Earthquake-proof building

The invention relates to the field of construction, namely reconstruction, rehabilitation or construction of earthquake-resistant buildings. The technical result is to provide opportunities for strengthening existing buildings, or the construction of reinforced buildings and structures with increased resistance to the effects of wind loads and earthquakes by placing them multi-layered anti-vibration mounts, which receive the vertical loads during use and the active sensing horizontal loads during earthquake activity without irreversible and critical damage, or with minimal deformation, which increases seismic Nadia zhnosti and safety of the building or structure. This is achieved in that the earthquake-resistant building, comprising a vibration-isolated foundation, horizontal and vertical supporting structures with vibration isolation system, internal partitions, roof of the building, as well as door and window frames with amplification, base carrying slabs are provided in their places of attachment to the supporting walls of a building spatial vibration isolation system comprising isolators horizontally arranged, sensing the vertical static and dynamic loads, as well vertically disposed x vibroizoljatorov perceiving horizontal static and dynamic loads, with the floor in the premises formed on an elastic foundation and comprises a mounting plate made of reinforced vibration damping concrete material, which is installed on the base floor slab with cavities through layers of vibration damping material and a waterproof material with a gap relative bearing walls industrial premise, wherein the baseplate cavity filled vibration damping material, e.g. GSP enennym polymer.