DIS

seismic isolation devices, namely, bearings made primarily of metal with a rubber component used to separate structures from seismic ground accelerations and/or wind forces and to provide for the lateral displacement of structures while reducing the force delivered into the structures through energy dissipation means and returning the structures to their original location at the end of the ground motion or wind force, used in construction projects for buildings, bridges and other man-made structures to help protect the structures from earthquake and/or wind damage

[ computer software in the field of designing seismic isolation devices used to protect structures from the damages of earthquakes and/or wind ]

[ architectural design, and mechanical engineering services in the field of protecting structures from the damages of earthquakes and/or wind through the application of seismic isolation technology, namely, conducting feasibility studies, consultation in the field of structural engineering design and analysis, and design for others in the field of isolation systems for protecting structures from the damages of earthquakes and/or wind]