▎ 摘　　要

NOVELTY - An energy-saving graphene production equipment comprises main body (1) which has rectangular parallelepiped shape, and carrier plate which is horizontally fixed to main body. Inner wall of main body has drying mechanism and auxiliary mechanism. Drying mechanism includes bottom box (3), connection box (4), connection pipe (5), air pump (6), heating rod, exhaust pipe, and friction assembly, where bottom box is fixed at the bottom of main body, and connection box is fixed at the top of the main body. Top of bottom box is in communication with bottom of main body, one side of connection box is in communication with one side of bottom box through connection pipe, and suction pump is arranged on air pipe. Air suction pump is fixed on main body, side of connection box remote from connection pipe is provided with air inlet hole, and exhaust pipe is perpendicular to carrier board. Top and bottom of connection box are provided with mounting holes, which are coaxially arranged with exhaust pipe. USE - A energy-saving graphene production equipment. ADVANTAGE - The energy-saving graphene production equipment realizes the function of drying graphene through a drying mechanism and also improves the drying efficiency through an auxiliary mechanism. DETAILED DESCRIPTION - An energy-saving graphene production equipment comprises main body (1) which has rectangular parallelepiped shape, and carrier plate which is horizontally fixed to main body. Inner wall of main body has drying mechanism and auxiliary mechanism; drying mechanism includes bottom box (3), connection box (4), connection pipe (5), air pump (6), heating rod, exhaust pipe, and friction assembly, where bottom box is fixed at the bottom of main body, and connection box is fixed at the top of the main body. Top of bottom box is in communication with bottom of main body, one side of connection box is in communication with one side of bottom box through connection pipe, and suction pump is arranged on air pipe. Air suction pump is fixed on main body, side of connection box remote from connection pipe is provided with air inlet hole, and exhaust pipe is perpendicular to carrier board. Top and bottom of connection box are provided with mounting holes, which are coaxially arranged with exhaust pipe. Diameter of mounting hole is equal to the outer diameter of exhaust pipe; exhaust pipe passes through 2 mounting holes in sequence; and exhaust pipe is sealed and fixed to inner wall of mounting hole connection. Bottom end of exhaust pipe communicating with top of main body, exhaust pipe, and carrier plate are arranged opposite to each other, and heating rod is arranged at the bottom box. Friction assembly is disposed in exhaust pipe; friction assembly includes friction disk, transmission unit, and greater than or equal to 2 friction rods. Friction disk is arranged coaxially with the exhaust pipe, diameter of friction disk is smaller than inner diameter of exhaust pipe, and axis of friction rod is perpendicular to axis of exhaust pipe and intersects. Friction rod is uniformly distributed in circumferential direction with axis of exhaust pipe as the center, and exhaust pipe is provided with greater than or equal to 2 through holes in coaxial arrangement with one-to-one correspondence with through hole. Diameter of through hole is equal to diameter of friction rod; friction rod passes through through hole; and friction rod is sealed and fixedly connected to inner wall of through hole. Friction rod abuts against the side of the friction disk near the main body, and transmission unit is drivingly connected to friction disk. Auxiliary mechanism includes a sliding plate and three moving components, the sliding plate is parallel to object carrying plate, and the sliding plate is disposed on the object carrying plate away from the bottom on one side of the box. A gap is provided between sliding plate and carrier plate, and the sliding plate and the inner wall of the main body are slidably and sealingly connected. The plate is provided with a through hole arranged coaxially with the exhaust pipe, and the moving component is uniformly arranged on the sliding plate near the connection box with the axis of the through hole as the center. On one side, the moving component drives the slide plate to move along the axial direction of the through hole. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of the energy-saving graphene production equipment. Main body (1) Bottom box (3) Connection box (4) Connection pipe (5) Air pump (6)