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    • 72. 发明授权
    • Linear actuator for a bleed valve
    • 用于排放阀的线性致动器
    • US5216877A
    • 1993-06-08
    • US830047
    • 1992-01-31
    • Robert G. Moore, Jr.
    • Robert G. Moore, Jr.
    • F02C9/16F04D27/02
    • F04D27/023F04D27/0223
    • In a control system for a turbine engine having a variable geometry air compressor, a valve arrangement responsive to a first operational pressure differential created between a discharge fluid pressure produced by the air compressor and an environmental fluid pressure for controlling the communication of a first fluid pressure to an actuator assembly which responds to a second operational pressure differential created across a piston between the first fluid pressure and a second fluid pressure produced through a modification of the discharge fluid pressure. The second fluid pressure being developed by compressor discharge fluid pressure flowing from a blind bore in a shaft through a variable opening to one side if the piston while at the same time fluid pressure flows through a restriction to the surrounding environment. The resulting second pressure differential acts on the piston to provide the shaft with a force which is communicated through linkage to linearly change the shape of a variable area geometry device of the air compressor.
    • 在具有可变几何空气压缩机的涡轮发动机的控制系统中,阀装置响应于由空气压缩机产生的排出流体压力和环境流体压力之间产生的第一操作压差,用于控制第一流体压力 涉及致动器组件,其响应在第一流体压力和通过改变排放流体压力产生的第二流体压力之间跨越活塞产生的第二操作压力差。 第二流体压力是通过压缩机排出的流体压力从轴上的盲孔流过可变开口至一侧,如果活塞同时流体压力通过限制流过周围环境。 所产生的第二压差作用在活塞上,以使轴具有通过连杆连通的力线性地改变空气压缩机的可变区域几何装置的形状。
    • 74. 发明授权
    • Engine bleed air supply system
    • 发动机排气系统
    • US5063963A
    • 1991-11-12
    • US565007
    • 1990-08-09
    • Alan W. Smith
    • Alan W. Smith
    • F02C6/08F02C9/16
    • F02C9/16F02C6/08Y10T137/87684
    • The present invention is directed to bleed air systems which derive air from a compressor. In one embodiment of the present invention, a compressor including three bleed ports is connected in a predetermined manner to a bleed air output connector through three controllable shutoff valves and two check valves. More particularly, the bleed air port connected to the highest pressure compressor stage is connected to the output connector through all three of the shutoff valves. The bleed air port connected to the second highest pressure compressor stage is connected to the output connector through one of the check valves and the second and third shutoff valves. Finally, the bleed air port connected to the lowest pressure compressor stage is connected to the output connector through the second check valve and the third shutoff valve.
    • 本发明涉及从压缩机导出空气的排气系统。 在本发明的一个实施例中,包括三个排气口的压缩机以预定的方式通过三个可控截流阀和两个止回阀连接到排气输出连接器。 更具体地,连接到最高压缩压缩机级的排气口通过所有三个截止阀连接到输出连接器。 连接到第二高压压缩机级的排气口通过止回阀和第二和第三截止阀中的一个连接到输出连接器。 最后,连接到最低压力级的排气口通过第二止回阀和第三截止阀连接到输出连接器。
    • 78. 发明授权
    • Gas turbine power plant
    • 气体涡轮发电厂
    • US3785145A
    • 1974-01-15
    • US3785145D
    • 1971-11-10
    • GEN MOTORS CORP
    • AMANN C
    • F02C7/10F02C9/16F02C9/02
    • F02C9/16F02C7/10
    • A regenerative fuel-fired gas turbine power plant includes ducting and a valve to direct some of the engine exhaust into the engine inlet where it mixes with air flowing into the compressor of the engine. This recirculation of exhaust gases is controlled so that it takes place substantially only during the warm-up period of the engine after it is started and brought up to idling speed, and until the regenerator has been brought to something like normal operating temperature. Recirculation volume is controlled by a temperature in the engine.
    • 再生燃料燃料燃气轮机发电厂包括管道和阀,以将一些发动机排气引导到发动机入口,在那里它与流入发动机的压缩机的空气混合。 控制排气的这种再循环,使得其仅在发动机起动后的预热期间基本上发生并且达到空转速度,并且直到再生器已经达到正常工作温度的状态。 再循环体积由发动机的温度控制。
    • 79. 发明授权
    • Shift element for gas turbine for shifting between series and parallel operations
    • 用于在系列和并行运行之间切换的气体涡轮机移位元件
    • US3730649A
    • 1973-05-01
    • US3730649D
    • 1971-06-03
    • DAIMLER BENZ AG
    • BRUDER WGRIEB H
    • F02C6/02F02C9/16F02K3/12F04B17/00
    • F02C6/02F02C9/16F02K3/12
    • A shifting element for gas turbines for shifting between series and parallel operation which is arranged concentrically between two turbo-units and is subdivided into channel sectors for the connection of the flow paths of the turbo-units with each other or for the connection of the turbo-units with an inlet and a gas discharge; the shifting element consists of at least two mutually rotatable parts arranged one behind the other, of which the forward part is provided with a gas inlet and with a connection to the gas outlet of the upstream turbo-unit while the rear part is provided with a connection to the gas inlet of the downstream turbo-unit and with a gas outlet.
    • 用于在串联和并联操作之间移动的用于燃气轮机的换档元件,其同心地布置在两个涡轮单元之间,并且被细分为通道区段,用于将涡轮单元的流动路径彼此连接或用于涡轮机的连接 - 进口和气体排放的单元; 移动元件由至少两个相互可旋转的部分组成,一个彼此相邻布置,其中前部设有气体入口和与上游涡轮单元的气体出口的连接,而后部设有一个 连接到下游涡轮单元的气体入口和气体出口。
    • 80. 发明授权
    • Compressor gas turbine installation
    • 压缩机气体涡轮安装
    • US3668867A
    • 1972-06-13
    • US3668867D
    • 1970-02-26
    • TNO
    • STAVEREN PIETER VAN
    • F02C9/16F02C9/08
    • F02C9/16
    • A compressor gas turbine installation provided with a heatexchanger for transferring heat from the exhaust gases of the gas turbine on to the compressed energy-medium and a combustion chamber with an automatic control of the fuel supply for keeping the turbine-outlet temperature constant. As a compressor at least one centrifugal fluid vanes compressor with a secondary rotor is applied, the primary rotor of it being coupled with the turbine. In the liquid duct to the compressor an adjusting device is incorporated for controlling the liquid supply, with which device the power delivered by the compressor gas turbine installation can be controlled.
    • 一种设置有热交换器的压缩机燃气轮机装置,其将热量从燃气轮机的废气传递到压缩能量介质,并且燃烧室具有燃料供应的自动控制以保持涡轮出口温度恒定。