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    • 3. 发明公开
    • Method and apparatus for automated raw material screening
    • Verfahren und Vorrichtung zur automatisierten Rohmaterialuntersuchung
    • EP2508909A2
    • 2012-10-10
    • EP12163086.7
    • 2012-04-04
    • Bruker BioSpin Corporation
    • Colson, Kimberly L.Hicks, Joshua M.Fischer, Christian
    • G01R33/46
    • G01N24/08G01N24/085G01N24/088G01R33/4625G01R33/543
    • An automated screening device that performs standardized system suitability tests and evaluations and measures components of a submitted sample to assist in the quality control screening of raw materials, ingredients, pharmaceuticals, chemicals, polymers, food products, petroleum and many other materials. After determining the performance suitability of an NMR spectrometer, the system permits samples to be submitted for screening. An NMR spectrum of a sample is acquired and a qualitative analysis unit identifies at least one reference NMR spectrum corresponding a compound present in the sample and a quantitative analysis unit integrates relative signal intensity signals of the sample spectrum in regions of peak intensity in the one reference NMR spectrum and compares integration results to a number of atoms in each region in order to confirm identification of the compound.
    • 一种自动筛选装置,执行标准化系统适用性测试和评估并测量提交样品的组成部分,以协助对原材料,成分,药品,化学品,聚合物,食品,石油和许多其他材料进行质量控制筛选。 在确定NMR光谱仪的性能适用性后,系统允许提交样品进行筛选。 获得样品的NMR光谱,并且定性分析单元鉴定对应于样品中存在的化合物的至少一个参考NMR光谱,并且定量分析单元将样品光谱的相对信号强度信号在该参考的峰强度区域中积分 NMR谱,并将整合结果与每个区域中的多个原子进行比较,以确认化合物的鉴定。
    • 5. 发明公开
    • Planar NMR coils with localized field-generating and capacitive elements
    • 用于与所述局部场产生元件和电容元件的核自旋共振平面线圈
    • EP1239297A2
    • 2002-09-11
    • EP02004049.9
    • 2002-02-23
    • Bruker Biospin Corp.
    • Withers, Richard S.
    • G01R33/34
    • G01R33/341G01R33/34007G01R33/34023G01R33/34061G01R33/34092
    • Improved superconducting coils for a nuclear magnetic resonance probe use capacitive elements that are located in regions further from an active sample volume than magnetic field generating elements to which they are electrically connected. The sample volume is a substantially oblong shape, and the magnetic field generating elements run substantially parallel to the major axis of the shape, while the capacitor elements run perpendicular to the major axis. The magnetic field generating elements and the capacitor elements may vary in length relative to their distance from a center of the oblong shape. The total number of capacitors formed by the loops may vary from one embodiment to another, typically depending on the necessary resonant frequency. A coil may use sub-coils, each of which incorporates a plurality of the magnetic field generating elements and interdigital capacitor elements, the capacitor elements preferably being located to both sides of the oblong shape.
    • 用于核磁共振探头使用电容元件并位于有源另外的区域从样品体积比的磁场产生元件提高超导线圈与它们电连接。 样品体积是基本长方形的形状,并且所述磁场产生元件大致平行的形状的主轴线,而电容器元件垂直运行于所述长轴。 磁场产生元件和电容器元件可在相对于它们的距离长度从长圆形形状的中心变化。 由环形成电容器的总数量可以从一个到另一个实施方式而变化,通常根据所需的谐振频率。 线圈可以使用子线圈,其中的每一个结合了磁场产生元件和叉指式电容器元件的复数,所述电容器元件优选地位于该长形状的bothsides。