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    • 1. 发明授权
    • Gas detector and meter employing indicator tubes
    • 气体探测器和仪表采用指示灯管
    • US4254657A
    • 1981-03-10
    • US41805
    • 1979-05-23
    • Kurt LeichnitzPeter Naumann
    • Kurt LeichnitzPeter Naumann
    • G01N1/00F04B49/00G01N1/24G05D16/20
    • G01N1/24G05D16/2066
    • A gas detecting and measuring device with which the gas or air to be examined is taken into a testing or measuring vessel such as an indicator tube by means of a feed system comprises an electrical motor driven suction pump and a pressure gauge connected thereto for pumping the gas to be tested through a connecting line. The connecting line includes the suction pump and a volume sensor provided in addition to a pressure sensor. The differential signal formed of the volume signal is converted in a characteristic generator to a desired pressure signal and the actual pressure signal from the pressure sensor is applied to a speed governor for the suction pump motor so that the suction pump is controlled to effect equalizing the actual pressure signal with a desired pressure signal.
    • 一种气体检测和测量装置,其中待检查的气体或空气通过进料系统被带入测试或测量容器,例如指示器管,包括电动机驱动的抽吸泵和连接到其上的压力计,用于泵送 气体通过连接线进行测试。 连接线包括抽吸泵和除压力传感器之外提供的体积传感器。 由体积信号形成的差分信号在特征发生器中被转换为期望的压力信号,并且来自压力传感器的实际压力信号被施加到用于抽吸泵马达的调速器,使得吸入泵被控制以实现均衡 具有所需压力信号的实际压力信号。
    • 3. 发明授权
    • Highly sensitive gas measuring method for the analysis of breath alcohol
concentrations, using test tubes
    • 高灵敏度气体测量方法用于分析呼吸酒精浓度,使用试管
    • US4294583A
    • 1981-10-13
    • US125978
    • 1980-02-29
    • Kurt Leichnitz
    • Kurt Leichnitz
    • G01N31/12G01N33/497G01N31/22
    • G01N33/4972G01N31/12Y10S436/90Y10T436/204165
    • A method of testing a person's breath for the purpose of determining the alcohol content of the breath as an indication of the alcohol in the person's blood and using a carbon monoxide gas detector comprises treating the breathing air to oxidize the alcohol of the person's breath-air into carbon monoxide, collecting a predetermined quantity of the carbon monoxide with the treated breathing air and passing the treated quantity through the carbon monoxide detector to determine the quantity of carbon monoxide as an indicator of the alcohol content. The apparatus advantageously include a pyrolysis oven through which the breathing air is directed to oxidize the alcohol into carbon monoxide. The oven is connected to a collector to collect the predetermined quantity of the breathing air and the collector in turn is thereafter connected to a carbon monoxide testing tube. The carbon monoxide formed together with the treated breathing air is drawn from the collector by a suction pump and passed through the carbon monoxide testing tube.
    • 用于测定人的呼吸的方法,用于确定呼吸的酒精含量作为人的血液中的酒精的指示并使用一氧化碳气体检测器包括处理呼吸空气以氧化人的呼吸气体的酒精 用一氧化碳吸收经处理的呼吸空气预定量的一氧化碳,并将经处理的量通过一氧化碳检测器,以确定一氧化碳的量作为酒精含量的指标。 该装置有利地包括热解炉,呼吸空气通过该热解炉将醇氧化成一氧化碳。 烘箱连接到收集器以收集预定量的呼吸空气,然后集电器又连接到一氧化碳测试管。 与经处理的呼吸空气一起形成的一氧化碳通过抽吸泵从收集器抽出并通过一氧化碳测试管。
    • 4. 发明授权
    • Process for calibrating a gas metering instrument
    • 校准气体计量仪器的过程
    • US4793173A
    • 1988-12-27
    • US92425
    • 1987-10-13
    • Benno MorethKurt Leichnitz
    • Benno MorethKurt Leichnitz
    • G01N21/27G01N1/00G01N21/00G01N27/00G01N27/04G01N33/00G01N1/22
    • G01N33/0006
    • A process for calibrating a gas metering instrument comprises flushing a test chamber with a flushing gas and subsequently filling it with a calibrating gas having a predetermined composition of carrier substance and carrier gas. The calibrating gas does not have to be carried and made available constantly in its predetermined composition. Thereby a reduction in the volume of the gas metering instrument is obtained. For this purpose, provisions are made so that a feed device introduces a specified amount of calibrating substance from a reservoir into the heat chamber, whereupon the calibrating substance mixes with the flushing gas in the test chamber to form the calibrating gas of predetermined composition. In addition, equipment is described for implementing the process of calibrating a gas metering instrument.
    • 用于校准气体计量仪器的方法包括用冲洗气体冲洗测试室,随后用具有预定组成载体物质和载气的校准气体填充。 校准气体不必在其预定组成中持续运送并使其可用。 从而获得气体计量仪器的体积的减小。 为此目的,进行设备使得进料装置将特定数量的校准物质从储存器引入加热室,于是校准物质与测试室中的冲洗气体混合以形成预定组成的校准气体。 另外,描述了用于实施校准气体计量仪器的过程的设备。
    • 5. 发明授权
    • Method and device for determining the alcohol content of a person's
breathing
    • 用于确定人呼吸的酒精含量的方法和装置
    • US4332771A
    • 1982-06-01
    • US230871
    • 1981-02-02
    • Kurt Leichnitz
    • Kurt Leichnitz
    • G01N1/02G01N30/00G01N33/497G01N33/98G01N1/22
    • G01N33/98G01N30/00G01N33/4972Y10S436/90Y10T436/204165
    • A method of determining the alcohol content of air exhaled by a person using a flow through testing tube having an alcohol indicating material therein and a sampling tube to which the air is directed which has a material therein for retaining the alcohol of the breathing air and also using a suction pump comprises cooling the sampling tube, passing the exhaled air through the cooled sampling tube, measuring a volume of the air passing through the cooled sampling tube, heating the sampling tube and connecting the suction pump to the sampling tube to suck flushing air through the heated tube and then through the testing tube. The sampling tube advantageously contains a silica gel to retain the alcohol therein. The volume measuring device may be a measuring bag.
    • 一种使用流过其中具有酒精指示材料的测试管的人呼出的空气的酒精含量的确定方法,以及空气被引导到的取样管,其中具有用于保持呼吸空气的酒精的材料,并且还 使用抽吸泵包括冷却采样管,将呼出的空气通过冷却的采样管,测量通过冷却的采样管的空气的体积,加热采样管并将抽吸泵连接到采样管以吸入冲洗空气 通过加热管,然后通过试管。 采样管有利地包含硅胶以在其中保留醇。 体积测量装置可以是测量袋。
    • 9. 发明授权
    • Test tube construction and method for measuring for nickel aerosols
    • 试管结构和镍气溶胶测量方法
    • US4330297A
    • 1982-05-18
    • US192550
    • 1980-09-30
    • Kurt Leichnitz
    • Kurt Leichnitz
    • G01N31/22G01N21/78
    • G01N31/223
    • A testing device for measuring for nickel-aerosols includes a glass tube having breakable end tips for opening the tube for the passage of a test gas therethrough and a filling in the tube which includes a closed ampoule of hydrochloric acid, a filter layer for entrapping nickel particles of the gas being tested, a reaction layer of a material impregnated with a color reagent for nickel, a granular buffer layer and a second breakable ampoule of ammonia water arranged in the direction of flow of the test gas through the tube. The testing is carried out by breaking the first ampoule to release hydrochloric acid which flows through the filter and reacts with the nickel particles which pass to the reagent layer, subsequently breaking the second ampoule so that its contents will be directed into the granular buffer layer and in the reagent layer. The ammonia water in the second ampoule is directed into the buffer layer and then into the reagent layer to produce a color reaction in the reagent layer and the intensity of the discoloration produced is proportional to the amount of nickel filtered out of the test gas. This color is compared with a standard showing the color of reaction for various concentrations of nickel.
    • 用于镍 - 气溶胶测量的测试装置包括具有可拆卸端头的玻璃管,其用于打开用于使测试气体通过的管并且包括封闭的盐酸安瓿的管中的填充物,用于捕获镍的过滤层 待测试气体的颗粒,用镍的着色试剂浸渍的材料的反应层,颗粒缓冲层和沿着测试气体通过管的流动方向布置的氨水的第二可破坏安瓿。 通过破坏第一安瓿来释放流过过滤器的盐酸进行试验,并与通过试剂层的镍粒子反应,随后破坏第二安瓿,使其内容物被引入颗粒缓冲层, 在试剂层中。 将第二安瓿中的氨水引导到缓冲层中,然后引入试剂层,以在试剂层中产生显色反应,并且所产生的变色强度与从测试气体中滤出的镍的量成比例。 将该颜色与显示不同浓度镍的反应颜色的标准进行比较。