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    • 3. 发明授权
    • Sub-atmospheric gas delivery method and apparatus
    • 次气体输送方法及装置
    • US07013916B1
    • 2006-03-21
    • US09641933
    • 2000-08-18
    • Ronald Martin PearlsteinJohn Giles LanganDao-Hong ZhengJohn IrvenBenjamin Lee Hertzler
    • Ronald Martin PearlsteinJohn Giles LanganDao-Hong ZhengJohn IrvenBenjamin Lee Hertzler
    • F16K11/20F16K31/12G05D7/00
    • F16K1/305F16K37/0091F17C13/04F17C2205/0338F17C2205/035F17C2205/0391F17C2227/044F17C2227/048F17C2270/0518G05D16/10Y10T137/0379Y10T137/0396Y10T137/4245Y10T137/5762Y10T137/7069Y10T137/7794Y10T137/7796Y10T137/86083Y10T137/87917
    • An apparatus for containing and delivering hazardous gases at sub-atmospheric pressure from a pressurized container is provided which includes a valve body in sealed communication with an outlet orifice of the pressurized container. The outlet orifice of the pressurized container is open to an interior chamber of the pressurized container. A fluid discharge path is located in the valve body, between the outlet orifice of the pressurized container and an outlet orifice of the valve body. A pressure regulator having a pressure sensing means capable of responding to sub-atomospheric pressure, is integral to the valve body, in-line in the fluid discharge path with the pressure regulator pre-set to a pressure below atmospheric pressure to allow the gas to be delivered through the regulator from the interior chamber only when the pressure regulator senses a downstream pressure at or below the pre-set pressure. Finally, a high pressure shut-off valve integral to the valve body and in-line in the fluid discharge path and upstream from the pressure regulator is included. The gas flows through from the interior chamber of the pressurized container through the fluid discharge path, through the outlet orifice of the pressurized container, and through the outlet orifice of the valve body only when the outlet orifice is connected to a vacuum system. A method of containing and delivering hazardous gases at sub-atmospheric pressure is also provided.
    • 提供了一种用于从加压容器中容纳和传送低于大气压的有害气体的装置,其包括与加压容器的出口孔密封连通的阀体。 加压容器的出口孔通向加压容器的内部室。 流体排放路径位于阀体中,位于加压容器的出口孔与阀体的出口孔之间。 压力调节器具有能够响应亚大气压力的压力感测装置,与压力调节器预先设定为低于大气压的压力一起在流体排放路径中与阀体成一体,以允许气体 只有当压力调节器感测到等于或低于预设压力的下游压力时,才能通过调节器从内部室输送。 最后,包括与阀体成一体并且在流体排放路径中并且在压力调节器上游的一体的高压截止阀。 如果出口孔连接到真空系统,则气体从加压容器的内部腔室通过流体排出通道,通过加压容器的出口孔流过阀体的出口孔。 还提供了一种在低于大气压的压力下容纳和输送有害气体的方法。
    • 5. 发明授权
    • Adsorbent based gas delivery system with integrated purifier
    • 基于吸附剂的气体输送系统与集成净化器
    • US06932945B2
    • 2005-08-23
    • US09884406
    • 2001-06-19
    • Benjamin Lee Hertzler
    • Benjamin Lee Hertzler
    • F17C11/00B01D53/02
    • F17C11/00
    • An adsorbent based gas delivery system is provided which includes a storage and dispensing vessel having a gas outlet conduit and an interior section containing a solid-phase physical sorbent medium having physically sorptive affinity for a gas with the sorbent medium having the gas physically sorptively loaded thereon. A purifier is provided which includes at least one layer of purification media located in the interior section of the storage and dispensing vessel wherein the purification media is located adjacent to the gas outlet conduit of the vessel and provides that any gas desorbed from the sorbent medium must pass through and contact the purification media prior to exiting the vessel through the outlet conduit.
    • 提供了一种基于吸附剂的气体输送系统,其包括具有气体出口管道的存储和分配容器和包含固体物理吸附剂介质的内部部分,所述固体物理吸附剂介质对具有物理吸附亲和性的气体具有物理吸附载体, 。 提供了一种净化器,其包括位于储存和分配容器的内部部分中的至少一层净化介质,其中净化介质位于容器的气体出口导管附近,并且提供从吸附介质解吸的任何气体必须 在通过出口导管离开容器之前,通过并接触净化介质。