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    • 113. 发明授权
    • Pressure regulator and shut-off valve
    • 调压阀和截止阀
    • US06752169B2
    • 2004-06-22
    • US10284719
    • 2002-10-31
    • Robert E. Callies
    • Robert E. Callies
    • F16K3112
    • F16K17/0413G05D16/0672G05D16/10Y10T137/7782Y10T137/7798Y10T137/7813
    • A regulator for controlling the pressure of flowing fluid and also for selectively fully enabling or stopping the flow. The regulator valve includes a valve housing having an inlet passage and an outlet passage connected by a flow passage with a seat surrounding the flow passage. A valve member is movable toward and away from contact with the seat. A control housing is attached to the valve housing. An elongated rod connected at one end to the valve member has an opposite end extending into the control housing. A rod piston is connected to the opposite end of the elongated rod and is movable in the control housing in sealing engagement with the walls thereof. A compression spring is provided to bias the rod piston and the valve member in directions either toward or away from sealing engagement with the flow passage seat. An auxiliary piston is positioned in the control housing on the side of the rod piston away from the seat. An extender is formed on the auxiliary piston and is engageable with the rod piston to maintain a minimum spacing between the rod piston and the auxiliary piston. Alternately a cup-shaped member with an extender could be on the rod piston. First and second ports and a vent port are formed in the control housing and can be alternately connected by conduits to deliver pressure to move the valve member toward or away from the valve seat. A solenoid operated control valve or similar device is positioned in the conduit leading from the inlet passage for controlling the flow of fluid in this conduit.
    • 用于控制流动流体的压力并且还用于选择性地完全启用或停止流动的调节器。 调节阀包括具有入口通道和出口通道的阀门壳体,流体通道与围绕流动通道的座椅连接。 阀构件可朝向和远离与座接触的方向移动。 控制壳体附接到阀壳体。 在一端连接到阀构件的细长杆具有延伸到控制壳体中的相对端。 杆活塞连接到细长杆的相对端,并且在控制壳体中可与其壁壁密封接合。 提供压缩弹簧以朝向或远离与流动通道座的密封接合的方向偏压杆活塞和阀构件。 辅助活塞位于控制壳体中的杆活塞远离座椅的一侧。 在辅助活塞上形成一个延伸器,并可与杆活塞接合,以保持杆活塞和辅助活塞之间的最小间距。 或者,具有扩展器的杯形构件可以在杆活塞上。 第一和第二端口和通气口形成在控制壳体中,并且可以通过管道交替地连接以输送压力以使阀构件朝向或远离阀座移动。 电磁操作的控制阀或类似装置定位在从入口通道引出的管道中,以控制该管道中的流体流动。
    • 116. 发明授权
    • Unidirectional retroaction electromagnetic valve
    • 单向逆向电磁阀
    • US06644330B1
    • 2003-11-11
    • US10141939
    • 2002-05-10
    • Shiang-Fu ChenChien-An Chen
    • Shiang-Fu ChenChien-An Chen
    • F16K3105
    • F16K1/303F16K17/0413F16K31/06F23N2035/14F23N2035/24G01F15/005Y10T137/0318Y10T137/88062
    • A unidirectional-retroaction electromagnetic valve comprises a valve body, O-ring, manual opening unit, and electrically controlled blocking unit. The valve body is connected to a gas source directly and the electrically controlled blocking unit is used to stop gas in a dangerous situation. Two actions are required to open the electromagnetic valve when the dangerous situation no longer exists. First, push the manual opening unit to move the valve plate of the electromagnetic valve forward a certain distance, then the electrically controlled blocking unit moves the valve plate further according to a danger removal signal provided by a judgment device. The electromagnetic valve is not opened completely until these two movements are operated, thereby, it can prevent the blocked valve from opening intentionally during an unsafe situation.
    • 单向回复电磁阀包括阀体,O形圈,手动开启单元和电控阻塞单元。 阀体直接与气源连接,电控阻塞单元用于在危险情况下停止气体。 当危险情况不再存在时,打开电磁阀需要采取两项措施。 首先,推动手动打开单元将电磁阀的阀板向前移动一定距离,然后电控闭锁单元根据判断装置提供的危险消除信号进一步移动阀板。 电磁阀在运行这两个运动之前不会完全打开,从而可以防止堵塞的阀门在不安全的情况下有意打开。
    • 117. 发明申请
    • Pressure relief valve
    • 减压阀
    • US20030094204A1
    • 2003-05-22
    • US09988461
    • 2001-11-20
    • Varian Semiconductor Equipment Associates, Inc.
    • Henry Cholod
    • F16K015/00
    • F16K17/0413Y10T137/7938
    • A pressure relief valve includes a housing having a passage formed therein for connection with a fluid source and a seal surface positioned about an opening in the passage. A valve member positioned within the housing is movable along an axis within the cavity to selectively engage the seal surface in a sealing relationship. The housing is sized and shaped to substantially restrict movement of the valve member to a direction parallel to the axis. A spring is coupled to the valve member to apply a spring force to the valve member to bias the valve member into contact with the seal surface. In operation, the valve member may separate from the seal surface upon application of a fluid pressure force on the valve member that is greater than the spring force thereby allowing pressurized fluid to pass through a discharge opening in the housing.
    • 减压阀包括壳体,其具有形成在其中的通道,用于与流体源连接,以及围绕通道中的开口定位的密封表面。 定位在壳体内的阀构件可沿腔体内的轴线移动,以便以密封关系选择性地接合密封表面。 壳体的尺寸和形状被设计成基本上限制阀构件沿平行于该轴线的方向的移动。 弹簧联接到阀构件以向阀构件施加弹簧力以将阀构件偏置成与密封表面接触。 在操作中,当阀构件上的流体压力大于弹簧力时,阀构件可以与密封表面分离,从而允许加压流体通过壳体中的排放口。