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    • 1. 发明申请
    • CONTROL STOP AND FLUSHING SYSTEM
    • 控制停止和冲洗系统
    • WO2007142989A2
    • 2007-12-13
    • PCT/US2007/012776
    • 2007-05-31
    • SLOAN VALVE COMPANYJOHNSON, Dwight N.
    • JOHNSON, Dwight N.
    • E03D3/02E03D3/06F16K41/10
    • F16K15/025E03D3/00F16K41/103Y10T137/7738Y10T137/774Y10T137/7742Y10T137/7781Y10T137/7836Y10T137/86928Y10T137/87877
    • A control stop for a flush valve for a urinal or toilet fixture includes a housing defining a flow chamber divided by a valve seat into inlet and outlet sections. A valve structure is biased toward the valve seat by a spring applying a valve closing spring force. The housing is sealed by a diaphragm, and the diaphragm covers the movable valve structure, isolating it from water flowing through the housing. The diaphragm does not impede valve structure movement, and the closing spring force establishes a threshold water supply pressure for opening the control stop during increasing pressure following a no or low supply pressure condition. A plurality of control stops may supply a bank of flush valves and fixtures, and open in a cascading sequence during increasing pressure as a result of having springs with different closing spring forces.
    • 用于小便器或马桶固定装置的冲洗阀的控制止动件包括限定由阀座分成入口和出口部分的流动室的壳体。 通过施加阀关闭弹簧力的弹簧将阀结构偏压到阀座。 外壳由隔膜密封,隔膜覆盖可动阀结构,将其与流过外壳的水隔离。 隔膜不会妨碍阀门结构的运动,并且关闭弹簧力建立阈值供水压力,用于在无或低供应压力条件下增加压力期间打开控制停止。 多个控制停止可以提供一组冲洗阀和夹具,并且由于具有不同的闭合弹簧力的弹簧而在增加的压力下以级联顺序打开。
    • 4. 发明申请
    • LIMITEUR DE PRESSION
    • 压力消除装置
    • WO2006134264A1
    • 2006-12-21
    • PCT/FR2006/001331
    • 2006-06-13
    • EATON S.A.M.MAGNAVAL, Jean-LouisARMIROLI, JeanAUDINEAU, Pascal
    • MAGNAVAL, Jean-LouisARMIROLI, JeanAUDINEAU, Pascal
    • F02M63/02F02M63/00F16K17/04F16K15/04
    • F02M63/0215F02M63/0043F02M63/0225Y10T137/7739Y10T137/774Y10T137/7741Y10T137/7922
    • Limiteur de pression (27) utilisable dans un circuit de fluide à haute pression pour limiter la pression en cas de défaillance d'un des composants du circuit, constitué d'une chemise (4) à l'intérieur de laquelle coulisse un poussoir (3) sollicité axialement par des moyens de rappel (5) et actionnant des moyens d'obturation (2) d'un orifice (9) faisant communiquer une chambre amont (7) d'admission du fluide à haute pression avec une chambre aval (10) délimitée par la chemise (4), un côté du poussoir (3) et la paroi percée dudit orifice (9), ladite chambre aval (10) comportant au moins une ouverture (12, 12') d'échappement du fluide et les moyens d'obturation (2) étant maintenus par les moyens de rappel (5) en position d'obturation de l'orifice (9) en deçà d'un seuil prédéterminé de pression dans la chambre amont (7). Le poussoir (3) est dépourvu de voies de passage axiales pour le fluide, coulisse avec un faible jeu fonctionnel dans la chemise (4), et est dimensionné pour obstruer au moins partiellement chaque ouverture (12, 12') d'échappement, dont au moins une est reliée à une ouverture (15) également pratiquée dans la chemise (4) et débouchant au moins partiellement du côté opposé du poussoir (3).
    • 本发明的压力释放装置(27)用于高压流体回路,用于在电路部件故障的情况下限制压力,并且包括在其中滑动的主体(4)和推动器(3),并且可以通过 返回装置(5)以这样的方式驱动连接接收高压流体的上游室(7)和由主体界定的下游室(10)的孔口(9)的密封装置(2) 4),推动器(3)的侧面和所述孔(9)的穿孔壁,其中所述下游室(10)包括至少一个流体排放口(12,12'),并且密封装置(2)保持 在靠近上游室(7)中的预定压力阈值的情况下,通过返回装置(5)在闭合孔口(9)的位置。 没有轴向通过通道的推动器(3)以小的行进间隙滑动在主体(4)中,并且其尺寸被选择为使得其能够至少部分地关闭每个排出开口(12,12' ),其中至少一个连接到也体现在主体(4)中并且至少部分地打开到推动器(3)的相对侧的开口(15)。
    • 5. 发明申请
    • CHECK VALVE ASSEMBLY
    • 检查阀组件
    • WO2013149826A1
    • 2013-10-10
    • PCT/EP2013/055711
    • 2013-03-19
    • DELPHI TECHNOLOGIES HOLDING S.À.R.L.
    • GRAHAM, MarkTREMETHICK, TristanMALLELA VISWA, Venkata, RavindraWILLIAMS, Ryan
    • F02M63/00
    • F16K17/164F02M63/0054F02M63/0071F02M63/0225F16K15/04F16K15/048F16K27/0245Y10T137/774
    • A non-return valve assembly (100) for a high-pressure fuel injection system is disclosed. The valve (100) comprises a valve chamber (102) defined in part by a first body (106) and in part by a second body (108) and defining a valve chamber wall (118), an inlet passage (110) formed in the first body (106) and opening into the valve chamber (102) at a valve seat (116) defined by the first body (106), an outlet passage (112), and a valve ball (114) received within the valve chamber (102) and engageable with the valve seat (116) so as to interrupt fluid flow from the outlet passage (112) to the inlet passage (110) through the valve chamber (102). The valve chamber wall (118) comprises a plurality of guide portions (122a) to guide the valve ball (114) in substantially linear movement within the valve chamber (102).
    • 公开了一种用于高压燃料喷射系统的止回阀组件(100)。 阀门(100)包括由第一主体(106)部分地限定并且部分地由第二主体(108)限定并限定阀室壁(118)的阀室(102),入口通道(110)形成在 第一主体(106)并且在由第一主体(106)限定的阀座(116)处开口进入阀室(102),出口通道(112)和容纳在阀室内的阀球(114) (102)并且可与阀座(116)接合,以便阻止通过阀室(102)从出口通道(112)到入口通道(110)的流体流动。 阀室壁(118)包括多个引导部分(122a),以在阀室(102)内基本线性运动地引导阀球(114)。
    • 6. 发明申请
    • CONTROL STOP AND FLUSHING SYSTEM
    • 控制停止和冲洗系统
    • WO2007142989A3
    • 2008-02-07
    • PCT/US2007012776
    • 2007-05-31
    • SLOAN VALVE COJOHNSON DWIGHT N
    • JOHNSON DWIGHT N
    • E03D3/02E03D3/06F16K41/10
    • F16K15/025E03D3/00F16K41/103Y10T137/7738Y10T137/774Y10T137/7742Y10T137/7781Y10T137/7836Y10T137/86928Y10T137/87877
    • A control stop (16) for a flush valve (22) for a urinal or toilet fixture includes a housing (28) defining a flow chamber (38) divided by a valve seat (42) into inlet (44) and outlet (46) sections. A valve structure (54) is biased toward the valve seat (42) by a spring (78) applying a valve closing spring force. The housing (28) is sealed by a diaphragm (70), and the diaphragm covers the movable valve structure (54), isolating it from water flowing through the housing. The diaphragm (70) does not impede valve structure movement, and the closing spring force establishes a threshold water supply pressure for opening the control stop (16) during increasing pressure following a no or low supply pressure condition. A plurality of control stops (16A 16H) may supply a bank of flush valves (22A - 22H) and fixtures, and open in a cascading sequence during increasing pressure as a result of having springs with different closing spring forces.
    • 用于小便器或马桶固定装置的冲洗阀(22)的控制止动件(16)包括限定由阀座(42)分成入口(44)和出口(46)的流动室(38)的壳体(28) 部分。 通过施加阀关闭弹簧力的弹簧(78)将阀结构(54)偏压到阀座(42)。 壳体(28)由隔膜(70)密封,并且隔膜覆盖可动阀结构(54),将其与流过壳体的水隔离。 隔膜(70)不阻碍阀结构运动,并且闭合弹簧力在无供应或低供给压力条件之后增加压力期间建立用于打开控制停止件(16)的阈值供水压力。 多个控制停止(16A 16H)可以提供一排冲洗阀(22A-22H)和固定装置,并且由于具有不同的关闭弹簧力的弹簧而在增加的压力下以级联顺序打开。
    • 9. 发明申请
    • A PRESSURE RELIEF VALVE
    • 压力释放阀
    • WO2013083832A1
    • 2013-06-13
    • PCT/EP2012/074933
    • 2012-12-10
    • PRES-VAC ENGINEERING APS
    • PALMQVIST, Ronni
    • F16K17/12F16K24/04B65D90/34F16K31/08
    • F16K17/12B65D90/32B65D90/34F16K24/04F16K31/084Y10T137/774
    • A pressure relief valve (1) for pressure equalization between an essentially closed space and the surrounding atmosphere is disclosed. The pressure relief valve includes a valve housing (10) with: • - a cylindrical wall defining a flow passage (50), • - a valve body (20) arranged to cooperate with a valve seat (25) arranged in the outflow (51) of the valve housing, • - a stem (30) configured for axial guidance of the valve body, • - a lifting element (40) or plate arranged further down in the flow passage relative to the valve seat, • - a flow constriction (60) defining an essentially truncated conically shaped interior and arranged to encircle the lifting element such that a radial passage (61) between the lifting element and flow constriction increase when the lifting element and the valve body is moved from a closed state of the pressure relief valve towards an open state of the pressure relief valve.
    • 公开了一种用于基本上封闭的空间和周围大气之间的压力平衡的减压阀(1)。 减压阀包括具有:的阀壳体(10)。 - 限定流路(50)的圆柱形壁。 - 阀体(20),布置成与设置在阀壳体的流出口(51)中的阀座(25)配合。 - 构造成用于阀体的轴向引导的杆(30)。 - 相对于阀座在流动通道中进一步向下布置的提升元件(40)或板。 - 流动收缩部(60),其限定基本上截头圆锥形的内部并且布置成环绕所述提升元件,使得当所述提升元件和所述阀体从关闭状态移动时,所述提升元件和所述流动收缩部之间的径向通道(61)增加 泄压阀的状态朝向泄压阀的打开状态。
    • 10. 发明申请
    • PRESSURE RELIEF DEVICE
    • 压力消除装置
    • WO2006134264A8
    • 2008-09-25
    • PCT/FR2006001331
    • 2006-06-13
    • EATON CORPMAGNAVAL JEAN-LOUISARMIROLI JEANAUDINEAU PASCAL
    • MAGNAVAL JEAN-LOUISARMIROLI JEANAUDINEAU PASCAL
    • F02M63/02F02M63/00F16K15/04F16K17/04
    • F02M63/0215F02M63/0043F02M63/0225Y10T137/7739Y10T137/774Y10T137/7741Y10T137/7922
    • The inventive pressure relief device (27) is used in a high-pressure fluid circuit for limiting the pressure in the case of a failure of a circuit component and comprises a body (4) and a pusher (3) sliding therein and axially movable by return means (5) in such a way that it drives sealing means (2) of an orifice (9) connecting an upstream chamber (7) receiving a high-pressure fluid and a downstream chamber (10) which is delimited by the body (4), the side of the pusher (3) and the perforated wall of said orifice (9), wherein said downstream chamber (10) comprises at least one fluid discharge opening (12, 12') and the sealing means (2) held by the return means (5) in the position closing the orifice (9) bellow a predetermine pressure threshold in the upstream chamber (7). The pusher (3) devoid of axial through channels slides in the body (4) with a small running clearance and the size thereof is selected in such a way that it makes it possible to close at least partially each discharge opening (12, 12'), at least one of which is connected to an opening (15) also embodied in the body (4) and open at least partially to the opposite side of the pusher (3).
    • 本发明的压力释放装置(27)用于高压流体回路,用于在电路部件故障的情况下限制压力,并且包括在其中滑动的主体(4)和推动器(3),并且可以通过 返回装置(5)以这样的方式驱动连接接收高压流体的上游室(7)和由主体界定的下游室(10)的孔口(9)的密封装置(2) 4),推动器(3)的侧面和所述孔(9)的穿孔壁,其中所述下游室(10)包括至少一个流体排放口(12,12'),并且密封装置(2)保持 在靠近上游室(7)中的预定压力阈值的情况下,通过返回装置(5)在闭合孔口(9)的位置。 没有轴向通过通道的推动器(3)以小的行进间隙滑动在主体(4)中,并且其尺寸被选择为使得其能够至少部分地关闭每个排出开口(12,12' ),其中至少一个连接到也体现在主体(4)中并且至少部分地打开到推动器(3)的相对侧的开口(15)。