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    • 1. 发明授权
    • Electric motor brake engagement holdup system
    • 电动马达制动接合保持系统
    • US07456594B2
    • 2008-11-25
    • US11450479
    • 2006-06-09
    • Calvin C. PotterPaul T. WingettGlenn H. Lane
    • Calvin C. PotterPaul T. WingettGlenn H. Lane
    • H02P3/00H02K7/10
    • H02P3/26B64C13/50
    • An electric motor system includes a motor brake control circuit that uses current induced in the motor stator from generated back EMF to keep the motor brake energized and in its disengaged position, should electric power be lost to the motor system. When the motor has slowed sufficiently that the induced current is no longer sufficient to keep the motor brake energized, the motor brake will move to its engaged position, and prevent further motor rotation. The motor rotational speed at which the motor brake is no longer energized is sufficiently low that any potential degradation or other deleterious effects from motor brake engagement are minimized.
    • 电动机系统包括电动机制动控制电路,其使用电动机定子中产生的电流从产生的反电动势来保持电动机制动器通电并且如果电力损失到电动机系统,则其处于其分离位置。 当电机充分放慢时,感应电流不再足以保持电机制动器通电,电机制动器将移动到其接合位置,并防止电机进一步旋转。 电动机制动器不再通电的电动机转速足够低,使得电动机制动器接合的任何潜在的劣化或其它有害影响被最小化。
    • 2. 发明申请
    • Electric motor brake engagement holdup system
    • 电动马达制动接合保持系统
    • US20070285037A1
    • 2007-12-13
    • US11450479
    • 2006-06-09
    • Calvin C. PotterPaul T. WingettGlenn H. Lane
    • Calvin C. PotterPaul T. WingettGlenn H. Lane
    • H02P3/00
    • H02P3/26B64C13/50
    • An electric motor system includes a motor brake control circuit that uses current induced in the motor stator from generated back EMF to keep the motor brake energized and in its disengaged position, should electric power be lost to the motor system. When the motor has slowed sufficiently that the induced current is no longer sufficient to keep the motor brake energized, the motor brake will move to its engaged position, and prevent further motor rotation. The motor rotational speed at which the motor brake is no longer energized is sufficiently low that any potential degradation or other deleterious effects from motor brake engagement are minimized.
    • 电动机系统包括电动机制动控制电路,其使用电动机定子中产生的电流从产生的反电动势来保持电动机制动器通电并且如果电力损失到电动机系统,则其处于其分离位置。 当电机充分放慢时,感应电流不再足以保持电机制动器通电,电机制动器将移动到其接合位置,并防止电机进一步旋转。 电动机制动器不再通电的电动机转速足够低,使得电动机制动器接合的任何潜在的劣化或其它有害影响被最小化。
    • 7. 发明申请
    • EMERGENCY STOPS AND BRAKE DEVICES FOR MOTORS
    • 电机的紧急停机和制动装置
    • US20090211383A1
    • 2009-08-27
    • US11853213
    • 2007-09-11
    • Donald J. ChristensenDavid M. EschbornGlenn H. Lane
    • Donald J. ChristensenDavid M. EschbornGlenn H. Lane
    • F16K17/36
    • F16K17/383Y10T74/11
    • An emergency stop for a brake device for a motor includes a blocking device, a spring, and an inhibiting material. The blocking device is movable between a first position, at which it allows rotation of the drive shaft, and a second position, at which it at least substantially stops rotation of a drive shaft of the motor. The spring is housed at least partially within the housing, and urges the blocking device toward the first position. The inhibiting material at least partially surrounds the blocking device and/or the spring, and has a melting point that is at least substantially known. The inhibiting material at least substantially prevents movement of the blocking device from the first to the second position when a temperature is below the melting point, and allows movement of the blocking device from the first to the second position when the temperature is above the melting point.
    • 用于电动机的制动装置的紧急停止装置包括阻挡装置,弹簧和抑制材料。 阻挡装置可在其允许驱动轴旋转的第一位置和第二位置之间移动,第二位置至少基本上停止马达的驱动轴的旋转。 弹簧至少部分地容纳在壳体内,并且将阻挡装置推向第一位置。 抑制材料至少部分地围绕阻挡装置和/或弹簧,并且具有至少基本上已知的熔点。 当温度低于熔点时,抑制材料至少基本上防止阻挡装置从第一位置移动到第二位置,并且当温度高于熔点时允许阻挡装置从第一位置移动到第二位置 。
    • 10. 发明授权
    • Air turbine starter assembly
    • 空气涡轮起动器总成
    • US07445102B2
    • 2008-11-04
    • US11364140
    • 2006-02-27
    • Glenn H. LaneTodd A. LangstonMichael J. Burns
    • Glenn H. LaneTodd A. LangstonMichael J. Burns
    • F16D13/74F16D41/12
    • F16D41/125F16D2300/021F16D2300/06
    • An aircraft engine starter assembly provides for liquid cooling of the clutch assembly and overrunning engine by integrating a pitot pump in the system. The system includes a starter motor, a torque transfer connection, a clutch assembly and the pitot pump. The torque transfer connection is adapted to be coupled to the aircraft engine. The clutch assembly is coupled to one of the starter motor or the torque transfer connection. The pitot pump is coupled to one or both of the torque transfer or the clutch assembly via a first oil line and a second oil line. The pitot pump comprises a pitot tube in fluidic communication with an oil reservoir for the delivery of oil under pressure to lubricate one or both of the torque transfer or the clutch assembly.
    • 飞机发动机起动器组件通过在系统中集成皮托管泵来提供离合器组件和超速发动机的液体冷却。 该系统包括起动马达,转矩传递连接,离合器组件和皮托托泵。 转矩传递连接件适于联接到飞行器发动机。 离合器组件联接到起动马达或转矩传递连接中的一个。 皮托泵通过第一油管线和第二油管线联接到扭矩传递或离合器组件中的一个或两个。 皮托泵包括与储油器流体连通的皮托管,用于在压力下输送油以润滑扭矩传递或离合器组件中的一个或两个。