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    • 2. 发明授权
    • Fuel cell stack
    • 燃料电池堆
    • US07163761B2
    • 2007-01-16
    • US10294224
    • 2002-11-14
    • Mark Kevitt DebeLarry Allan SchleifThomas HerdtleAndrew James Steinbach
    • Mark Kevitt DebeLarry Allan SchleifThomas HerdtleAndrew James Steinbach
    • H01M8/02H01M8/24
    • H01M8/248H01M8/0206H01M8/0267H01M8/0297H01M8/04007H01M8/242H01M8/2465H01M2008/1095
    • A fuel cell stack is provided comprising fuel cell modules least compression plates; and at least one plurality of mechanical linkages connecting a pair of compression plates located on either side of at least one fuel cell module, which may be engaged to maintain a predetermined gap distance between the pair of compression plates. The present invention additionally provides a fuel cell stack comprising: fuel cell modules stacked alternately with compression plates; mechanical linkages connecting a first pair of compression plates directly adjacent to a first fuel cell module; mechanical linkages connecting a second pair of compression plates directly adjacent to a second fuel cell module; where a) the first and second fuel cell modules may be maintained under compression, and b) the compression on each fuel cell module may be adjusted essentially independently of the compression on the other.
    • 提供燃料电池堆,其包括最小压缩板的燃料电池模块; 以及连接位于至少一个燃料电池模块的任一侧上的一对压缩板的至少多个机械连杆,其可被接合以保持所述一对压缩板之间的预定的间隙距离。 本发明另外提供了一种燃料电池堆,其包括:与压缩板交替堆叠的燃料电池模块; 连接第一对直接与第一燃料电池模块相邻的压缩板的机械连杆; 连接第二对直接与第二燃料电池模块相邻的压缩板的机械连杆; 其中a)第一和第二燃料电池模块可以被保持在压缩下,以及b)每个燃料电池模块上的压缩可以基本上独立于压缩而被调节。
    • 5. 发明授权
    • Flow field
    • 流场
    • US06780536B2
    • 2004-08-24
    • US09954601
    • 2001-09-17
    • Mark Kevitt DebeThomas Herdtle
    • Mark Kevitt DebeThomas Herdtle
    • H01M214
    • H01M8/026H01M8/0263H01M8/0265Y10T428/24355
    • Flow field designs are provided, as well as flow field devices employing the subject flow field designs. A fluid distribution assembly is provided comprising a flow field device and a fluid transport layer disposed between the flow field device and a target area, where, for at least one finite non-zero flow rate and at least one use rate of an active component of the fluid in the fluid transport layer, lateral flux of the active component varies by no more than 35% through at least 90% of all overland portions of said fluid transport layer. In one embodiment, the flow field device comprises a flow field comprising a serpentine channel, comprising non-parallel sequential major segments. In a further embodiment, the angles between successive major segments of the serpentine channel vary progressively.
    • 提供了流场设计,以及采用目标流场设计的流场设备。 提供了一种流体分配组件,其包括设置在流场设备和目标区域之间的流场设备和流体传输层,其中,对于至少一个有限非零流率和至少一个有效分量的使用速率 流体输送层中的流体,活性组分的横向流量通过所述流体输送层的所有陆上部分的至少90%变化不超过35%。 在一个实施例中,流场装置包括包括蛇形通道的流场,包括非平行的顺序主要段。 在另一实施例中,蛇形通道的连续主要部分之间的角度逐渐变化。