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    • 2. 发明授权
    • Door opening system and method
    • 开门系统及方法
    • US5291923A
    • 1994-03-08
    • US949960
    • 1992-09-24
    • Gary M. GallagherGordon E. Johnson
    • Gary M. GallagherGordon E. Johnson
    • B65D8/18B65D81/20B65D85/57B65D85/86F16J15/46H01L21/673B65B3/00H05K1/00
    • H01L21/67376F16J15/46
    • A reusable isolation structure features an easily cleanable shell. The opening of the shell includes a groove formed around the periphery thereof and is preferably not more than slightly smaller than an interior cross-section of the shell. A closure member (door) of the isolation structure is dimensioned to fit within the opening and has a resilient seal member clamped to the periphery of a backbone by front and rear plates. The front and rear plates cooperate with grooves formed in the backbone to define a preferred form of manifold for coupling pressure or a vacuum to the interior of the resilient seal member whereby the resilient seal member may be collapsed to allow removal of the closure member or allowed to expand or pressurized to provide secure closure member. A vacuum structure for handling the closure member simultaneously provides for evacuation and controlled collapse of the resilient seal member as well as containment of contamination of the exterior thereof.
    • 可重复使用的隔离结构具有易于清洁的外壳。 壳的开口包括围绕其周边形成的凹槽,优选地不大于稍小于壳体的内部横截面。 隔离结构的封闭构件(门)的尺寸设计成装配在开口内,并且具有通过前板和后板夹紧到骨架周边的弹性密封构件。 前板和后板与形成在骨架中的凹槽配合以限定用于将压力或真空耦合到弹性密封构件内部的优选形式的歧管,由此弹性密封构件可能被折叠以允许移除闭合构件或允许 以膨胀或加压以提供安全的封闭构件。 用于处理封闭构件的真空结构同时提供弹性密封构件的排空和可控制的塌陷以及容纳其外部污染物。
    • 8. 发明授权
    • Gas purge system for isolation enclosure for contamination sensitive
items
    • 用于污染敏感物品的隔离外壳的气体净化系统
    • US5295522A
    • 1994-03-22
    • US949959
    • 1992-09-24
    • Robert L. DeAngelisGary M. Gallagher
    • Robert L. DeAngelisGary M. Gallagher
    • B65B55/00B65D8/18B65D81/20B65D85/57B65D85/86H01L21/02H01L21/673B65B1/04H05K1/00
    • H01L21/67376Y10S414/139
    • A reusable isolation enclosure has a closure member adapted for purging gases from the enclosure. The closure member includes filters and vapor and moisture drains. Replacement of ambient environmental gases in the sealed enclosure is provided. A purge gas is provided by the gas replacement system which quickly connects to the enclosure and quickly disconnects from the enclosure. Suction cups surrounding the ends of gas connection lines form the interface to the filter membrane and form a sealed connection with the closure member. No other mechanical connection than the suction cups is required. The outlets and inlets of the purging system and the exhausting system are automatically disconnected by a spring valve when the isolation container to be purged is removed. When the closure member of the isolation enclosure is placed upon the purge system the weight of the package compresses the valve spring opening the valves, permitting the purge gas to flow. An empty isolation enclosure has insufficient weight to open the spring actuated valve system. Only enclosures carrying the weight of a product are purged. A flow indicator for measuring the rate of flow of gas through the quick connection means is connected thereto.
    • 可重复使用的隔离外壳具有适于从外壳吹扫气体的封闭构件。 封闭构件包括过滤器和蒸汽和水分排水管。 提供了更换密封外壳中的周围环境气体。 吹扫气体由气体更换系统提供,其快速连接到外壳并且快速地与外壳断开连接。 围绕气体连接管线的端部的吸入杯形成与过滤膜的接口,并与封闭构件形成密封连接。 不需要除吸盘外的其他机械连接。 当要清除的隔离容器被移除时,清洗系统和排气系统的出口和进口将被弹簧阀自动断开。 当隔离罩的封闭构件放置在吹扫系统上时,该包装件的重量压缩打开阀的阀弹簧,允许净化气体流动。 一个空的隔离外壳没有足够的重量来打开弹簧启动的阀门系统。 只有携带产品重量的外壳才被清除。 用于测量通过快速连接装置的气体流量的流量指示器被连接到其上。