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    • 23. 发明授权
    • Smart hybrid electric and bleed architecture
    • 智能混合电力和流体结构
    • US07970497B2
    • 2011-06-28
    • US11681686
    • 2007-03-02
    • Jean-Luc DerouineauWayne T. PearsonMichel A. Jonqueres
    • Jean-Luc DerouineauWayne T. PearsonMichel A. Jonqueres
    • G01C23/00
    • B64D13/06B64D2013/0618B64D2013/0644Y02T50/54Y02T50/56
    • An aircraft architecture may be designed to create an optimal balance between electric power and bleed power in order to match or improve current more electric architecture (MEA) performance while simplifying power extraction from the engines as well as simplifying the electrical system. Conventional aircraft architectures may use electric only ECS and cabin pressurization systems (so-called “no bleed” systems). Alternatively, older conventional aircraft may use strictly engine bleed air to provide power for ECS and cabin pressurization systems. The present invention, on the other hand, provides an architecture which may optimize the use of both engine bleed air and MEA designs to provide a system that may be simpler and potentially more reliable and available as compared to conventional aircraft architectures.
    • 飞机架构可以设计成在电力和泄放功率之间创建最佳平衡,以便匹配或改善当前更多的电气结构(MEA)性能,同时简化从发动机的功率提取以及简化电气系统。 传统的飞行器架构可以仅使用电动ECS和客舱加压系统(所谓的“无出血”系统)。 或者,较旧的常规飞行器可以严格地使用发动机排气来为ECS和客舱加压系统提供动力。 另一方面,本发明提供了一种架构,其可以优化发动机放气和MEA设计的使用,以提供与常规飞行器架构相比可以更简单并且可能更可靠和可用的系统。
    • 24. 发明授权
    • Low profile generator configuration
    • 低调发电机配置
    • US07230363B2
    • 2007-06-12
    • US10812725
    • 2004-03-30
    • David E. StoutWayne T. PearsonMingzhou XuMichael W. Duddeck
    • David E. StoutWayne T. PearsonMingzhou XuMichael W. Duddeck
    • H00K1/22
    • H02K19/38H02K11/046H02K16/00
    • One embodiment of the invention relates to a low profile electric generator having a short axial length. A cylindrical rotor body defines an interior cavity and is coupled to a driveshaft along the axis of the cylindrical body. A first rotor assembly is coupled to the inner surface of the cylindrical body, the first rotor assembly defining a space to receive a first stator that is independent from the cylindrical body. A second rotor assembly is coupled to the outer surface of the cylindrical body and electrically coupled to the first rotor assembly. A second stator is arranged around the second rotor assembly, independent from the cylindrical body, and radially positioned about the axis of the cylindrical body. By arranging the generator components in such configuration, the axial length of the generator is reduced in comparison to a conventional generator.
    • 本发明的一个实施例涉及一种具有短轴向长度的低轮廓发电机。 圆柱形转子主体限定内腔,并且沿着圆柱体的轴线联接到驱动轴。 第一转子组件联接到圆柱体的内表面,第一转子组件限定用于容纳独立于圆柱体的第一定子的空间。 第二转子组件联接到圆柱体的外表面并电耦合到第一转子组件。 第二定子围绕第二转子组件设置,独立于圆柱体,并且围绕圆柱体的轴线径向定位。 通过将发电机部件布置在这种构造中,与常规发电机相比,发电机的轴向长度减小。
    • 26. 发明授权
    • Electric machine with fluid supply control system
    • 电机带流体供应控制系统
    • US07576459B2
    • 2009-08-18
    • US11526919
    • 2006-09-25
    • Edward M. DownDavid C. HodgeWayne T. Pearson
    • Edward M. DownDavid C. HodgeWayne T. Pearson
    • H02K9/00
    • H02K9/19
    • An electric machine includes a fluid control system that is configured to regulate the flow rate of fluid to the electric machine. The machine includes a sensor that senses a parameter representative of cooling required by the machine. The sensor supplies a sensor signal to a control unit, which in turn supplies a flow control signal to a flow regulator. The flow regulator, in response to the flow control signal, controls the flow rate of fluid to the machine to what is needed for effective cooling at current operating conditions. As a result, windage losses and pumping power requirements in the machine are reduced, and machine efficiency is increased.
    • 电动机包括流体控制系统,其配置成调节流向电机的流体流量。 该机器包括一个传感器,用于检测代表机器所需冷却的参数。 传感器将传感器信号提供给控制单元,控制单元又向流量调节器提供流量控制信号。 流量调节器响应于流量控制信号,将流体的流量控制在当前操作条件下有效冷却所需要的流量。 结果,降低了机器的风量损失和泵送功率需求,提高了机器效率。