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    • 2. 发明授权
    • Pressure relief safety device
    • 泄压安全装置
    • US3989057A
    • 1976-11-02
    • US566673
    • 1975-04-08
    • George Robert Muddiman
    • George Robert Muddiman
    • F16K17/16F16K17/40
    • F16K17/1626Y10T137/1722Y10T137/1759
    • A pressure relief safety device useful for operation in a low pressure range. The device utilizes a non-metallic relatively thin air-impermeable membrane extending across a housing, the latter of which is in communication with a system operable under pressure. When the pressure in the system increases beyond a predetermined threshold pressure level, the membrane will expand and contact a rupturable member which will rupture the membrane. In this way relief for the excess pressure conditions is obtained. The rupturable member is adjustably located with respect to the membrane to thereby adjust and vary the predetermined threshold pressure level.
    • 用于在低压范围内运行的减压安全装置。 该装置使用延伸穿过壳体的非金属相对薄的不透气膜,后者与外壳在与压力下可操作的系统连通。 当系统中的压力增加超过预定的阈值压力水平时,膜将膨胀并接触可破裂的构件,其将使膜破裂。 以这种方式获得对过压条件的缓解。 可破裂构件相对于膜可调节地定位,从而调节和改变预定阈值压力水平。
    • 7. 发明授权
    • Pressure-relief device
    • 减压装置
    • US4809729A
    • 1989-03-07
    • US146486
    • 1988-01-21
    • George S. Muddiman
    • George S. Muddiman
    • F16K17/16F16K17/40
    • F16K17/16Y10T137/1722Y10T137/1729Y10T137/1752
    • An improvement is provided in a safety pressure relief device adapted to be installed between a standard base flange and a standard hold-down flange including a first crowned rupture member, a second crowned rupture member, a resilient sealing membrane, the resilient sealing membrane being positioned between the first crowned member and the second crowned member, the first crowned member being positioned with respect to the second crowned member with its convex side away from the second crowned member, the convex side of the second crowned member being away from the first crowned member, both the first and second crowned members being perforate to allow pressure fluids to pass therethrough to be exerted against the sealing member, and means securing the first crowned rupture member and the second crowned rupture member to the resilient sealing member. The improvement comprises (a) the resilient sealing membrane forming a plane of symmetry between the first and second crowned rupture members; (b) each of the first and second crowned rupture members being provided with a flat outer lip; (c) an upper and a lower upstanding collar, each collar terminating in an outer lateral flat flange portion; and (d) the outer lateral flat flange portions of the collars, the flat outer lips of the crowned rupture members and the outer periphery of the resilient sealing membrane being permanently fastened together. In this way, the relief valve assembly is capable of being installed in either direction between the base flange and the hold-down flange.
    • 在安全压力释放装置中提供了一种改进,该安全压力释放装置适于安装在标准底座凸缘和标准压紧凸缘之间,该凸缘包括第一凸起的破裂构件,第二凸起的破裂构件,弹性密封膜,弹性密封膜被定位 在第一冠状构件和第二冠状构件之间,第一隆起构件相对于第二隆起构件定位,其凸面远离第二冠状构件,第二加盖构件的凸出面离开第一冠状构件 第一和第二冠状构件均被穿孔以允许压力流体穿过其中以施加在密封构件上,以及将第一隆起的破裂构件和第二隆起的破裂构件固定到弹性密封构件的装置。 该改进包括(a)弹性密封膜,在第一和第二冠状断裂构件之间形成对称平面; (b)第一和第二加冠断裂构件中的每一个设置有平坦的外唇缘; (c)上和下直立的轴环,每个轴环终止于外侧的平的凸缘部分; 和(d)套环的外侧平面凸缘部分,凸面断裂构件的平坦外唇和弹性密封膜的外周永久地固定在一起。 以这种方式,安全阀组件能够安装在基座凸缘和压紧凸缘之间的任一方向上。
    • 8. 发明申请
    • VALVE
    • US20080078457A1
    • 2008-04-03
    • US11855399
    • 2007-09-14
    • J. Patrick SANDIFORD
    • J. Patrick SANDIFORD
    • F16K17/19
    • F16K17/02B64D13/02F16K17/14Y10T137/1722Y10T137/1789Y10T137/7771Y10T137/7837Y10T137/87378
    • An aircraft comprises an overpressure valve, the overpressure valve comprising a sealing member which is moveable, in response to a first pressure differential across the valve, between a closed position and an open position. The overpressure valve further comprises a frangible portion, for example a carbon or sheet metal disc. The frangible portion is arranged to fail in response to a second pressure differential across the valve, the second pressure differential being more than the first pressure differential. Thus the valve is still able to relieve pressure when the sealing member is jammed (due to ice for example). It is therefore relatively safe. The valve may be in the surge tank of a fuel tank system.
    • 一种飞机包括一个超压阀,该超压阀包括一个密封件,该密封件响应于阀门上的第一压力差在可关闭位置和打开位置之间移动。 超压阀还包括易碎部分,例如碳或钣金盘。 易碎部分被布置成响应于跨越阀的第二压差而失效,第二压力差大于第一压力差。 因此,当密封构件卡住(例如由于冰)时,阀仍然能够释放压力。 因此,这是比较安全的。 阀可以在燃料箱系统的缓冲罐中。
    • 9. 发明申请
    • Pressure relief device
    • 减压装置
    • US20040206393A1
    • 2004-10-21
    • US10787185
    • 2004-02-27
    • Mitch RookerGreg KleinCharlie BeairGeof Brazier
    • F16K017/14
    • F16K17/162F16K17/1613Y10T137/1707Y10T137/1722Y10T137/1729Y10T137/1759
    • A pressure relief device is provided. The pressure relief device includes a sealing member and a low-pressure support member that is adapted to provide support to the sealing member when the sealing member is subject to a certain pressure differential. The low pressure support member includes an annular flange and at least one supporting projection. A cutting element is adapted to puncture the sealing member when the sealing member is subject to a predetermined pressure differential. The pressure relief device may further include a high pressure support member and safety heads forming a pre-torqued assembly. The supporting projection may optionally include an area of weakness either wholly within or on the periphery thereof.
    • 提供了一种减压装置。 减压装置包括密封构件和低压支撑构件,当密封构件经受一定的压力差时,适于向密封构件提供支撑。 低压支撑构件包括环形凸缘和至少一个支撑突起。 当密封构件经受预定的压力差时,切割元件适于刺穿密封构件。 减压装置还可以包括形成预扭转组件的高压支撑构件和安全头。 支撑突起可以可选地包括完全在其周边内或其外围的弱化区域。
    • 10. 发明授权
    • Dual range rupture disc assembly
    • 双量程破裂盘组件
    • US4512491A
    • 1985-04-23
    • US570985
    • 1984-01-16
    • Robert L. DeGoodEddie R. Malcolm
    • Robert L. DeGoodEddie R. Malcolm
    • F16L29/00B65B25/00
    • F16L29/007Y10S137/91Y10T137/1707Y10T137/1722
    • A two directional rupture disc assembly is provided which serves in a fluid reactor system as a safety relief valve when a critical condition, such as predetermined pressure positive or negative, is encountered. That is, the rupture disc assembly hereof is operatively coupled to a reactor vessel and allows fluid flow in one direction when one reactor system condition is encountered and allows fluid flow in an opposite direction when another reactor system condition is encountered. Thus, under normal conditions, the reactor system operates in a certain pressure range with the assembly hereof in flow blocking disposition, but if a reactor condition outside of the normal operating range is encountered, the assembly ruptures to permit fluid flow in the appropriate direction. Preferably, the rupture disc assembly includes a pair of flat rupture discs and an imperforate membrane between the two discs. Each disc includes an innermost and outermost C-shaped pattern formed by a plurality of serially arranged slots through the respective disc. Advantageously, the discs and membrane are mounted and the patterns manufactured such that the discs rupture adjacent the outermost pattern when one condition is encountered and the discs rupture adjacent the innermost pattern when another condition is encountered.
    • 提供了两个方向的破裂盘组件,其在遇到诸如预定压力正或负的临界条件时在流体反应器系统中用作安全泄压阀。 也就是说,其中的破裂盘组件可操作地耦合到反应器容器,并且当遇到一个反应器系统条件时允许流体在一个方向上流动,并且当遇到另一个反应器系统条件时允许流体沿相反的方向流动。 因此,在正常条件下,反应器系统在一定的压力范围内工作,其组件本身处于流动阻塞状态,但是如果遇到正常工作范围之外的反应器状态,则组件破裂以允许流体沿适当的方向流动。 优选地,破裂盘组件包括一对平坦的破裂盘和两个盘之间的无孔膜。 每个盘包括通过相应盘的多个串联布置的槽形成的最内侧和最外侧的C形图案。 有利地,安装盘和膜,并且制造图案,使得当遇到一个条件时,盘破裂在最外面的图案附近,并且当遇到另一个条件时,盘破裂在最内层图案附近。