(JP2000067887-A)   NOVELTY - A device (39) restrains a first member on one end of an assembly including unit cell stack, first and second end plates, and at least one auxiliary plate (33, 34), and a second member on other end. Screw (35) is fitted in auxiliary plate such that the screw end contacts the first end plate. Compressive device compresses the unit cell stack when the screw is fitted in auxiliary plate threaded hole.    USE - For portable power sources, electric vehicle power sources and domestic co-generation systems.    ADVANTAGE - The fuel cell has a small sized, simply constructed unit cell stack fastening mechanism. Creep deformation is reduced due to long-term pressure application.    (JP2000067902-A)   NOVELTY - A device (39) restrains a first member on one end of an assembly including unit cell stack, first and second end plates, and at least one auxiliary plate (33, 34), and a second member on other end. Screw (35) is fitted in auxiliary plate such that the screw end contacts the first end plate. Compressive device compresses the unit cell stack when the screw is fitted in auxiliary plate threaded hole.    USE - For portable power sources, electric vehicle power sources and domestic co-generation systems.    ADVANTAGE - The fuel cell has a small sized, simply constructed unit cell stack fastening mechanism. Creep deformation is reduced due to long-term pressure application.    (JP2000067903-A)   NOVELTY - A device (39) restrains a first member on one end of an assembly including unit cell stack, first and second end plates, and at least one auxiliary plate (33, 34), and a second member on other end. Screw (35) is fitted in auxiliary plate such that the screw end contacts the first end plate. Compressive device compresses the unit cell stack when the screw is fitted in auxiliary plate threaded hole.    USE - For portable power sources, electric vehicle power sources and domestic co-generation systems.    ADVANTAGE - The fuel cell has a small sized, simply constructed unit cell stack fastening mechanism. Creep deformation is reduced due to long-term pressure application.    (CN1245981-A)   NOVELTY - A device (39) restrains a first member on one end of an assembly including unit cell stack, first and second end plates, and at least one auxiliary plate (33, 34), and a second member on other end. Screw (35) is fitted in auxiliary plate such that the screw end contacts the first end plate. Compressive device compresses the unit cell stack when the screw is fitted in auxiliary plate threaded hole.    USE - For portable power sources, electric vehicle power sources and domestic co-generation systems.    ADVANTAGE - The fuel cell has a small sized, simply constructed unit cell stack fastening mechanism. Creep deformation is reduced due to long-term pressure application.    (US6210823-B1)   NOVELTY - A device (39) restrains a first member on one end of an assembly including unit cell stack, first and second end plates, and at least one auxiliary plate (33, 34), and a second member on other end. Screw (35) is fitted in auxiliary plate such that the screw end contacts the first end plate. Compressive device compresses the unit cell stack when the screw is fitted in auxiliary plate threaded hole.    USE - For portable power sources, electric vehicle power sources and domestic co-generation systems.    ADVANTAGE - The fuel cell has a small sized, simply constructed unit cell stack fastening mechanism. Creep deformation is reduced due to long-term pressure application.