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    • 82. 发明授权
    • Self priming centrifugal pump
    • 自吸离心泵
    • US07059824B2
    • 2006-06-13
    • US10482639
    • 2002-06-25
    • Romeo Ramacciotti
    • Romeo Ramacciotti
    • F04B40/00
    • F04D9/06F04D9/048
    • A centrifugal pump comprising a pump body (1) housing an impeller (3) keyed onto a motor shaft (4) and provided with a suction mouth (7) and a discharge mouth (8) capable of being made to communicate with, respectively, a suction pipe (9) and a discharge pipe (10). Between the suction mouth (7) and the suction pipe (9) there is provided a chamber (22) that communicates with a tank (11) situated at a level higher than the level of the pump, said tank being interposed between the discharge mouth (8) and the discharge pipe (10) and in communication with both of them and communicating also with the chamber (22) through a recirculation duct (28) having a section smaller than the section of the suction pipe (9). Between the tank (11) and the chamber (22) there is also provided means (13) for cutting off the flow that are controlled by the pressure existing in the tank to automatically cause the liquid to be recirculated in the tank to automatically cause the liquid to be recirculated through the chamber 822) and into the pump whenever the pressure in the tank drops below a predetermined value.
    • 一种离心泵,其包括容纳键入电动机轴(4)并设置有吸嘴(7)和排出口(8)的叶轮(3)的泵体(1),所述吸嘴能够分别与所述泵体 吸入管(9)和排出管(10)。 在吸嘴(7)和抽吸管(9)之间设有一个与位于高于泵水平高度的罐(11)连通的腔室(22),所述罐体位于排出口 (8)和排放管(10)连通并且与它们连通并且通过具有小于吸入管(9)的部分的部分的再循环管道(28)与腔室(22)连通。 在罐(11)和室(22)之间,还设置有用于切断由存在于罐中的压力控制的流动的装置(13),以自动使液体在罐中再循环, 每当罐中的压力下降到预定值以下时,进入泵中。
    • 83. 发明授权
    • Pump with improved priming
    • 泵具有改进的启动
    • US06250889B1
    • 2001-06-26
    • US09490092
    • 2000-01-24
    • John P. C. Shepard
    • John P. C. Shepard
    • F04B2308
    • F04D9/06F04D9/003
    • A pump assembly having a pump with an inlet duct and an outlet duct, the inlet duct including an air separation chamber, which is communicable with a vent of an ejector head in which is provided a venturi to suck air from the air separation chamber and eject it to atmosphere, the ejector head also having a valve member for controlling communication of the vent to atmosphere. A valve member controls communication between the air separation chamber and the ejector head, and the valve members are carried on a common shaft of a float valve assembly which also includes a float carried by said shaft in the air separation chamber, the valve assembly operating so that air in the air separation chamber is sucked into said ejector head and ejected to atmosphere to prime or re-prime the pump, whilst liquid in the air separation chamber is prevented from entering the ejector head.
    • 一种泵组件,具有具有入口管道和出口管道的泵,所述入口管道包括空气分离室,所述空气分离室可与喷射头的通气口连通,其中设置有文丘里管以从空气分离室吸入空气并喷射 喷射器头也具有用于控制通气孔与大气连通的阀构件。 阀构件控制空气分离室和排出头之间的连通,并且阀构件承载在浮阀组件的公共轴上,浮子阀组件还包括由空气分离室中的所述轴承载的浮子,阀组件操作 空气分离室中的空气被吸入所述喷射头并喷射到大气中以灌注或重新填充泵,同时防止空气分离室中的液体进入喷射头。
    • 84. 发明授权
    • Method and apparatus for pumping a medium
    • 泵送介质的方法和装置
    • US6139606A
    • 2000-10-31
    • US155120
    • 1998-09-22
    • Kjell ForslundLeo Kotkaniemi
    • Kjell ForslundLeo Kotkaniemi
    • B01D19/00D21D5/26F04D7/04F04D9/06F04F5/54
    • B01D19/0078D21D5/26F04D9/06F04F5/54F05B2210/132
    • Methods and apparatus are disclosed for degassing gas-containing fluid media in a container with the apparatus including a centrifugal pump for pumping the gas-containing fluid medium from the container, an ejector including a suction side, an ejector inlet for a drive fluid, and an ejector outlet for the drive fluid, whereby at least a portion of the pump fluid medium is fed to the suction side of the ejector for removing the gas therefrom, a diversion conduit for diverting a separate portion of the pump fluid medium from the centrifugal pump to the ejector inlet, and a return conduit for returning the separate portion of the fluid medium from the ejector outlet to the container.
    • PCT No.PCT / SE97 / 00393 Sec。 371日期:1998年9月22日 102(e)1998年9月22日PCT 1997年3月7日PCT公布。 公开号WO97 / 36044 PCT 日本公开1997年10月2日公开了用于对容器中的含气体流体介质进行脱气的方法和装置,该设备包括用于从容器泵送含气体流体介质的离心泵,包括吸入侧的喷射器, 驱动流体和用于驱动流体的喷射器出口,其中泵流体介质的至少一部分被供给到喷射器的吸入侧以从其中移除气体,用于转向泵流体的分离部分的分流导管 介质从离心泵到喷射器入口,以及用于将流体介质的分离部分从喷射器出口返回到容器的返回管道。
    • 85. 发明授权
    • Pump assembly
    • 泵总成
    • US5868550A
    • 1999-02-09
    • US855172
    • 1997-05-13
    • Robert W. Howchin
    • Robert W. Howchin
    • F04D9/00F04D9/06
    • F04D9/06F04D9/006F04D9/007
    • A pump assembly, comprising a pump with a chamber having a vacuum region therein, a priming fluid reservoir, a suction line for fluid communication between the vacuum region and a fluid source, and a priming suction line for fluid communication between the vacuum region and the priming fluid reservoir, in order to deliver priming fluids to the vacuum region so as to establish a primed condition in the pump; a suction flow control in the suction line and a priming flow control in the priming suction line; the flow controls being operable to restrict flow through the suction line and the priming suction line, in order to establish a vacuum in the vacuum region to substantially fill the suction line with fluid from the source while maintaining the primed condition, wherein the vacuum is variable up to a maximum suction capacity of the pump.
    • 一种泵组件,包括具有其中具有真空区域的室的泵,起动流体储存器,用于在真空区域和流体源之间流体连通的吸入管线,以及用于在真空区域和流体源之间流体连通的起动吸入管线 启动流体储存器,以便将引发流体输送到真空区域,以便在泵中建立起始状态; 吸入管线中的吸入流量控制和起动吸入管线中的起动流量控制; 流动控制可操作以限制流过吸入管线和起动吸入管线的流动,以便在真空区域中建立真空,以在保持引发状态的同时保持起始状态,从而使来自源的流体基本上填充吸入管线,其中真空是可变的 达到泵的最大吸入能力。
    • 88. 发明授权
    • Portable motor pump
    • 便携式电机泵
    • US4934914A
    • 1990-06-19
    • US226209
    • 1988-07-29
    • Makoto KobayashiKiyoshi OuchiShinji NishimoriTsuyoshi MaedaYoshio Miyake
    • Makoto KobayashiKiyoshi OuchiShinji NishimoriTsuyoshi MaedaYoshio Miyake
    • F04D9/00F04D9/06F04D13/08
    • F04D9/008F04D13/086F04D9/005F04D9/06Y10T137/791
    • A portable motor pump of the type in which a pump section driven by a motor is installed inside a liquid chamber, with a discharge port of the pump section being opened into the liquid chamber, and in which water which is to be pumped is led from the outside of the liquid chamber to a suction port of the pump section and the pumped water is discharged from the liquid chamber to the outside is disclosed. The liquid chamber is defined by a motor pump body, a pump outer casing outwardly spaced from and surrounding the motor pump body, a motor head cover covering an upper opening of the pump outer casing and a bottom plate covering a lower opening of the pump outer casing. A circulating water suction port for self-priming of the motor pump is opened into the liquid chamber. A suction port which communicates with the suction port of the pump section and a discharge port for discharging the pumped water to the outside are provided in the motor head cover.
    • 一种便携式电动泵,其中将由电动机驱动的泵部分安装在液体室内,其中泵部分的排出口被打开到液体室中,并且其中待泵送的水被从 公开了将液体室的外部到泵部分的吸入口和泵送的水从液体室排出到外部。 液体室由电动机泵体,与外部间隔开并围绕电机泵体的泵外壳限定,覆盖泵外壳的上部开口的电动机盖罩和覆盖泵外部的下部开口的底板 套管。 用于电动泵的自吸的循环水吸入口被打开到液体室中。 与泵部的吸入口连通的吸入口和用于将泵送的水排出到外部的排出口设置在电动机盖罩中。
    • 90. 发明授权
    • Wellpoint system
    • 井点系统
    • US3785750A
    • 1974-01-15
    • US3785750D
    • 1972-09-28
    • BRYANT C
    • BRYANT C
    • F04D9/06F04B49/00
    • F04D9/06
    • A wellpoint system for removing fluid from the earth is disclosed comprising a motor driven centrifugal pump having a pump chamber divided into a suction chamber and a discharge chamber by a bulkhead. A discharge pipe extends from the discharge side of the pump through the suction chamber and into the discharge chamber. A venturi is provided in the discharge pipe in communication with the suction chamber so that a suction is created in the suction chamber as fluid passes through the discharge pipe into the discharge chamber. A plug valve is mounted in the bulkhead and is controlled by a float positioned in the suction chamber so that the lowering of the float will open the plug valve. A suction line extends from the wellpoint header system and is in communication with the suction chamber. A normally closed flap valve is provided on the suction line within the suction chamber to permit the pump chamber to be initially filled.
    • 公开了一种用于从地球中除去流体的井点系统,其包括电动机驱动的离心泵,其具有通过隔板分成吸入室和排出室的泵室。 排出管从泵的排出侧通过抽吸室延伸到排出室。 在排出管中设置有与吸入室连通的文氏管,使得当流体通过排出管进入排出室时,在吸入室中产生抽吸。 旋塞阀安装在隔板中并由位于吸入室中的浮子控制,使得浮子的下降将打开旋塞阀。 抽吸管线从井口管接头系统延伸并与吸入室连通。 在吸入室内的吸入管线上设置常闭瓣阀,以允许泵室初始填充。