▎ 摘　　要

NOVELTY - Bridge damping support using graphene material comprises a sliding box and two trapezoidal side plates. The sliding box is provided with a bridge support. The top of the bridge support is provided with a curved card slot. A support top plate is arranged at the top ends of the bridge support. The support top plate is provided with an extension portion, and the extension portion is connected with the bridge body. A damping device is installed between the extension and the slip box. The damping device includes a damping spring, a damping ball, a damping block, a micro module and a damping cover. The two central holes between the damping cover and the damping block are divided into three damping chambers by a fixed central arrangement. The micro module is fixed in the guiding groove. The damping spring is fixed above the micro module. The one end of the connecting rod is fixedly connected with the micro-slider. USE - Used as bridge damping support using graphene material. ADVANTAGE - The spring steel has excellent comprehensive mechanical properties, especially high strength, low temperature toughness and hardenability. DETAILED DESCRIPTION - Bridge damping support using graphene material comprises a sliding box and two trapezoidal side plates. The sliding box is provided with a bridge support. The top of the bridge support is provided with a curved card slot. A support top plate is arranged at the top ends of the bridge support. The support top plate is provided with an extension portion, and the extension portion is connected with the bridge body. A damping device is installed between the extension and the slip box. The damping device includes a damping spring, a damping ball, a damping block, a micro module and a damping cover. The two central holes between the damping cover and the damping block are divided into three damping chambers by a fixed central arrangement. The micro module is fixed in the guiding groove. The damping spring is fixed above the micro module. The one end of the connecting rod is fixedly connected with the micro-slider, where the damping spring is obtained by using a low temperature resistant high strength spring steel.