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    • 2. 发明授权
    • Steam operated turbine-generator installations
    • 蒸汽式涡轮发电机装置
    • US5199264A
    • 1993-04-06
    • US653569
    • 1991-02-11
    • Paul W. Viscovich
    • Paul W. Viscovich
    • F01K7/22F22G1/00G21D1/02
    • F01K7/223F22G1/005
    • In a power generating installation including a steam turbine-generator system, a source of steam under pressure, and a steam conditioning unit, the steam turbine-generator system including a high pressure turbine and at least one low pressure turbine, each turbine having a steam inlet and an exhaust outlet, and an output shaft coupled to all turbines, and the steam conditioning unit being connected between the exhaust outlet of the high pressure turbine and the steam inlet of each low pressure turbine and being effective to remove moisture from, and reheat, steam flowing between the exhaust outlet of the high pressure turbine and the steam inlet of the low pressure turbine, the steam conditioning unit is composed of two structurally separate devices which include a reheating device which functions exclusively to add heat to the steam and a moisture separating device which acts to remove moisture from the steam.
    • 在包括蒸汽涡轮发电机系统,压力下的蒸汽源和蒸汽调节单元的发电设备中,所述蒸汽涡轮发电机系统包括高压涡轮机和至少一个低压涡轮机,每个涡轮机具有蒸汽 入口和排气出口以及联接到所有涡轮机的输出轴,并且蒸汽调节单元连接在高压涡轮机的排气出口和每个低压涡轮机的蒸汽入口之间,并且有效地去除和再热水分 在高压汽轮机的排气出口和低压汽轮机的蒸汽入口之间流动的蒸汽,蒸汽调节单元由两个结构上分离的装置组成,这两个装置包括一个再加热装置,该加热装置专门为蒸汽添加热量, 用于从蒸汽中除去水分的分离装置。
    • 3. 发明授权
    • System for removing uncondensed products from a steam turbine condenser
    • 用于从汽轮机冷凝器去除未冷凝产品的系统
    • US5020589A
    • 1991-06-04
    • US555332
    • 1990-07-19
    • Paul W. ViscovichJames A. Martin
    • Paul W. ViscovichJames A. Martin
    • F01D25/32F28B9/08F28B9/10
    • F28B9/10Y10S165/188
    • A steam condenser system for a turbine, which system includes: a condenser having an outlet for conveying uncondensed products out of the condenser; an exhauster having a housing, an inlet connected between the housing and the condenser outlet, and exhaust outlet connected to the housing, and a rotatable member, disposed in the housing and rotatable about an axis for propelling uncondensed products from the exhauster inlet to the exhauster outlet; and an electric motor having an output shaft connected for rotating the rotatable member. The motor is disposed relative to the exhauster such that the motor shaft forms an angle with the horizontal and extends in a downward direction from the motor to the exhauster. Preferably, the motor shaft and the axis of rotation of the rotatable member have a substantially vertical orientation and the motor is positioned above the rotatable member.
    • 一种用于涡轮机的蒸汽冷凝器系统,该系统包括:冷凝器,具有用于将未冷凝产品输送出冷凝器的出口; 具有壳体的排气器,连接在壳体和冷凝器出口之间的入口以及连接到壳体的排气出口和可旋转构件,其设置在壳体中并且可围绕轴线旋转,用于将未冷凝产品从排气入口推向排气器 出口; 以及电动机,其具有连接用于旋转可旋转构件的输出轴。 电动机相对于排气装置设置,使得电动机轴与水平面形成一个角度,并从电动机向排出器向下延伸。 优选地,电动机轴和可旋转构件的旋转轴线具有基本上垂直的取向,并且电动机位于可旋转构件上方。
    • 5. 发明授权
    • Internal moisture separation cycle
    • 内部水分分离循环
    • US5140818A
    • 1992-08-25
    • US697373
    • 1991-05-09
    • George J. Silvestri, Jr.Paul W. Viscovich
    • George J. Silvestri, Jr.Paul W. Viscovich
    • F01K7/40F01K17/00
    • F01K7/40
    • A steam turbine system including a low pressure (LP) turbine has a plurality of moisture extraction points at which a steam-water mixture is extracted and passed through a respective one of a corresponding plurality of heat exchangers. Each exchanger passes the steam-water mixture in heat exchange relationship with feedwater in a feedwater conduit. A low pressure and low temperature final stage extraction point on the steam turbine is coupled to a condenser, and water collected at the condenser is directed into the feedwater conduit. The system separates at least some of the steam in the steam-water mixture from the final stage extraction point and passes this steam in heat exchange relationship with water in the feedwater conduit.
    • 包括低压(LP)涡轮机的蒸汽涡轮机系统具有多个水分提取点,蒸汽 - 水混合物在此提取并通过相应的多个热交换器中的相应的一个。 每个交换器在给水管道中通过与给水的热交换关系的蒸汽 - 水混合物。 蒸汽涡轮机上的低压和低温末级提取点被连接到冷凝器,并且在冷凝器处收集的水被引导到给水管道中。 该系统将蒸汽 - 水混合物中的蒸汽中的至少一部分与最终级萃取点分离,并使该蒸汽与给水管道中的水热交换。
    • 7. 发明授权
    • Pressure controller for dual purpose steam turbine power plant
    • 双重蒸汽轮机发电厂压力控制器
    • US4272962A
    • 1981-06-16
    • US968951
    • 1978-12-13
    • Paul W. ViscovichMoti T. Khemlani
    • Paul W. ViscovichMoti T. Khemlani
    • F01K7/38F01K17/02F01K17/00
    • F01K17/02
    • At least one heat exchanger section including a conventional heat exchanger is disposed in a dual purpose steam turbine power plant to utilize steam extracted from the steam turbine to one section of the heat exchanger for the purposes of heating process fluid of an industrial process which is conducted through another section of the heat exchanger. The heat exchanger section disclosed herein is comprised of apparatus for controlling the pressure of the extracted turbine steam conducted through the one section of the heat exchanger by regulating the temperature of the industrial fluid supplied to the other section of the heat exchanger. More specifically, the heat exchanger section includes at least one conduit path for returning heated process fluid from an output end to an input end of the heat exchanger section to mix with the process fluid supplied at the input end. A flow control valve is disposed in the conduit path for regulating the flow of returned fluid to the input end. A pressure controller, comprising: a means for generating a signal representative of the pressure of the extracted turbine steam conducted through the heat exchanger; means for generating an error signal between a desired pressure set point signal and the pressure representative signal; and means for controlling the flow control valve as a function of the error signal to converge the error signal to substantially zero, maintains the pressure of the extracted steam conducted through the heat exchanger substantially at its desired pressure set point.
    • 包括常规热交换器的至少一个热交换器部分设置在双重目的的蒸汽轮机发电厂中,以利用从蒸汽涡轮机抽取的蒸汽到热交换器的一个部分,以便加热进行的工业过程的工艺流体 通过热交换器的另一部分。 本文公开的热交换器部件包括用于通过调节供应到热交换器的另一部分的工业流体的温度来控制通过热交换器的一部分传导的抽出涡轮机蒸汽的压力的装置。 更具体地,热交换器部分包括至少一个导管路径,用于将加热过程流体从输出端返回到热交换器部分的输入端,以与输入端处供应的过程流体混合。 流量控制阀设置在导管路径中,用于调节返回的流体流向输入端的流量。 一种压力控制器,包括:用于产生代表通过热交换器传导的提取的涡轮机蒸汽的压力的信号的装置; 用于在期望的压力设定点信号和压力代表信号之间产生误差信号的装置; 以及用于根据误差信号控制流量控制阀以将误差信号收敛到基本为零的装置,保持通过热交换器传导的提取的蒸汽的压力基本上处于其所需的压力设定点。
    • 8. 发明授权
    • Internal moisture separation cycle for a low pressure turbine
    • 用于低压涡轮机的内部水分分离循环
    • US5377489A
    • 1995-01-03
    • US930112
    • 1992-08-14
    • George J. Silvestri, Jr.Paul W. Viscovich
    • George J. Silvestri, Jr.Paul W. Viscovich
    • F01K7/40F01K17/00F01K7/16F28B1/02
    • F01K7/40
    • A steam turbine system including a low pressure (LP) turbine has a plurality of moisture extraction points at which a steam-water mixture is extracted and passed through a respective one of a corresponding plurality of heat exchangers. Each exchanger passes the steam-water mixture in heat exchange relationship with feedwater in a feedwater conduit. A low pressure and low temperature final stage extraction point on the steam turbine is coupled to a condenser, and water collected at the condenser is directed into the feedwater conduit. The system separates at least some of the steam in the steam-water mixture from the final stage extraction point and passes this steam in heat exchange relationship with water in the feedwater conduit.
    • 包括低压(LP)涡轮机的蒸汽涡轮机系统具有多个水分提取点,蒸汽 - 水混合物在此提取并通过相应的多个热交换器中的相应的一个。 每个交换器在给水管道中通过与给水的热交换关系的蒸汽 - 水混合物。 蒸汽涡轮机上的低压和低温末级提取点被连接到冷凝器,并且在冷凝器处收集的水被引导到给水管道中。 该系统将蒸汽 - 水混合物中的蒸汽中的至少一部分与最终级萃取点分离,并使该蒸汽与给水管道中的水热交换。
    • 9. 发明授权
    • Moisture-separator-reheater drain cooler system
    • 湿气分离器 - 再热器排水冷却器系统
    • US5079922A
    • 1992-01-14
    • US609938
    • 1990-11-07
    • Paul W. ViscovichGeorge J. Silvestri, Jr.Richard M. StephaniHomer G. Hargrove
    • Paul W. ViscovichGeorge J. Silvestri, Jr.Richard M. StephaniHomer G. Hargrove
    • F01D17/24F01D25/32F01K7/24F01K7/40
    • F01K7/24F01K7/40
    • A steam turbine system has a plurality of moisture-separator-reheaters (MSR) each connected via a respective drain line to a corresponding drain receiver. Each drain receiver includes a further drain line coupled through a flow control valve to a common line. The common line empties into a drain cooler connected at the highest pressure end of a series of feedwater reheaters. The drain cooler dumps through another flow control valve to one of the feedwater heaters. Each of the drain receivers includes a pressure sensor and liquid level sensor. A control processor monitors the pressure sensors and selects the drain receiver subjected to the lowest pressure. The processor then fully opens the valve associated with the selected drain receiver and thereafter regulates the liquid level in the others of the drain receivers by adjustment of their respective flow control valves in response to their respective level sensors. The liquid level in the selected drain receiver is adjusted to its preselected level by control of the flow control valve connected to the drain cooler. The pressure in the common drain line is regulated to the pressure at the lowest pressure drain receiver by adjustment of the control valves associated with the other drain receivers.
    • 蒸汽涡轮机系统具有多个湿气分离器再热器(MSR),每个湿气分离器再热器通过相应的排水管线连接到相应的排水接收器。 每个漏极接收器包括通过流量控制阀耦合到公共线路的另外的排出线。 普通管路排入连接在一系列给水再热器的最高压力端的排水冷却器。 排水冷却器通过另一个流量控制阀排入给水加热器之一。 每个排水接收器包括压力传感器和液位传感器。 控制处理器监视压力传感器并选择经受最低压力的排水接收器。 然后,处理器完全打开与所选择的排水接收器相关联的阀,此后通过响应于它们各自的液位传感器调节它们各自的流量控制阀来调节排水接收器中的其它液位。 通过控制连接到排水冷却器的流量控制阀,将所选择的排水接收器中的液面调整到其预选的水平。 通过调节与其他排水接收器相关联的控制阀将普通排水管路中的压力调节到最低压力排放接收器处的压力。