▎ 摘　　要

NOVELTY - PET graphene coating coiled material device comprises reaction kettle. The reaction kettle is orderly provided with atom fountain device (1) by PET-graphene film coiled material production process, field-effect separator (2), atom disperser (3), flattening shaft (5), PET film (6), reformer (7), Hall fine discharging device (8), weight-efficient fine device, Fischer sub-enhancer (10), inspection device (11) and steering shaft (12). The reaction kettle is externally provided with PET film chamber (4) and PET graphene coating bin. The atomic fountain apparatus is connected to reaction kettle and field-effect separator. The atom fountain of atom disperser is connected to field-effect separator. The flattening shaft is connected to reaction kettle of PET film chamber. The PET film is connected to flattening shaft and Hall fine discharging device. The dose-effect group (9) is connected to Hall fine discharging device. USE - PET graphene coating coiled material device. ADVANTAGE - The device has small power consumption at 24 degrees C. DETAILED DESCRIPTION - PET graphene coating coiled material device comprises reaction kettle. The reaction kettle is orderly provided with atom fountain device (1) by PET-graphene film coiled material production process, field-effect separator (2), atom disperser (3), flattening shaft (5), PET film (6), reformer (7), Hall fine discharging device (8), weight-efficient fine device, Fischer sub-enhancer (10), inspection device (11) and steering shaft (12). The reaction kettle is externally provided with PET film chamber (4) and PET graphene coating bin. The atomic fountain apparatus is connected to reaction kettle and field-effect separator. The atom fountain of atom disperser is connected to field-effect separator. The flattening shaft is connected to reaction kettle of PET film chamber. The PET film is connected to flattening shaft and Hall fine discharging device. The recombination device is connected to PET film and flattening shaft. The Hall bar device is connected to recombining device. The dose-effect group (9) is connected to Hall fine discharging device. The Fischer sub-enhancer is connected to dose-effect group. The inspection device is connected to Fischer sub-enhancer. The steering shaft is connected to PET graphene film chamber. The PET film coating chamber is connected to reaction kettle. The PET graphene film coating chamber is connected to reaction kettle. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of PET graphene coating coiled material device. Atom fountain device (1) Field-effect separator (2) Atom disperser (3) PET film chamber (4) Flattening shaft (5) PET film (6) Reformer (7) Hall fine discharging device (8) Dose-effect group (9) Fischer sub-enhancer (10) Inspection device (11) Steering shaft (12)