CARTRIDGE FOR MANUFACTURING FUEL CELL CAPABLE OF MULTITASKING AND METHOD FOR REMOVING SLIPSHEET ATTACHED ON FUEL CELL MATERIALS

摘要

The present invention relates to an automation facility for manufacturing a component of a fuel cell stack, configured to unify, into one process, the existing process for coupling a membrane electrode assembly (MEA) with a gas diffusion layer (GDL), wherein the existing process is divided into three processes such as a material supply process, a slipsheet removing process, and an alignment correcting process, and the processes are performed in phases, thereby shortening production time and improving productivity. An MEA supply unit (20), a GDL supply unit (30), and a slipsheet removing device (40), used in a conventional case, are configured to perform the material supply process, the slipsheet removing process, and the alignment correcting process using one multi-tasking device (100). The multi-tasking device (100) comprises: a composite cartridge (200) including an MEA supply unit and an alignment correcting process (210), formed on an upper portion; an elevation means (300) installed on a lower portion of the composite cartridge (200) and configured to elevate; a slipsheet removing device (400) configured to remove a slipsheet attached to a material supplied to the inside of the composite cartridge (200); a slipsheet collecting device (500) configured to recover and collect the slipsheet separated from the slipsheet removing device (400); and a control unit (600) configured to control the composite cartridge (200), the elevation means (300), the slipsheet removing device (400), and the slipsheet collecting device (500).