Building additionally provided with anti-earthquake prefabricated composite modules

Abstract

The invention discloses a building additionally provided with anti-earthquake prefabricated composite modules. The building comprises a building (2) and is mainly characterized by further comprising the anti-earthquake prefabricated composite modules (1) which are mutually connected to form a combined body; the combined body is integrally connected with plate beams of the building (2), for example, the combined body is formed by vertically and mutually connecting the composite modules (1) on the two sides of the building (2) in one row; the combined body covers the building (2) and is integrally connected with the building. The composite modules (1) comprise cubes, prisms, spheres and the like. According to the building additionally provided with the anti-earthquake prefabricated composite modules, disclosed by the invention, an existing building is subjected to an anti-earthquake reinforcement treatment through additionally arranging the anti-earthquake prefabricated composite modules; at the same time, the flexibility of utilization of an additionally built part can be improved; the anti-earthquake prefabricated composite modules are standardization finished-product modules, thus the building disclosed by the invention has the advantages of wide application range, strong flexibility and reasonable size, and is suitable for a light hoisting system to construct in an existing building environment.

Description

technical field [0001] The invention belongs to the field of buildings, and more specifically, the invention relates to a building with additional anti-seismic prefabricated composite modules. In the International Patent Classification, the present invention should be classified into E04 broad class. Background technique [0002] At present, the structural seismic reinforcement of existing buildings is the basic technology for the safe use of existing buildings. Shotcrete and sprayed concrete reinforcement, grouting and grouting reinforcement, bonded steel reinforcement, carbon fiber, planting reinforcement and other methods to achieve multiple types of seismic reinforcement methods. The usual reinforcement method only starts from the existing building itself, which has the following problems: it is only used as a component of the building's anti-seismic safety protection, and has a single function and does not have other functions. [0003] The purpose of the present inve...

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