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    • 1. 发明公开
    • HYDRAULIC FUSE VALVE ASSEMBLY.
    • An的组装改进的液压阀。
    • EP0118542A4
    • 1985-12-30
    • EP83903038
    • 1983-08-29
    • GOLD HAROLDBUDZICH TADEUSZ
    • GOLD HAROLD
    • F16K17/30
    • F16K17/30Y10T137/7729Y10T137/7785Y10T137/7841Y10T137/87394
    • A fluid fuse is quickly operable to shut off fluid flow upon rupture or other failure of fluid conducting line or other structural member downstream of the fuse. The fuse is actuated during decompression fluid flow resulting from decompression of fluid and elastic contraction of structural components downstream of the fluid fuse. During decompression fluid flow, a valve member (V) is moved from an open position to a closed position by two forces generated by a pressure differential caused by sudden decompression of the fluid and developed across two variable, sharp edge, viscosity insensitive orifices (36, 38), positioned in series and separated by a flow cut-off and sealing surface (26). The closing force, generated by the pressure differential of the upstream orifice (36) is dominant and increases with the displacement of the closing member (V) in a predetermined manner, permitting the use of a high preload and high rate opposing spring (23), at relatively low pressure differentials. The sealing surface (26) of the fuse is provided with limited freedom of alignment to permit tight sealing. The fuse assembly includes a manually adjustable bypass arrangement (40) and a pressure peak attenuating control (59).
    • 2. 发明公开
    • HYDRAULIC FUSE VALVE ASSEMBLY
    • An的组装改进的液压阀。
    • EP0118542A1
    • 1984-09-19
    • EP83903038.0
    • 1983-08-29
    • Gold, HaroldBUDZICH, Tadeusz
    • Gold, HaroldBUDZICH, Tadeusz
    • F16K17
    • F16K17/30Y10T137/7729Y10T137/7785Y10T137/7841Y10T137/87394
    • Une vanne de fluide peut fonctionner rapidement pour interrompre un écoulement de fluide après rupture ou autre avarie d'une ligne de conduction de fluide ou d'un autre élément structural situé en aval de la vanne. La vanne est actionnée pendant l'écoulement de fluide en décompression résultant de la décompression du fluide et de la contraction élastique des composants structuraux situés en aval de la vanne de fluide. Pendant l'écoulement de liquide en décompression, un organe de vanne (V) est déplacé d'une position ouverte à une position fermée par deux forces engendrées par un différentiel de pression dû à la soudaine décompression du fluide et développé à travers deux orifices (36, 38) insensibles à la viscosité, à paroi mince, variables, disposés en série et séparés par une surface (26) de fermeture et d'interruption de l'écoulement. La force de fermeture, engendrée par le différentiel de pression de l'orifice (36) situé en amont, est dominante et augmente avec le déplacement de l'élément de fermeture (V) d'une façon prédéterminée, permettant l'utilisation d'un ressort (23) de forte pré-charge et de fort rappel, à des différentiels de pression relativement bas. La surface de fermeture (26) de la vanne possède une liberté d'alignement limitée pour permettre une fermeture étanche. L'assemblage de vanne comprend un dispositif de dérivation (40) réglable manuellement ainsi qu'une commande (59) d'atténuation des maximums de pression.
    • 3. 发明申请
    • HYDRAULIC FUSE VALVE ASSEMBLY
    • 液压保险丝阀组件
    • WO1984001010A1
    • 1984-03-15
    • PCT/US1983001320
    • 1983-08-29
    • GOLD, HaroldBUDZICH, Tadeusz
    • F16K17/30
    • F16K17/30Y10T137/7729Y10T137/7785Y10T137/7841Y10T137/87394
    • A fluid fuse is quickly operable to shut off fluid flow upon rupture or other failure of fluid conducting line or other structural member downstream of the fuse. The fuse is actuated during decompression fluid flow resulting from decompression of fluid and elastic contraction of structural components downstream of the fluid fuse. During decompression fluid flow, a valve member (V) is moved from an open position to a closed position by two forces generated by a pressure differential caused by sudden decompression of the fluid and developed across two variable, sharp edge, viscosity insensitive orifices (36, 38), positioned in series and separated by a flow cut-off and sealing surface (26). The closing force, generated by the pressure differential of the upstream orifice (36) is dominant and increases with the displacement of the closing member (V) in a predetermined manner, permitting the use of a high preload and high rate opposing spring (23), at relatively low pressure differentials. The sealing surface (26) of the fuse is provided with limited freedom of alignment to permit tight sealing. The fuse assembly includes a manually adjustable bypass arrangement (40) and a pressure peak attenuating control (59).
    • 流体保险丝可快速操作,以在熔断体下游的流体导管或其他结构构件断裂或其它故障时切断流体流动。 在由流体减压和流体保险丝下游的结构部件的弹性收缩导致的减压流体流动期间,保险丝被致动。 在减压流体流动期间,阀构件(V)通过由流体突然减压引起的压力产生的两个力从打开位置移动到闭合位置,并且在两个可变的尖锐边缘,粘度不敏感孔(36 ,38),其通过流动切断和密封表面(26)串联定位。 由上游孔(36)的压差产生的关闭力是主要的,并且以预定的方式随着关闭构件(V)的位移而增加,允许使用高预载和高速度的相对弹簧(23) ,在相对较低的压差下。 保险丝的密封表面(26)具有有限的对准自由度以允许紧密密封。 保险丝组件包括可手动调节的旁路装置(40)和压力峰值衰减控制(59)。
    • 6. 发明专利
    • IT8322760D0
    • 1983-09-02
    • IT2276083
    • 1983-09-02
    • GOLD HAROLDBUDZICH TADEUSZ
    • GOLD HAROLDBUDZICH TADEUSZ
    • F16K17/30F16K
    • A fluid fuse operable to shut off fluid flow upon rupture of fluid conducting line downstream of the fuse. The fuse is actuated by two forces generated by pressure differential caused by sudden decompression of the fluid and developed across two variable, sharp edge, viscosity insensitive orifices, positioned in series and separated by a flow cut-off and sealing surface. The closing force, generated by the pressure differential of the upstream orifice is dominant and increases with the displacement of the closing member in a predetermined manner, permitting the use of a high preload and high rate opposing spring, at relatively low pressure differentials. The sealing surface of the fuse is provided with limited freedom of alignment to permit tight sealing. The fuse assembly includes a manually adjustable bypass arrangement and a pressure peak attenuating control.
    • 7. 发明专利
    • HYDRAULIC FUSE VALVE ASSEMBLY
    • CA1225304A
    • 1987-08-11
    • CA440250
    • 1983-11-02
    • GOLD HAROLDBUDZICH TADEUSZ
    • GOLD HAROLDBUDZICH TADEUSZ
    • F16K20060101F16K21/18
    • of the Invention A fluid fuse is quickly operable to shut off fluid flow upon rupture or other failure of fluid conducting line or other structural member downstream of the fuse. The fuse is actuated during decompression fluid flow resulting from decompression of fluid and elastic contraction of structural components downstream of the fluid fuse. During decompression fluid flow, a valve member is moved from an open position to a closed position by two forces generated by a pressure differential caused by sudden decompression of the fluid and developed across two variable, sharp edge, viscosity insensitive orifices, positioned in series and separated by a flow cut-off and sealing surface. The closing force, generated by the pressure differential of the upstream orifice is dominant and increases with the displacement of the closing member in a predeterined manner, permitting the use of a high preload and high rate opposing spring, at relatively low pressure differentials. The sealing surface of the fuse is provided with limited freedom of alignment to permit tight sealing. The fuse assembly includes a manually adjustable bypass arrangement and a pressure peak attenuating control.
    • 8. 发明专利
    • IT1168717B
    • 1987-05-20
    • IT2276083
    • 1983-09-02
    • GOLD HAROLDBUDZICH TADEUSZ
    • GOLD HAROLDBUDZICH TADEUSZ
    • F16K17/30F16K
    • A fluid fuse operable to shut off fluid flow upon rupture of fluid conducting line downstream of the fuse. The fuse is actuated by two forces generated by pressure differential caused by sudden decompression of the fluid and developed across two variable, sharp edge, viscosity insensitive orifices, positioned in series and separated by a flow cut-off and sealing surface. The closing force, generated by the pressure differential of the upstream orifice is dominant and increases with the displacement of the closing member in a predetermined manner, permitting the use of a high preload and high rate opposing spring, at relatively low pressure differentials. The sealing surface of the fuse is provided with limited freedom of alignment to permit tight sealing. The fuse assembly includes a manually adjustable bypass arrangement and a pressure peak attenuating control.