NOVELTY - Manufacturing equipment of fuel cell membrane electrode assembly comprises: first transfer (3), coating (21) and drying (26) devices to form electrolyte membrane (41) on first carrier film (A); two transfer (5, 6), coating (22, 23) and drying devices (27, 28) to form two electrode catalyst layers (42, 43) on two carrier films (B, C); press-laminating device (24) to laminate electrolyte membrane to electrode catalyst layer on second film and peeling off first film; and heat-laminating device (11, 12) to laminate catalyst layer on third film onto electrolyte membrane with heat and pressure.    USE - As equipment for manufacturing fuel cell membrane electrode assembly (MEA) (claimed).    ADVANTAGE - The equipment for manufacturing fuel cell membrane electrode assembly (MEA) makes it possible to manufacture MEA having predetermined pattern of electrode catalyst layers on both (rear and front) surfaces of electrolyte membrane, continuously and stably with high level of precision, and with stable producing quality and high level of productivity. The method makes it possible to stably form electrode catalyst layer having predetermined area, shape and thickness, and stably controlling process conditions of laminating electrode catalyst layer onto both surfaces of electrolyte membrane such as temperature, pressure and transfer rate of the carrier film. The equipment and method make it possible to produce large number of MEA continuously. In addition, since heats and pressures applied on both sides of thin electrolyte membrane become same, in which electrode catalyst layer formed on carrier film and thin electrolyte membrane simultaneously receive thermally laminating treatment; electrolyte membrane is not damaged and generation of leakage is prevented. The transfer rates of first to third carrier films are kept identical and tensions of first to third carrier films are maintained in appropriate condition by tension control device so that electrode catalyst layers and electrolyte membrane having even thicknesses are formed. Since electrode catalyst layer material is coated in only required regions on carrier film so that almost all electrode catalyst layer material used in coating process is not wasted, and high level of material efficiency is achieved. Further, regions which are supposed to be used by sealing material are not contaminated by electrode catalyst layer material so that increase in defective ratio caused by leakage can be prevented.    DETAILED DESCRIPTION - Manufacturing equipment of a fuel cell membrane electrode assembly (MEA) comprises: first transfer device (3) for feeding, transferring, and winding first carrier film (A) in belt shape; first coating device (21) for coating electrolyte material in predetermined regions on first carrier film; first drying device (26) for drying electrolyte material coated on first carrier film to transform into electrolyte membrane (41); second transfer device (5) for feeding, transferring, and winding second carrier film (B) in belt shape; second coating device (22) for intermittently coating electrode catalyst layer material in predetermined regions on second carrier film; second drying device (27) for drying electrode catalyst layer material coated intermittently on second carrier film to transform into electrode catalyst layer (42); third transfer device (6) for feeding, transferring, and winding third carrier film (C) in belt shape; third coating device (23) for intermittently coating electrode catalyst layer material in predetermined regions on third carrier film; third drying device (28) for drying electrode catalyst layer material coated intermittently on third carrier film to transform into electrode catalyst layer (43); press-laminating device (24) for laminating electrolyte membrane formed on first carrier film onto electrode catalyst layer on second carrier film with a pressure followed by peeling off and removing first carrier film; and heat-laminating device (11, 12) for laminating electrode catalyst layer on third carrier film onto electrolyte membrane with heat and pressure. The manufacturing equipment further comprises synchronizing device for synchronizing intermittently coatings on second carrier film and on third carrier film when electrode catalyst materials are intermittently coated; and tension control device for controlling transfer rate and tension of first to third carrier films, where second and third coating devices are arranged in such a way that film path lengths between position of second or third coating devices and position of heat-laminating device are identical. An INDEPENDENT CLAIM is included for manufacturing fuel cell MEA involving: feeding, transferring, and winding first carrier film in belt shape; coating electrolyte material in predetermined regions on first carrier film; drying electrolyte material coated on first carrier film to transform into electrolyte membrane; feeding, transferring, and winding second carrier film in belt shape; intermittently coating electrode catalyst layer material in predetermined regions on second carrier film; drying electrode catalyst layer material coated intermittently on second carrier film to transform into electrode catalyst layer; feeding, transferring, and winding third carrier film in belt shape; intermittently coating electrode catalyst layer material in predetermined regions on third carrier film; drying electrode catalyst layer material coated intermittently on third carrier film to transform into electrode catalyst layer; press laminating electrolyte membrane formed on first carrier film onto electrode catalyst layer on second carrier film followed by peeling off and removing first carrier film; and thermally laminating electrode catalyst layer on third carrier film onto electrolyte membrane with pressure.    DESCRIPTION OF DRAWING(S) - The figure shows the equipment for manufacturing fuel cell membrane electrode assembly.    Carrier film for electrolyte (A)    Carrier films for electrode catalyst layer (B, C)    Laminated product after thermal lamination (D)    Laminated product after peeling off carrier films B and C (E)    Film feeding part for carrier film A for electrolyte (1)    Coating roll on which electrolyte is coated (2)    Film transfer roll for carrier film A (3)    Film feeding part for carrier films B and C for electrode catalyst layer (5, 6)    Coating rolls on which electrode catalyst layer is coated (7, 8)    Thermal laminating rolls (11, 12)    Cooling rolls (13, 14)    Electrolyte coating device (21)    Electrode catalyst layer coating device (22, 23)    Laminating pressure control device (24)    Nip pressure control device (25)    Drying ovens (26, 27, 28)    Electrolyte material/electrolyte membrane (41)    Electrode catalyst layer material/electrode catalyst layer (42, 43)