通讯架构
    • US20060043242A1
    • 2006-03-02
    • US11207250
    • 2005-08-19
    • Dwayne Benson
    • Dwayne Benson
    • B64C13/18
    • B64C13/503
    • A flight control surface actuation system includes a plurality of smart actuators to move aircraft flight control surfaces between extended and retracted positions. The system includes a high availability network between the flight control avionics and the smart actuators, and between each of the smart actuators. The system configuration allows network nodes associated with each smart actuator to monitor and control one another, under higher level control of the aircraft flight control avionics, to provide multiple levels of health monitoring, control, and shutdown capability.
    • 飞行控制表面致动系统包括多个智能致动器,用于在延伸位置和缩回位置之间移动飞行器飞行控制表面。 该系统包括飞行控制航空电子设备和智能执行器之间以及每个智能执行器之间的高可用性网络。 系统配置允许与每个智能执行器相关联的网络节点在飞机飞行控制航空电子设备的较高级别控制下相互监视和控制,以提供多级健康监控,控制和关闭能力。
    • 8. 发明申请
    • SELF-POWERED MAGNETIC TACHOMETER
    • 自动磁力计
    • US20110101969A1
    • 2011-05-05
    • US12609935
    • 2009-10-30
    • Devlin M. GualtieriDwayne Benson
    • Devlin M. GualtieriDwayne Benson
    • G01B7/30
    • G01B7/30G01P3/46G01P3/487
    • A tachometer for supplying a signal representative of the rotational rate of a rotatable device includes a plurality of detection magnets, an index feature, and one or more non-rotationally mounted magnetic circuits. The detection magnets are coupled to, and spaced around, the device, to thereby rotate with the device when the device is rotated. The index feature is associated with the rotatable device, to thereby rotate with the device when the device is rotated. The index feature and the plurality of detection magnets are spaced evenly around the device. The magnetic circuits are spaced evenly around the device, and each magnetic circuit is configured to supply a first electrical signal each time one of the detection magnets rotates past the magnetic circuit and a second electrical signal each time the index feature rotates.
    • 用于提供表示可旋转装置的旋转速度的信号的转速计包括多个检测磁体,折射特征以及一个或多个非旋转安装的磁路。 检测磁体联接到设备周围并且围绕设备间隔开,从而当设备旋转时与设备一起旋转。 索引特征与可旋转装置相关联,从而当装置旋转时与装置一起旋转。 索引特征和多个检测磁体在装置周围均匀间隔开。 磁路围绕设备均匀间隔开,并且每个磁路被配置为每次检测磁铁中的一个旋转经过磁路时提供第一电信号,并且每当索引特征旋转时提供第二电信号。
    • 9. 发明申请
    • Brushless starter-generator with independently controllable exciter field
    • US20070194572A1
    • 2007-08-23
    • US11360116
    • 2006-02-22
    • Mingzhou XuDwayne Benson
    • Mingzhou XuDwayne Benson
    • F02N11/04H02K23/52H02P9/04
    • H02K19/12H02K19/28
    • A starter-generator system supplies a controllable torque to a gas turbine engine, to thereby assist in starting the gas turbine engine, by independently controlling excitation frequency and/or voltage magnitude. The starter-generator includes a multi-phase exciter stator, a rotationally mounted multi-phase exciter rotor, a multi-phase main stator, a rotationally mounted multi-phase main rotor, and an exciter controller. The rotationally mounted multi-phase exciter rotor has a plurality of exciter rotor windings wound thereon that, upon excitation thereof with a rotating electromagnetic exciter flux generated by the exciter stator, have non-rectified excitation currents induced therein. The rotationally mounted multi-phase main rotor has a plurality of main rotor windings wound thereon that are electrically connected to receive the non-rectified excitation currents induced in the exciter rotor windings and that, upon excitation thereof with a rotating electromagnetic flux and in response to the non-rectified excitation currents supplied thereto, have currents induced therein that generate a main rotor torque to thereby cause the multi-phase main rotor and the multi-phase exciter rotor to rotate. The exciter controller is electrically coupled to at least the exciter stator and is configured to selectively supply the electrical excitation thereto, to thereby selectively control the generated main rotor torque.