High-precision load-resisting integrated shear wall building

Abstract

The invention relates to modularized buildings, in particular to a high-precision load-resisting integrated shear wall building. The high-precision load-resisting integrated shear wall building comprises a wall body and a roof, wherein the wall body is formed by modules in an assembled mode, the roof is arranged on the wall body, a shear wall which is even in stress is formed by the modules on the wall body in a longitudinal staggered assembly mode, and every two adjacent modules are connected in a detachable mode. According to the structure and the method, the high-precision load-resisting integrated shear wall building has the advantages of improving bearing performance, waterproof performance, construction precision and construction progress, and reducing energy consumption and building cost.

Description

technical field [0001] The invention relates to a modular building, in particular to a high-precision load-resistant integral shear wall building with improved bearing capacity, improved waterproofness, improved construction accuracy, improved construction progress, reduced energy consumption and reduced construction cost. Background technique [0002] At present, most buildings use reinforced concrete as the main construction method. The construction period is quite long, and the labor cost and capital cost are relatively high. People's living concept and way of thinking have been firmly bound by this model. [0003] In order to solve the above problems, modular buildings have appeared in parts of the world, such as South Korea and Japan. The modular building is assembled in modules to form a complete building shell. The main material of the building is made of expandable polystyrene through a series of processing techniques such as pre-foaming, mold injection molding, an...

AI Technical Summary

Problems solved by technology

Its rigidity is poor, and it does not have the superiority of traditional buildings in anti-snow load capacity.

That is, poor shear resistance and low load resistance

[0009] 4. The existing technical solutions or implemented products do not have functional waterproofing, and its waterproofing function is the function of the mortar coating

If the mortar is cracked or damaged, the module combination does not have the waterproof function, and a large amount of water will be accumulated in the shell space, which does not meet the modern building construction codes and national standards

That is, poor waterproof performance

[0010] In summary, the building modules (i.e., blocks) in the modular buildings of the prior art have low bearing capacity, poor waterproof performance, low construction precision, slow construction progress, large energy consumption and high construction costs

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