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    • 2. 发明申请
    • A NOVEL DRY STICK DEVICE CONSTRUCTION AND METHOD FOR DETERMINING AN ANALYTE IN A SAMPLE USING SAID DRY STICK DEVICE
    • 一种新型干燥装置结构和方法,用于使用干燥的干燥装置确定样品中的分析物
    • WO2007082544A1
    • 2007-07-26
    • PCT/DK2007/050004
    • 2007-01-19
    • Lattec I/SCLAUSEN, Kim
    • CLAUSEN, Kim
    • G01N33/52G01N33/558
    • C12Q1/32G01N33/521G01N33/54386Y10T156/10
    • A novel dry stick device construction for the determination of an analyte in a sample is provided. The device comprises: (i) optionally a solid support, (ii) at least one reagent pad comprising a reagent or a combination of reagents capable of reacting with the analyte, a derivative of said analyte or an indicator compound for said analyte to provide a detectable signal when in a moistened state, the at least one reagent pad providing a first environment for said reagent(s), said first environment permitting an improved storage stability of the reagent(s) and dry stick device when in a non-moistened state, and (iii) a regulating pad being in contact with the at least one reagent pad, the regulating pad creating a second environment for said reagent(s), when in a moistened state, said second environment permitting an increased rate of reaction between the analyte and the reagent.
    • 提供了一种用于测定样品中分析物的新型干棒装置结构。 该装置包括:(i)任选的固体支持物,(ii)至少一个试剂垫,其包含能够与分析物反应的试剂或试剂的组合,所述分析物的衍生物或所述分析物的指示剂化合物,以提供 当处于润湿状态时,所述至少一个试剂垫为所述试剂提供第一环境,所述第一环境允许当处于非润湿状态时试剂和干棒装置的储存稳定性得到改善 ,和(iii)与所述至少一个试剂垫接触的调节垫,所述调节垫在所述试剂的第二环境中产生第二环境,当处于润湿状态时,所述第二环境允许所述第二环境中的反应速率增加 分析物和试剂。
    • 5. 发明申请
    • PLANT FOR MANUFACTURING CEMENT
    • 制造水泥厂
    • WO2009095121A1
    • 2009-08-06
    • PCT/EP2008/066005
    • 2008-11-21
    • FLSMIDTH A/SROSHOLM, PeterCLAUSEN, Kim
    • ROSHOLM, PeterCLAUSEN, Kim
    • F27B7/20C04B7/60C04B7/44C04B7/43B01D53/00
    • F27B7/20B01D7/02B01D53/002B01D2257/2045B01D2257/708C04B7/436C04B7/4492C04B7/60F27D17/008Y02P40/121
    • Described is a plant for manufacturing cement, which plant comprises a cyclone preheater (1) for preheating cement raw materials, a calciner (3) for calcination of preheated cement raw materials, a kiln (5) for burning cement clinker, as well as means (12) for removing volatile components, such as chloride, alkali and sulphur, from the cement manufacturing plant. The plant is peculiar in that at least some of the means (12) for removing volatile components from the plant are located after the calciner (3) viewed in the direction of movement of the gases. It is hereby obtained, that significant amounts of volatile components, such as chloride, particularly KCI, may be removed from the plant since the removal is effected at the location of the plant where the highest concentration of these components occur, thereby avoiding coatings and clogging further upstream in the preheater. Also, the energy loss will be reduced since the gases after the calciner have a temperature which is lower than that occurring immediately after the kiln, and, therefore, there the volatile components need not to be cooled to the same extent in order to achieve condensation. Another advantage of the plant according to the invention is that the draught conditions and the mixing ratio of the gases which are drawn through the calciner and the preheater will be far less disrupted.
    • 描述了一种用于制造水泥的设备,该设备包括用于预热水泥原料的旋风预热器(1),用于煅烧预热水泥原料的煅烧炉(3),用于燃烧水泥熟料的窑炉(5) (12)从水泥制造厂去除挥发性成分,如氯化物,碱和硫。 该设备是特别的,因为用于从植物中去除挥发性组分的至少一些装置(12)位于从气体运动方向观察的煅烧炉(3)之后。 因此,在这些组分发生最高浓度的工厂的位置进行除去,可以从植物中除去大量挥发性成分,如氯化物,特别是氯化钾,从而避免涂层和堵塞 进一步在预热器的上游。 此外,由于煅烧炉后的气体的温度低于窑后立即产生的温度,因此能量损失将会降低,因此,挥发性组分不需要冷却至相同程度以达到冷凝 。 根据本发明的设备的另一个优点是通过煅烧炉和预热器吸入的气体的通风条件和混合比将被破坏得很少。