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    • 1. 发明授权
    • Method for measuring the volume flow of electrically conductive liquids through a vessel
    • 测量导电液体通过容器的体积流量的方法
    • US08171802B2
    • 2012-05-08
    • US12736263
    • 2009-03-27
    • Colin HendersonUwe LangStefan HotherSteven BookbinderThomas Köhler
    • Colin HendersonUwe LangStefan HotherSteven BookbinderThomas Köhler
    • G01F1/58
    • G01F1/007G01F23/24
    • It is described a method of measurement of the volume VD of the flow-rate of electrically conductive liquids the conductivity of which is at least codetermined by at least one parameter p, wherein the liquid flows through a vessel having a predetermined shape, and wherein the respective filling volume Vo is determined by at least one measured value x, which is measured by an electrical conductivity measuring device comprising electrodes, wherein the vessel is filled in succession and then is emptied through its outlet, through which the filling heights h are constantly changing. At least one reference table comprising calibration measured values xR and filling volumes Vo belonging to them is constructed by means of calibration measurements using several liquid samples, which have different p-values and different filling heights h in the vessel. The measured values x are measured in time intervals and the respective filling volumes Vo are determined by comparison of the respective measured values x with values xR of the table, and the volume VD of the rate of flow is determined from the filling volumes Vo over a time period. The measuring device for the determination of the volume VD of flow rate of electrically conductive liquids through a vessel comprises at least two measuring electrodes.
    • 描述了一种测量导电液体的流速的体积VD的方法,其导电性至少由至少一个参数p代入其中,其中液体流过具有预定形状的容器,并且其中 相应的填充体积Vo由至少一个由包括电极的电导率测量装置测量的测量值x确定,其中容器被连续填充,然后通过其出口排空,填充高度h通过该排出物不断变化 。 通过使用几个液体样品(其在容器中具有不同的p值和不同的填充高度h)的校准测量来构建包括校准测量值xR和属于它们的填充体积Vo的至少一个参考表。 以时间间隔测量测量值x,并且通过将各个测量值x与表的值xR进行比较来确定相应的填充体积Vo,并且根据表的填充体积Vo确定流速的体积VD 时间段。 用于确定导电液体通过容器的流量的体积VD的测量装置包括至少两个测量电极。
    • 2. 发明申请
    • METHOD FOR MEASURING THE VOLUME FLOW OF ELECTRICALLY CONDUCTIVE LIQUIDS THROUGH A VESSEL
    • 通过船舶测量电导液体积流量的方法
    • US20110011184A1
    • 2011-01-20
    • US12736263
    • 2009-03-27
    • Colin HendersonUwe LangStefan HotherSteven BookbinderThomas Kohler
    • Colin HendersonUwe LangStefan HotherSteven BookbinderThomas Kohler
    • G01F1/58
    • G01F1/007G01F23/24
    • It is described a method of measurement of the volume VD of the flow-rate of electrically conductive liquids the conductivity of which is at least codetermined by at least one parameter p, wherein the liquid flows through a vessel having a predetermined shape, and wherein the respective filling volume Vo is determined by at least one measured value x, which is measured by an electrical conductivity measuring device comprising electrodes, wherein the vessel is filled in succession and then is emptied through its outlet, through which the filling heights h are constantly changing. At least one reference table comprising calibration measured values xR and filling volumes Vo belonging to them is constructed by means of calibration measurements using several liquid samples, which have different p-values and different filling heights h in the vessel. The measured values x are measured in time intervals and the respective filling volumes Vo are determined by comparison of the respective measured values x with values xR of the table, and the volume VD of the rate of flow is determined from the filling volumes Vo over a time period. The measuring device for the determination of the volume VD of flow rate of electrically conductive liquids through a vessel comprises at least two measuring electrodes.
    • 描述了一种测量导电液体的流速的体积VD的方法,其导电性至少由至少一个参数p代入其中,其中液体流过具有预定形状的容器,并且其中 相应的填充体积Vo由至少一个由包括电极的电导率测量装置测量的测量值x确定,其中容器被连续填充,然后通过其出口排空,填充高度h通过该排出物不断变化 。 通过使用几个液体样品(其在容器中具有不同的p值和不同的填充高度h)的校准测量来构建包括校准测量值xR和属于它们的填充体积Vo的至少一个参考表。 以时间间隔测量测量值x,并且通过将各个测量值x与表的值xR进行比较来确定相应的填充体积Vo,并且根据表的填充体积Vo确定流速的体积VD 时间段。 用于确定导电液体通过容器的流量的体积VD的测量装置包括至少两个测量电极。
    • 8. 发明申请
    • CONTAINER
    • 容器
    • US20130105340A1
    • 2013-05-02
    • US13806859
    • 2011-07-05
    • Stefan HotherThomas HagenAlexandra MerzDavid ZoggClaudio Schödler
    • Stefan HotherThomas HagenAlexandra MerzDavid ZoggClaudio Schödler
    • B65D81/32
    • B65D81/32A47J31/3676B65D85/8043
    • A container having a top wall, which has at least one top wall region that can be perforated to form a feed opening for feeding a liquid; a bottom wall, which has at least one bottom wall region that can be perforated to form an outlet opening; and at least one chamber, which is surrounded by chamber walls and in which a base product and an adjustment element are located. The adjustment element is arranged such that it can be moved from an idle position to a working position and, when in the working position, opens at least one chamber wall. A chamber wall has at least one opening, on or in which a component of the adjustment element is detachably fastened when in the idle position. The component of the adjustment element closes the opening in the chamber wall.
    • 一种具有顶壁的容器,其具有至少一个可以穿孔的顶壁区域,以形成用于供给液体的进料口; 底壁,其具有至少一个可被穿孔以形成出口的底壁区域; 以及至少一个室,其被室壁围绕并且其中产品和调节元件位于其中。 调节元件布置成使得其可以从空闲位置移动到工作位置,并且当处于工作位置时,打开至少一个室壁。 室壁具有至少一个开口,在空闲位置时,调节元件的部件可拆卸地固定在其上或其中。 调节元件的部件关闭室壁中的开口。
    • 9. 发明授权
    • Apparatus and process for biological wastewater purification
    • 生物废水净化装置及工艺
    • US06620323B2
    • 2003-09-16
    • US09745066
    • 2000-12-21
    • Stefan HotherGerhard ProbstKlaus RocznikBernd Striegel
    • Stefan HotherGerhard ProbstKlaus RocznikBernd Striegel
    • C02F312
    • C02F3/1257B01D21/003B01D21/0045B01D21/01B01D21/06B01D21/2466B01D21/2488C02F3/12Y02W10/15
    • The present invention relates to an apparatus and a process for biological wastewater purification. According to the invention an activation tank (10) is provided in which, with feed of a catalyst, wastewater constituents are degraded by degradation means (11), for example microorganisms, suspended in the wastewater. In the activation tank (10) is disposed at least one lamellae pack (50) in or on which the degradation means (11) suspended in the wastewater are separated out by sedimentation to fall as thickened sedimentation means sludge (11′) to the bottom region (15) of the activation tank (10). In the said bottom region (15) of the activation tank (10) is provided forced recirculation (20, 22) of the degradation means, which takes up the thickened degradation means sludge (11′) and recirculates it as suspended degradation means (11) back to the activation tank (10).
    • 本发明涉及一种用于生物废水净化的装置和方法。 根据本发明,提供了一种活化罐(10),其中在催化剂的进料中,废水组分由悬浮在废水中的降解装置(11),例如微生物降解。 在活化罐(10)中设置至少一个薄片包装(50),其中悬浮在废水中的降解装置(11)通过沉降分离出来,由于增稠的沉降意味着污泥(11')到底部 活性罐(10)的区域(15)。 在所述活化槽(10)的所述底部区域(15)中设置有降解装置的强制再循环(20,22),所述降解装置占据所述增稠的降解装置污泥(11')并将其作为悬浮的降解装置(11 )回到活化罐(10)。