Hot water supply and distribution structure for cooling towers
    3.
    发明授权
    Hot water supply and distribution structure for cooling towers 失效
    冷却塔供热配水结构

    公开(公告)号:US3880964A

    公开(公告)日:1975-04-29

    申请号:US28634172

    申请日:1972-09-05

    申请人: MARLEY CO

    摘要: A crossflow cooling tower having fireproof liquid supply means including a riser opening directly into an overhead flume located inwardly of and adjacent to a hot water distributor for supplying hot liquid to be cooled to the latter. A liquid stilling chamber is provided between the riser and flume to prevent nonuniform, turbulent liquid delivery to the distributor. A horizontal conduit which is normally submerged in the hot liquid delivers liquid from the inlet flume to an outer section of the distributor to permit variation of the water delivery pattern to the fill assembly for temperature control purposes to deice the fill assembly during below freezing operation. Valve means actuated by a pneumatically expansible baffle variably restricts flow through the conduit, and the resilient nature of the baffle facilitates breakup of any ice which may tend to form thereon. A shiftable gate-controlled opening in the stilling chamber allows the operator to bypass the hot liquid around the fill assembly without cavitating the liquid power supply means.

    摘要翻译: 一种具有防火液体供应装置的横流式冷却塔,其包括直接进入位于热水分配器内侧并邻近热水分配器的塔顶水槽中的提升管开口,用于将待冷却的热液体供应给热水分配器。 在立管和水槽之间提供液体静止室,以防止不均匀的湍流液体输送到分配器。 通常浸没在热液体中的水平导管将液体从入口槽输送到分配器的外部部分,以允许将水输送模式改变到填充组件以进行温度控制,以在冷冻操作期间去除填充组件。 由气动膨胀的挡板驱动的阀装置可变地限制通过导管的流动,并且挡板的弹性特性有助于分解可能在其上形成的任何冰。 在静止室中的可移动的门控开口允许操作者绕过填充组件周围的热液体,而不会使液体供电装置气化。

    Splash bar for cooling tower fill assembly
    5.
    发明授权
    Splash bar for cooling tower fill assembly 失效
    用于冷却塔板组件的喷棒

    公开(公告)号:US3647191A

    公开(公告)日:1972-03-07

    申请号:US3647191D

    申请日:1970-07-27

    申请人: MARLEY CO

    发明人: FORDYCE HOMER E

    IPC分类号: F28C1/04 F28F25/08 B01F3/04

    摘要: A splash bar for a cooling tower fill assembly is formed from a synthetic resin sheet material and is of transversely M-shaped open base configuration. The sides of the bar are solid and vertically short relative to the horizontal distance between the sides spanned by the top, which is perforated and has a shallow, V-shaped, transverse configuration. Accordingly, the top presents a pair of inwardly sloping splash surfaces merging intermediate the sides to define a longitudinal channel along the top, three drip lines thus being provided at the channel and the two sides.

    摘要翻译: 用于冷却塔填充组件的喷溅棒由合成树脂片材形成并且具有横向M形的开放基座构造。 杆的侧面相对于由顶部跨越的侧面之间的水平距离是实心的和垂直的,其穿孔并且具有浅的V形横向构造。 因此,顶部呈现一对向内倾斜的飞溅表面,其在两侧之间合并以形成沿着顶部的纵向通道,因此在通道和两侧设置三条滴水管。

    Fill assembly structure for cross flow water cooling tower
    9.
    发明授权
    Fill assembly structure for cross flow water cooling tower 失效
    填充横流水冷却塔的组装结构

    公开(公告)号:US3894127A

    公开(公告)日:1975-07-08

    申请号:US33183673

    申请日:1973-02-12

    申请人: MARLEY CO

    发明人: FORDYCE HOMER E

    IPC分类号: F28C1/04 F28F25/08 B01F3/04

    摘要: A fireproof, hyperbolic, natural draft, cross flow water cooling tower having two story fill assembly structure between respective concrete hot water distribution and cold water basins within the tower shell and integral therewith adjacent the air inlet of the shell. Stainless steel fill and eliminator supports suspended from the distribution and basin units carry transversely threequarter wave asbestos cement board fill members and transversely full wave eliminator bars respectively cut from corrugated sheets. The fill members are disposed on edge with the longitudinal length thereof parallel to the airflow through each fill assembly structure while the eliminator bars lie in flat, generally horizontal disposition with the longitudinal axes thereof slightly tilted for drainage of the bars and located perpendicular to the path of travel of air through respective fill assembly structures.

    摘要翻译: 一种防火,双曲线,自然通风,交叉流水冷却塔,其在各个混凝土热水分配和塔壳内的冷水池之间具有两层填充组合结构,并与壳体的空气入口相邻一体。 不锈钢填料和消除器支撑悬浮在分布和盆地单元中,横向放置四分之一波浪石棉水泥板填充构件和分别从瓦楞纸切割的横向全波消除器。 填充构件设置在边缘上,其纵向长度平行于通过每个填充组件结构的气流,而消除杆处于平坦的,大体上水平的布置中,其纵向轴线略微倾斜以排出杆并且垂直于路径 空气通过相应的填充组件结构的行进。