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    • 1. 发明授权
    • Method for operating pumps
    • 操作泵的方法
    • US4406578A
    • 1983-09-27
    • US221332
    • 1980-12-29
    • Sachio TsunodaKatsunori Shirasu
    • Sachio TsunodaKatsunori Shirasu
    • F03B15/04F03B3/10F03B15/00
    • F03B15/005F03B3/103Y02E10/223Y02E10/226
    • A method for operating pumps in a pumping-up power plant having a single speed reversible pump turbine and a booster pump, the booster pump being provided in a branch pipe which is provided in parallel with a portion of a draft tunnel between the pump turbine and a lower reservoir, is disclosed. The method includes the steps of initiating the closing of a first inlet valve at the discharge side of the pump turbine, disconnecting the pump turbine and the booster pump simultaneously from an outer electric power system to which the pump turbine and the booster pump are connected, after an opening of the first inlet valve is closed to a predetermined value, and then closing the first inlet valve completely.
    • 一种用于在具有单速可逆泵涡轮机和增压泵的泵送发电厂中操作泵的方法,所述增压泵设置在分支管中,所述分支管与所述泵涡轮机和所述泵涡轮机之间的通风通道的一部分平行设置 公开了一个较低的水库。 该方法包括以下步骤:启动在泵涡轮机的排放侧处关闭第一入口阀,同时从泵涡轮机和增压泵连接的外部电力系统断开泵涡轮机和增压泵, 在第一入口阀的打开闭合到预定值之后,然后完全关闭第一入口阀。
    • 2. 发明授权
    • Method for operating pumps
    • 操作泵的方法
    • US4756663A
    • 1988-07-12
    • US221357
    • 1980-12-29
    • Sachio TsunodaKatsunori Shirasu
    • Sachio TsunodaKatsunori Shirasu
    • F03B15/04F03B3/10F03B15/00
    • F03B3/103F03B15/005Y02E10/223Y02E10/226Y10S415/91
    • A method for operating pumps in a pumping-up power plant having a single speed reversible pump-turbine and a booster pump, the booster pump being provided in a branch pipe which is provided in parallel with a portion of a draft tunnel between the pump-turbine and a lower reservoir, is disclosed. The method includes the steps of, closing guide vanes of the pump-turbine, opening the portion of the draft tunnel which runs in parallel with the branch pipe, closing the branch pipe, then starting the pump-turbine in air as a pump, and starting the booster pump. After the rotational speed of the pump-turbine reaches a predetermined value and the rotational speed of the booster pump reaches a predetermined value, the method also includes the steps of, starting exhaustion of the air remaining inside the pump-turbine, closing the portion of the draft tunnel, opening the branch pipe, and opening the guide vanes of the pump-turbine after completion of the exhaustion and completion of closing the portion of the draft tunnel.
    • 一种用于在具有单速可逆泵 - 涡轮机和增压泵的泵送发电厂中操作泵的方法,所述增压泵设置在分支管中,所述分支管与所述泵 - 涡轮机和下部油箱。 该方法包括以下步骤:关闭泵水轮机的导向叶片,打开与分支管并行运行的通风管道的部分,关闭分支管,然后将泵涡轮机作为泵启动空气中,以及 启动增压泵。 在泵式水轮机的转速达到预定值并且增压泵的转速达到预定值之后,该方法还包括以下步骤:开始剩余在泵式水轮机内部的空气的耗尽, 通风道,打开分支管,并且在完成耗尽并完成关闭通风道的部分之后打开泵水轮机的导向叶片。
    • 3. 发明授权
    • Method for operating pumps
    • 操作泵的方法
    • US4363597A
    • 1982-12-14
    • US213231
    • 1980-12-05
    • Sachio TsunodaKatsunori Shirasu
    • Sachio TsunodaKatsunori Shirasu
    • F03B15/04F03B3/10F03B15/00
    • F03B15/005F03B3/103Y02E10/223Y02E10/226Y10S415/91
    • A method for operating pumps in a pumping-up power plant having a single speed reversible pump turbine and a booster pump, the booster pump being provided in a branch pipe which is provided in parallel with a portion of a draft tunnel between the pump turbine and a lower reservoir, is disclosed. The method for operating the pumps comprises the steps of, closing an inlet valve at the discharge side of the pump turbine, closing a portion of the draft tunnel which is in parallel with the branch pipe, opening the branch pipe, starting the pump turbine in air as a pump, starting exhaustion of the air remaining inside the pump turbine when the rotation speed thereof reaches a predetermined value, starting the booster pump after the exhaustion is started, and opening the inlet valve at the discharge side of the pump turbine after the rotation speed of the booster pump reaches a predetermined value.
    • 一种用于在具有单速可逆泵涡轮机和增压泵的泵送发电厂中操作泵的方法,所述增压泵设置在分支管中,所述分支管与所述泵涡轮机和所述泵涡轮机之间的通风通道的一部分平行设置 公开了一个较低的水库。 用于操作泵的方法包括以下步骤:关闭泵涡轮机排放侧的入口阀,关闭与分支管平行的通风管道的一部分,打开分支管,启动泵涡轮机 空气作为泵,当其旋转速度达到预定值时开始剩余在泵涡轮内部的空气,在排气开始之后启动增压泵,并在泵涡轮机的排出侧之后打开入口阀 增压泵的转速达到预定值。
    • 7. 发明授权
    • Multistage hydraulic machines and methods of controlling operations
thereof
    • 多级液压机及其操作方法
    • US4472103A
    • 1984-09-18
    • US387368
    • 1982-06-11
    • Ichiro YamagataSachio Tsunoda
    • Ichiro YamagataSachio Tsunoda
    • F03B15/04F03B3/18F03B15/06F01D17/00
    • F03B3/18F03B15/06F03B3/183Y02E10/223Y02E10/226Y10S415/91
    • A multistage hydraulic machine such as a pump/turbine having at least three pressure stages in which the highest and lowest pressure stages are provided with movable guide vanes the degree of opening of which are variable, and the other intermediate pressure stages are provided with stationary guide vanes the degree of opening of which are not variable. The movable and stationary guide vanes are simultaneously or independently controlled in accordance with a change of an operational condition at the time of steady operation in a manner such that the degree of opening of the movable guide vanes of the lowest pressure stage becomes relatively larger or smaller than that of the stationary guide vanes in a high flow-rate range or in a low flow-rate range, respectively, while maintaining the degree of opening of the movable guide vanes of the lowest pressure stage to be equal to or smaller than that of the highest pressure stage.
    • 具有至少三个压力级的多级液压机例如泵/涡轮机,其中最高和最低压力级设置有可移动的导向叶片,其开度是可变的,而另一个中间压力级设置有静止导轨 叶片的开度是不变的。 根据稳定运行时的运行状态的变化,可动和固定的导叶同时或独立地进行控制,使得最低压级的可移动导向叶片的开度变得相对较大或更小 分别在高流量范围或低流量范围内的固定导向叶片的压力等于或小于最低压力级的可移动导向叶片的打开程度等于或小于 最高压力阶段。
    • 10. 发明授权
    • Method of controlling operation of multistage hydraulic machines
    • 多级液压机械运行控制方法
    • US4255078A
    • 1981-03-10
    • US9928
    • 1979-02-05
    • Sachio TsunodaMasaharu Nonaka
    • Sachio TsunodaMasaharu Nonaka
    • F04D15/02F03B15/02F03B15/04F03B15/18F01D17/00F01D21/00
    • F03B15/02Y02E10/226
    • In a method of controlling guide vanes of a multistage hydraulic machine including a plurality of stages interconnected by return passages of the type wherein under an abnormal condition which occurs when the operation of a water wheel or a pump is stopped or when the load of the water wheel is interrupted or the input of the pump is interrupted due to a fault of the machine, the guide vanes are closed such that the degree of opening of the guide vanes of a higher pressure stage is maintained to be always equal to or smaller than the degree of opening of the guide vanes of a lower pressure stage, the guide vanes of the lower pressure stage are not completely closed and maintains a predetermined small degree of opening when the guide vanes of the higher pressure stage are completely closed.
    • 一种用于控制多级液压机械的引导叶片的方法,该多级液压机械包括多个级联,所述多级通过这种类型的返回通道相互连接,其中在水轮或泵的操作停止时或在水的负载下发生的异常情况下 由于机器的故障,车轮被中断或泵的输入中断,导向叶片被关闭,使得较高压力级的导向叶片的打开程度保持等于或小于 低压级的导向叶片的打开程度,当高压级的导向叶片完全关闭时,低压级的导叶不完全关闭并保持预定的小的开度。