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    • 2. 发明申请
    • CLOSED LOOP THERMODYNAMIC MACHINE
    • 闭环热力机
    • US20120174585A1
    • 2012-07-12
    • US13389747
    • 2010-08-11
    • William Hugh Salvin RampenRonan Patrick Costello
    • William Hugh Salvin RampenRonan Patrick Costello
    • F02C1/04
    • F02G1/043F02G2242/44
    • According to a first aspect of the invention there is provided a thermodynamic machine operating according to the Brayton cycle and including a closed loop fluid circuit for circulating working fluid. A fluid compressor (8) and a fluid expander (10) are independently controllable variable positive displacement machines. The variable positive displacement machines incorporate working chambers of cyclically varying volume, the net fluid displacement of each working chamber being selectable on a cycle by cycle basis. The compressor and expander axles are linked and the compressor and expander can be controlled to independently vary the displacement of the compressor, the displacement of the expander and the net torque exerted on the axle. The machine works efficiently with a wide range of heat source and heat sink temperatures and can respond to varying power demands, including transient changes to power demand.
    • 根据本发明的第一方面,提供了一种根据布雷顿循环操作的热力学机器,并且包括用于循环工作流体的闭环流体回路。 流体压缩机(8)和流体膨胀器(10)是独立可控的可变正排量机器。 可变正排量机器包括循环变化体积的工作室,每个工作室的净流体位移可以逐周期地选择。 连接压缩机和膨胀机轴,压缩机和膨胀机可以被控制以独立地改变压缩机的位移,膨胀机的位移和施加在车轴上的净转矩。 该机器具有广泛的热源和散热器温度,可以有效地响应不同的功率需求,包括电力需求的瞬态变化。
    • 6. 发明授权
    • Valve actuator
    • US09033309B2
    • 2015-05-19
    • US13126631
    • 2009-10-27
    • William Hugh Salvin RampenNiall James CaldwellUwe Bernhard Pascal Stein
    • William Hugh Salvin RampenNiall James CaldwellUwe Bernhard Pascal Stein
    • F16K31/08H01F7/08F04B7/00F04B49/24H01F7/13H01F7/16
    • H01F7/081F04B7/0076F04B49/246F16K31/082H01F7/13H01F7/1615
    • The invention relates to a valve actuator (2), comprising a magnetic core (6) with an interspace (8) and at least one bifurcating branch (7), at least one variable magnetic field generating device (16), at least one permanent magnetic field generating device (13) and at least one movable magnetic component (12), wherein the bifurcating branch (7) defines a first region (4) and a second region (5) of said magnetic core (6). Said movable magnetic component (12) is movably arranged within said interspace (8) of said magnetic core (6) in such a way that a first gap (19) is formed between a first surface (23) of said movable magnetic component (12) and a first surface (22) of said interspace (8) of said magnetic core (6), a second gap (20) is formed between a second surface (24) of said movable magnetic component (12) and a second surface (25) of said interspace (8) of said magnetic core (6), and a third gap (21) is formed between a third surface (27) of said movable magnetic component (12) and a third surface (26) of said bifurcating branch (7) of said magnetic core (6). At least one of said variable magnetic field generating devices (48, 49) is associated with said first region (4) of said magnetic core (6) and at least one of said permanent magnetic field generating devices (13) is associated with said second region (5) of said magnetic core (6). Said valve actuator (2) is designed and arranged in a way that a magnetic flux, generated by at least one at least one of said variable magnetic field generating devices (16) is able to exert a force on said at least one movable magnetic component (12) and is able to cancel the magnetic flux (48, 49), generated by at least one of said permanent magnetic field generating devices (13). At least one magnetic flux limiting means (7, 12) is provided, whose magnetic flux limit can be reached or exceeded.