Vertical anti-drawing shock isolation device based on carbon fiber reinforced rubber

The vertical anti-drawing shock isolation device comprises a bottom plate, a limiting cylinder fixedly connected to the top of the bottom plate is in sliding fit with a conical annular plate fixedly connected to the bottom of a top plate, and conical carbon fiber plates and conical high-damping rubber layers which are arranged in a staggered mode are arranged between a pressure-bearing circular truncated cone and the conical annular plate; the conical carbon fiber plate and the conical high-damping rubber layer are attached and bonded to form carbon fiber reinforced rubber, and the anti-pulling key in the center of the top plate and the pressure-bearing circular truncated cone in the center of the bottom plate form a rotary buckle structure. Through the inclined design of the conical annular plate, the pressure-bearing circular truncated cone and the conical carbon fiber plate, vertical movement of an upper structure or equipment is converted into compression-shear deformation of carbon fiber reinforced rubbe