▎ 摘　　要

NOVELTY - The strip has an electroconductive rubber layer and a conductive ceramic that are arranged in the electroconductive rubber layer. The conductive rubber layer includes a first conductive rubber layer (1), a second conductive rubber layer (2) and a third conductive rubber layer (3) that are arranged from bottom to top. A conductive ceramic mounting groove (4) is arranged in the second conductive rubber layer. The conductive ceramic is fixed in the conductive ceramic mounting groove by an adhesive. USE - Graphene nanometer static conductive rubber wearable drag strip. ADVANTAGE - The strip is bonded and held in the conductive rubber belt, which satisfies the rubber tow zone and keeps the ground during the effective period, and does not need to adjust the length, thus ensuring safety, convenient use and improved economic efficiency. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a method for preparing the graphene nanometer static conductive rubber wearable drag strip. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic structural diagram of the graphene nanometer static conductive rubber wearable drag strip. First conductive rubber layer (1) Second conductive rubber layer (2) Third conductive rubber layer (3) Conductive ceramic mounting groove (4)