会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明申请
    • 減圧弁およびガス用レギュレータ
    • 减压阀和气体调节器
    • WO2005076097A1
    • 2005-08-18
    • PCT/JP2005/001936
    • 2005-02-09
    • 株式会社ケーヒン石川 和記
    • 石川 和記
    • G05D16/06
    • F02M21/0239F02M21/0215F02M21/0227F02M21/0233F02M21/0245G05D16/0666G05D16/163Y02T10/32Y10T137/0491Y10T137/0497Y10T137/7613Y10T137/7757Y10T137/7793Y10T137/7794Y10T137/7801Y10T137/782Y10T137/794Y10T137/87917
    •  ボディおよびカバー間に挟持されるダイヤフラムにダイヤフラムリテーナを介してダイヤフラムロッドが保持され、弁孔を中央部に開口させてボディ内に固定配置される弁座に着座可能な弁体が、ダイヤフラムロッドに一端部が着脱可能に連結される弁軸の中間部に設けられ、弁軸の他端部がボディ側に設けられるガイド孔に摺動自在に嵌合される減圧弁において、弁孔(111)および弁座(112)が設けられる弁座部材(100)と、ガイド孔(105)を有して弁座部材(100)に圧入されるガイド部材(106)と、弁体(113)が設けられる弁軸(114)とを予め組付けて構成される弁作動ユニット(120)が、弁孔(111)から弁軸(114)の一端を突出させるとともにガイド孔(105)に弁軸(114)の他端部を摺動可能に嵌合せしめた状態でボディ(34)に取付けられる。これにより加工コストの低減および組付け性の向上を図ることができる。
    • 一种减压阀,其中隔膜杆通过隔膜保持器保持在保持在主体和盖子之间的隔膜上,阀元件能够安置在固定地设置在阀体中的阀座上,其阀孔打开到阀体 其中心部分安装在阀杆的中部,其具有可拆卸地连接到隔膜杆的一个端部部分,并且阀杆的另一端部可滑动地装配到形成在主体中的引导孔。 通过预先组装具有阀孔(111)和阀座(112)的阀座构件(100)形成的阀操作单元(120),具有引导孔(105)和压力传感器 安装在阀座构件(100)中,并且具有彼此的阀元件(113)的阀杆(114)安装在主体(34)中,使得阀杆(114)的一个端部从 阀孔(111)和阀杆(114)的另一端部可滑动地装配到引导孔(105)。 因此,可以降低加工成本,并且可以提高适合性。
    • 2. 发明申请
    • BALANCED PORT HOUSING WITH INTEGRATED FLOW CONDITIONING
    • 具有集成流量调节的平衡端口壳
    • WO2010047848A3
    • 2011-10-13
    • PCT/US2009041001
    • 2009-04-17
    • FISHER CONTROLS INTMEVIUS JASON SFOUST GREGORY LAWRENCE
    • MEVIUS JASON SFOUST GREGORY LAWRENCE
    • G05D16/06F16K31/165
    • F16K31/165G05D16/02G05D16/0694Y10T137/7757Y10T137/783Y10T137/7831
    • A gas regulator (100) includes an actuator (102), a valve (104), and a balanced port housing (210) disposed within the valve for flow conditioning to convert turbulent flow within the valve to laminar flow when the fluid reaches the sensing point of a Pitot tube (228) disposed within the outlet (108) of the valve. The balancing port housing includes an opening (242) through a sidewall and disposed between a valve port (118) of the valve and the outlet. The opening may include a partial obstruction, such as baffles (244) or a mesh screen over which the fluid flows to convert the turbulent flow to laminar flow. The regulator may further include balanced trim having a balancing diaphragm (218) in fluid communication with the upstream pressure to apply a force to a valve disc (190) of the valve in the opposite direction of the force applied to the valve disc by the upstream pressure so that the upstream pressure does not affect the regulator's control of the downstream pressure.
    • 气体调节器(100)包括致动器(102),阀(104)和设置在阀内的平衡端口壳体(210),用于流量调节,以在流体到达感测时将阀内的湍流转换为层流 设置在阀的出口(108)内的皮托管(228)的点。 平衡端口壳体包括穿过侧壁并设置在阀的阀口(118)和出口之间的开口(242)。 开口可以包括部分阻塞物,例如挡板(244)或筛网,流体流过该筛网,以将湍流转换成层流。 调节器还可以包括平衡装饰件,其具有与上游压力流体连通的平衡隔膜(218),以向阀的阀盘(190)施加力,使其与施加在阀盘上的力相反的方向由上游 压力使得上游压力不影响调节器对下游压力的控制。
    • 5. 发明申请
    • TWO-STAGE REGULATOR
    • 两级监管机构
    • WO1995031760A1
    • 1995-11-23
    • PCT/US1995006102
    • 1995-05-16
    • STANDARD KEIL INDUSTRIES, INC.
    • STANDARD KEIL INDUSTRIES, INC.WANG, Yushan
    • G05D16/06
    • G05D16/0602Y10T137/7757Y10T137/7794Y10T137/7795Y10T137/7826Y10T137/7833
    • A two-stage regulator includes serial regulator units (16, 20) mounted upon unitary base (12) which forms the lower portion of each regulator and includes the inlets and outlets for each regulator unit as well as a passageway between the units. First regulator unit (16), which operates upon the input high-pressure flow, includes valve assembly (54) proximate diaphragm (50). Second regulator unit (20), which decreases the pressure of the intermediate pressure flow to final low-pressure outlet flow (174), includes stem (124) mounted to diaphragm (200) which terminates at valve assembly (126) displaced from the diaphragm body. The surface area of the low-pressure regulator unit is approximately 25 % greater than the surface area of the high-pressure unit. Second regulator unit (20) also includes nozzle assembly (176) to increase the velocity of the exiting gas and aspirator tube (150) which utilizes the high velocity gas to modulate the diaphragm.
    • 两级调节器包括安装在整体式基座(12)上的串联调节器单元(16,20),其形成每个调节器的下部,并且包括用于每个调节器单元的入口和出口以及各单元之间的通道。 在输入高压流动下操作的第一调节器单元(16)包括靠近隔膜(50)的阀组件(54)。 第二调节器单元(20),其将中间压力流的压力降低到最终的低压出口流(174),包括安装在隔膜(200)上的阀杆(124),其在阀组件(126) 身体。 低压调节器单元的表面积比高压单元的表面积大约25%。 第二调节器单元(20)还包括喷嘴组件(176),以增加利用高速气体来调节隔膜的出口气体和吸气管(150)的速度。
    • 8. 发明申请
    • PRESSURE REGULATOR WITH REDUCED OUTLET PRESSURE LOSS
    • 压力调节器减少出口压力损失
    • WO2006127337A2
    • 2006-11-30
    • PCT/US2006/018972
    • 2006-05-17
    • ITT MANUFACTURING ENTERPRISES, INC.WINNIKE, Donald, J.GREGG, William, M.
    • WINNIKE, Donald, J.GREGG, William, M.
    • G05D16/0669G05D16/0605Y10T137/7757
    • A pressure regulator configured to reduce fluid flow droop is provided. The pressure regulator comprises a regulator housing having an inlet port, an outlet port and a fluid flow passage therebetween. A valve seat is positioned in the fluid flow passage and a valve plug cooperates with the valve seat to control the flow of a fluid through the fluid flow passage. A bypass plate retains the valve seat in the fluid flow passage, and separates the fluid flow passage from a sensing chamber. The bypass plate includes a flow aperture positioned in the flow passage and at least one aspirator that provides communication between the flow aperture and the sensing chamber. The flow aperture is configured to provide a low pressure region relative to the pressure in the fluid flow passage, wherein the aspirators are configured to communicate between the low pressure region and the sensing chamber.
    • 提供了一种构造成减少流体流下垂的压力调节器。 压力调节器包括调节器壳体,其具有入口端口,出口端口和它们之间的流体流动通道。 阀座定位在流体流动通道中,阀芯与阀座配合以控制通过流体流动通道的流体的流动。 旁路板将阀座保持在流体流动通道中,并将流体流动通道与感测室分离。 旁路板包括定位在流动通道中的流动孔和提供流动孔和感测室之间的连通的至少一个抽吸器。 流动孔被配置为提供相对于流体流动通道中的压力的​​低压区域,其中吸气器构造成在低压区域和感测室之间连通。
    • 10. 发明申请
    • BALANCED PORT HOUSING WITH INTEGRATED FLOW CONDITIONING
    • 具有集成流量调节的平衡端口外壳
    • WO2010047848A2
    • 2010-04-29
    • PCT/US2009/041001
    • 2009-04-17
    • FISHER CONTROLS INTERNATIONAL LLCMEVIUS, Jason, S.FOUST, Gregory, Lawrence
    • MEVIUS, Jason, S.FOUST, Gregory, Lawrence
    • F16K31/165
    • F16K31/165G05D16/02G05D16/0694Y10T137/7757Y10T137/783Y10T137/7831
    • A gas regulator includes an actuator, a valve, and a balanced port housing disposed within the valve for flow conditioning to convert turbulent flow within the valve to laminar flow when the fluid reaches the sensing point of a Pitot tube disposed within the outlet of the valve. The balancing port housing includes an opening through a sidewall and disposed between a valve port of the valve and the outlet. The opening may include a partial obstruction, such as baffles or a mesh screen over which the fluid flows to convert the turbulent flow to laminar flow. The regulator may further include balanced trim having a balancing diaphragm in fluid communication with the upstream pressure to apply a force to a valve disc of the valve in the opposite direction of the force applied to the valve disc by the upstream pressure so that the upstream pressure does not affect the regulator's control of the downstream pressure.
    • 气体调节器包括致动器,阀和设置在阀内的平衡端口壳体,用于流动调节,以在流体到达设置在阀的出口内的皮托管的感测点时将阀内的湍流转换为层流 。 平衡端口壳体包括通过侧壁的开口,并且设置在阀的阀口与出口之间。 开口可以包括部分阻塞物,例如挡板或网筛,流体在该筛网上流动以将湍流转换成层流。 调节器可以进一步包括平衡装饰件,其具有与上游压力流体连通的平衡隔膜,以在与上述压力施加到阀盘的力的相反方向上对阀的阀盘施加力,使得上游压力 不影响调节器对下游压力的控制。