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    • 7. 发明申请
    • 切換弁
    • 开关阀
    • WO2016047322A1
    • 2016-03-31
    • PCT/JP2015/073387
    • 2015-08-20
    • KYB株式会社
    • 中村 雅之
    • F16K31/124F15B11/08F16K3/24F16K11/07
    • F15B11/08F16K3/24F16K11/07F16K31/124
    • 切換弁は、バルブボディ(B)と、バルブボディ(B)に摺動自在に組み込まれるスプール(S)と、スプール(S)の各端面が臨む二つのパイロット室(1,2)と、を備え、二つのパイロット室(1,2)に導かれる作動流体の圧力によってスプール(S)の位置が切り換わる。スプール(S)は、軸線方向に貫通して形成される連通孔(14)を有し、連通孔(14)には、一つのオリフィス(15)が設けられ、二つのパイロット室(1,2)は、連通孔(14)を通じて連通する。
    • 切换阀设有:阀体(B); 以可滑动的方式安装在阀体(B)中的阀芯(S); 以及两个先导腔(1,2),阀芯(S)的端部面向着它们。 阀芯(S)的位置由传导到两个先导室(1,2)的工作流体的压力而改变。 卷轴(S)具有沿轴向延伸形成的连通孔(14)。 连通孔(14)设置有单个孔口(15),并且两个先导腔室(1,2)通过连通孔(14)彼此连通。
    • 8. 发明申请
    • A VALVE
    • 一个阀门
    • WO2013060334A1
    • 2013-05-02
    • PCT/DK2012/050393
    • 2012-10-24
    • NOVENCO FIRE FIGHTING A/S
    • KNUDSEN, Hans BrunHOLBERG, MartinCHRISTENSEN, Erik
    • F16K31/124F16K31/383
    • F16K31/3835F16K31/1245
    • A valve for opening and closing a main passage, comprising: a valve housing (61,75) and chamber (71), a main valve body (73) accommodated inside the chamber (71), a fluid inlet (10) and outlet (69), the main valve body (73) having a closing and opening position, the main valve body (73) dividing the chamber (71) into a first (97) and second (99) chamber portion, the fluid inlet (10) connected with the first chamber portion (97), a first passage (97, 151, 111, 133, 127a, 131, 155, 153) between the fluid inlet and the second chamber portion; a second valve body (139) having an opening and a closing position; and a second passage (153, 155, 131, 127b, 135) out of the second chamber portion (99), the second passage being open and the first passage being blocked when the second valve body (139) is in its opening position and vice versa.
    • 一种用于打开和关闭主通道的阀,包括:阀壳体(61,75)和腔室(71),容纳在腔室(71)内的主阀体(73),流体入口(10)和出口 69),主阀体(73)具有关闭和打开位置,主阀体(73)将腔室(71)分成第一(97)和第二(99)腔室部分,流体入口(10) 与第一室部分(97)连接,在流体入口和第二室部分之间的第一通道(97,151,111,133,127a,131,155,153); 具有开口和关闭位置的第二阀体(139); 以及从所述第二室部分(99)中的第二通道(153,155,131,127b,135),所述第二通道打开,并且当所述第二阀体(139)处于其打开位置时所述第一通道被阻塞,并且 反之亦然。
    • 9. 发明申请
    • PNEUMATICALLY ACTUATED PILOT VALVE
    • 气动执行导阀
    • WO2010135419A1
    • 2010-11-25
    • PCT/US2010/035395
    • 2010-05-19
    • GRACO MINNESOTA INC.ROMAN, Timothy, S.
    • ROMAN, Timothy, S.
    • F16K31/143F16K31/124
    • F16K31/124F16K3/246Y10T137/7762Y10T137/86582Y10T137/88038
    • The 4-way valve used to control the operation of a pneumatic motor can be pneumatically operated such as by a pilot valve. The pilot valve (20) works by creating a restriction at the high-pressure air/signal port (22) regardless of the pressure drop upstream of the pilot valve (20) while still allowing for adequate flow once the valve (20) is actuated. An additional slide valve (24) is added to the pilot valve (20) that restricts the inlet 30 of the pilot valve (20) above the poppet valve (28) that creates a pressure drop, see Figure 3. The extra pressure drop forces the valve (20) to snap open once the actuator pin (32) contacts the poppet valve (20) to create the hysteresis. Once the valve (20) snaps open, the slide valve (24) moves to uncover the high-pressure ports (22), removing the restriction to ensure that the main 4-way (10) fully actuates.
    • 用于控制气动马达操作的四通阀可以通过先导阀气动操作。 先导阀(20)通过在高压空气/信号端口(22)处产生限制而工作,而不管先导阀(20)上游的压降如何,同时一旦阀(20)被致动就允许足够的流量 。 附加的滑阀(24)被添加到先导阀(20),其将先导阀(20)的入口30限制在产生压降的提升阀(28)上方,参见图3.额外的压降力 一旦致动器销(32)接触提升阀(20)就产生滞后,阀(20)就会卡扣。 一旦阀(20)卡扣打开,滑阀(24)移动以露出高压端口(22),去除限制,以确保主4通(10)完全致动。
    • 10. 发明申请
    • PRESSURE REGULATOR
    • 压力调节器
    • WO2010126809A1
    • 2010-11-04
    • PCT/US2010/032342
    • 2010-04-26
    • EMERSON PROCESS MANAGEMENT REGULATOR TECHNOLOGIES, INC.ROPER, Daniel, GunderMCKINNEY, Harold, JoeSCHEFFLER, Douglas, J.
    • ROPER, Daniel, GunderMCKINNEY, Harold, JoeSCHEFFLER, Douglas, J.
    • G05D16/06F16K31/122F16K31/124
    • G05D16/0661
    • A regulator (100) having a valve body (102) defining a flow-path (108) for a fluid and having a valve seat (104), an actuator casing (122, 124) coupled to the valve body, a control member (130) disposed within the actuator casing and adapted for displacement relative to the valve body and the valve seat for regulating a flow of the fluid through the flow-path by moving between an open position and a closed position wherein the control member engages the valve seat, and a spring (193) operatively coupled to the control member and biasing the control member toward the open position. The control member includes a surface facing the valve seat that is recessed. The recessed surface may be a counter-bore (148), or may have a convex shape, conical shape, or other appropriate recessed surface. So configured, the regulator displaced improved stability in high inlet pressure, low output pressure, high flow rate implementations.
    • 一种调节器(100),其具有限定用于流体并具有阀座(104)的流路(108)的阀体(102),联接到阀体的致动器外壳(122,124),控制构件 130),其设置在致动器壳体内并且适于相对于阀体和阀座移位,用于通过在打开位置和关闭位置之间移动来调节流体通过流动路径的流动,其中控制构件接合阀座 ,以及可操作地联接到控制构件并将控制构件朝向打开位置偏压的弹簧(193)。 控制构件包括面向阀座的凹陷的表面。 凹入的表面可以是反孔(148),或者可以具有凸形,圆锥形或其它适当的凹面。 如此配置,调节器在高入口压力,低输出压力,高流量实施方面取代了改进的稳定性。