▎ 摘　　要

NOVELTY - The device has multiple graphene rods (1) connected end to end by a connecting mechanism. A top end of the graphene rod is equipped with a wiring mechanism. A mounting mechanism (6) is provided with a locking mechanism. A connecting mechanism comprises a connecting sleeve (202) connected between two graphene rods. The graphene rod is internally connected with the connecting sleeve. An inner part of the connecting sleeve is provided with four driving rods distributed in annular distance. The four driving rods are slidingly connected with inner part of the connecting sleeve through an extruding spring. A top part of the four driving rods extends to outer side of the connecting sleeve to interfere with bottom part of the graphene rod. The bottom parts of the four driving rods are slidingly connected with pressing blocks through buffer springs. A bottom part of the pressing block extends to outer side of the connecting sleeve and is contacted with top part of the other graphene rod. USE - Graphene lightning-proof grounding device. ADVANTAGE - The device: is good for the connection of the external wire and the graphene rod through the matching of the wiring mechanism and the fastening mechanism; utilizes the connection mechanism to facilitate the connection of multiple graphene rods; improves the conductive performance; drives the protective mechanism through the installation of the wiring mechanism and the graphene rod; and opens the protective mechanism on the connecting mechanism to contact the soil and improve the ground grabbing force. DESCRIPTION OF DRAWING(S) - The drawing shows an integrated structure schematic diagram of the graphene lightning-proof grounding device. 1Graphene rod 6Mounting mechanism 202Connecting sleeve