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    • 82. 发明授权
    • Method and apparatus for operational monitoring of a catalytic converter
of an internal combustion engine and a catalytic converter to be
monitored
    • 用于内燃机和催化转化器的催化转化器的操作监测的方法和装置
    • US5255511A
    • 1993-10-26
    • US947722
    • 1992-09-18
    • Wolfgang MausHelmut SwarsRolf Bruck
    • Wolfgang MausHelmut SwarsRolf Bruck
    • F01N3/20F01N3/24F01N3/28F01N9/00F01N11/00F02B1/04F02D41/14
    • F02D41/1441F01N11/002F01N13/008F01N3/2013F01N3/281F01N2550/00F01N2550/02F02B1/04Y02T10/26Y02T10/47
    • A method for operational monitoring of a catalytic converter of an exhaust system of an engine includes selecting at least two measurement locations at three-dimensionally spaced-apart cross-sectional regions of the exhaust system, and defining at least a partial volume of the catalytic converter between the locations being definitive for catalytic conversion of pollutants in the exhaust gas. The temperature at the regions is measured and monitored and the temperature at least at one of the locations is measured integrally over an approximately representative portion of at least one region and not spotwise. An apparatus for operational monitoring includes at least two temperature sensors disposed successively in flow direction in at least two regions of the exhaust system, defining at least the partial volume of the catalytic converter. At least one of the sensors integrally measures temperature over an approximately representative portion of the region in which it is disposed. An electronic monitoring apparatus evaluates measured temperature values. A display apparatus displays an evaluation outcome. A catalytic converter includes at least partially structured sheet-metal layers. At least one sensor is integrated into one of the structured sheet-metal layers in at least one cross-sectional region near at least one end surface, for integrally measuring temperature over an approximately representative portion of the one region.
    • 用于发动机的排气系统的催化转化器的操作监测的方法包括在排气系统的三维间隔的横截面区域中选择至少两个测量位置,并且限定催化转化器的至少一部分体积 在废气中的污染物的催化转化的位置之间。 测量和监测区域处的温度,并且至少在一个位置处的温度在至少一个区域的大致代表性的部分上整体测量而不是点样地测量。 一种用于操作监测的装置包括在排气系统的至少两个区域中连续地沿流动方向设置的至少两个温度传感器,至少限定催化转化器的部分容积。 传感器中的至少一个在其所处的区域的大致代表部分上整体地测量温度。 电子监控装置评估测量的温度值。 显示装置显示评价结果。 催化转化器包括至少部分结构化的金属片层。 至少一个传感器在至少一个端面附近的至少一个横截面区域中集成到结构化的金属片之一中,用于在一个区域的大致代表性部分上整体测量温度。
    • 83. 发明申请
    • Method and Device for Reducing the Number of Particles in the Exhaust Gas of an Internal Combustion Engine
    • 用于减少内燃机排气中的颗粒数的方法和装置
    • US20090007544A1
    • 2009-01-08
    • US12172561
    • 2008-07-14
    • Rolf Bruck
    • Rolf Bruck
    • F01N3/01
    • F01N3/0222F01N3/021F01N3/0218F01N13/0097F01N2330/60F01N2340/00F01N2340/02Y02T10/20
    • A device for reducing the number of particles in the exhaust gas of an internal combustion engine includes at least two structures through which an exhaust gas can flow, initially through a first structure and then through a second structure during operation. An electrical potential difference can be generated between the structures. In this way, the exhaust gas downstream of the second structure has fewer particles, averaged over time, than the exhaust gas upstream of the first structure. In addition, the particles downstream of the second structure have a larger mean diameter than those upstream of the first structure, so that it is possible to reduce emissions, in particular of fine dust, in the exhaust gas of internal combustion engines. A method for reducing the number of particles in the exhaust gas of an internal combustion engine, is also provided.
    • 用于减少内燃机排气中的颗粒数量的装置包括至少两个结构,排气可以首先通过第一结构流过,然后通过第二结构运行。 可以在结构之间产生电位差。 以这种方式,第二结构下游的排气比第一结构上游的废气具有更少的随时间平均的颗粒。 此外,第二结构体下游的颗粒的平均直径比第一结构的上游的平均直径更大,从而可以减少内燃机排气中的排放,特别是减少细粉尘的排放。 还提供了一种用于减少内燃机的排气中的颗粒数量的方法。
    • 88. 发明申请
    • Honeycomb body with an at least partially ceramic honeycomb structure and a receptacle for a measurement sensor, and process for producing such a honeycomb body
    • 具有至少部分陶瓷蜂窝结构的蜂窝体和用于测量传感器的插座,以及用于制造这种蜂窝体的方法
    • US20070266686A1
    • 2007-11-22
    • US11825081
    • 2007-07-02
    • Rolf Bruck
    • Rolf Bruck
    • B01D39/06B29C63/10B32B37/00
    • F01N3/2853B01J35/04F01N3/2828F01N13/008F01N2330/38F01N2350/02Y02A50/2322
    • A honeycomb body, in particular for use in the exhaust system of a motor vehicle, includes an at least partially ceramic honeycomb structure through which a fluid can flow. The honeycomb structure is disposed in a tubular casing and has cavities. The honeycomb body has at least two axial subregions in a longitudinal direction. The honeycomb structure is connected to the tubular casing in an axial securing region and an axial measurement sensor region has a recess for accommodating a measurement sensor in the honeycomb structure. The honeycomb body has a permanent connection between the tubular casing and the ceramic honeycomb structure due to its preferably force-locking and/or form-locking connection between the tubular casing and the honeycomb structure in the securing region. Despite the recess, further damage to the honeycomb structure in the measurement sensor region is avoided. A process for producing such a honeycomb body is also provided.
    • 特别是在机动车辆的排气系统中使用的蜂窝体包括至少部分陶瓷的蜂窝结构体,流体可以通过该蜂窝结构流动。 蜂窝结构设置在管状壳体中并具有空腔。 蜂窝体在纵向上具有至少两个轴向子区域。 蜂窝结构体在轴向固定区域中连接到管状壳体,并且轴向测量传感器区域具有用于在蜂窝结构体内容纳测量传感器的凹部。 由于蜂窝体在固定区域中优选地在管状壳体和蜂窝状结构之间的力锁定和/或形成锁定连接,所以蜂窝体在管状壳体和陶瓷蜂窝结构体之间具有永久连接。 尽管凹陷,但是避免了测量传感器区域中的蜂窝结构的进一步损坏。 还提供了一种制造这种蜂窝体的方法。