▎ 摘　　要

NOVELTY - The battery has a data information collecting module, an information processing module and an adjusting module that are installed at the rear end of each process on the production line of the graphene battery. The electronic information label is generated by classifying the graphene of the battery, and the electronic information labels are obtained by the reader. The data information labels is conveyed to the data processing module. The processing mobile information corresponding to the battery is obtained according to the information tag. The actual operation path is obtained. An analog path graphene the battery through a processor is obtained through the processor. The path similarity of the simulation path of the graphite battery graphene is obtained, the actual operating path is determined. The judgment is made to check whether the path is reasonable, and an evaluation result is sent to the adjusting module. USE - Full cycle tracking graphene of battery. ADVANTAGE - The quality of the product is improved by monitoring the different degrees graphene the battery process to different kinds of requirements. The production efficiency is improved since the actual operation path of the battery graphene adjusting module is adjusted and optimized according to the path similarity and the corresponding moving path needed time, and the evaluation result is sent to the adjusting module, thus the production efficiency of the full cycle tracking graphene of battery is improved. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic diagram of the structure of a full cycle tracking graphene of a battery. (Drawing includes non-English language text)