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    • 23. 发明授权
    • Pressure control device for cryogenic liquid vessel
    • 低温液体容器压力控制装置
    • US07073339B2
    • 2006-07-11
    • US10754756
    • 2004-01-09
    • Ivan Keith HallJustin Charles Gish
    • Ivan Keith HallJustin Charles Gish
    • F17C7/04
    • F17C13/025F17C2223/0161F17C2223/045F17C2223/047F17C2250/0626
    • An economizer circuit assembly for a cryogenic liquid vessel assembly is disclosed. The cryogenic liquid vessel assembly includes a first, outer shell and a second, inner shell defining a storage space. The storage space has a liquid space and a vapor space. The cryogenic vessel also has a delivery line extending from outside the first, outer vessel shell into the liquid space. The economizer circuit assembly includes a vent line and an integration device. The vent line extends from outside the first, outer shell into the cryogenic vessel. The vent line has a first end and a second end. The first end is disposed in the vapor space. The vent line and the delivery line are coupled, and in fluid communication at, the integration device.
    • 公开了一种用于低温液体容器组件的节能器电路组件。 低温液体容器组件包括限定存储空间的第一外壳和第二内壳。 存储空间具有液体空间和蒸气空间。 低温容器还具有从第一外部容器壳体外部延伸到液体空间的输送管线。 节能器电路组件包括排气管线和集成装置。 排气管线从第一外壳外部延伸到低温容器中。 排气管线具有第一端和第二端。 第一端设置在蒸气空间中。 排气管线和输送管线在集成装置处连接并且流体连通。
    • 24. 发明申请
    • Pressure control device for cryogenic liquid vessel
    • 低温液体容器压力控制装置
    • US20050150236A1
    • 2005-07-14
    • US10754756
    • 2004-01-09
    • Ivan HallJustin Gish
    • Ivan HallJustin Gish
    • F17C3/10F17C13/02
    • F17C13/025F17C2223/0161F17C2223/045F17C2223/047F17C2250/0626
    • An economizer circuit assembly for a cryogenic liquid vessel assembly is disclosed. The cryogenic liquid vessel assembly includes a first, outer shell and a second, inner shell defining a storage space. The storage space has a liquid space and a vapor space. The cryogenic vessel also has a delivery line extending from outside the first, outer vessel shell into the liquid space. The economizer circuit assembly includes a vent line and an integration device. The vent line extends from outside the first, outer shell into the cryogenic vessel. The vent line has a first end and a second end. The first end is disposed in the vapor space. The vent line and the delivery line are coupled, and in fluid communication at, the integration device.
    • 公开了一种用于低温液体容器组件的节能器电路组件。 低温液体容器组件包括限定存储空间的第一外壳和第二内壳。 存储空间具有液体空间和蒸气空间。 低温容器还具有从第一外部容器壳体外部延伸到液体空间的输送管线。 节能器电路组件包括排气管线和集成装置。 排气管线从第一外壳外部延伸到低温容器中。 排气管线具有第一端和第二端。 第一端设置在蒸气空间中。 排气管线和输送管线在集成装置处连接并且流体连通。
    • 25. 发明授权
    • Tie ejection apparatus for use with a railroad crosstie distribution
vehicle
    • 用于铁路叉车配送车辆的捆扎弹出装置
    • US6112670A
    • 2000-09-05
    • US72537
    • 1998-05-04
    • Robert MillerCraig SandstedDavid HancockAnthony DeluciaRoy Moore
    • Robert MillerCraig SandstedDavid HancockAnthony DeluciaRoy Moore
    • E01B29/06
    • E01B29/06
    • A tie ejector distributes new ties to be installed along a railway track, from a tie distribution car of a rail carried tie exchange vehicle. New ties are moved from a gondola cars to a conveyor at the rear of the tie distribution car leading to the tie ejector. The tie ejector has an endless drive chain on rotatable sprockets on a frame. Two striker plates are attached to the drive chain at opposite ends and opposite sides so that they cannot interfere. One is always on the rear when the other is on the front ejecting a tie by propelling it laterally relative to the conveyor. The trajectory of the tie is adjustable using a movable deflection shield attached to the frame, specifically to adjust the downward deflection angle. The tie ejector can be manually actuated by an operator while the tie distribution car is advanced, to drop ties next to the track at a predetermined and repeatable position relative to passing empty tie cribs.
    • 领带喷射器分配新的关系,沿铁路轨道安装,由铁路搭载交换车的分配车。 新的关系从吊车车厢移动到通向领带喷射器的配线车后部的输送机。 领带喷射器在框架上的可旋转链轮上具有无尽的驱动链。 两个撞板在相对端和相对侧连接到驱动链上,使它们不会干扰。 当另一个在前面时,总是在后面,通过相对于输送机横向地推动领带来弹出领带。 使用附接到框架的可动偏转屏蔽件可以调节连接的轨迹,特别是调整向下偏转角度。 领带喷射器可在操作者手动启动时,分配车前进,相对于通过的空的领带,在相对于轨道的预定和可重复的位置上放置紧固件。