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    • 21. 发明公开
    • VIBRATIONALLY ISOLATED CRYOGENIC DEVICE
    • 振动隔离低温装置
    • EP0811134A1
    • 1997-12-10
    • EP96906641.0
    • 1996-02-26
    • APD CRYOGENICS INC.
    • HILL, DennisLONGSWORTH, Ralph, C.
    • G01R33F17C13F25B9F25D19G01J5
    • F17C13/006F17C2223/0161F17C2227/0337F25D19/006G01J5/061
    • A cryogenic cold head (18) in a canister (14) is partially surrounded by an isolation mass (32). An open portion of the mass (32) permits access for connection of a vapor compression refrigeration unit (22) to the cold head (18), which is highly conductive. Straps (34) of braided copper suspend the isolation mass (32) from the cold head (18), made cold by the refrigeration unit (22). A temperature differential between the cold head (18) and a device-mounting interface (38) on the isolation mass (32) is preferably less than 2.5K per watt of heat transferred. For further vibration isolation, the device (12) is separated from the isolation mass (32) by another braided strap (24) and supported in the canister (14) by struts (16).
    • 罐(14)中的低温冷头(18)被隔离块(32)部分地包围。 质量块(32)的开口部分允许进入蒸气压缩制冷单元(22)到高度导电的冷头(18)的连接。 编织铜带(34)将隔离块(32)从冷头(18)悬挂下来,由冷却单元(22)冷却。 冷头(18)与隔离质量块(32)上的设备安装接口(38)之间的温度差优选小于2.5K每瓦传递的热量。 为了进一步振动隔离,装置(12)通过另一编织带(24)与隔离质量块(32)分离并且通过支柱(16)支撑在罐(14)中。
    • 23. 发明公开
    • Fail-safe oil lubricated helium compressor unit with oil-free gas delivery
    • öges ch te Hel hr hr hr hr hr hr hr hr hr hr hr hr hr
    • EP1965157A2
    • 2008-09-03
    • EP08008753.9
    • 2001-08-10
    • IGC-APD Cryogenics, Inc.
    • Longsworth, Ralph C.
    • F25B43/02F25B31/00F04B39/04
    • F04B39/16F04B39/04F25B9/14F25B31/004F25B43/003F25B43/02
    • In an oil-lubricated helium compressor unit, the adsorber can retain all of the oil that might be transferred from the compressor to the adsorber before the system shuts down. No oil is ever transferred or transferable to, for example, the expander in a GM type refrigeration system connected to the unit. The compressor itself will shut down because of a protective switch or seize for lack of oil before any oil carries outside the compressor unit. The unit and the connected refrigeration system can run for more than a selected design life before the compressor shuts down because the limit of oil in the adsorber has been reached. The adsorber can retain as much oil as might leave the compressor over the life of the system plus a safety margin of at least 25%. The adsorber need not be serviced or re-placed for the life of the system.
    • 在油润滑的氦压缩机单元(10)中,吸收器(34)可以在系统关闭之前保持可能从压缩机(12)传递到吸附器(34)的所有油。 没有油被转移或转移到例如连接到单元(10)的GM型制冷系统中的膨胀器。 压缩机(12)本身将由于保护开关而关闭,或者在任何油承载在压缩机单元(10)之外的情况下,因为缺油而被卡住。 由于已经达到吸附器(34)中的油的极限,在压缩机(12)关闭之前,单元(10)和所连接的制冷系统可运行超过选定的设计寿命。 吸附器(34)可以保留尽可能多的油,以使得在整个系统寿命期间离开压缩机(12)加上至少25%的安全裕度。 在系统的使用寿命内不需要对吸附器(34)进行维修或更换。
    • 30. 发明公开
    • Fail-safe oil lubricated helium compressor unit with oil-free gas delivery
    • 采用无油气体输送的故障安全油润滑氦压缩机组
    • EP1197711A2
    • 2002-04-17
    • EP01119291.1
    • 2001-08-10
    • IGC-APD Cryogenics, Inc.
    • Longsworth, Ralph C.
    • F25B43/02F25B31/00F04B39/04
    • F04B39/16F04B39/04F25B9/14F25B31/004F25B43/003F25B43/02
    • In an oil-lubricated helium compressor unit (10), the adsorber (34) can retain all of the oil that might be transferred from the compressor (12) to the adsorber (34) before the system shuts down. No oil is ever transferred or transferable to, for example, the expander in a GM type refrigeration system connected to the unit (10). The compressor (12) itself will shut down because of a protective switch or seize for lack of oil before any oil carries outside the compressor unit (10). The unit (10) and the connected refrigeration system can run for more than a selected design life before the compressor (12) shuts down because the limit of oil in the adsorber (34) has been reached. The adsorber (34) can retain as much oil as might leave the compressor (12) over the life of the system plus a safety margin of at least 25%. The adsorber (34) need not be serviced or replaced for the life of the system.
    • 在油润滑氦压缩机单元(10)中,吸附器(34)可以在系统关闭之前将所有可能从压缩机(12)转移到吸附器(34)的油保留下来。 例如,连接到单元(10)的GM型制冷系统中的膨胀机不会传输或转移油。 压缩机(12)本身将由于保护开关而关闭,或者在任何油运载到压缩机单元(10)外部之前抓住缺少油的情况。 由于已达到吸附器(34)中的油的极限,因此在压缩机(12)关闭之前,单元(10)和所连接的制冷系统可运行超过选定的设计寿命。 吸附器(34)可以保留在整个系统的使用寿命期间离开压缩机(12)的油量加上至少25%的安全余量。 吸附器(34)不需要为系统的使用寿命进行维修或更换。