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    • 1. 发明授权
    • Chemiluminescent analyzer
    • 化学发光分析仪
    • US5271894A
    • 1993-12-21
    • US20394
    • 1993-02-22
    • Masaru KozakuraShingo SumiHiroaki MatsuhisaHideyuki Miki
    • Masaru KozakuraShingo SumiHiroaki MatsuhisaHideyuki Miki
    • G01N21/76
    • G01N21/766
    • In a chemiluminescent analyzer for measuring a concentration of an object gas in a sample gas by mixing the sample gas with 5 a reaction gas and measuring light generated in a chemical reaction between the object gas and the reaction gas, the two gases flow through a double tube composed of an outer tube and an inner tube, and are mixed at the end of the tubes. The end of the inner tube is closed, and one or more outlets are provided at the side wall of the inner tube near the closed end. The flow of the gas coming out of the inner tube through the outlet or outlets crosses the flow of the gas in the outer tube, which enhances the mixture of the two gases and increases the chance of reaction between the object gas and the reaction gas. Since the flow of the mixed gas is directed toward the inner wall of the outer tube, the solid or liquid reaction product between the impurities in the sample gas and the reaction gas precipitates on the inner wall of the outer tube, not on a transparent glass plate separating the gases and the photometer for measuring the reaction emission (light).
    • 在用于通过将样品气体与5个反应气体混合并测量在目标气体和反应气体之间的化学反应中产生的光来测量样品气体中的目标气体的浓度的化学发光分析仪中,两种气体流过双 管由外管和内管组成,并在管的端部混合。 内管的端部封闭,并且在封闭端附近的内管的侧壁上设置一个或多个出口。 通过出口或出口从内管流出的气体与外管中的气体流相交,这增强了两种气体的混合,并增加了目标气体和反应气体之间的反应机会。 由于混合气体的流动指向外管的内壁,所以样品气体中的杂质与反应气体之间的固体或液体反应产物在外管的内壁上而不是在透明玻璃上沉淀 板分离气体和光度计,用于测量反应发射(光)。
    • 3. 发明授权
    • Apparatus of non-dispersive infrared analyzer
    • 非分散红外分析仪器
    • US5559333A
    • 1996-09-24
    • US350057
    • 1994-11-29
    • Katsuhiko ArayaYouzo MoritaShingo SumiHiroaki Matsuhisa
    • Katsuhiko ArayaYouzo MoritaShingo SumiHiroaki Matsuhisa
    • G01N21/61G01N21/35G02B5/20
    • G01N21/3504
    • A non-dispersive infrared analyzer and method for analyzing a concentration in a gas utilizes an infrared light source and a cell configured to have a gas flow therethrough. The cell also has an infrared light passage through which a sample gas stream and an infrared light beam can travel. A sector has at least two filters for filtering infrared light, and is provided with the apparatus. The sector alternately inserts the at least two filters into the infrared beam. A detector detects wavelengths of the infrared light beam which corresponds to an absorption band of the gas to be measured, and a second wavelength which corresponds to an absorption band of the preselected reference gas. The detector receives the infrared light beam after the light beam has traveled through the sample cell. The detector generates an electrical signal based upon the detected infrared light, which is correlated with a position indicating apparatus to provide a normalized intensity ratio, which is used to calculate the concentration of the gas to be measured in the cell.
    • 用于分析气体浓度的非分散红外分析仪和方法利用红外光源和配置成具有气体流过的单元。 电池还具有红外光通道,样品气流和红外光束可以通过该通道行进。 一个扇区具有至少两个用于过滤红外光的滤光器,并且设有该装置。 扇区交替地将至少两个滤光器插入到红外光束中。 检测器检测对应于被测量气体的吸收带的红外光束的波长和对应于预先选择的参考气体的吸收带的第二波长。 在光束行进通过样品池后,检测器接收红外光束。 检测器基于检测到的红外光产生电信号,该红外光与位置​​指示装置相关以提供归一化强度比,其用于计算在该单元中要测量的气体的浓度。