A kind of light steel keel structure system of seismic house

Abstract

The invention relates to a light steel keel structure system of an anti-seismic house. A wall of the house adopts light steel keels as the wall structure system, and the floor of the house adopts light steel keels as the floor structure system. The floor structure system and the wall structure system share the same main keels, the floor structure system further comprises auxiliary keels which are arranged between two adjacent main keels respectively, the auxiliary keels and the main keels are perpendicularly connected, and the auxiliary keels are parallel to one another or perpendicularly intersect; the wall structure system further comprises wall keels which are perpendicularly connected with the main keels, and the wall keels are parallel to one another. The light steel keel structure system of the anti-seismic house is reasonable in structure, good in heat preservation and insulation and low in energy consumption, the wall and the floor adopt different keel structures, it is ensured that the connection modes of the keels are simple and reliable, the structure of the building is more stable, installation is simpler and quicker and more reasonable, the requirement for construction staff is low, and the light steel keel structure system of the anti-seismic house is suitable for construction of houses in villages and small towns.

Description

technical field [0001] The invention relates to an anti-seismic building structure system, in particular to a light steel keel structure system for an anti-seismic building. Background technique [0002] In recent years, earthquakes have occurred from time to time, and the hazards have been greatly affected. The integrated design of buildings for structural earthquake resistance and building energy conservation is a development direction that the construction industry is constantly discussing and pursuing. Moreover, in modern society, energy and environment have become the primary issues affecting my country's national economy and sustainable development. [0003] For existing buildings, the main construction methods integrating structure and energy saving include: cast-in-place reinforced concrete sandwich energy-saving structural system, block insulation sandwich energy-saving structural system, light steel frame thermal insulation sandwich panel energy-saving structural s...

AI Technical Summary

Problems solved by technology

[0011] 1. The design and calculation theory of light steel structure is relatively perfect, but the problem of integration of structure and energy saving has not been solved well; there is a lack of insulation materials suitable for national conditions according to local conditions;

[0012] 2. The construction is more difficult and requires a professional team;

[0013] 3. The combination of design, R&D and the market is not enough, and engineering applications are mostly limited to pilot projects;

[0014] 4. At present, the light steel structure system mostly serves urban villa buildings, and the overall cost is relatively high, which is difficult to apply to the majority of villages and towns;

[0015] 5. Foamed cement or vitrified microbeads, as the insulation layer of the wall, can improve the thermal insulation and sound insulation performance of the building, and have a good effect in reducing energy consumption. However, it has not been applied and popularized in light steel structure houses. There is a lack of complete implementation schemes in steel structure houses

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