▎ 摘　　要

NOVELTY - The method comprises (a) feeding the packaging bag needed and the graphene particles needed to be packaged, and before pressing, extending the packing bag from the winding roller to the discharging port, and pressing the back side of the packaging pack to form a straight cylinder type packaging bag, (b) pouring the material into the feeding box, and using the packaging device to seal and cut the package with the product, (c) transporting the product through sealing and cutting is transported to the detecting device through the transport case, for the product to leak, the detection of the breakage problem; (d) transporting of the product; (e) transporting product; and (f) transporting and cutting the product: transporting to the detection device by the transporting case, transporting to a detecting device, and for the products to leak for the leak, and detecting the problem; where the packaging equipment comprises a bottom plate and a packaging box (2). USE - Quantitative packaging process based on graphene particles used for studying quantum mechanics of condensation state material. Can also be used for physical basic research, and for performing original tests that need to be performed in giant particle accelerator can be carried out in small laboratory with graphene. ADVANTAGE - The quantitative packaging process based on graphene particles solves the problem that the single side of the existing packaging device packaging bag pressing the pressing force is not uniform, easy to generate gap, and the pressing time is short, cannot realize the sealing, cutting integrated operation, at the same time, the control of the valve not only cannot accurately control the corresponding feeding amount, and needs to continuously operate more troublesome problem. DESCRIPTION OF DRAWING(S) - Driving rotating shaft (93) Hot-pressing locating mechanism (96) First translating plate (96-1) Second translating plate (96-2) Contact circular arc plate (96-3) Sliding plate (96-5) Shifting rod (96-6) Poking plate (96-7) Supporting rod (96-8) Rotating component (96-9) First rotating rod (96-91) Second rotating rod (96-92) Third rotating rod (96-93) Second hot pressing roller (916)