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    • 1. 发明申请
    • FUEL CELL STACK
    • 燃料电池堆
    • WO2005112166A3
    • 2006-08-17
    • PCT/EP2005003764
    • 2005-04-09
    • BAYERISCHE MOTOREN WERKE AGWETZEL FRANZ-JOSEFTACHTLER JOACHIM
    • WETZEL FRANZ-JOSEFTACHTLER JOACHIM
    • H01M8/04H01M8/02H01M8/12H01M8/24
    • H01M8/04022H01M8/04268H01M8/241H01M8/2425H01M2008/1293
    • Fuel cell stack with several individual cells, arranged one over the other, with electrochemically active layers, the first surface of which is exposed to fuel gas, introduced from one side of the stack and the other surface is exposed to oxygen, preferably introduced from the other side of the stack, whereby the corresponding tail gases are collected on the opposing side of the stack. An electrochemically inactive cell structure is included at at least one end of the stack, through which said reactants flow on operation of the fuel cell. A heating element for catalytic combustion of the fuel gas for the fuel gas cell is preferably embodied by the electrochemically-inactive cell structure. The electrochemically inactive cell structure and/or the heating element embodied therein can be embodied such that the heating power within the operating temperature range of the fuel cell is significantly less at cold temperatures. The construction of the electrochemically inactive cell structures(s) is similar to the electrochemically active individual cells with regard to the flow characteristics thereof.
    • 具有电化学活性层的多个叠置的单电池的燃料电池堆,该堆变焦引导燃烧气体的一侧,而另一面与变焦由堆栈氧的优选另一侧引导的所述第一表面被加压时,相应的剩余气体在相对侧上 堆栈被收集,至少在该堆电化学非活性细胞结构建立,它是通过上述反应物的燃料电池的操作过程中流入的一端。 燃料电池的催化燃烧加热元件的燃料气体优选通过电化学活性单元结构形成。 电化学活性泡孔结构和/或在其中形成所述加热元件可以被设计成使得在工作温度范围的燃料电池的加热功率是在较低温度下显着地更小。 并且优选的是,电化学惰性的(n)的单元结构(一个或多个)相对于它们的流体结构的电化学活性的单细胞类似。
    • 3. 发明申请
    • FUEL CELL COMPRISING A PERFORATED FILM THAT DISTRIBUTES THE COMBUSTIBLE GAS ACROSS THE ELECTRODE SURFACE
    • 与燃气在电极表面分布打孔膜燃料电池
    • WO2004021487A2
    • 2004-03-11
    • PCT/EP0307307
    • 2003-07-08
    • BAYERISCHE MOTOREN WERKE AGDANZER MAXIMILIANWETZEL FRANZ-JOSEFHOEFLER THOMASFINKENWIRTH OLAVKUHN BERNDSTOERMER ANDREAS OSWALDYAN XIAOFENG
    • DANZER MAXIMILIANWETZEL FRANZ-JOSEFHOEFLER THOMASFINKENWIRTH OLAVKUHN BERNDSTOERMER ANDREAS OSWALDYAN XIAOFENG
    • H01M8/02H01M8/04H01M8/12
    • H01M8/026H01M8/0206H01M8/0247H01M8/0258H01M8/04089H01M8/12H01M8/241
    • The invention relates to a fuel cell comprising a cathode-electrolyte-anode unit (7) and a structure which distributes the combustible gas across the electrode surface thereof. The surface of said structure, which faces the electrode (7A), is formed by a perforated film (1). The longitudinal axes (2a, 2a') of at least some of the holes (2, 2') or passage openings forming the perforation are differently inclined relative to the surface of the film such that the outlet port (2c) of the holes (2), which faces the electrode (7A), is preferably at least slightly directed towards the discharge (8A) side of the combustible gas from the fuel cell on the intake side (8Z) of the combustible gas into the fuel cell while the inlet port (2c') of the holes (2'), which faces the electrode (7A), is preferably at least slightly directed towards the intake side (8Z) of the combustible gas into the fuel cell on the discharge side (8A) of the combustible gas from the fuel cell. Alternatively, holes (2, 2') can be arranged essentially next to each other within the film (1), the inlet port (2b) of said holes (2, 2'), which lies opposite the electrode (7A), being alternatingly directed towards the combustible gas intake side (8Z) and towards the combustible gas discharge side (8A).
    • 本发明涉及具有紧邻阴极 - 电解质 - 阳极单元(7)在具有由穿孔膜面对表面上的电极(7A)在电极表面分布结构的燃料气体,一个燃料电池(1)形成 , 的纵向轴线(2A,2A“)中的至少一些形成孔(2,2穿孔”)或通道开口是不同的倾斜于膜表面,使得在所述燃料电池的燃料气体供给(8Z)的一侧,所述 面对所述出口开口电极(7A)(2c)的所述孔(2)主要至少略向燃烧气体出口(8A)的侧面从所述燃料电池进行定向,而在燃料电池的燃烧气体出口(8A)的侧面,电极 “(孔2)的(7A)的面向入口端口(2c)的”主要至少略向燃料气体供给(8Z)侧朝向燃料电池。 但它也可以的孔(2,2“),其中执行从入口开口(2b)与所述燃料气体供给(8Z)的一侧背向电极(7A),和孔(2”),其中从所述出口开口背向电极(7A) (图2b“),以直接朝向在膜基本上交替并排设置的燃烧气体出口(8A)的侧面(1)得到。