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    • 52. 发明授权
    • Method of driving a turbine in rotation by means of a jet device
    • 通过喷射装置驱动旋转涡轮机的方法
    • US5553995A
    • 1996-09-10
    • US211490
    • 1994-04-07
    • Mich ele Martinez
    • Mich ele Martinez
    • F01D1/04F01D1/02F01D9/02F01D15/00F01D15/06F01D17/00F04F5/48
    • F01D17/00F01D1/02F01D15/062F04F5/48F05D2200/11F05D2260/601Y10S415/904
    • A turbine device and a method of driving the turbine device are disclosed. The turbine device includes an admission channel, a turbine, and an injection channel. The turbine device may also include a regulator. The turbine is driven by injecting a primary fluid into the admission channel at a given velocity and simultaneously causing a secondary fluid to flow into the admission channel at a lower velocity. The primary fluid and the secondary fluid form a mixture in the admission channel, which flows toward the turbine. The velocity of the mixture is less than that of the primary fluid, while the mass flow of the mixture is approximately equal to the sum of the mass flows of the primary and secondary fluids. The regulator compares the rotational speed of the turbine to a target speed and regulates parameters associated with the turbine device if the rotational speed of the turbine and the target speed differ by more than a predetermined amount.
    • PCT No.PCT / FR92 / 00957 Sec。 371日期1994年4月7日 102(e)日期1994年4月7日PCT提交1992年10月9日PCT公布。 公开号WO93 / 07361 日期:1993年04月15日公开了一种涡轮装置和驱动涡轮装置的方法。 涡轮机装置包括进入通道,涡轮机和注入通道。 涡轮装置还可以包括调节器。 通过以给定的速度将初级流体注入进入通道并同时使次级流体以较低的速度流入进入通道来驱动涡轮机。 主流体和次流体在入口通道中形成混合物,其向涡轮机流动。 混合物的速度小于主要流体的速度,而混合物的质量流量大致等于初级和次级流体的质量流量的总和。 调节器将涡轮机的转速与目标速度进行比较,并且如果涡轮机的旋转速度和目标速度相差超过预定量,则调节与涡轮机装置相关联的参数。
    • 53. 发明授权
    • Self regulating bleed valve
    • 自调节排气阀
    • US5531566A
    • 1996-07-02
    • US518721
    • 1995-08-24
    • Patrick R. J. DerouetMichel S. Guimier
    • Patrick R. J. DerouetMichel S. Guimier
    • F01D17/10F04D27/02F01D17/00
    • F01D17/105F04D27/0215F04D27/023Y02T50/671
    • A self regulating bleed valve for a gas turbine engine is provided which taps or bleeds a portion of a gas, typically air, from a duct of the gas turbine having a wall bounding the gas flow. The bleed valve has a valve member pivotally attached to the wall such that the valve member extends through a main opening formed in the wall. The valve member has an internal cavity in communication with a gas inlet opening and a gas exhaust opening and is pivotally movable between an extended position wherein the gas inlet opening portion of the valve member extends into the gas flow duct such that the inlet opening faces generally in an upstream direction so as to deflect a portion of gas flow into the internal cavity, and a retracted position wherein the inlet opening extends obliquely, generally parallel, to the gas flow so as to minimize the air tapped or bled from the gas flow. The bleed valve also includes a control device fixedly attached to the valve member which is acted on by the flow of gas to cause the valve member to pivot between its extended and retracted positions, depending upon the speed and pressure of the gas flow. Thus, the self-regulating bleed valve taps or bleeds a generally constant amount of air regardless of the speed or pressure of the gas flow with which the valve is associated.
    • 提供了一种用于燃气涡轮发动机的自调节泄放阀,其从具有界定气体流的壁的燃气涡轮机的管道上抽出或流出一部分气体(通常为空气)。 排放阀具有枢转地附接到壁的阀构件,使得阀构件延伸穿过形成在壁中的主开口。 阀构件具有与气体入口和排气口连通的内腔,并且在延伸位置之间枢转地运动,其中阀构件的气体入口开口部分延伸到气体流动管道中,使得入口开口面向 在上游方向上将气流的一部分偏转到内腔中,以及缩回位置,其中入口开口大体上平行于气流倾斜地延伸,以便最小化从气流中抽出或排出的空气。 排放阀还包括固定地连接到阀构件上的控制装置,其被气体流动作用,以使得阀构件在其延伸位置和缩回位置之间转动,这取决于气流的速度和压力。 因此,无论阀关联的气流的速度或压力如何,自调节放气阀都可以抽出或流出大体上恒定的空气量。
    • 54. 发明授权
    • Turbine bypass working fluid admission
    • 涡轮旁路工作液进入
    • US5311749A
    • 1994-05-17
    • US862883
    • 1992-04-03
    • Christopher McAuliffeJohn F. Maher, Jr.
    • Christopher McAuliffeJohn F. Maher, Jr.
    • B64D13/00F02C3/32F25D9/00F01D17/00
    • B64D13/00F02C3/32
    • An air cycle machine (10) has a first stage turbine (60) mounted to a central portion of a common shaft (12), a compressor (50) mounted to the central portion of the shaft (12), a second stage turbine (30) mounted to a first end of the shaft (12), and a fan (40) mounted to a second end of the shaft (12), all for rotation therewith about a longitudinal axis (14). The first and second stage turbines (60, 30) are operative to extract energy from a flow of compressed air for driving the shaft (12), and the fan (40) and the compressor (50), in rotation about the axis (14). A bypass air discharge nozzle (20) is disposed coaxially with the turbine shroud (32) of the outboard turbine (30) at the outlet (134) thereof or downstream thereof at the discharge end (38) of the turbine diffuser (36) so as to receive in a central region the turbine exhaust (3 ) discharging from the turbine (30) and to define an annular flow inlet (28) through which a flow of bypass air (5) is directed into an outer circumferential region thereof to flow substantially parallel to and about the cooled expanded conditioning air exhaust flow (3) discharged from the turbine (30).
    • 空气循环机(10)具有安装在公共轴(12)的中心部分的第一级涡轮(60),安装在轴(12)的中心部分的压缩机(50),第二级涡轮 安装到所述轴(12)的第一端的风扇(40),以及安装到所述轴(12)的第二端的风扇(40),所述风扇(40)全部为围绕纵向轴线(14)旋转。 第一和第二级涡轮机(60,30)可操作以从用于驱动轴(12)的压缩空气流提取能量,并且风扇(40)和压缩机(50)围绕轴线(14)旋转 )。 旁通空气排出喷嘴(20)与涡轮机(30)的涡轮机罩(32)在其出口(134)处或涡轮扩散器(36)的排出端(38)的下游同轴设置,因此 在中心区域中接收从涡轮机(30)排出并且限定环形流入口(28)的涡轮机排气(3),旁路空气(5)的流动通过该环形流入口进入其外周区域以流动 基本平行于和绕过从涡轮机(30)排出的冷却的膨胀调节排气流(3)。
    • 55. 发明授权
    • Hydraulic/pneumatic turbine transmission
    • 液压/气动涡轮传动
    • US5120194A
    • 1992-06-09
    • US478663
    • 1990-02-12
    • Jeffrey Nichols
    • Jeffrey Nichols
    • F01D1/02F01D17/00F03B3/12F03B3/16
    • F01D17/00F01D1/023F03B3/12F03B3/16Y02E10/223
    • A hydraulic/pneumatic turbine transmission (10) for converting a pressurized fluid source (26) to rotary motion of variable torque and rpm is disclosed. Turbine transmission (10) generally has housing (12) including main body housing (12a) and front housing cover plate (12b). An output shaft (11) is rotatably secured within housing (12) and has a main turbine runner (16) radially attached thereto. Main turbine runner (16) includes a plurality of concentrically disposed subrunners of progressively smaller diameter. A pair of diametrically disposed variable position nozzles are provided and disposed within housing (12) to selectively supply pressurized fluid to any one of the plurality of subrunners. A plurality of arcuate scavenge ports (33) are provided within housing (12) to allow a pressurized fluid to exit subsequent to impact on main turbine runner (16). Variable position nozzles (23) can be independently controlled to produce 2x-1 output speeds, where x is equal to the number or subrunners.
    • 公开了一种用于将加压流体源(26)转换成可变扭矩和rpm的旋转运动的液压/气动涡轮机变速器(10)。 涡轮变速器(10)通常具有包括主体壳体(12a)和前壳体盖板(12b)的壳体(12)。 输出轴(11)可旋转地固定在壳体(12)内并且具有径向地附接到其上的主涡轮机转轮(16)。 主涡轮机转轮(16)包括逐渐变小直径的多个同心设置的辅助器。 一对直径设置的可变位置喷嘴设置并设置在壳体(12)内,以选择性地将加压流体供应到多个辅助器中的任何一个。 多个弧形清扫口(33)设置在壳体(12)内,以允许加压流体在受到主涡轮机转轮(16)撞击之后离开。 可变位置喷嘴(23)可以独立控制,以产生2x-1输出速度,其中x等于数量或适配器。
    • 57. 发明授权
    • Steam turbine-generator thermal performance monitor
    • 蒸汽涡轮发电机热性能监测仪
    • US4891948A
    • 1990-01-09
    • US814279
    • 1985-12-23
    • Jens Kure-JensenHarris S. Shafer
    • Jens Kure-JensenHarris S. Shafer
    • F01D17/00F01K13/02
    • F01K13/02F01D17/00
    • A thermal performance monitor informs the operator and result's engineer of the economic losses, efficiencies, deviation in heat rates and power losses of operating a steam turbine-generator system at its controllably selected pressure and temperature. Specifically temperature and pressure signals are generated at various points in the system along with the control valve position signal and the electric output signal from the electric generator. This data is processed along with the corresponding design values and the economic losses due to temperature deviation, pressure deviation and exhaust pressure deviation from design are calculated. Other calculations produce a comparison of efficiencies of the turbines in the system and consequential power losses.
    • 热性能监测器向操作员和结果工程师通报在其可控选择的压力和温度下操作蒸汽轮机 - 发电机系统的经济损失,效率,热速率和功率损耗的偏差。 具体地,系统中的各个点产生温度和压力信号以及来自发电机的控制阀位置信号和电输出信号。 该数据与相应的设计值一起处理,并计算由于温度偏差,压力偏差和排气压力偏离设计造成的经济损失。 其他计算可以比较系统中涡轮机的效率和后果的功率损耗。
    • 59. 发明授权
    • Pneumatic control valve actuator computer control arrangement
    • 气动控制阀执行器电脑控制装置
    • US4534702A
    • 1985-08-13
    • US565668
    • 1983-12-27
    • Raymond G. Johnson, Jr.Bill L. TrusteeWilliam C. Fischer
    • Raymond G. Johnson, Jr.Bill L. TrusteeWilliam C. Fischer
    • B64C27/32F01D17/00B64C11/18B64C19/00B64C27/06
    • B64C27/325
    • Quad-redundant signal processors in a flight control computer control valves to modulate airflow in a circulation control rotor system. The valves are arranged in a series and each valve is responsive to two signal processors. Loss of a valve occurs when both signal processors for that valve fail. A first valve, and every fourth valve in the series thereafter is responsive to a first signal processor and a third signal processor. The next valve in the series, and every fourth valve in the series thereafter is responsive to a second signal processor and a fourth signal processor. The third valve in the series, and every fourth valve in the series thereafter is responsive to the first signal processor and the fourth signal processor. The next valve in the series, and every fourth valve in the series thereafter is responsive to the second signal processor and the third signal processor. Predetermined pairs of adjacent valves define fixed rotor locations and the pair of valves at a fixed rotor location are controlled each by two and aggregately by all four signal processors. The first and second processors are in a separate chassis from the third and fourth processors.
    • 飞行控制计算机中的四冗余信号处理器控制阀来调节循环控制转子系统中的气流。 阀被串联布置,并且每个阀响应于两个信号处理器。 当该阀门的两个信号处理器都失效时,会发生阀门的损失。 第一阀门,并且其后的每一个第四阀门响应于第一信号处理器和第三信号处理器。 该系列中的下一个阀,并且此后的系列中的每个第四阀响应于第二信号处理器和第四信号处理器。 该系列中的第三个阀,其后的每一个第四个阀都响应于第一个信号处理器和第四个信号处理器。 该系列中的下一个阀,其后的每一个第四个阀响应于第二信号处理器和第三信号处理器。 预定的相邻阀对限定了固定的转子位置,并且固定转子位置处的这对阀门被所有四个信号处理器分别控制两个并且被所有四个信号处理器聚集。 第一和第二处理器与第三和第四处理器在独立的机架中。