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    • 2. 发明申请
    • FUEL CELL SEPARATOR
    • 燃油电池分离器
    • WO2006064661A1
    • 2006-06-22
    • PCT/JP2005/021929
    • 2005-11-22
    • NISSAN MOTOR CO., LTD.MIYAZAKI, Shinichi
    • MIYAZAKI, Shinichi
    • H01M8/02H01M8/04
    • H01M8/0247H01M8/0258H01M8/0263H01M8/0267H01M8/04089H01M8/2483H01M2008/1095
    • A fluid passage (8) in a separator (1) is formed with a greater width than an inlet manifold (2) and an outlet manifold (5), and is constituted by: a main passage portion (11) comprising a first rib (21) which divides the main passage portion (11) into a plurality of passages; and a distribution portion (10) and a merging portion (12) disposed between the main passage portion (11) and the inlet manifold (2) or outlet manifold (5), comprising a second rib (20, 22) which divides the distribution portion (10) and merging portion (12) into a plurality of passages, and a gap (13, 14) provided between the end portion of the second rib (20, 22) and the first rib (21) of the main passage (11) for the purpose of re-distribution or re-merging. At least one of the first and second ribs (20, 21, 22) exists in at least one of the location in a length direction position of the separator (1) A fluid passage (8) in a separator (1) is formed with a greater width than an inlet manifold (2) and an outlet manifold (5), and is constituted by : a main passage portion (11) comprising a first rib (21) which divides the main passage portion (11) into a plurality of passages; and a distribution portion (10) and a merging portion (12) disposed between the main passage portion (11) and the inlet manifold (2) or outlet manifold (5), comprising a second rib (20, 22) which divides the distribution portion (10) and merging portion (12) into a plurality of passages, and a gap (13, 14) provided between the end portion of the second rib (20, 22) and the first rib (21) of the main passage (11) for the purpose of re-distribution or re-merging. At least one of the first and second ribs (20, 21, 22) or a third rib for dividing a fluid passage formed on a rear surface of the separator (1) exists in at least one of the location in a length direction position of the separator (1) in which the gap (13, 14) for re-distribution or re-merging exists.
    • 分离器(1)中的流体通道(8)形成为具有比入口歧管(2)和出口歧管(5)更大的宽度,并且由以下构成:主通道部分(11),包括第一肋 21),其将主通道部分(11)分成多个通道; 以及设置在主通道部分(11)和入口歧管(2)或出口歧管(5)之间的分配部分(10)和汇合部分(12),包括分配分配部分的第二肋(20,22) 部分(10)和合流部分(12)分成多个通道,以及设置在第二肋(20,22)的端部与主通道的第一肋(21)之间的间隙(13,14) 11)为重新分配或重新合并。 第一和第二肋(20,21,22)中的至少一个存在于分离器(1)的长度方向位置中的至少一个位置。隔板(1)中的流体通道(8)形成有 具有比入口歧管(2)和出口歧管(5)更大的宽度,并且由以下构成:主通道部分(11),包括第一肋(21),所述第一肋(21)将主通道部分(11)分成多个 通道; 以及设置在主通道部分(11)和入口歧管(2)或出口歧管(5)之间的分配部分(10)和汇合部分(12),包括分配分配部分的第二肋(20,22) 部分(10)和合流部分(12)分成多个通道,以及设置在第二肋(20,22)的端部与主通道的第一肋(21)之间的间隙(13,14) 11)为重新分配或重新合并。 所述第一和第二肋(20,21,22)中的至少一个或形成在所述隔板(1)的后表面上的流体通道的第三肋条存在于所述第一和第二肋条的长度方向位置 其中存在用于重新分配或重新合并的间隙(13,14)的分离器(1)。