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    • 6. 发明授权
    • Over-pressure limiting arrangement for a cryogen vessel
    • 冷冻剂容器的超压限制装置
    • US09523467B2
    • 2016-12-20
    • US14382071
    • 2013-01-29
    • SIEMENS PLC
    • Patrick William RetzNeil Charles Tigwell
    • F16K17/14F17C13/12F16K17/16H01F6/02G01R33/28G01R33/38G01R33/3815
    • F17C13/12F16K17/16G01R33/288G01R33/3804G01R33/3815H01F6/02Y10T137/1692
    • An over-pressure limiting arrangement for a cryogen vessel includes an access neck providing access into the cryogen vessel, a tubular structure extending through the access neck, a turret outer assembly joined leak-tight to the cryogen vessel and defining an interior volume that is separated from the atmosphere by a protective valve or burst disc, enclosing an upper extremity of the access neck and the tubular structure. An egress path defines a route for cryogen gas to escape from the turret outer assembly, and a pressure-responsive quench valve seals the egress path and opens when a differential pressure between the interior of the turret outer assembly and the interior of the egress path exceeds a predetermined value. An auxiliary burst disc, or a valve, is attached to the tubular structure within the turret outer assembly, with an inner surface thereof exposed to the interior of the tubular structure and an outer surface thereof exposed to the interior of the turret outer assembly.
    • 用于冷冻剂容器的过压限制装置包括提供进入冷冻剂容器的进入颈部,延伸穿过进入颈部的管状结构,与冷冻剂容器密封连接并限定分离的内部体积的转塔外部组件 通过保护阀或爆破盘从大气中包围入口颈部和管状结构的上端。 出口路径定义了冷冻剂气体从转塔外部组件逸出的路线,并且压力响应型骤冷阀密封出口路径,并且当转塔外部组件的内部与出口路径的内部之间的压差超过 预定值。 辅助爆破盘或阀门附接到炮塔外部组件内的管状结构,其内表面暴露于管状结构的内部,其外表面暴露于炮塔外部组件的内部。
    • 9. 发明授权
    • Freeze tolerant ball valve
    • 防冻球阀
    • US09334966B2
    • 2016-05-10
    • US14737067
    • 2015-06-11
    • Ronald Lehman
    • Ronald Lehman
    • F16K17/40F16K3/22F16K5/06F16K17/14F16K27/06F16K27/04
    • F16K17/16F16K3/22F16K5/06F16K17/14F16K27/04F16K27/067
    • A freeze tolerant ball valve for controlling the direction of expansion of freezing water within the ball valve is disclosed. The valve includes valve body inlet and the valve body outlet, and a spherical-shaped gate that has an axial fluid passage that extends through the spherical-shaped gate. The spherical-shaped gate can be rotated to block fluid communication between the valve body inlet and the valve body outlet. The valve body also has a first sidewall that is of a first sidewall thickness, and a sidewall having a boss that supports a concave cap that has a bottom wall that is of a bottom wall thickness, the bottom wall thickness being substantially thinner than the sidewall thickness. The cooperation of the passage through the spherical- shaped gate, the first sidewall with its first sidewall thickness positioned opposite to the bottom wall of the concave cap results in a valve that directs the effects of freezing on to the concave cap, which would fail first in the event of freezing. The cap can be easily and quickly replaced in the event of failure.
    • 公开了一种用于控制球阀内冷冻水膨胀方向的防冻球阀。 阀包括阀体入口和阀体出口,以及具有延伸穿过球形门的轴向流体通道的球形门。 可以旋转球形门以阻止阀体入口和阀体出口之间的流体连通。 阀体还具有第一侧壁厚度的第一侧壁,以及具有支撑具有底壁的底盖的凸起的侧壁的侧壁,底壁厚度基本上比侧壁 厚度。 通过球形门的通道,其第一侧壁的第一侧壁厚度与凹形盖的底壁相对定位,导致将冷冻效果引导到凹帽的阀门,这将首先失效 在冻结的情况下。 发生故障时,盖可以方便快捷地更换。