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A process and apparatus for controlling the load minima of a separator apparatus

机译:用于控制分离器装置的最小负荷的方法和装置

摘要

1429272 Lamella sedimentation apparatus REDERI AB NORDSTJERNAN 2 March 1973 [3 March 1972] 10240/73 Heading BID A lamella sedimentation apparatus for separating solid from liquid comprises at least one package comprising spaced apart parallel plates 1 with outlet tubes 3 centrally placed between each pair of plates for clarified liquid and carried upwardly to a level above an outlet channel 11 (Fig. 6, not shown) of the package into which channel the tubes empty. The tubes are arranged such that the height of their outlets varies and at increasing flow rates clarified liquid is delivered through an increasing number of outlet tubes into the outlet channel 11 to thus maintain an acceptable flow rate between each pair of plates. A typical package contains 50 tubes with the first 17 outlet tubes opening at the same height, (Fig. 7 not shown) and each of the suoceeding tubes or groups of succeeding tubes being terminated at a height slightly above its predecessors. A plurality of such packages may be used in parallel, the number of packages being brought into operation depending on the amount of liquid to be treated. The switching into or out of use of a package may be controlled by a pivoted shutter at the outlet channel, the position of which shutter depends on the water level in the outlet channel as in Figs. 13-16 (not shown), or by sensing the water level at the inlet and actuating a motor controlled shutter at the outlet channel. The outlets of each package outlet channel 11 are connected to a further outlet channel common to all packages.
机译:1429272薄片沉降装置REDERI AB NORDSTJERNAN 1973年3月2日[1972年3月3日]标题BID一种用于从液体中分离固体的薄片沉降装置包括至少一个包装,该包装包括间隔开的平行板1,出口板3居中放置在每对之间用于澄清液体的板,并向上运送至包装的出口通道11(图6,未显示)上方的高度,管子在其中排空。布置这些管,使得它们的出口的高度变化,并且在增加的流速下,通过增加数量的出口管将澄清的液体输送到出口通道11中,从而保持每对板之间的可接受的流速。一个典型的包装包含50个管子,其中前17个出口管子以相同的高度打开(图7未显示),每个连续的管子或成组的后续管子都终止于一个略高于其前身的高度。可以并行使用多个这样的包装,包装的数量取决于要处理的液体的量。可以通过出口通道上的枢转百叶窗来控制包装的使用或不使用,该百叶窗的位置取决于出口通道中的水位,如图1和2所示。 13-16(未显示),或者通过感应进口处的水位并在出口通道处致动马达控制的百叶窗。每个包装出口通道11的出口连接到所有包装共用的另一个出口通道。

著录项

  • 公开/公告号BR7301640D0

    专利类型

  • 公开/公告日1974-02-19

    原文格式PDF

  • 申请/专利权人 REDERI AB NORDSTJERNAN;

    申请/专利号BR19730164073

  • 发明设计人 FORSELL B;OLGARD G;UDDSTRAND B;

    申请日1973-03-02

  • 分类号B01D21/00;

  • 国家 BR

  • 入库时间 2022-08-23 06:13:41

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