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    • 3. 发明申请
    • FILM STRETCHER
    • 电影拉链机
    • WO2010046738A8
    • 2011-07-28
    • PCT/IB2009006536
    • 2009-08-13
    • TOYOTA MOTOR CO LTDTOKIWA SEISAKUSHO CO LTDHARADA HIROSHISUZUKI HIROSHIKENMOTSU TOSHIAKI
    • HARADA HIROSHISUZUKI HIROSHIKENMOTSU TOSHIAKI
    • B29C55/08
    • B29C55/08B29C55/085
    • A film stretcher that transports a film material (2) in a predetermined transport direction (A) while holding an end of the film material in a width direction of the film material to stretch the film material in the width direction includes a holding unit (3) that includes a stretching roll (Rl) having an annular groove (11) formed on an outer periphery of the stretching roll and an endless wire (12) fitted in the annular groove over a predetermined rotation angle range of the annular groove in a circular arc shape so that the end of the film material in the width direction of the film material is pinched. The stretching roll is inclined so as to open toward a downstream side in the transport direction of the film material. The holding unit transports the film material in the transport direction while pinching the film material using the stretching roll and the endless wire, whereby the film material is stretched in the width direction.
    • 在薄膜材料沿着薄膜材料的宽度方向保持薄膜材料的宽度方向拉伸薄膜材料的同时沿着预定输送方向(A)输送薄膜材料(2)的薄膜拉伸机构包括:保持单元 ),其包括具有形成在拉伸辊的外周上的环形槽(11)的拉伸辊(R1)和在环形槽的预定旋转角度范围内以圆形形式安装在环形槽中的环形线(12) 使得薄膜材料在薄膜材料的宽度方向上的端部被挤压。 拉伸辊沿着薄膜材料的输送方向向下游侧倾斜。 保持单元在使用拉伸辊和环形线挤压薄膜材料的同时在输送方向上输送薄膜材料,由此薄膜材料在宽度方向上被拉伸。
    • 6. 发明申请
    • FUEL CELL DISASSEMBLY METHOD AND FUEL CELL
    • 燃料电池分解方法和燃料电池
    • WO2005064726A3
    • 2006-04-06
    • PCT/JP2004019787
    • 2004-12-24
    • TOYOTA MOTOR CO LTDSUZUKI HIROSHITEJIMA GONAKASHIMA TOMOAKIAKAGAWA RYO
    • SUZUKI HIROSHITEJIMA GONAKASHIMA TOMOAKIAKAGAWA RYO
    • H01M8/04H01M8/02H01M8/24
    • H01M8/2465H01M8/008H01M8/0271Y02W30/86Y10T29/49815
    • A process of disassembling a fuel cell 10 supplies a fluid to both a fuel gas conduit 6g and an oxidizing gas conduit 7g. Since outlets of the respective gas conduits 6g and 7g are shielded, the internal pressure or in-passage pressure of the respective gas conduits 6g and 7g gradually rises and eventually exceeds a specific in-passage pressure level for power generation of the fuel cell 10. The high in-passage pressure expands a gas diffusion electrode 4b of a membrane electrode assembly (MEA) 2 and a separator 6, which define the fuel gas conduit 6g, in opposite directions to make a clearance between the gas diffusion electrode 4b and the separator 6. Similarly the high in-passage pressure expands a gas diffusion electrode 5b of the MEA 2 and a separator 7, which define the oxidizing gas conduit 7g, in opposite directions to make a clearance between the gas diffusion electrode 5b and the separator 7. The supplied fluid then flows out through these clearances into seals between the separators 6 and 7 and the MEA 2. These flows raise the in-passage pressure and release the seals.
    • 燃料电池10的拆卸处理向燃料气体导管6g和氧化气体导管7g两者供给流体。 由于各气体导管6g,7g的出口被屏蔽,所以各气体导管6g,7g的内压或通路压力逐渐上升,最终超过燃料电池10的发电特定的通过压力水平。 高通道压力使膜电极组件(MEA)2的气体扩散电极4b和限定燃料气体导管6g的隔板6沿相反方向膨胀,以使气体扩散电极4b和隔板 类似地,高通道压力使MEA2的气体扩散电极5b和限定氧化气体导管7g的隔板7以相反的方向膨胀,以在气体扩散电极5b和隔板7之间形成间隙。 所供应的流体然后通过这些间隙流出分离器6和7与MEA2之间的密封件。这些流动提高通道内压力并释放密封件。