In general, the damping technology of resistance structure is to install damping equipment at some special positions of the structure: rubber bearings, connectors or connectors, indoor space of concrete floor, adjacent engineering buildings, frame columns, connectors, main and auxiliary structures, etc. According to friction, bending, torsion, shearing, viscous backward deformation, elastic-plastic backward deformation and viscoelastic backward deformation, the kinetic energy formed in the structure is digested and absorbed, and then the ground motion of the main project is reflected. The vibration-reducing prefabricated parts in the vibration-reducing damper structure are basically malleable, which can generally give the main project enough bending stiffness or vibration reduction, so that the vibration-reducing damper can reasonably meet the requirements of normal use. Under different vibration effects, the components of vibration reduction equipment can first enter the energy-consuming operation state, which reasonably causes large vibration reduction, so that the kinetic energy input to the structure is greatly lost, the driving force response of the structure is rapidly lost, and the main project has no obvious inelastic deformation, further ensuring the performance of the structure in strong vibration or strong wind. During solid state vibration, the kinetic energy generated during solid state vibration is lost by the damping layer as much as possible.