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    • 1. 发明授权
    • Combination teaching aid and modular instrumental analysis system and components therefor
    • 组合教学辅助和模块化仪器分析系统及其组件
    • US3701603A
    • 1972-10-31
    • US3701603D
    • 1969-11-03
    • ROY E BOOSTROMARMAN MANDELLLEWIS MALTER
    • BOOSTROM ROY EMANDELL ARMANMALTER LEWIS
    • G01J3/02G01N21/25G09B23/22G01N1/10G01J3/48
    • G01N21/253G01J3/02G01J3/021G01J3/0291G01N2201/024G09B23/22
    • A COMBINATION TEACHING AID AND MODULAR INSTRUMENTAL ANALYSIS SYSTEM IN WHICH A PLURALITY OF MODULES ARE PROVIDED, EACH HAVING A SEPARATE FUNCTION, AND IN WHICH THE DIFFERENT MODULES ARE ADAPTED TO BE PLACED TOGETHER IN DIFFERENT COMBINATIONS TO PROVIDE DIFFERENT OPTICAL ANALYSIS INSTRUMENTS. THE MODULES INCLUDE A LIGHT SOURCE FOR PROVIDING LIGHT, A DETECTOR MODULE FOR RECEIVING LIGHT WHICH HAS BEEN EXPOSED TO A SAMPLE COMPARTMENT MODULE WHICH RECEIVES ONE OR MORE SAMPLES TO BE ANALYZED, AND MANY INCLUDE DISPLAY MEANS IN THE FORM OF A METER OR THE LIKE FOR READING THE OUTPUT OF THE DETECTOR MODULE. THE COMBINATION MAY ALSO INCLUDE A MONOCHROMATOR UNIT FOR PROVIDING SUBSTANTIALLY MONOCHROMATIC LIGHT, AND A FILTER MODULE WHICH IS ADAPTED TO CONTAIN ONE OR MORE FILTERS THROUGH WHICH A LIGHT BEAM MAY BE PASSED FOR OBTAINING A BEAM OF DESIRED FREQUENCY. DIFFERENT ARRANGEMENTS OF THE VARIOUS MODULES WILL PRODUCE A SPECTROPHOTOMETER, A FILTER PHOTOMETER, OR A NEPHELOMETER. THE DESCRIBED MODULE UNITS ARE ARRANGED SO THAT AT LEAST SOME OF THEM MAY BE DISPOSED ON A BASE AND OPTICALLY ALIGNED BY MEANS OF COMBINATION ADJUSTING AND CLAMPING MEANS, SO THAT THE UNITS MAY BE THEREAFTER MOVED, OR REPLACED AS DESIRED WITHOUT AFFECTING THE ALIGNMENT THEREOF. THE DESCRIBED UNITS ARE CONSTRUCTED AND ARRANGED SO THAT ALL THE SIGNIFICANT OPERATIONAL AND FUNCTIONAL PROPERTIES OF EACH MODULE MAY DE DIRECTLY OBSERVED BY THE STUDENT. THEREFORE, EACH MODULE IS ADAPTED TO PERFORM A MINIMUM NUMBER OF FUNCTIONS, AND THE MODULAR CONCEPT AND THE CONSTRUCTION FEATURES ARE USED AS A TEACHING AID USED TO EMPHASIZE THE RELATION BETWEEN VARIOUS SYSTEMS OF OPTICAL INSTRUMENTAL ANALYSIS. THE FILTER COMPARTMENT MODULE AND THE SAMPLE COMPARTMENT MODULE INCLUDE HOLDER MEANS FOR HOLDING LIGHT FILTERS OR SAMPLE UNITS, AND THE HOLDER MEANS FOR HOLDING LIGHT SO AS TO FACILITATE INTERCHANGE OF THE SAMPLE HOLDERS AND FILTER UNITS, AND TO BE ADAPTED FOR USE WITHOUT CHANGE TO PERFORM DIFFERENT FUNCTIONS IN DIFFERENT INSTRUMENTAL COMBINATIONS.
    • 2. 发明授权
    • Scanning array spectrophotometer
    • 扫描阵列分光光度计
    • US4798464A
    • 1989-01-17
    • US838858
    • 1986-03-12
    • Roy E. Boostrom
    • Roy E. Boostrom
    • G01J3/10G01J3/28G01J3/08G01J3/36
    • G01J3/10G01J3/28G01J2003/2866G01J3/2803
    • The advantage of sustained wavelength accuracy and mechanical simplicity of a spectrophotometer using a photodiode array as photometric detector and a fixed diffraction grating as dispersion means may be limited to a relatively short wavelength range by problems of stray light, second order errors and overloading of the detector at portions of the wavelength range. By utilizing repeat scanning of the array, each scan being modified by using a different source lamp and correction filters, freedom from the cited problems over part of each scanned wavelength range can be effected. A computer controls the scan sequence and combines the usable portion of each scan to produce error free operation over an extended range.
    • 使用光电二极管阵列作为光度检测器和固定衍射光栅作为分散装置的分光光度计的持续波长精度和机械简单性的优点可以通过杂散光,二阶误差和检测器的过载问题被限制在相对较短的波长范围内 在波长范围的部分。 通过利用阵列的重复扫描,可以实现通过使用不同的源灯和校正滤波器来修改每个扫描,从而避免了每个扫描波长范围的一部分上引用的问题。 计算机控制扫描序列,并组合每次扫描的可用部分,以在扩展范围内产生无错误的操作。
    • 3. 发明授权
    • Automatic digital wavelength calibration system for a spectrophotometer
    • 用于分光光度计的自动数字波长校准系统
    • US4692883A
    • 1987-09-08
    • US704356
    • 1985-02-21
    • Michael R. NelsonRoy E. BoostromJerry E. CahillTzong Hwang
    • Michael R. NelsonRoy E. BoostromJerry E. CahillTzong Hwang
    • G01J3/10G01J3/28G01C25/00G06F15/46
    • G01J3/28G01J3/10G01J2003/2866G01J3/2803
    • This invention is directed to a digital wavelength calibration system for a spectrophotometer, which includes a photodiode array that forms an output detector for the spectrophotometer, a light source for generating at least one reference emission line of known peak wavelength, a computer controlled mechanism for causing the peak of said reference line to fall in close proximity to the center of a preselected pixel of said photodiode array, peak location computing apparatus for computing the exact position data of the peak relative to the pixel center in terms of the pixel spacing and the ordinal number of the preselected pixel and for retaining this position data for subsequent wavelength computation, wavelength identification computing apparatus for computing the numerical relationship data of the ordinate number of each pixel to the wavelength falling on that pixel and for retaining this relationship data for subsequent correlation with data generated by the pixel, and apparatus for computational processing and display of the data correlated with the associated wavelength value.
    • 本发明涉及一种用于分光光度计的数字波长校准系统,其包括形成用于分光光度计的输出检测器的光电二极管阵列,用于产生已知峰值波长的至少一个参考发射线的光源,用于引起 所述参考线的峰值落在靠近所述光电二极管阵列的预选像素的中心的峰值位置计算装置,用于根据像素间隔计算峰相对于像素中心的精确位置数据, 预定像素的数量和用于保留用于后续波长计算的位置数据的波长识别计算装置,用于计算每个像素的纵坐标数量与落入该像素的波长的数值关系数据,并保留该关系数据以便随后与之相关 由像素生成的数据,以及用于的像素的装置 与相关波长值相关的数据的计算处理和显示。