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    • 2. 发明授权
    • Valve
    • US08919373B2
    • 2014-12-30
    • US13379850
    • 2010-06-18
    • Martin Fangmeier
    • Martin Fangmeier
    • F16K21/08F16K21/10G05D7/01
    • G05D7/016Y10T137/7668Y10T137/7852Y10T137/7853Y10T137/7923Y10T137/7924Y10T137/7928
    • A valve (101) that can be used as a pressure limiter, for example in a sanitary supply line. The valve (101) according to the invention includes a valve housing (1), a fluid line piece (2) being provided in the housing interior thereof, the downstream side circumferential edge area thereof forming a valve seat (3) for a valve body (4), wherein the valve body (4) can be displaced between an open position and a closed position, in which closed position the valve body (4) acts on the downstream circumferential edge area of the fluid line piece (2), by the pressure of the fluid flowing in through the fluid line piece (2) on one side, and a downstream side pressure acting on the valve body (4) opposite to the regular flow-through direction on the other side.
    • 可以用作压力限制器的阀门(101),例如在卫生供应管线中。 根据本发明的阀门(101)包括阀壳体(1),设置在其壳体内部的流体管线件(2),其下游侧周边区域形成阀体(3),用于阀体 (4),其中所述阀体(4)可以在打开位置和关闭位置之间移动,在所述打开位置和关闭位置之间,所述阀体(4)在所述关闭位置中作用在所述流体管线件(2)的下游圆周边缘区域上, 在一侧流过流体管线片(2)的流体的压力以及作用在阀体(4)上的另一侧与正常流通方向相反的下游侧压力。
    • 3. 发明申请
    • Compact Fuel Pressure Regulator
    • 紧凑型燃油压力调节器
    • US20140311597A1
    • 2014-10-23
    • US13864511
    • 2013-04-17
    • CONTINENTAL AUTOMOTIVE SYSTEMS, INC.
    • Spencer Paul MooneyJoseph Kevin CecelicMatthew Shaun LiwanagSaul Abelardo Pena De SantiagoHarish Domala
    • F02M63/00
    • F02M63/0054F02M69/54F02M2200/16F02M2200/315Y10T137/7928
    • A flow-through pressure regulator includes housing structure having a fuel inlet and a fuel outlet. A seal band is defined by the housing structure. A valve element is movable between open and closed positions. The valve element has a sealing surface that engages the seal band in the closed position to prevent fuel from passing from the fuel inlet to the fuel outlet. A compression spring is disposed in the housing structure. The spring is constructed and arranged to bias the valve element to the closed position in opposition to pressure exerted on the valve element by fuel at the fuel inlet. A guide member is associated with the valve element and is constructed and arranged to align the valve element with respect to the seal band. A calibration member is associated with an end of the spring and is constructed and arranged to pre-set compression of the spring.
    • 流通压力调节器包括具有燃料入口和燃料出口的壳体结构。 密封带由壳体结构限定。 阀元件可在打开位置和关闭位置之间移动。 阀元件具有密封表面,该密封表面在关闭位置接合密封带,以防止燃料从燃料入口流到燃料出口。 压缩弹簧设置在壳体结构中。 弹簧被构造和布置成将阀元件偏压到与燃料入口处的燃料作用在阀元件上的压力相对的关闭位置。 引导构件与阀元件相关联并且构造和布置成使阀元件相对于密封带对准。 校准构件与弹簧的端部相关联并且被构造和布置成预先设定弹簧的压缩。
    • 5. 发明授权
    • Flow valve and method
    • 流量阀和方法
    • US07604063B2
    • 2009-10-20
    • US11054763
    • 2005-02-10
    • Benny Donald Mashburn
    • Benny Donald Mashburn
    • E21B34/08
    • E21B21/10Y10T137/7849Y10T137/7928
    • An apparatus for controlling the flow of a medium. The apparatus comprises a base having a plurality of arms extending from the base. The base and arms define a cage. A valve member is positioned within the cage. The apparatus further includes a biasing housing disposed within the base, and wherein a spring is disposed within the biasing housing. The apparatus further includes a passageway formed about the valve member when the valve member is opened so that the medium flows on the outer portion of the biasing housing, and wherein the flow of the medium in an opposite direction urges the ball into engagement with the valve seat. When the valve is open, the medium collapses the spring and the valve member blocks the flow of the medium from entering the biasing housing. A method of drilling a well with the flow valve positioned on a work string is also disclosed.
    • 一种用于控制介质流动的装置。 该设备包括具有从基座延伸的多个臂的基座。 基座和臂定义一个笼子。 阀构件位于笼内。 该装置还包括设置在基座内的偏置壳体,并且其中弹簧设置在偏置壳体内。 该装置还包括当阀构件打开时围绕阀构件形成的通道,使得介质在偏置壳体的外部部分上流动,并且其中介质在相反方向上的流动促使球与阀接合 座位。 当阀打开时,介质使弹簧收缩,并且阀构件阻止介质的流动进入偏置壳体。 还公开了一种用位于工作串上的流量阀钻井的方法。
    • 7. 发明申请
    • Floating ball check valve
    • 浮球止回阀
    • US20050217730A1
    • 2005-10-06
    • US11047183
    • 2005-01-31
    • Michael Doutt
    • Michael Doutt
    • F16K15/04
    • F16K15/044Y10T137/0491Y10T137/6086Y10T137/7928
    • In an improved floating ball check valve including a body having an outlet port, a cap, having an inlet port, joined with the body, a ball guide slidably received within the body and having a ball pocket for receiving a sealing ball, a biasing spring for biasing the ball toward the inlet port, an annular seat retainer in the cap and a generally ring-shaped seat, of non-resilient plastic material of preferably thermoplastic or fluoroplastic composition, substantially received within a conical bore within the cap and retained therein via the seat retainer, with the spherical surface of the ball being urged into a sealing engagement with an arcuate/spheric sealing surface of the seat having a radius slightly larger than the radius of the sealing ball, with the noted seat materials and geometries permitting seat self-compensation for pressure and temperature. An improved manufacturing method is also set forth.
    • 一种改进的浮球止回阀,包括具有出口的主体,具有与本体连接的入口的盖,可滑动地容纳在主体内并具有用于容纳密封球的球窝的球形引导件,偏置弹簧 用于将球朝向入口偏压,盖中的环形座圈保持器和大体上环形的座,优选热塑性或氟塑料组合物的非弹性塑料材料,基本上容纳在盖内的锥形孔内,并通过 座椅保持器,球的球形表面被推动成与座椅的弓形/球形密封表面的密封接合,该密封表面的半径略大于密封球的半径,所述座椅材料和几何形状允许座椅自身 - 压力和温度补偿。 还提出了改进的制造方法。
    • 9. 发明授权
    • Spring-loaded oil overflow valve for diaphragm compressors
    • 用于隔膜压缩机的弹簧式溢流阀
    • US06851449B2
    • 2005-02-08
    • US10431209
    • 2003-05-07
    • Horst Kleibrink
    • Horst Kleibrink
    • F04B43/067F16K15/04F16K17/04
    • F16K17/0406F04B43/067F16K15/044Y10T137/7928
    • A diaphragm head with a high energy content of the oil space (pressure×volume) has a strong negative influence on the corresponding behavior of the oil overflow valve. The reaction of the valve leads to an undesirable increase in the opening time by which more oil is discharged than oil introduced by means of a compensation pump. This has the result that after multiple strokes the diaphragm is not driven to its dead position. With this, all of the compressed gas is not expelled which is accompanied by a rapid decrease of the suction capacity.The solution to this problem according to the present invention is achieved by means of a flow-interrupting edge formed at the junction of the valve seat and a restriction piece at the outlet side by which the operating forces of the valve spindle are sharply reduced. With this the effective closing force of the spring, as the dominant force component, leads to the desired fast closing time to the valve.
    • 具有高能量含油量的隔膜头(pressurexvolume)对油溢流阀的相应行为有很强的负面影响。 与通过补偿泵引入的油相比,阀的反应导致打开时间的不期望的增加,通过该打开时间更多的油被排出。 结果是在多次行程之后,隔膜不被驱动到其死位置。 由此,所有的压缩气体都不会被排出,伴随着吸力的迅速降低。根据本发明的这个问题的解决方案是通过形成在阀的连接处的流动中断边缘 阀座和出口侧的限制件,通过该限制件,阀主轴的操作力急剧减小。 因此,作为主力分量的弹簧的有效闭合力导致对阀的期望的快速关闭时间。