The following is the working principle of the damping shock absorber:

1. The main part of the damper is two counterweight objects each weighing about 150 tons suspended by steel cables, suspended on the 90th floor (395 meters). When a strong wind strikes, the device uses sensors to detect the magnitude of the wind and the degree of shaking of the building, and uses a computer to control the counterweight object to move in the opposite direction through springs and hydraulic devices, thereby reducing the degree of shaking of the building;

2. Its operation principle is like a person in a shaking boat, moving his body in the opposite direction of the shaking of the boat to achieve balance. If the strong wind blows from the north, the counterweight is like a huge "pendulum" swinging to the north, so that the wind damper will produce a force opposite to the wind direction, so as to resolve the shaking degree of the building and offset the impact of the strong wind on the building;

3. After using this device, the acceleration of strong wind on the building can be reduced by about 40%, so that even if it is hit by strong wind, the people in the building can hardly feel the shaking of the building. In addition, the wind damper can also reduce the impact of strong earthquakes on the building, especially the top of the building.