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    • 23. 发明公开
    • Flow rate control valve
    • Durchflussregelventil。
    • EP0651190A1
    • 1995-05-03
    • EP94306249.7
    • 1994-08-24
    • Kiyohara, Masako
    • Itoi, ShigeruKojima, Tetsuya
    • F16K31/50F16K31/60F16K35/00F16K51/02G05G23/00
    • F16K35/00F16K31/506F16K31/60F16K51/02G05G23/00
    • A fluid flow control valve comprising a flow passage (1a), a valve seat (1c) in the passage selectively openable by a valve member, a rotatable stem (9) controlling the valve means by moving longitudinally in response to rotation within a bonnet (3) and a handle (12) for rotating the stem, the handle being lockable against the bonnet (3) to prevent rotationand thus set the flow rate, characterised in that the handle (12) comprises a main part (12') fixed to the stem (9) and a locking part (12'') coupled to the main part so as to allow relative movement in a direction laterally of the stem longitudinal axis the locking part (12'') including a locking screw (14) movable to act against the bonnet (3) to prevent rotation of the handle (6) thus setting a rate of flow through the valve.
    • 一种流体流量控制阀,包括流动通道(1a),通道中的阀座(1c),其可由阀构件选择性地打开;旋转杆(9),其响应于阀盖内的旋转而纵向移动, 3)和用于旋转杆的手柄(12),所述手柄可抵靠所述发动机罩(3)锁定以防止旋转并因此设定所述流量,其特征在于,所述手柄(12)包括固定到 所述杆(9)和联接到所述主要部分的锁定部分(12“)以允许在所述杆纵向轴线的横向方向上的相对运动,所述锁定部件(12”)包括可移动的锁定螺钉(14) 以抵抗阀盖(3)以防止手柄(6)的旋转,从而设定通过阀的流量。
    • 24. 发明公开
    • Fluid flow control valve
    • 流体流量控制阀
    • EP0651189A2
    • 1995-05-03
    • EP94307785.9
    • 1994-10-24
    • Kiyohara, Masako
    • Nishimura, Ryutaro
    • F16K11/22H01L21/02F16K11/20H01L21/00F16K51/02
    • F16K11/22Y10T137/86083Y10T137/87877
    • A generally block-shaped valve comprises a gas feed passage (6) possessing an inlet (6a) and an outlet (6b), a branch passage 7 possessing an outlet (7a) branched off and communicating with the gas feed passage (6), a body (1) having a tank or chamber (8) formed in the midst of the branch passage (7), a first valve (2) provided in the body (1) for opening and closing the downstream side of the gas feed passage (6) at the downstream side of the place of connection with the branch passage (7) and a second valve (3) provided in the body (1) for opening and closing the branch passage (7) at the upstream side of the tank/chamber (8).
    • 通常,块状阀包括具有入口(6a)和出口(6b)的气体供给通道(6),具有分支并与气体供给通道(6)连通的出口(7a)的分支通道7, 具有形成在分支通路(7)中间的罐或腔室(8)的主体(1),设置在主体(1)中用于打开和关闭供气通路的下游侧的第一阀门 (7)的连接部位的下游侧的第一阀(6)和设置在主体(1)中的第二阀(3),用于在罐的上游侧打开和关闭分支通路(7) /室(8)。
    • 26. 发明公开
    • Fluid flow controller
    • 流体流量控制器
    • EP0530947A1
    • 1993-03-10
    • EP92304725.2
    • 1992-05-26
    • Kiyohara, Masako
    • Yamaji, MichioYamamoto, Kenji
    • F16K41/12F16K7/16
    • F16K41/12F16K7/16
    • A fluid-controller comprises a body (1) provided with a recessed valve chamber 12 communicating with a fluid inlet port (10) and a fluid outlet port (11) and having a valve seat (13) formed at the bottom thereof, a diaphragm (2) disposed above the valve seat for keeping the valve chamber (12) airtight, the diaphragm being adapted to directly contact the valve seat (13) by moving the central portion thereof in a vertical direction or indirectly contacting the valve seat 13 through the disc 6, and a stem 8 elevatably disposed above the diaphragm (2) for lowering the central portion of the diaphragm 2, wherein a stop mechanism 3 is interposed between the body (1) near the circumferential edge of said diaphragm (2) and the lower end of the stem (8) for limiting the downward movement of the stem (8) when the fluid controller is in a fully closed position.
    • 一种流体控制器,包括设置有与流体入口端口(10)和流体出口端口(11)连通并具有形成在其底部处的阀座(13)的凹入式阀室12的主体(1) (2),其设置在阀座上方用于保持阀室(12)的气密性,该膜片适于通过使阀座(13)的中心部分在垂直方向上移动或直接接触阀座(13)而直接接触阀座 盘6,以及可升降地设置在膜片2上方的杆8,用于降低膜片2的中心部分,其中,在所述膜片(2)的周边边缘附近的本体(1) 杆(8)的下端用于在流体控制器处于完全关闭位置时限制杆(8)的向下运动。