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Amendment manner null of the measurement error which depends on the point of measurement in the automated analysis meter

机译:测量误差的修正方式无效,这取决于自动分析仪中的测量点

摘要

PURPOSE:To attain to enhance the reliability of an analytical result, by a method wherein an empty reaction container is scanned by a single detector to detect an optical property while measuring parameters dependent on measuring points where a large number of reaction container lines are preliminarily calculated and these parameters are used in the correction of the measuring result of a liquid specimen. CONSTITUTION:A turntable 1 is rotated by a step motor 15 and a reaction container C2 is sent to a measuring point P1 and subsequently sent to succeeding measuring points stepwise. Next, a support stand 9 is revolved from the measuring point P1 to a measuring point P22 through an AC motor 14 and, for example, 22 reaction containers are scanned by a light source 10 and a photoelectric detector 11. The detection signal from the detector 11 is inputted to a control/ data processing apparatus 19 through a lead 16, an A/D converter 17 and a lead 18. By this mechanism, for example, the sum total of absorbancy values of 80 reaction containers at the arbitrary measuring point of the measuring point P1-P22 is set to a reference value and the difference of this reference value and the sum total of absorbancy values of 80 reaction containers at a measuring point other than said arbitray measuring point is calculated, and processed and calculated by the apparatus 19 as the correction value of measuring parameters. Therefore, a measuring error can be corrected.
机译:用途:为了提高分析结果的可靠性,采用一种方法,其中用一个检测器扫描一个空的反应容器,同时测量光学特性,同时测量依赖于初步计算出大量反应容器线的测量点的参数这些参数用于校正液体样品的测量结果。组成:转盘1由步进电机15旋转,反应容器C2被送至测量点P1,然后逐步送至后续的测量点。接下来,通过交流电动机14使支架9从测量点P1旋转到测量点P22,并且例如通过光源10和光电检测器11扫描22个反应容器。来自检测器的检测信号通过引线16,A / D转换器17和引线18将图11所示的输入输入到控制/数据处理设备19。通过这种机制,例如,在任意测量点的80个反应容器的吸收值的总和。将测量点P1-P22设置为参考值,并且该参考值与所述任意测量点以外的测量点处的80个反应容器的吸光度值的总和的差值被计算,并由设备进行处理和计算19作为测量参数的校正值。因此,可以校正测量误差。

著录项

  • 公开/公告号JPH0617917B2

    专利类型

  • 公开/公告日1994-03-09

    原文格式PDF

  • 申请/专利权人 SHIMADZU CORP;

    申请/专利号JP19830249422

  • 发明设计人 TAKEUCHI SADAO;

    申请日1983-12-29

  • 分类号G01N35/00;

  • 国家 JP

  • 入库时间 2022-08-22 04:51:53

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