▎ 摘　　要

NOVELTY - An enhancing device includes a gas compression device (1), a gas pipeline (2), a graphene film hydrogen filtering device (3), three layers of graphene film filter hydrogen (4-6), three non-hydrogen gas output pipelines (7-9), hydrogen gas storage chamber (10), pure hydrogen gas conveying pipeline (11), pure hydrogen gas pressurizing workshop (12), pressurized pure hydrogen gas conveying pipe (13), hydrogen fuel production workshop (14), hydrogen fuel conveying pipe (15), hydrogen fuel battery manufacturing workshop (16), hydrogen gas exhaust pipeline (17), and hydrogen fuel battery (18). USE - Enhancing device used for producing hydrogen fuel cell. DETAILED DESCRIPTION - An enhancing device comprises a gas compression device (1), a gas pipeline (2), a graphene film hydrogen filtering device (3), a first layer of graphene film filter hydrogen (4), a second layer of graphene film filter hydrogen (5), a third layer of filtering hydrogen graphene film (6), a first non-hydrogen gas output pipeline (7), a second non-hydrogen gas output pipeline (8), a third non-hydrogen gas output pipeline (9), pressurized hydrogen gas storage chamber (10), a pure hydrogen gas conveying pipeline (11), a pure hydrogen gas pressurizing workshop (12), pressurized pure hydrogen gas conveying pipe (13), a hydrogen fuel production workshop (14), a hydrogen fuel conveying pipe (15), a hydrogen fuel battery manufacturing workshop (16), a hydrogen gas exhaust pipeline (17), and a hydrogen fuel battery (18). The right side of the gas compression device is provided with a gas input pipeline. The right side of the gas pipeline is set with graphene hydrogen film filtering device. The graphene film filtering the hydrogen device from left to right is at equal distance, in turn, installing the first layer of graphene film filter hydrogen, the second layer of graphene film filter hydrogen, and the third layer of filtering hydrogen graphene film. The bottom wall of the gas pipeline and the first layer filtering hydrogen graphene film between the graphene film hydrogen filtering device is provided with a first hydrogen gas output pipeline. The lower wall between the bottom first layer filtering hydrogen graphene film and the second layer of filtering hydrogen graphene film of the graphene film hydrogen filtering device is installed with a second hydrogen gas output pipeline. The hydrogen graphene film on the second layer and the third layer of filtering hydrogen graphene film between the graphene membrane filtering wall bottom of hydrogen device is provided with a third hydrogen gas output pipeline. The graphene film hydrogen filtering device of the right side pure hydrogen gas conveying pipe is installed with pure hydrogen gas pressurizing workshop, pressurized pure hydrogen gas conveying pipe, hydrogen fuel production workshop, hydrogen fuel conveying pipe and hydrogen fuel battery manufacturing workshop. The hydrogen fuel battery manufacturing workshop is provided with a hydrogen fuel cell from the hydrogen fuel battery manufacturing workshop. The graphene film hydrogen filtering device is set with pressure which is not far below the hydrogen gas storage chamber. The right side face of the pressurized hydrogen gas storage chamber is provided with a hydrogen gas exhaust pipeline, a gas compression device and gas pipeline communicating with the gas pipeline and the graphene film hydrogen filtering device. The graphene film hydrogen filtering device the hydrogen gas storage room of left side surface of the lower part of the side wall is connected and communicated with the first hydrogen gas output pipeline. The graphene film hydrogen filtering device in the middle of left side of the hydrogen gas storage chamber side wall is connected and communicated with the pressure through the second hydrogen gas output pipeline. The graphene film hydrogen filtering device of upper part of left side of the hydrogen gas storage chamber side wall is connected and communicated with the pressure through the third hydrogen gas output pipeline. Pressurized hydrogen gas storage chamber is connected and mounted on the right side surface of the pressurized hydrogen gas storage chamber of a hydrogen gas exhaust pipeline. The graphene film hydrogen filtering device is connected with the pure hydrogen gas pressurizing workshop by pure hydrogen gas conveying pipeline and connected with the pure hydrogen gas pressurized workshop connected with the hydrogen fuel production workshop through pressurized pure hydrogen gas conveying pipe. The hydrogen fuel production workshop is connected with the hydrogen fuel battery manufacturing workshop through the hydrogen fuel conveying pipe. DESCRIPTION OF DRAWING(S) - The drawing is a schematic diagram of the enhancing device. Gas compression device (1) Gas pipeline (2) Graphene film hydrogen filtering device (3) Layers of graphene film filter hydrogen (4-6) Non-hydrogen gas output pipelines (7-9) Pressurized hydrogen gas storage chamber (10) Pure hydrogen gas conveying pipeline (11) Pure hydrogen gas pressurizing workshop (12) Pure hydrogen gas conveying pipe (13) Hydrogen fuel production workshop (14) Hydrogen fuel conveying pipe (15) Hydrogen fuel battery manufacturing workshop (16) Hydrogen gas exhaust pipeline (17) Hydrogen fuel battery (18)