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    • 3. 发明申请
    • Architecture and a multiple function power converter for aircraft
    • 飞机的架构和多功能电源转换器
    • US20080111420A1
    • 2008-05-15
    • US11594846
    • 2006-11-09
    • Cristian E. AnghelWayne T. PearsonRay M. McGinleyRocco DiVito
    • Cristian E. AnghelWayne T. PearsonRay M. McGinleyRocco DiVito
    • B60L1/00H02J1/00
    • 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)。
    • 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
    • Method and apparatus for controlling an engine start system
    • 用于控制发动机起动系统的方法和装置
    • US07227271B2
    • 2007-06-05
    • US11217357
    • 2005-09-02
    • Cristian E. AnghelRay M. McGinley
    • Cristian E. AnghelRay M. McGinley
    • F02N11/04H02P9/00
    • H02P9/30F02N11/04F02N11/0859F02N2300/102F02N2300/104H02P25/06H02P2101/30
    • An apparatus (80) controls a synchronous machine (20) used to start an engine (300) during an engine start operation. The apparatus comprises: an exciter current control unit (84) for controlling exciter current output to the synchronous machine (20) during the engine start operation; and a main current control unit (82) for controlling main current output to the synchronous machine (20) during the engine start operation as a function of machine speed. In one implementation, the main current control unit (82) controls main current output to the synchronous machine (20) so that the synchronous machine (20) exhibits a reduced output torque during an initial torque application stage. The reduced viscous drag effects and reduced impact torque are beneficial to the engine system (100).
    • 在发动机起动操作期间,装置(80)控制用于启动发动机(300)的同步机(20)。 该装置包括:励磁机电流控制单元,用于在发动机起动操作期间控制输出到同步电机的励磁机电流; 和主电流控制单元(82),用于根据机器速度控制在发动机起动操作期间向同步机(20)输出的主电流。 在一个实施方式中,主电流控制单元(82)控制到同步电机(20)的主电流输出,使得同步电机(20)在初始转矩施加阶段期间表现出减小的输出转矩。 减小的粘滞阻力效应和减小的冲击扭矩有利于发动机系统(100)。
    • 6. 发明授权
    • No-break-power-transfer control system for variable frequency electrical power systems
    • 用于变频电力系统的无断开电力传输控制系统
    • US07254465B2
    • 2007-08-07
    • US10860851
    • 2004-06-04
    • Ray M. McGinley
    • Ray M. McGinley
    • G05D11/00
    • H02J4/00H02J3/42H02J9/066Y10T307/615
    • A method and apparatus for executing a no-break power transfer between an electrical power generator powered by an auxiliary power unit (APU) and an electrical power generator powered by an aircraft main engine. The method comprises sending a power transfer command, a load/unload amplitude signal, and a target frequency signal from a bus power control unit to an APU electronic control unit; deriving a calculated load range for the APU at a new load and frequency operating point; and determining if the new load and frequency operating point falls within the calculated APU load range. If within range, a no-break power transfer is initiated; if not within range, a power transfer with momentary interruption is initiated.
    • 一种用于在由辅助动力单元(APU)供电的发电机和由飞机主机供电的发电机之间执行无断电功率传输的方法和装置。 该方法包括从总线功率控制单元向APU电子控制单元发送功率传送命令,加载/卸载振幅信号和目标频率信号; 在新的负载和频率工作点得到APU的计算负载范围; 以及确定新的负载和频率操作点是否落在计算的APU负载范围内。 如果在范围内,则开始不间断电力转移; 如果不在范围内,则启动具有瞬时中断的电力传输。
    • 7. 发明授权
    • Starting and controlling speed of a two spool gas turbine engine
    • 启动和控制两个阀芯燃气涡轮发动机的速度
    • US07188475B2
    • 2007-03-13
    • US10742210
    • 2003-12-18
    • Ray M. McGinleyAlan B. Luebs
    • Ray M. McGinleyAlan B. Luebs
    • F02C3/10
    • F02C7/275F02C9/00F05D2270/091
    • Two spool gas turbine engines are often used to drive variable speed loads, such as an electric generator, or the fan/propeller of aircraft engines. The gas turbine engine must be designed to withstand transient speed and temperature conditions which are encountered when sudden changes to the load on the generator, fan, or propeller occur. By adding a relatively small motor/generator to the gas generator spool of the gas turbine engine, the compressor speed and airflow can be quickly adjusted to compensate for external load changes. This reduces the severity and duration of the transient conditions, resulting in decreased operation and reliability problems such as overspeed, compressor surge, and high turbine temperature. The motor/generator may also be used as an engine starting device.
    • 两个阀芯燃气涡轮发动机通常用于驱动变速负载,例如发电机或飞机发动机的风扇/螺旋桨。 燃气涡轮发动机必须设计成可以承受当发生器,风扇或螺旋桨上的负载发生突然变化时遇到的瞬态速度和温度条件。 通过向燃气涡轮发动机的气体发生器阀芯添加相对较小的电动机/发电机,可以快速调节压缩机速度和气流以补偿外部负载变化。 这降低了瞬态条件的严重性和持续时间,从而导致操作和可靠性问题的降低,如超速,压缩机浪涌和高涡轮机温度。 马达/发电机也可以用作发动机起动装置。