Damping shock absorber usually refers to the practical function of transforming the friction energy formed in fitness exercise into the required heat or other kinetic energy that can be lost, avoiding the relative speed of objects. The key to the method of structural shock absorption lies in some special positions of the structure: supporting points, connectors or connectors, indoor space of concrete floor, adjacent engineering buildings, frame columns and connectors, main structure and subsidiary structure. Damping equipment shall be provided, and disputes, bends, changes and cuts shall be made according to the damping equipment, so as to reduce the ground vibration reflection of the main project, so as to reasonably avoid the damage or collapse of the structure and achieve the specified vibration control purpose. Actual effect of damping shock absorber in use

(1) Damping shock absorber can reasonably reduce the vibration amplitude of * * * in the mechanical system, and further avoid the damage to the structure caused by the limitation of dynamic internal stress.

(2) It can help the mechanical structure to recover to the required stable state in a short time after an unexpected sudden impact.

(3) In the information indoor environment, the working mechanism usually must have high seismic and dynamic reliability, which can be solved by using various damping.

The damping component in the damping damper structure is completely extensible, which is the key to give satisfactory excellent bending stiffness or damping for the main project, so the damping damper structure can meet the requirements of normal operation. Under the action of different senses, the components of damping machinery and equipment can enter the energy-consuming operation state ahead of time, and the damping is large, which makes them input into the effective operation process of the structure, consumes a lot of kinetic energy, and the driving force response of the structure quickly loses, making it difficult for the main project to undergo significant inelastic deformation, further ensuring the defense capability that the structure often needs in strong vibration or strong wind. When solid-state oscillation occurs, the kinetic energy generated in the process of solid-state oscillation is lost as much as possible by the damping layer, which is called damping shock absorber.