▎ 摘　　要

NOVELTY - The line has a first film roller (2) and a buffer propping frame structure (3) installed on a left side of a top surface of a mounting outer frame (1). A conductive slurry graphene hopper (4) is set on a lower portion of the buffer propping frame structure. A printing roller (5) is axially connected with an upper portion an inner side of the conductive slurry graphene storage hopper. An antioxidant feeding pipe (9) is installed on an upper portion of a non-antioxidant feeding pump (8). Dual-film combined auxiliary clamping frame (14) is set on a right side of a second film roller (13). Front and rear sides of upper and lower ends of a clamping frame are welded with a side limiting plate that is provided with a puller spring. USE - Intelligent radio frequency identification (RFID) electronic label production line for graphene conductive paste. ADVANTAGE - The line allows a rubber guide roller to be located at a lower part of a discharging pipe for directly receiving dropping glue liquid when using so as to conveniently add glue on an upper side of a conveying material. The line utilizes a to-be-inserted water return branch pipe on a right side of an upper portion of the water cooling box, which is better for convenient to circulate water cooling liquid, thus realizing water cooling function. DESCRIPTION OF DRAWING(S) - The drawing shows a front view of an intelligent radio frequency identification electronic label production line for graphene conductive paste. Mounting outer frame (1) First film roller (2) Buffer propping frame structure (3) Graphene conductive paste storage hopper (4) Printing roller (5) Auxiliary scraping plate (6) Antioxidant storage hopper (7) Antioxidant feeding pump (8) Antioxidant feeding pipe (9) Antioxidant nozzle (10) Ultraviolet lamp (11) Glue solution adding frame structure (12) Second film roller (13) Dual-film combined auxiliary clamping frame (14) Strengthening temperature frame structure (15) Winding roller (16) Controller (17) Alarm (18)