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    • 32. 发明申请
    • SAMPLING AND REJECTION DEVICE
    • 采样和拒收装置
    • US20120192949A1
    • 2012-08-02
    • US13016284
    • 2011-01-28
    • Kevin Petzoldt
    • Kevin Petzoldt
    • F16K17/38
    • F16T1/48F01K9/00F22B37/50F28B9/08F28B11/00G01N1/10G01N2001/105G01N2001/4033Y10T137/0318Y10T137/034Y10T137/2499Y10T137/2574Y10T137/271Y10T137/7737
    • A sampling and rejection device for a boiler or steam generating system is described. The sampling and rejection device receives the condensate or fluid and allows a volume of the condensate to liquefy or the fluid to build up in the interior of the sampling and rejection device. One or more conductivity, pH, and temperature sensors or probes are positioned in the sampling and rejection device to measure the condensate. The sampling and rejection device includes a collection vessel to hold and temporarily store the condensate. The sampling and rejection device includes an outlet or a return line (to a central boiler) and a drain line. If the sensor measures undesirable conductivity, pH, or temperature in the condensate in the collection vessel, then a valve to the drain line is opened and the condensate is rejected.
    • 描述了用于锅炉或蒸汽发生系统的取样和排除装置。 采样和排除装置接收冷凝物或流体,并允许一定体积的冷凝液液化或流体积聚在采样和排除装置的内部。 一个或多个导电率,pH和温度传感器或探针定位在采样和排除装置中以测量冷凝物。 采样和排除装置包括收集容器以容纳和临时存储冷凝物。 采样和排除装置包括出口或返回管线(到中央锅炉)和排水管线。 如果传感器测量收集容器中冷凝物中的不良导电率,pH或温度,则打开排入管线的阀门,并且冷凝物被排除。
    • 35. 发明授权
    • Pressure valve
    • 压力阀
    • US4291718A
    • 1981-09-29
    • US15172
    • 1979-02-26
    • Sergei A. SaninJury F. PonomarenkoVladislav D. FirstovVladimir N. KhorinArnold M. RagutskyBoris N. KostjuninPetr M. Bronfen
    • Sergei A. SaninJury F. PonomarenkoVladislav D. FirstovVladimir N. KhorinArnold M. RagutskyBoris N. KostjuninPetr M. Bronfen
    • F15B13/01F15B11/18G05D11/00
    • F15B13/01Y10T137/271
    • The pressure valve is actuated by pressurized fluid and has a housing with a high-pressure space and a low-pressure space separated from each other by a partition. The partition has a bore accommodating a valve member. Axial passages are made in the body of the valve member for establishing alternating communication between the spaces upon the displacement of the valve member. The low-pressure space receives a pressure-relief valve spring-urged away from the partition and movable by the action of pressure selectively supplied to initiate relieving of the high-pressure space. The pressure-relief piston has an axial bore. The pressure valve incorporates an auxiliary piston in the axial bore of the pressure-relief piston and it cooperates with the valve member to displace the latter. The body of the valve member is provided with throttling passages communicating with the axial passages. The flow passage area of the throttling passages is substantially smaller than that of the axial passages, and the throttling passages are arranged so that during the high-pressure space pressure-relieving operation, the two spaces communicate via the throttling passages until the effort applied to the valve member by the auxiliary piston overcomes the effort applied to this valve member from the high-pressure chamber.
    • 压力阀由加压流体致动,并且具有壳体,其具有高压空间和通过隔板彼此隔开的低压空间。 分隔件具有容纳阀构件的孔。 在阀构件的主体中制造轴向通道,用于在阀构件的位移之间建立间隙之间的交替连通。 低压空间接收压力释放阀,弹簧被推离离开隔板并通过选择性供应的压力的作用移动,以启动释放高压空间。 减压活塞具有轴向孔。 压力阀在减压活塞的轴向孔中并入辅助活塞,并且与阀构件配合以使其移位。 阀构件的主体设置有与轴向通道连通的节流通道。 节流通道的流路面积基本上小于轴向通道的流动通道面积,并且节流通道被布置成使得在高压空间减压操作期间,两个空间通过节流通道连通,直到施加到 通过辅助活塞的阀构件克服了从高压室施加到该阀构件的作用。