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    • 2. 发明申请
    • CONTROL VAIVE PRESSURE BLEED INSPECTION PORT
    • 控制VAIVE压力BLEED检查口
    • WO2011150106A1
    • 2011-12-01
    • PCT/US2011/037971
    • 2011-05-25
    • FISHER CONTROLS INTERNATIONAL LLCWEARS, William, Everett
    • WEARS, William, Everett
    • F16K31/126F16K24/02
    • F16K31/1262F16K24/02Y10T137/6069
    • A valve with an integral bleed passage includes a valve body ( 12 ) including a threaded bore ( 14 ), a bonnet ( 18 ) having a first threaded portion ( 22 ) arranged to be securable to the bore of the valve body and having a second portion ( 24 ) disposed outside the valve body, and a cavity ( 26 ) defined between the val ve body and the first portion of the threaded bonnet. A bleed passage ( 28 ) is formed in the bonnet and includes an entrance aperture ( 30 ) formed in the first portion of the bonnet and in flow communication with the cavity, the passage including an exit aperture formed in the second portion of the bonnet, and a main portion providing flow communication between the entrance aperture and the exit aperture ( 31 ). The cavity and the entrance aperture are positioned to expose the passage to an interior portion of the valve prior to removal of the bonnet from engagement with the valve body.
    • 具有整体排放通道的阀包括阀体(12),其包括螺纹孔(14),阀盖(18),其具有布置成可固定到阀体的孔的第一螺纹部分(22),并且具有第二 设置在阀体外部的部分(24)和限定在阀体和螺纹阀帽的第一部分之间的空腔(26)。 排气通道(28)形成在发动机罩中并且包括形成在阀盖的第一部分中并与空腔流动连通的入口孔(30),该通道包括形成在阀盖的第二部分中的出口孔, 以及提供入口孔和出口孔(31)之间的流动连通的主要部分。 空腔和入口孔定位成在将阀帽从阀体接合之前将通道暴露于阀的内部。
    • 4. 发明申请
    • COMPRESSIBLE PACKING LIVE LOADING APPARATUS
    • 可压缩包装活载装置
    • WO2014189792A1
    • 2014-11-27
    • PCT/US2014/038464
    • 2014-05-16
    • TEADIT N.A., INC.
    • VIEGA, Jose CarlosGIRAO BARROSO, Carlos Daniel Braga
    • F16B39/12
    • F16J15/186F16K41/02Y10T137/6069Y10T137/8275
    • A live-loading assembly for exerting a sealing force on a compressible packing structure of a fluid handling device, such as a valve or pump, includes a pair of gland bolts each movably extending through opposite end lids of a tubular cartridge and through a Belleville spring stack disposed within the cartridge and bearing on a tubular piston rod having an end portion extending outwardly through one of the lids and having a spring force indicating scale disposed thereon. When packing force adjustment nuts are tightened onto the bolts, to increase the compression force exerted on the packing structures, one of the lids on each cartridge moves along the associated exposed piston rod scale to thereby provide a visual indication of the amount of spring force being created by each tightened nut.
    • 用于对诸如阀或泵的流体处理装置的可压缩包装结构施加密封力的活载装置组件包括一对压盖螺栓,每个压盖螺栓可移动地延伸穿过管状筒的相对端盖并穿过贝氏弹簧 堆叠设置在盒内并且承载在管状活塞杆上,管状活塞杆的端部部分通过盖中的一个向外延伸并且具有指示其上设置的标尺的弹簧力。 当包装力调节螺母拧紧到螺栓上时,为了增加施加在包装结构上的压缩力,每个盒上的一个盖沿着相关联的暴露的活塞杆标尺移动,从而提供弹簧力量的视觉指示 由每个拧紧的螺母创建。
    • 8. 发明申请
    • DUAL SEAL FIRE SAFE STEM PACKING ORIENTATION
    • 双密封防火安全包装方向
    • WO2015080842A1
    • 2015-06-04
    • PCT/US2014/064195
    • 2014-11-06
    • GE OIL & GAS PRESSURE CONTROL LP
    • HELVENSTON, Andrew, BrowneLAW, Robert, KevinVIATOR, Mark, AnthonyADAMS, KeithFARINAS, Rolando
    • F16K41/04F16K3/02
    • F16K41/04F16K3/0236Y10T137/6069
    • A valve with a packing assembly includes a valve body assembly (12) with a bore, a valve member (17) moveable between an open position and a closed position, and a valve stem (23) coupled to the valve member. A first stem packing (37) circumscribes a portion of the valve stem, and is located in an upper bore portion of the bore. A first packing retainer (41) has a collar that limits axial movement of the first stem packing, and also has a first retainer body defining an inner cavity. A second stem packing (57) circumscribes a portion of the valve stem and is located in the inner cavity of the first packing retainer. A second packing retainer (67) has a neck compressingly engaging the second stem packing, and a retainer shoulder that engages the first packing retainer. A retaining assembly (84) is coupled with the valve body assembly for applying axial force to the second packing retainer.
    • 具有包装组件的阀包括具有孔的阀体组件(12),可在打开位置和关闭位置之间移动的阀构件(17)和联接到阀构件的阀杆(23)。 第一阀杆密封件(37)限定阀杆的一部分,并且位于孔的上孔部分中。 第一包装保持器(41)具有限制第一阀杆密封件的轴向运动的轴环,并且还具有限定内腔的第一保持器主体。 第二阀杆密封件(57)围绕阀杆的一部分并且位于第一密封件保持器的内腔中。 第二包装保持器(67)具有压缩地接合第二杆衬垫的颈部和与第一包装保持器接合的保持器肩部。 保持组件(84)与阀体组件联接,用于向第二填料保持器施加轴向力。
    • 9. 发明申请
    • METHODS AND APPARATUS TO LOAD A VALVE PACKING
    • 加载阀门填料的方法和设备
    • WO2015074013A2
    • 2015-05-21
    • PCT/US2014066052
    • 2014-11-18
    • FISHER CONTROLS INT
    • HUTCHENS WILBURN DEANCOLLISON RANDALL SCOTTBOVEE LOREN LEESTANZE DAVID CHARLES
    • F16K41/02
    • F16K41/02Y10T29/49826Y10T29/53552Y10T137/6069
    • Methods and apparatus to load a valve packing are described. An example method disclosed herein includes adjusting a packing flange nut to a position corresponding at least approximately to a free condition of a biasing assembly, coupling a first gauge member to a first flange, adjusting a first gap between a first surface of the first gauge member and a reference surface opposite the first flange to a first predetermined distance, and tightening the packing flange nut so that the first surface of the first gauge member substantially aligns with or engages the reference surface and causes a load assembly to provide a first predetermined packing stress to the valve packing when the first gauge member substantially aligns with or engages the reference surface.
    • 描述了加载阀门填料的方法和装置。 本文公开的示例性方法包括将填密法兰螺母调节到至少大致对应于偏置组件的自由状态的位置,将第一量规构件联接到第一法兰,调节第一量规构件的第一表面 以及与所述第一凸缘相对的第一预定距离的参考表面,并且拧紧所述填料凸缘螺母,使得所述第一量具构件的所述第一表面基本上与所述参考表面对齐或接合,并且使得负载组件提供第一预定填充应力 当第一量具构件基本上与参考表面对齐或接合时,向阀门填料移动。