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    • 3. 发明授权
    • Multiple parameter sensor and method of operation thereof
    • 多参数传感器及其操作方法
    • US5747680A
    • 1998-05-05
    • US630572
    • 1996-04-10
    • Malcolm J. McArthur
    • Malcolm J. McArthur
    • F01D17/02G01D5/20G01D21/02G01M15/00
    • F01D17/02G01D21/02G01D5/2013F05D2220/30F05D2220/50
    • A multiple parameter sensor is disclosed having a preferred application in a turbine used in an auxiliary power unit. The multiple parameter sensor includes a first part (12) for rotation with a rotating member (14) having a speed of rotation to be measured; a second part (20) mounted in a fixed position adjacent the first part to respond to the speed of rotation of the first part to produce a first periodic signal (22), the second part in response to the first periodic signal producing a second signal representing the speed of rotation of the rotating member and comprising electrical winding (26) in which the first periodic signal is magnetically induced by rotation of the first part with the rotating member; and wherein the second part produces at least one additional signal with each additional signal representing one additional parameter of operation of the device associated with the rotating member.
    • 公开了一种在辅助动力单元中使用的涡轮机中具有优选应用的多参数传感器。 多参数传感器包括用于与具有要测量的旋转速度的旋转构件(14)一起旋转的第一部分(12) 安装在与所述第一部分相邻的固定位置以响应所述第一部分的旋转速度以产生第一周期性信号(22)的第二部分(20),所述第二部分响应于所述第一周期性信号产生第二信号 代表旋转构件的旋转速度并且包括电绕组(26),其中第一周期信号由第一部分与旋转构件的旋转磁力引起; 并且其中所述第二部分产生至少一个附加信号,其中每个附加信号表示与所述旋转部件相关联的装置的操作的一个附加参数。
    • 5. 发明授权
    • Power unit fuel pressurization system
    • 动力装置燃油加压系统
    • US5184458A
    • 1993-02-09
    • US439684
    • 1989-11-21
    • Steven W. LampeMalcolm J. McArthur
    • Steven W. LampeMalcolm J. McArthur
    • B64D41/00F02C7/272F02C7/277F02C7/32
    • F02C7/32B64D41/00F02C7/272F02C7/277F05D2220/50F05D2260/4023Y02T50/44Y02T50/671
    • A power generating unit in accordance with the present invention comprises a pressurized gas source (44) providing pressurized gas containing oxygen to be used in combustion of a fuel; a combustor (42) for providing pressurized gas produced by combustion of a mixture of the pressurized gas provided to the combustor by the pressurized gas source and fuel provided to the combustor by a fuel supply (48); a first turbine (68) driven by pressurized gas produced by the combustor; a gear box (70) driven by the turbine having an output shaft (72); a fuel pump (46) disposed within the fuel supply having a pair of input shafts (64 and 76) for providing pressurized fuel to the combustor in response to rotation of either of the input shafts; a motor (58) coupled to the pressurized gas source having a drive shaft (60) which rotates in response to the pressurized gas applied from the gas source; and a coupling mechanism (62 and 74), coupled to the shafts, for applying driving torque to the fuel pump during rotation of the pressurized gas to the combustor from the input shaft which is rotating at a higher velocity.
    • 根据本发明的发电单元包括加压气体源(44),其提供用于燃料燃烧的含氧的加压气体; 燃烧器(42),用于通过由加压气体源提供给燃烧器的加压气体的混合物燃烧产生的加压气体和通过燃料供给装置(48)提供给燃烧器的燃料; 由燃烧器产生的加压气体驱动的第一涡轮机(68); 由所述涡轮机驱动的齿轮箱(70)具有输出轴(72); 设置在燃料供给装置内的燃料泵(46)具有一对输入轴(64和76),用于响应于任一个输入轴的转动而向燃烧器提供加压燃料; 耦合到加压气体源的马达(58)具有响应于从气体源施加的加压气体而旋转的驱动轴(60); 以及联接到所述轴的联接机构(62和74),用于在从所述输入轴以更高速度旋转的状态下将所述加压气体旋转到所述燃烧器期间向所述燃料泵施加驱动扭矩。
    • 6. 发明申请
    • Metering Lubrication oil at low flow rates
    • 以低流量计量润滑油
    • US20090071754A1
    • 2009-03-19
    • US11901408
    • 2007-09-17
    • Malcolm J. McArthur
    • Malcolm J. McArthur
    • F16N27/00
    • F16N7/38F16N13/02F16N13/16F16N27/00
    • A lubrication system that transfers sequential defined quantities of lubrication oil to lubrication points comprises: a lubrication oil reservoir for storing the lubrication oil; at least one positive displacement metering capsule; and a transfer valve for each capsule that alternately transfers lubrication oil from the lubrication oil reservoir to its respective capsule and from its respective capsule to its respective lubrication points; wherein each capsule increases its volume to receive the lubrication oil when its respective transfer valve transfers lubrication oil from the lubrication oil reservoir and decreases its volume to discharge lubrication oil when its respective transfer valve transfers lubrication oil to its respective lubrication points.
    • 将连续定义量的润滑油转移到润滑点的润滑系统包括:用于储存润滑油的润滑油储存器; 至少一个正位移计量囊; 以及用于每个胶囊的转换阀,其将润滑油从润滑油储存器交替地传递到其相应的胶囊并从其各自的胶囊转移到其相应的润滑点; 其中每个胶囊增加其体积以接收润滑油,当其各自的转移阀从润滑油储存器转移润滑油时,当其各自的转移阀将润滑油转移到其相应的润滑点时,其体积减小以排出润滑油。
    • 7. 发明授权
    • Engine fuel control system and method
    • 发动机燃油控制系统及方法
    • US6148601A
    • 2000-11-21
    • US75130
    • 1998-05-08
    • Anthony Charles JonesMark M. HarrisDavid R. RipleyMalcolm J. McArthur
    • Anthony Charles JonesMark M. HarrisDavid R. RipleyMalcolm J. McArthur
    • F02C9/26F02C9/28
    • F02C9/263F02C9/28
    • Accuracy and predictability are provided in a fuel control system for an engine system including a fuel supply and a combustion chamber. The fuel control system includes at least one fuel injector having a calibrated nozzle to direct a fuel flow from the fuel supply into the combustion chamber of the engine, a servo valve connected between the fuel supply and the calibrated nozzle to meter the fuel flow from the fuel supply to the calibrated nozzle, a pressure transducer operably associated with the calibrated nozzle to measure a pressure drop in the fuel flow across the calibrated nozzle, and a controller operably associated with the pressure transducer and the servo valve to control the metering of the fuel flow by the servo valve. The calibrated nozzle has a known fuel flow vs. pressure drop characteristic. The controller controls the metering of the fuel flow by the servo valve based on the pressure drop measured by the pressure transducer and the known fuel flow vs. pressure drop characteristic of the calibrated nozzle.
    • 在包括燃料供应和燃烧室的发动机系统的燃料控制系统中提供了精度和可预测性。 燃料控制系统包括至少一个具有校准喷嘴的燃料喷射器,用于将来自燃料供应的燃料流引导到发动机的燃烧室中,连接在燃料供应和校准喷嘴之间的伺服阀, 燃料供应到校准喷嘴,与校准喷嘴可操作地相关联的压力传感器,以测量穿过校准喷嘴的燃料流中的压降;以及与压力传感器和伺服阀可操作地相关联以控制燃料计量的控制器 由伺服阀流动。 校准喷嘴具有已知的燃料流量对压降特性。 控制器基于由压力传感器测量的压降和已知的燃料流量对校准喷嘴的压降特性来控制由伺服阀计量燃料流量的计量。
    • 8. 发明授权
    • Hydraulic control and lubrication system with compressed air pre-heat
circuit for rapid response at low ambient temperatures
    • 液压控制和润滑系统,具有压缩空气预热回路,可在低环境温度下快速响应
    • US5667051A
    • 1997-09-16
    • US397703
    • 1995-03-01
    • Gary L. GoldbergPaul E. HilgemanJames V. RectorMalcolm J. McArthurDavid E. JeorlingCharles H. DutartMahendra P. Desai
    • Gary L. GoldbergPaul E. HilgemanJames V. RectorMalcolm J. McArthurDavid E. JeorlingCharles H. DutartMahendra P. Desai
    • F02C7/32F16D25/12F16D48/02F16D25/10
    • F02C7/32F05D2220/50F05D2260/20F05D2260/406Y02T50/675
    • In a power transmission or generation apparatus having a source of heated pressurized air, the problem of achieving rapid controlled engagement of a hydraulically actuated clutch at low ambient temperatures is solved by utilizing a portion of that heated pressurized air for heating only that small control volume of hydraulic fluid within a clutch control circuit needed to achieve rapid actuation and stable control of the hydraulic clutch. Our invention is thus particularly applicable in a power transmission or generation apparatus having a gas turbine engine, or a turbocharged piston engine as the prime mover. With gas turbine engine powered units, our invention contemplates the use of compressor discharge air, rather than exhaust products for heating the hydraulic fluid. Similarly, for piston engines our invention contemplates the use of turbocharger discharge air rather than exhaust products. In one embodiment a clutch and a control circuit are provided in which the fluid volume of the control circuit is minimized, and fluid removal features are provided to effectively drain all residual fluid from a portion of the control circuit following disengagement of the clutch. On subsequent start-up from cold ambient temperatures, the drained portion of the control circuit is filled with pre-heated fluid prior to engagement of the clutch thus eliminating problems of slow response and controllability encountered due to cold viscous fluid in prior clutch control circuits.
    • 在具有加热加压空气源的动力传动装置或发电装置中,在低环境温度下实现液压致动离合器的快速控制接合的问题通过利用一部分加热的加压空气来加热只有小的控制体积的 离合器控制电路内的液压流体需要实现快速致动和液压离合器的稳定控制。 因此,本发明特别适用于具有燃气涡轮发动机或作为原动机的涡轮增压活塞式发动机的动力传递或发电装置。 利用燃气涡轮发动机动力装置,本发明考虑使用压缩机排放空气,而不是用于加热液压流体的排气产品。 类似地,对于活塞式发动机,本发明考虑使用涡轮增压器排放空气而不是排气产品。 在一个实施例中,提供了离合器和控制电路,其中控制电路的流体体积最小化,并且提供流体去除特征以在分离离合器之后有效地排出来自控制电路的一部分的所有残余流体。 在冷环境温度下的后续启动中,在离合器接合之前,控制回路的排出部分填充有预热流体,从而消除了由于现有离合器控制回路中的冷粘性流体而导致的慢响应和可控性问题。
    • 10. 发明授权
    • Propulsion turbine fuel control system
    • 推进涡轮燃油控制系统
    • US5115638A
    • 1992-05-26
    • US461746
    • 1990-01-08
    • Wendell E. ReedMalcolm J. McArthur
    • Wendell E. ReedMalcolm J. McArthur
    • F02C7/272F02C9/26
    • F02C9/26F02C7/272
    • A fuel control system for a small gas turbine propulsion engine which enables a long term storage with fuel combined with a rapid start and operation as well as rapid stable control of the fuel flow. The control system includes an electrically controlled servo valve disposed upstream of a fuel pump, with the valve and pressure sensing cavities of a differential pressure control device being maintained full of fuel for a long term storage. Leakproof-type flexure pivots are provided for transmitting motion of an electrical torque motor to the servo valve and transmitting motion of a diaphragm to a throttle located downstream of the fuel pump. A frangible diaphragm is provided at the pump inlet which is adapted to be fractured or otherwise opened to activate the system upon a start-up of the turbine engine and, for this purpose, pressurized gas may be used to temporarily pressurize a fuel tank to burst the frangible diaphragm. The fuel flow is proportional to an applied electric current and independent of the tank or engine pressures, with the electric current being controlled by an electronic controller.
    • 一种用于小型燃气轮机推进发动机的燃料控制系统,其能够长期储存燃料并结合快速启动和操作以及快速稳定地控制燃料流。 控制系统包括设置在燃料泵上游的电控伺服阀,差压控制装置的阀和压力感应腔保持充满燃料以进行长期储存。 提供防漏型挠曲枢轴,用于将电动力矩马达的运动传递到伺服阀,并将隔膜的运动传递到位于燃料泵下游的节气门。 在泵入口处设置易碎隔膜,其适于断裂或以其他方式打开以在涡轮发动机起动时启动系统,并且为此目的,可以使用加压气体来暂时加压燃料箱以使其爆裂 易碎隔膜 燃料流量与施加的电流成比例,而与油箱或发动机压力无关,电流由电子控制器控制。