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    • 1. 发明申请
    • A NOVEL AIRCRAFT ENGINE STARTER/GENERATOR
    • 一个新的飞机发动机起动器/发电机
    • US20090045784A1
    • 2009-02-19
    • US11837634
    • 2007-08-13
    • MINGZHOU XUCristian E. AnghelWayne T. Pearson
    • MINGZHOU XUCristian E. AnghelWayne T. Pearson
    • H02P9/08
    • F02N11/04F02N11/0859F02N2300/104
    • A rotor resistor and switch combination may cause a starter/generator device to function as an asynchronous device when in a start mode. Thus, starting torque may result. A starter/generator device may include an exciter rotor winding, a main rotor winding, and a resistor and switch combination positioned between the exciter rotor winding and the main rotor winding to control a flow of current in the main rotor winding during a start mode of the starter/generator device. A method of optimizing starting torque of a starter/generator device without a start controller unit during a start mode may include providing a main rotor winding of the starter/generator device, and providing a control to control a flow of current in the main rotor winding during the start mode.
    • 转子电阻和开关组合可能会使起动/发电机装置在起动模式时作为异步装置发挥作用。 因此,可能导致启动转矩。 起动器/发电机装置可以包括位于励磁机转子绕组和主转子绕组之间的励磁机转子绕组,主转子绕组和电阻器和开关组合,以在主转子绕组的起动模式期间控制主转子绕组中的电流流动 起动器/发电机装置。 在起动模式期间,无起动控制器单元优化起动/发电机装置的启动转矩的方法可包括提供起动/发电机装置的主转子绕组,并提供控制以控制主转子绕组中的电流 在启动模式。
    • 2. 发明授权
    • Modular and scalable power conversion system for aircraft
    • 模块化和可扩展的飞机电力转换系统
    • US07615892B2
    • 2009-11-10
    • US11594847
    • 2006-11-09
    • Cristian E. AnghelWayne T. Pearson
    • Cristian E. AnghelWayne T. Pearson
    • H02J9/00
    • H02M7/81F02N11/04F02N11/0862F02N2011/0896Y10T307/344Y10T307/406Y10T307/615Y10T307/636
    • A method and apparatuses are used for power conversion. The apparatus according to one embodiment comprises a plurality of power conversion modules (130—1, . . . , 130—n), the plurality of power conversion modules (130—1, . . . , 130—n) being optionally controllable to function independently of each other to supply a plurality of systems (200—1, . . . , 200—n), function in an inter-relational mode in which at least one power conversion module from the plurality of power conversion modules (130—1, . . . , 130—n) drives a system and, upon a failure of the at least one power conversion module, at least another power conversion module from the plurality of power conversion modules (130—1, . . . , 130—n) will drive the system, and function in a scalable mode in which at least two power conversion modules of the plurality of power conversion modules (130—1, . . . , 130—n) are connected to provide an additive output.
    • 一种方法和装置用于电力转换。 根据一个实施例的装置包括多个功率转换模块(130-1,...,130-n),所述多个功率转换模块(130-1,...,130-n)可选地可控制到 功能彼此独立以提供多个系统(200-1,...,200-n)的功能,其中来自所述多个电力转换模块(130- ...)的至少一个电力转换模块, 1,...,130-n)驱动系统,并且在所述至少一个功率转换模块发生故障时,来自所述多个功率转换模块(130-1,...,130,...)的至少另一个功率转换模块 -n)将驱动系统并且以可伸缩模式工作,其中多个电力转换模块(130-1,...,130-n)中的至少两个电力转换模块被连接以提供附加输出。
    • 3. 发明申请
    • Modular and scalable power conversion system for aircraft
    • 模块化和可扩展的飞机电力转换系统
    • US20080111421A1
    • 2008-05-15
    • US11594847
    • 2006-11-09
    • Cristian E. AnghelWayne T. Pearson
    • Cristian E. AnghelWayne T. Pearson
    • H02J3/38H02J1/12F02N11/04H02P4/00B64D31/00
    • H02M7/81F02N11/04F02N11/0862F02N2011/0896Y10T307/344Y10T307/406Y10T307/615Y10T307/636
    • A method and apparatuses are used for power conversion. The apparatus according to one embodiment comprises a plurality of power conversion modules (130—1, . . . 130—n), the plurality of power conversion modules (130—1, . . . , 130—n) being optionally controllable to function independently of each other to supply a plurality of systems (200—1, . . . , 200—n), function in an inter-relational mode in which at least one power conversion module from the plurality of power conversion modules (130—1, . . . , 130—n) drives a system and, upon a failure of the at least one power conversion module, at least another power conversion module from the plurality of power conversion modules (130—1, . . . , 130—n) will drive the system, and function in a scalable mode in which at least two power conversion modules of the plurality of power conversion modules (130—1, . . . , 130—n) are connected to provide an additive output.
    • 一种方法和装置用于电力转换。 根据一个实施例的装置包括多个电力转换模块(130,...,...,130),多个电力转换模块(130&lt; SUB&gt; n可选地可控制以彼此独立地起作用以提供多个系统(200〜1,...,130 < 在相互关系模式中起作用,其中来自所述多个功率转换模块的至少一个功率转换模块(130→1,...,200&lt; 驱动系统,并且在所述至少一个功率转换模块发生故障时,来自所述多个功率转换模块的至少另一个功率转换模块(130 ...) - 将驱动系统并且以可伸缩模式工作,其中多个电力转换模块(130)中的至少两个电力转换模块 - 1,...,130 连接起来 一个添加剂输出。
    • 4. 发明授权
    • Architecture and a multiple function power converter for aircraft
    • 飞机的架构和多功能电源转换器
    • US07612514B2
    • 2009-11-03
    • US11594846
    • 2006-11-09
    • Cristian E. AnghelWayne T. PearsonRay M. McGinleyRocco DiVito
    • Cristian E. AnghelWayne T. PearsonRay M. McGinleyRocco DiVito
    • B60L1/00H02J3/02
    • H02J4/00Y02T50/54Y10T307/25
    • A method and apparatuses are implemented for electric power systems. An apparatus for power conversion according to one embodiment comprises: a multiple function power converter (77), the multiple function power converter (77) being capable of performing functions of a static inverter, and being capable of at least one of performing functions of a motor controller, and performing functions of a start converter to use a generator as a starter. An architecture system for aircraft according to another embodiment comprises: one or more rectifiers (408), wherein the one or more rectifiers (408) receive at least one high frequency AC power input; and a plurality of power conversion devices (78) optionally connectable to drive at least one high frequency generator (105) as a starter and at least one load, the input of each power conversion device (78) being connected to at least one rectifier (408).
    • 一种用于电力系统的方法和装置。 根据一个实施例的用于电力转换的装置包括:多功能电力转换器(77),所述多功能电力转换器(77)能够执行静态逆变器的功能,并且能够执行以下功能中的至少一个: 电机控制器,以及起动转换器的功能,使用发电机作为起动器。 根据另一实施例的用于飞机的架构系统包括:一个或多个整流器(408),其中所述一个或多个整流器(408)接收至少一个高频AC电力输入; 以及多个电源转换装置(78),可选地可连接以驱动至少一个高频发生器(105)作为起动器和至少一个负载,每个电力转换装置(78)的输入端连接至至少一个整流器 408)。
    • 5. 发明授权
    • Aircraft engine starter/generator
    • 飞机发动机起动器/发电机
    • US07592786B2
    • 2009-09-22
    • US11837634
    • 2007-08-13
    • Mingzhou XuCristian E. AnghelWayne T. Pearson
    • Mingzhou XuCristian E. AnghelWayne T. Pearson
    • H02P9/10H02P9/14F02N11/04H02K23/52H02P9/04
    • F02N11/04F02N11/0859F02N2300/104
    • A rotor resistor and switch combination may cause a starter/generator device to function as an asynchronous device when in a start mode. Thus, starting torque may result. A starter/generator device may include an exciter rotor winding, a main rotor winding, and a resistor and switch combination positioned between the exciter rotor winding and the main rotor winding to control a flow of current in the main rotor winding during a start mode of the starter/generator device. A method of optimizing starting torque of a starter/generator device without a start controller unit during a start mode may include providing a main rotor winding of the starter/generator device, and providing a control to control a flow of current in the main rotor winding during the start mode.
    • 转子电阻和开关组合可能会使起动/发电机装置在起动模式时作为异步装置发挥作用。 因此,可能导致起动转矩。 起动器/发电机装置可以包括位于励磁机转子绕组和主转子绕组之间的励磁机转子绕组,主转子绕组和电阻器和开关组合,以在主转子绕组的起动模式期间控制主转子绕组中的电流流动 起动器/发电机装置。 在起动模式期间,无起动控制器单元优化起动/发电机装置的启动转矩的方法可包括提供起动/发电机装置的主转子绕组,并提供控制以控制主转子绕组中的电流 在启动模式。
    • 7. 发明授权
    • Engine start system with quadrature AC excitation
    • 具有正交交流励磁的发动机启动系统
    • US07514806B2
    • 2009-04-07
    • US11758189
    • 2007-06-05
    • Mingzhou XuCristian E. AnghelWayne T. Pearson
    • Mingzhou XuCristian E. AnghelWayne T. Pearson
    • H02P7/36
    • H02P9/302H02P2101/30
    • A starter-generator system may be used to supply sufficient starting torque to start an aircraft main engine. The main starter-generator stator winding may be connected to a constant frequency (CF) power source to create a rotating field in the main starter-generator air gap. This rotating field, in turn, may induce current on the main rotor winding, which may be a closed circuit formed by main rotor field winding and exciter armature winding. The interaction between the main rotor current and the air gap flux may give rise to the starting torque to start the main engine. Adjusting the voltage supplied to the exciter stator field winding can modify the induced voltage and current on the rotor circuit to control the rotor current and starting torque. The starter-generator system may also be used to start an aircraft main engine by directly connecting the main stator winding to a power source without powering the exciter stator.
    • 起动发电机系统可用于提供足够的起动转矩来启动飞行器主机。 主起动器 - 发电机定子绕组可以连接到恒定频率(CF)电源,以在主起动器 - 发电机气隙中产生旋转场。 这个旋转场又可能在主转子绕组上感应出电流,主转子绕组可能是由主转子励磁绕组和励磁机电枢绕组形成的闭合电路。 主转子电流和气隙磁通之间的相互作用可能会引起启动主机的起动转矩。 调整提供给励磁机定子励磁绕组的电压可以改变转子电路上的感应电压和电流,以控制转子电流和起动转矩。 起动发电机系统也可用于通过将主定子绕组直接连接到电源而不为励磁机定子供电而启动飞行器主机。
    • 10. 发明授权
    • Generator with quadrature AC excitation
    • 具有正交交流励磁的发电机
    • US08085004B2
    • 2011-12-27
    • US12954231
    • 2010-11-24
    • Mingzhou XuCristian E. AnghelWayne T. Pearson
    • Mingzhou XuCristian E. AnghelWayne T. Pearson
    • H02P9/00
    • H02K19/26H02K17/44H02K19/38
    • A generator system is configured to supply two phase excitation current from an exciter rotor to a main generator rotor. When driven by a variable speed prime mover, the generator system provides relatively constant frequency AC power by independently controlling the main rotor flux rotational speed. The generator system includes an exciter stator that induces current in the exciter rotor windings at a desired frequency and phasing. The exciter rotor windings are electrically connected to the main rotor windings to provide two-phase excitation current to the main rotor windings. Excitation is supplied to the exciter stator from an exciter controller, which controls the frequency and phasing of the exciter excitation, based on the rotational speed of the generator, to maintain a constant output frequency. The exciter frequency control function of the exciter controller may be eliminated when the generator system is driven by a constant speed prime mover or when a narrow band variable frequency output is required.
    • 发电机系统被配置为从励磁机转子向主发电机转子提供两相励磁电流。 当由变速原动机驱动时,发电机系统通过独立控制主转子磁通转速提供相对恒定的交流电力。 发电机系统包括激励器定子,其以期望的频率和定相在励磁机转子绕组中感应电流。 励磁机转子绕组电连接到主转子绕组,以向主转子绕组提供两相励磁电流。 激励从激励器控制器提供给励磁机定子,励磁机控制器基于发电机的转速控制励磁机励磁的频率和定相,以保持恒定的输出频率。 当发电机系统由恒速原动机驱动时或者当需要窄带可变频率输出时,可以消除励磁机控制器的励磁机频率控制功能。