A collision-proof new energy charging pile

Abstract

The present invention discloses an anti-collision new energy charging pile, comprising a main bearing frame body, on which a charging pile body is fixedly installed; the bottom of the main bearing frame body is located below the charging pile body and is fixedly connected to a first protection frame, and a buffer mechanism is slidably installed inside the first protection frame; when a vehicle is too close to the charging pile, both ends of a spring member are simultaneously stressed to undergo a contraction movement, and at the same time, a strong mutual repulsion force is gradually generated between the first magnetic rod and the second magnetic rod that are close to each other, and combined with the rebound force generated by the compression of the spring member, a reaction force is jointly formed to prevent a deceleration baffle from being continuously squeezed, and to buffer the force of the vehicle colliding and squeezing the deceleration baffle, and the reaction force increases as the distance by which the deceleration baffle is squeezed increases, thereby gradually increasing the resistance to the movement of the vehicle, and achieving the purpose of assisting in stopping the vehicle, thereby preventing the vehicle from continuing to move and colliding and damaging the charging pile body.