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    • 84. 发明申请
    • SYSTEM AND METHOD FOR MEASURING CHARACTERISTICS LIKE THE BASIS WEIGHT OF A WEB USING BETA RAYS WITH CORRECTION AS REGARDS THE COMPOSITION OF COMPOSITION OF THE WEB
    • 用于测量特征的系统和方法,如使用BETA RAYS与校正的网络的基本权重,作为组合物的组合物
    • WO2005012888A1
    • 2005-02-10
    • PCT/US2004/023748
    • 2004-07-23
    • ABB INC.
    • STURM, Steven, Perry
    • G01N23/16
    • G01G17/02G01N23/16
    • Beta gauge composition correction is performed using signals from a plurality of detectors (32) that are positioned so that the ratio of radiation received by the detectors depends on the composition of material through which the radiation passes before reaching the detectors. Radiation is measured at the detectors and the differences between radiation received by the detectors is used to compensate the beta gauge to correct for composition variations. An array (A) of detectors is divided into inner detectors (I) generally aligned with the central portion of a beta radiation beam (22b) and at least one set of outer detectors (O) surrounding, at least in part, the inner detectors. Measurements are made including all the detectors, the inner detectors and the at least one set of outer detectors with the difference between the measurements made by the inner detectors and the outer detectors being used to compensate the total measurement made by all the detectors.
    • 使用来自多个检测器(32)的信号来执行β测量仪组合校正,定位使得由检测器接收的辐射比取决于辐射在到达检测器之前经过的材料的组成。 在检测器处测量辐射,并且使用由检测器接收的辐射之间的差异来补偿β量规以校正组成变化。 检测器的阵列(A)被分成与β辐射束(22b)的中心部分大致对准的内部检测器(I)和至少一组外部检测器(O),至少部分地围绕内部检测器 。 进行测量,包括所有检测器,内部检测器和至少一组外部检测器,其中由内部检测器和外部检测器进行的测量之间的差异用于补偿由所有检测器进行的总测量。
    • 87. 发明申请
    • COMBUSTION EMISSION ESTIMATION WITH FLAME SENSING SYSTEM
    • 火焰传感系统的燃烧排放估算
    • WO2004048853A2
    • 2004-06-10
    • PCT/US2003/025722
    • 2003-08-18
    • ABB INC.
    • ZHANG, HuiCHASE, Paul, H.NIZIOLEK, James, M.
    • F23N
    • F23N5/082F23N2029/08F23N2029/20
    • There is described a method and apparatus for controlling the combustion by-product formation rate in at least one burner of a fossil fuel fired power plant. The burner has an associated flame scanner which is focused on a small area of the burner flame to obtain an image signal of the flame. A flame signal that represents properties of temporal combustion in the visible light spectrum of the burner is generated from the image signal. Combustion turbulence at the burner is analyzed from the flame signal by a dynamic invariant that has a relationship to the combustion by-product values and different combustion by-product levels at the burner and the combustion turbulence is correlated to the combustion by-product formation rate at the burner.The method and apparatus can also be used to correlated the combustion turbulence at a multiplicity of burners to the associated combustion by-product formation rate.
    • 描述了用于控制化石燃料火力发电站的至少一个燃烧器中的燃烧副产物形成速率的方法和设备。 该燃烧器具有相关的火焰扫描器,其聚焦在燃烧器火焰的小面积上以获得火焰的图像信号。 从图像信号产生表示燃烧器的可见光谱中的时间燃烧特性的火焰信号。 燃烧器处的燃烧湍流由火焰信号通过与燃烧副产物值和燃烧器处不同燃烧副产物水平有关的动态不变量来分析,并且燃烧湍流与燃烧副产物形成率 该方法和设备也可用于将多个燃烧器处的燃烧湍流与相关的燃烧副产物形成速率相关联。
    • 90. 发明申请
    • SPRAYING NOZZLE FOR REWET SHOWERS
    • 喷射喷嘴用于REWET SHOWERS
    • WO2003035271A1
    • 2003-05-01
    • PCT/CA2002/001593
    • 2002-10-21
    • ABB, INC.
    • DUAN, Shizhong
    • B05B7/06
    • B05B7/10B05B7/066D21F7/008D21G7/00D21H23/50
    • This invention relates to a three-stream atomizing nozzle for use with a rewet shower. The nozzle (22) has an air stream divider that separates the atomizing air from the source into three streams. The first stream is a straight air stream staying closest to and around the atomized water jet. The second stream is a swirl running around the first straight stream. The third stream is also a straight stream that wraps around the first straight stream and the second swirl. The nozzle also has a mixing chamber (74) in which the three air streams are mixed together for the atomizing purpose. The nozzle (22) can from the combination of the three air streams produce fine water droplets that are suitable for a paper rewet shower and more importantly creates a tailorable water mass profile. The mass profile can be tailored into a shape that is close to a square shape which is ideal for rewet showers as a square profile creates minimal coupling between adjacent zones.
    • 本发明涉及一种与再润湿淋浴一起使用的三流雾化喷嘴。 喷嘴(22)具有将雾化空气与源分离成三股流的分流器。 第一条流是保持最靠近雾化水射流的直线空气流。 第二条流是围绕第一条直线流动的漩涡。 第三条流也是围绕第一直流和第二涡流的直流。 喷嘴还具有混合室(74),其中三个气流混合在一起用于雾化目的。 喷嘴(22)可以从三个空气流的组合产生适合于纸再润湿淋浴的精细水滴,并且更重要地产生可调节的水质量曲线。 质量轮廓可以被定制成接近于正方形的形状,这对于再湿淋浴是理想的,因为方形轮廓在相邻区域之间创建最小的耦合。