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
    • 3. 发明申请
    • PROPORTIONAL VALVE
    • 比例阀
    • WO2005040650A8
    • 2006-11-09
    • PCT/CA2004001881
    • 2004-10-22
    • DELANEY FRANCOIS
    • DELANEY FRANCOISTELISZCZUK ROMAN
    • F16K7/20F16K11/18G05D16/06
    • G05D16/0661Y10T137/86919Y10T137/87225
    • A multistage proportional valve (10) for controlling the pressure of a fluid inside a container (12) includes a fluid outflow passageway (22) having an exhaust opening (24), an actuatable fluid inflow passageway (38) having an intake opening (46) and an actuatable exhaust cover (30) for selectively closing said exhaust opening (24). The fluid outflow passageway (22), actuatable fluid inflow passageway (38) and actuatable exhaust cover (30) are interconnected and configured such that in response to an actuating force reaching a first pre-determined threshold the valve (10) displaces the exhaust cover (30) to allow the fluid inside the container (12) to exhaust there from through the fluid outflow passageway (22). In response to the actuating force reaching a second pre-determined threshold the valve (10) displaces the fluid inflow passageway (38) to allow pressurized fluid to flow there through inside the container (12).
    • 用于控制容器(12)内的流体压力的多级比例阀(10)包括具有排气口(24)的流体流出通道(22),具有进气口(46)的可致动流体流入通道(38) )和可致动的排气罩(30),用于选择性地关闭所述排气口(24)。 流体流出通道(22),可致动流体流入通道(38)和可致动的排气盖(30)被互连并构造成使得响应于致动力达到第一预定阈值,阀(10)使排气罩 (30),以允许容器(12)内部的流体在其上排出流过流体流出通道(22)。 响应于致动力达到第二预定阈值,阀(10)使流体流入通道(38)移位,以允许加压流体通过容器(12)内部流动。
    • 4. 发明申请
    • APPARATUS FOR CONTROL OF DIFFERENTIAL PRESSURE IN A HEATING AND COOLING SYSTEM
    • 用于控制加热和冷却系统中差压的装置
    • WO2003065141A1
    • 2003-08-07
    • PCT/SE2003/000005
    • 2003-01-07
    • TOUR & ANDERSSON ABENGELBREKTSSON, Anders
    • ENGELBREKTSSON, Anders
    • G05D7/01
    • F24D19/1015G05D16/0661
    • The invention relates to an apparatus (1) for controlling the pressure difference in a heating or cooling system, which comprises a heating or a cooling source (2) and a feed duct (3) as well as a return duct (4), connected to the source, and consumption devices (5) disposed between said ducts, which emit or receives heat, at least one valve or the like (6 and 7 and 8, respectively) being used to control the flow through such a loop, a pressure difference regulator (9) being used to keep the pressure difference between the feed duct and the return duct constant. According to the invention, the pressure difference regulator (9) is optionally mounted in one of said ducts (3 or 4) and is provided with signaling terminals (29 and 27 and 32 and 30, 31, respectively) connected to the inlet (17) and the outlet (28), respectively, as well as to the low pressure regulating side (18) and the high pressure regulating side (15), respectively. At least one valve or the like (6 and 7, respectively), mounted in the other duct (4 and 3, respectively) in relation to the duct (3 and 4, respectively) of the pressure difference regulator, is provided with signaling terminals (23; 34 and 12;33, respectively), connected to its inlet (21 and 24, respectively) and outlet (14 and 22, respectively). The pressure difference regulator is controlled via optional signaling ducts (13 and 16 and 19 and 20 and 25 and 26, respectively) between said terminals.
    • 本发明涉及一种用于控制加热或冷却系统中的压力差的装置(1),其包括加热或冷却源(2)和进料管道(3)以及回流管道(4),其连接 以及设置在所述发出或接收热量的管道之间的消耗装置(5),至少一个阀门等(分别为6和7和8)用于控制通过这种环路的流量,压力 差压调节器(9)用于保持进料管和回流管之间的压力差恒定。 根据本发明,压力差调节器(9)可选地安装在所述管道(3或4)中的一个中,并且设置有连接到入口(17)的信号端子(29和27和32和30,31) )和出口(28),以及低压调节侧(18)和高压调节侧(15)。 相对于压力差调节器的管道(3和4)分别安装在另一个管道(4和3)中的至少一个阀门等(6和7)分别具有信号端子 (分别为23; 34和12; 33),分别连接到其入口(21和24)和出口(14和22)。 所述压力差调节器通过所述端子之间的可选信号管道(分别为13和16以及19和20和25和26)进行控制。
    • 5. 发明申请
    • PRESSURE REGULATOR
    • 压力调节器
    • WO02001307A1
    • 2002-01-03
    • PCT/CA2001/000902
    • 2001-06-22
    • G05D16/06
    • G05D16/0661G05D16/0602Y10T137/7793Y10T137/7823Y10T137/7827
    • The present invention provides a pressure regulator (10) comprising a housing (16) including a high pressure chamber (45) and a low pressure chamber, a moveable pressure boundary member (31) configured to isolate the high pressure chamber from the low pressure chamber, a pintle valve, including a pintle stem (34) and a pintle retainer (36), the pintle stem extending through the moveable pressure boundary member and carrying the pintle retainer, the pintle retainer being disposed in the low pressure chamber, and a resilient member (54) interposed between the pintle retainer and the moveable pressure boundary member. The present invention also provides a pressure regulating valve comprising a housing, including a low pressure chamber and a high pressure chamber, a moveable pressure boundary member, a moveable pressure boundary member, configured to isolate the high pressure chamber from the low pressure chamber, and configured to limit movement of the moveable pressure boundary member.
    • 本发明提供了一种压力调节器(10),其包括包括高压室(45)和低压室的壳体(16),可移动压力边界构件(31),其构造成将高压室与低压室 ,一个枢轴阀,包括一个枢轴(34)和一个枢轴保持器(36),该枢轴延伸穿过可移动的压力边界构件并承载枢轴保持器,枢轴保持器设置在低压室中, 构件(54)插入在枢轴保持器和可移动压力边界构件之间。 本发明还提供了一种压力调节阀,包括一个包括低压室和高压室的壳体,可移动的压力边界构件,可移动的压力边界构件,其构造成将高压室与低压室隔离;以及 被配置为限制可移动压力边界构件的移动。
    • 7. 发明申请
    • SELF-ALIGNING AXIALLY CONSTRAINED REGULATOR VALVE ASSEMBLY
    • 自适应轴向约束调节阀组件
    • WO2010129826A3
    • 2011-12-22
    • PCT/US2010033954
    • 2010-05-07
    • PARKER HANNIFIN CORPMORGAN DANIEL P
    • MORGAN DANIEL P
    • G05D16/06G05D16/10
    • G05D16/0633G05D16/0641G05D16/0658G05D16/0661G05D16/0663G05D16/068
    • A valve poppet (54) is provided for use in a regulator valve assembly (200) for regulating the pressure of a flowing gas through a gas flow pressure regulator (300). The valve poppet is includes a valve disc (54) having a flexible portion (60a) so as to permit upward and downward movement of a valve stem (52) in an axial direction. The valve disc may have an edge portion (60b) that provides a preloading force to self-align the valve disc within a valve seat (70), and axially constrain the motion of valve stem. The valve stem (52) may extend perpendicularly relative to the valve disc from a sealing portion (58). The movement of the valve stem is axially constrained and results in upward and downward movement of the flexible portion when the valve is opened and closed. The flexible and end portions of the valve disc may be formed of a plurality of spiral arms for self-aligning and axially constraining the valve disc.
    • 提供了一种用于调节阀组件(200)中的阀提升阀(54),用于调节通过气流压力调节器(300)的流动气体的压力。 阀提升阀包括具有柔性部分(60a)的阀盘(54),以允许阀杆(52)在轴向上向上和向下运动。 阀盘可以具有边缘部分(60b),其提供预紧力以在阀座(70)内自对准阀盘,并且轴向限制阀杆的运动。 阀杆(52)可以从密封部分(58)相对于阀盘垂直地延伸。 阀杆的运动被轴向限制,并且当阀门打开和关闭时导致柔性部分的向上和向下运动。 阀盘的柔性和端部可以由多个螺旋臂形成,用于自对准和轴向限制阀盘。
    • 8. 发明申请
    • SELF-ALIGNING AXIALLY CONSTRAINED REGULATOR VALVE ASSEMBLY
    • 自适应轴向约束调节阀组件
    • WO2010129826A2
    • 2010-11-11
    • PCT/US2010/033954
    • 2010-05-07
    • PARKER-HANNIFIN CORPORATIONMORGAN, Daniel, P.
    • MORGAN, Daniel, P.
    • G05D16/06
    • G05D16/0633G05D16/0641G05D16/0658G05D16/0661G05D16/0663G05D16/068
    • A valve poppet (54) is provided for use in a regulator valve assembly (200) for regulating the pressure of a flowing gas through a gas flow pressure regulator (300). The valve poppet is includes a valve disc (54) having a flexible portion (60a) so as to permit upward and downward movement of a valve stem (52) in an axial direction. The valve disc may have an edge portion (60b) that provides a preloading force to self-align the valve disc within a valve seat (70), and axially constrain the motion of valve stem. The valve stem (52) may extend perpendicularly relative to the valve disc from a sealing portion (58). The movement of the valve stem is axially constrained and results in upward and downward movement of the flexible portion when the valve is opened and closed. The flexible and end portions of the valve disc may be formed of a plurality of spiral arms for self-aligning and axially constraining the valve disc.
    • 提供了一种用于调节阀组件(200)中的阀提升阀(54),用于调节通过气流压力调节器(300)的流动气体的压力。 阀提升阀包括具有柔性部分(60a)的阀盘(54),以允许阀杆(52)在轴向上向上和向下运动。 阀盘可以具有边缘部分(60b),其提供预紧力以在阀座(70)内自对准阀盘,并且轴向限制阀杆的运动。 阀杆(52)可以从密封部分(58)相对于阀盘垂直地延伸。 阀杆的运动被轴向限制,并且当阀门打开和关闭时导致柔性部分的向上和向下运动。 阀盘的柔性和端部可以由多个螺旋臂形成,用于自对准和轴向限制阀盘。
    • 10. 发明申请
    • A CONTROL VALVE
    • 控制阀
    • WO2009006893A1
    • 2009-01-15
    • PCT/DK2008/000181
    • 2008-05-16
    • FRESE A/SJORGENSEN, Ole
    • JORGENSEN, Ole
    • F16K5/04F16K5/10F16K5/12
    • F16K5/0407F16K5/10F16K5/12G05D16/0661
    • A control valve for use in liquid-borne systems, such as for instance central or district heating systems or other systems where there is a need for presetting the flow of liquid to a constant level, which does not change even if unforeseen pressure changes occur in the system. The control valve comprises a valve housing (2) in which a differential pressure regulator (3) and a presetting device are disposed. The differential pressure regulator (3) maintains a constant differential pressure between the inlet side and the outlet side by means of a spring force. The presetting device is used for presetting the flowing amount of liquid and comprises a rotary grip (14), a spindle (9), an outer cylindrical valve element (6) and an inner valve element (7). The outer valve element (6) has a slit through which the liquid may flow. The inner valve element (7) is disposed in the cylindrical valve element (6) and has a lower skirt of curve shape (8). Further, the valve element (7) is connected with the rotary grip (14) by means of the spindle (9), so that the opening of the presetting may be changed by rotation of the rotary knob.
    • 用于液体系统的控制阀,例如中央或区域供热系统或其他系统,其中需要将液体流量预设为恒定水平,即使在不可预见的压力变化时也不会改变 系统。 控制阀包括阀壳体(2),其中设置有差压调节器(3)和预设装置。 差压调节器(3)通过弹簧力在入口侧和出口侧之间保持恒定的压差。 预置装置用于预设液体的流动量,包括旋转把手(14),心轴(9),外圆柱形阀元件(6)和内阀元件(7)。 外阀元件(6)具有狭缝,液体可以通过该狭缝流动。 内阀元件(7)设置在圆柱形阀元件(6)中并且具有弯曲形状(8)的下裙部。 此外,阀元件(7)通过主轴(9)与旋转把手(14)连接,使得可以通过旋钮的旋转来改变预设的打开。