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    • 31. 发明授权
    • Measuring cell
    • 测量单元
    • US5048325A
    • 1991-09-17
    • US627541
    • 1990-12-07
    • Georg C. von AlfthanAntti I. Ahonen
    • Georg C. von AlfthanAntti I. Ahonen
    • G01N23/12
    • G01N23/12
    • The invention relates to a measuring cell (1) designed for measuring the contents of the components present in slurries which are in a flowing motion, the measuring cell comprising an inlet pipe (2) and an outlet pipe (9) for the slurry and a measuring window (3). According to the invention, the inlet pipe (2) is placed at a given distance from and in an inclined position with respect to the plane contained in the measuring window (3), in order to direct the slurry jet entering from the inlet pipe (2) to a point that is approximately one internal radius of the inlet passage (2) in front of the center of the measuring window (3).
    • 本发明涉及一种设计用于测量存在于流动运动中的浆料中的成分的测量池(1),该测量池包括用于浆料的入口管(2)和出口管(9)和 测量窗(3)。 根据本发明,入口管(2)相对于包含在测量窗(3)中的平面处于倾斜位置并且处于给定距离处,以便引导浆料射流从入口管 2)到位于测量窗(3)中心前方的入口通道(2)的大约一个内半径的点。
    • 33. 发明授权
    • Method and apparatus for monitoring and evaluating the density of a
tobacco stream
    • 用于监测和评估烟草流的密度的方法和装置
    • US4785830A
    • 1988-11-22
    • US572563
    • 1984-01-18
    • Henning MollerWerner Hartmann
    • Henning MollerWerner Hartmann
    • A24D3/02A24C5/18A24C5/34A24D3/10G01N23/12A24C5/14
    • A24C5/3412A24C5/1871G01N23/12Y10S131/905Y10S131/906
    • A continuous stream of tobacco shreds is built at the underside of the lower reach of an air-permeable belt conveyor by conveying tobacco shreds in currents of air which impinge upon the lower reach of the conveyor at a variable angle and at a variable speed. The density of various layers of the stream at a plurality of points at different distances from the lower reach of the conveyor is monitored by a device which directs X-rays transversely across the stream and has a uni- or two-dimensional detector with one or more rows of diodes exposed to X-rays which have penetrated through the stream. The signals which are thereby generated by the diodes denote the monitored density at the plurality of points and are scanned, evaluated and processed to actuate one or more servomotors which vary one or more parameters that influence the orientation of shreds in the stream, the density and/or other characteristics of the stream. Such parameters can include the subatmospheric pressure at one side of the lower reach of the conveyor, the direction of flow, speed and/or quantity of air which transports the shreds to the conveyor, the rate of admission of tobacco shreds into the air current or currents, and/or the position of the trimming device which removes the surplus from the stream. The signals can be used to vary the parameters which influence the characteristics of the entire stream and/or to vary one or more parameters which influence the density and/or other characteristics of one or more layers of the stream.
    • 通过在可变角度和可变速度下撞击输送机下端的空气流中输送烟丝,在透气性带式输送机的下方的下侧建立连续的烟丝流。 在距离输送机较低距离的不同距离处的多个点处的流的各个层的密度由横向跨越流引导X射线的装置监测,并且具有一维或二维检测器,其具有一个或 暴露于穿过流的X射线的更多行的二极管。 由二极管产生的信号表示在多个点处的监测密度,并且被扫描,评估和处理以致动一个或多个伺服电动机,其改变一个或多个影响流中碎片的取向的参数,密度和 /或流的其他特征。 这样的参数可以包括在输送机下端到达一侧的低于大气压的压力,流动方向,将碎片输送到输送机的空气的速度和/或数量,烟丝进入气流的速度或 和/或修剪装置的位置,其从流中去除剩余物。 信号可用于改变影响整个流的特性的参数和/或改变影响流的一个或多个层的密度和/或其它特性的一个或多个参数。
    • 35. 发明授权
    • Method and apparatus for the gamma transmission analysis of
multicomponent mixtures in the presence of coarse grained components
    • 在存在粗颗粒组分的情况下用于多组分混合物的γ透射分析的方法和装置
    • US4539649A
    • 1985-09-03
    • US417896
    • 1982-09-14
    • Walfried MichaelisHans-Ulrich FangerHans L. The
    • Walfried MichaelisHans-Ulrich FangerHans L. The
    • G01N23/06G01N9/24G01N15/02G01N23/12G06F15/46G01F1/00
    • G01N23/12
    • Method for determining the average density or volume percentage of at least one coarse grained component of a multicomponent mixture by gamma transmission analysis, including the steps of irradiating the mixture with gamma radiation from at least one source, detecting the transmitted radiation by means of at least one detector, and evaluating the relation between the transmitted and detected radiation to determine the average density or volume percentage by using a transmission equation applicable to homogeneous mixtures, the evaluation including transforming the values resulting from solving such equation, or a selected term of such equation, with the aid of a correction function which is derived by comparison of corresponding values in the transmission equation applicable to the homogeneous mixtures and in a further transmission equation which is dependent on the particle sizes of the coarse grained component in order to provide a corrected determination relative to that component.
    • 用于通过γ透射分析测定多组分混合物的至少一种粗颗粒组分的平均密度或体积百分比的方法,包括以下步骤:用至少一种来源的γ辐射照射混合物,至少借助于 一个检测器,并且通过使用适用于均匀混合物的传输方程来评估发射和检测的辐射之间的关系以确定平均密度或体积百分比,评估包括转换由求解这种方程得到的值,或选择的这样的等式的项 借助于通过比较可应用于均匀混合物的透射方程中的相应值而得到的校正函数,以及依赖于粗粒度分量的粒度的另一透射方程,以提供校正的测定 相对于该组件。
    • 39. 发明授权
    • Method and system for generating and collecting gallium-68 using
alkaline eluant
    • 使用碱性洗脱液生成和收集镓-68的方法和系统
    • US4330507A
    • 1982-05-18
    • US158395
    • 1980-06-11
    • Robert E. Lewis
    • Robert E. Lewis
    • G21G4/08G01N23/12A61K43/00A61K49/00C01G15/00
    • G21G4/08
    • A method for generating Ga-68 from Ge-68 is provided that comprises contacting a substrate on which Ge-68 has been adsorbed with an alkaline solution having a pH of at least about 12 and thereby eluting Ga-68. Preferably the Ga-68 is eluted in the form of the gallate ion. A generator system comprises a generator column containing Ge-68 and Ga-68, a sealed eluant container having a predetermined quantity of eluant comprising an alkaline solution having a pH of at least about 12, and an evacuated eluate collection vial having a vacuum sufficient to draw the desired quantity of eluate into the eluate collection vial. The eluate collection vial can contain a neutralizing agent and also a diagnostically useful complexing agent.
    • 提供了用于从Ge-68产生Ga-68的方法,其包括使已经吸附了Ge-68的基底与pH至少为约12的碱性溶液接触,从而洗脱Ga-68。 优选地,Ga-68以没食子酸酯离子的形式洗脱。 发生器系统包括含有Ge-68和Ga-68的发生器柱,具有预定量的洗脱液的密封洗脱液容器,其包含pH至少约为12的碱性溶液,以及抽真空的洗脱物收集瓶,其具有足以 将所需量的洗脱液吸入洗脱液收集瓶中。 洗脱液收集瓶可以含有中和剂以及诊断上有用的络合剂。