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    • 2. 发明授权
    • Pinch element plastic valve
    • 夹紧元件塑料阀
    • US06289912B1
    • 2001-09-18
    • US09349317
    • 1999-07-08
    • Thomas J. McPeakJames C. LinderJeffrey J. McKenzieSteven A. MelbostadMichael W. Johnson
    • Thomas J. McPeakJames C. LinderJeffrey J. McKenzieSteven A. MelbostadMichael W. Johnson
    • F16L914
    • F16K7/063Y10T137/0491
    • A valve has a contractible valve element formed of an inner laminae of PFA, an outer laminae of PTFE with the outer laminae having a boss to provide positive compression and positive distension of the valve element. The portion that constrict is welded to a PFA tubular end portion thus providing the advantages of a PTFE laminae with a boss and the PFA what it surfaces. The valve utilizes a valve mechanism which has a yoke which moves radially towards and away from the contractible valve element with linkages extending from yoke arms which connect to opposite sides of the contractible valve element. The valve element may thus be positively closed and positively opened. The hermetic seal between the outer PTFE laminae and the inner PFA laminae causes the inner laminae to extend outwardly when the outer laminae is positively distended thereby allowing the valve function where the fluid being controlled is under a negative pressure. The invention also includes the method of manufacturing the multiple layered valve element.
    • 阀具有由PFA的内层形成的收缩阀元件,PTFE的外层,外层具有凸台,以提供阀元件的正压缩和正膨胀。 收缩的部分焊接到PFA管状端部,从而提供具有凸台的PTFE薄板和PFA表面的优点。 该阀利用阀机构,该阀机构具有从可收缩的阀元件径向移动并远离可收缩阀元件的轭,该连杆从连接到可收缩阀元件的相对侧的轭臂延伸。 因此,阀元件可以被正向闭合并且被正面打开。 外部PTFE薄片和内部PFA层之间的气密密封件使得当外层被正向膨胀时内层向外延伸,从而允许控制流体处于负压下的阀功能。 本发明还包括制造多层阀元件的方法。
    • 4. 发明授权
    • Position indicating control valve
    • 位置指示控制阀
    • US5004011A
    • 1991-04-02
    • US565623
    • 1990-08-10
    • James C. LinderJeffrey J. McKenzie
    • James C. LinderJeffrey J. McKenzie
    • F16K1/52F16K37/00
    • F16K1/523F16K37/0008Y10T137/8275
    • A position indicating valve for controlling the flow of fluids includes a flow housing with a valve seat and a valve poppet. A control housing is provided adjoining the flow housing with a centrally located, nonrotating valve stem having inward and outward ends. The stem is connected to the valve poppet at its inward end and is threaded at its outward end with an intermediate portion being threaded oppositely. An operating handle is rotatably mounted to the control housing with a configured central aperture therethrough into which the threaded outward end of the stem extends. A configured position indicator and stop is threadably mounted on the outward end of the stem within the aperture and is adapted to actually move inwardly and outwardly of the handle as the handle is rotated. A rotatable coupling is located partially within the control housing and is interlockable with the handle and threadably mounted to and about the stem at the threaded intermediate portion. The coupling is adapted to axially move the stem, the valve poppet and the indictor in the same direction with rotation of the operating handle. The indicator has a greater magnitude of movement than the poppet.
    • 用于控制流体流动的位置指示阀包括具有阀座和阀提升阀的流动壳体。 设置有与流动壳体相邻的控制壳体,其具有具有向内和向外端部的位于中心的非旋转阀杆。 阀杆在其内端连接到阀提升阀杆,并在其向外端处被螺纹连接,中间部分相对地螺纹连接。 操作手柄可旋转地安装到控制壳体上,其中配置的中心孔穿过其中,杆的螺纹向外端延伸到该中心孔中。 配置的位置指示器和止动件螺纹地安装在孔内的杆的外端上,并且适于在手柄旋转时实际上向着手柄向内和向外移动。 可旋转联接器部分地位于控制壳体内并且可与手柄互锁,并且在螺纹中间部分处可螺纹地安装到杆上并围绕杆。 联接器适于沿着操作手柄的旋转沿同一方向轴向移动阀杆,阀提升阀和指示器。 指标的动作大于提升动作。
    • 5. 发明授权
    • Plastic control valve
    • 塑料控制阀
    • US5002086A
    • 1991-03-26
    • US522269
    • 1990-05-11
    • James C. LinderJeffrey J. McKenzie
    • James C. LinderJeffrey J. McKenzie
    • F16K17/04F16K41/10
    • F16K41/103F16K17/0453Y10T137/5762
    • A free draining, corrosive resistent valve for regulating the flow of corrosive fluids therethrough includes a plastic valve housing. An inlet passage extends into the housing and upwardly therein terminating in a valve seat. An inclined panel surrounds the inlet passage below the valve seat. An outlet passage extends from the lower most portion of the inclined panel through the housing. A plastic valve poppet is located above the seat having a diaphragm therearound with an upwardly extending stem. A plastic retainer is located above the diaphragm into which the stem extends. The retainer is adapted for affixing the diaphragm is a sealing relationship to the valve housing.
    • 用于调节腐蚀性流体流过的自由排水,耐腐蚀性阀门包括塑料阀门壳体。 入口通道延伸到壳体中并向上延伸,终止于阀座。 倾斜面板围绕阀座下方的入口通道。 出口通道从倾斜面板的最下部延伸穿过外壳。 塑料阀提升阀位于座椅的上方,其周围具有向上延伸的杆的隔膜。 塑料保持器位于隔膜的上方延伸的隔膜上方。 保持器适于固定隔膜与阀壳体的密封关系。
    • 6. 发明授权
    • Weir valve with adjustable bypass
    • 带可调旁路的堰阀
    • US5279328A
    • 1994-01-18
    • US4854
    • 1993-01-19
    • James C. LinderJeffrey J. McKenzie
    • James C. LinderJeffrey J. McKenzie
    • F16K7/16F16K1/00
    • F16K7/16Y10T137/87265
    • The invention disclosed is a weir valve with an adjustable bypass incorporated into the weir portion of the valve housing. The valve housing has an interior chamber with an inlet portion, a middle portion and outlet portion. An elongate weir traverses the middle portion of the interior chamber and separates the inlet portion and outlet portion. The top surface of the weir defines a valve seat. A diaphragm traverses the interior chamber and is moveable by a compressor onto the weir effecting a closure of the valve. The adjustable bypass consists of a bypass chamber which extends longitudinally of the elongate weir with inlet and outlet openings centrally located on the sides of the weir between the bypass chamber and the inlet portion and outlet portion respectively. A bypass valve member is adjustably moveable in the bypass chamber to variably restrict the communication between the inlet and outlet openings.
    • 所公开的发明是具有可调节旁路的堰阀,其结合到阀壳体的堰部分中。 阀壳体具有内部室,其具有入口部分,中间部分和出口部分。 细长的堰横穿内部室的中间部分并分离入口部分和出口部分。 堰的顶面定义了阀座。 隔膜横穿内部室,并可通过压缩机移动到堰上,从而影响阀门的关闭。 可调旁路包括旁通室,该旁路室沿着细长的堰的纵向延伸,入口和出口开口分别位于旁路室与入口部分和出口部分之间的堰的中心。 旁通阀构件可在旁路室中可调节地移动,以可变地限制入口和出口之间的连通。
    • 8. 发明授权
    • Reinforced diaphragm valve
    • 加强隔膜阀
    • US06789781B2
    • 2004-09-14
    • US10101443
    • 2002-03-18
    • Michael W. JohnsonJeffrey J. McKenzie
    • Michael W. JohnsonJeffrey J. McKenzie
    • F15K2700
    • F16K7/126Y10T137/0491
    • A reinforced plastic valve apparatus in a preferred embodiment comprises an upper valve portion, a lower valve portion, an endoskeletal structure configured as a weir support or reinforcing member and an exoskeletal framework configured as a support collar. The upper valve portion preferably includes an upper plastic valve housing or body, a resilient diaphragm and a valve actuator. The lower valve portion comprises a lower plastic valve housing or body that is preferably configured to mate with the upper valve housing to define a valve interior. The lower valve body preferably has an integral weir which, in conjunction with the resilient diaphragm, defines a fluid passage. The diaphragm is configured to sealingly engage and disengage with the weir as effected by the valve actuator. The weir support member is disposable within the lower housing to support the weir.
    • 在优选实施例中的加强塑料阀装置包括上阀部分,下阀部分,构造为堰支撑件或加强件的内骨架结构以及被配置为支撑套环的外骨骼框架。 上阀部分优选地包括上部塑料阀壳体或主体,弹性隔膜和阀致动器。 下阀部分包括下塑料阀壳体或主体,其优选地构造成与上阀壳配合以限定阀内部。 下阀体优选地具有整体的堰,其与弹性隔膜一起限定流体通道。 隔膜被构造成通过阀致动器实现密封地接合和脱离堰。 堰支撑构件在下壳体内是可弃置的,以支撑堰。
    • 9. 发明授权
    • Reinforced diaphragm valve
    • 加强隔膜阀
    • US06994320B2
    • 2006-02-07
    • US10940126
    • 2004-09-14
    • Michael W. JohnsonJeffrey J. McKenzie
    • Michael W. JohnsonJeffrey J. McKenzie
    • F16K27/00
    • F16K7/126Y10T137/0491
    • A reinforced plastic valve apparatus in a preferred embodiment comprises an upper valve portion, a lower valve portion, an endoskeletal structure configured as a weir support or reinforcing member and an exoskeletal framework configured as a support collar. The upper valve portion preferably includes an upper plastic valve housing or body, a resilient diaphragm and a valve actuator. The lower valve portion comprises a lower plastic valve housing or body that is preferably configured to mate with the upper valve housing to define a valve interior. The lower valve body preferably has an integral weir which, in conjunction with the resilient diaphragm, defines a fluid passage. The diaphragm is configured to sealingly engage and disengage with the weir as effected by the valve actuator. The weir support member is disposable within the lower housing to support the weir.
    • 在优选实施例中的加强塑料阀装置包括上阀部分,下阀部分,构造为堰支撑件或加强件的内骨架结构以及被配置为支撑套环的外骨骼框架。 上阀部分优选地包括上部塑料阀壳体或主体,弹性隔膜和阀致动器。 下阀部分包括下塑料阀壳体或主体,其优选地构造成与上阀壳配合以限定阀内部。 下阀体优选地具有整体的堰,其与弹性隔膜一起限定流体通道。 隔膜被构造成通过阀致动器实现密封地接合和脱离堰。 堰支撑构件在下壳体内是可弃置的,以支撑堰。