Gypsum reinforced concrete construction system

Abstract

The invention discloses a plaster reinforced concrete building system, which comprises a plaster wall body, a composite reinforced concrete reinforced pillar, a heat insulation roofing, and an outer wall. The plaster wall body comprises hollow assembling building blocks which are made from water-resistant plaster gelled materials. The composite reinforced concrete reinforced pillar is formed by inserting bundled bars into the hollow cavities of the hollow assembling building blocks, welding or frapping connecting points of the bundled bars and steel bars in an upper ring beam and a lower ring beam, and then pouring the concrete. A layer of plaster heat insulation mortar can be poured on the upper surface of the heat insulation roofing. The plaster reinforced concrete building system can achieve the aim of building energy conservation completely by adopting a large number of the plaster wall bodies and the heat insulation roofings, and has the advantages of fast construction speed, low labor intensity, accomplishments of both construction and decoration at one go, and extremely low construction cost. The building system is especially suitable for buildings with less than five stories, is more suitable for the constructions of village houses and cottages, and can resist earthquakes less than 8 magnitudes and fires lasting for about 2 hours, thus the building system is one of the best buildings for earthquake relief.

Description

technical field [0001] The invention relates to a building structure system, in particular to a gypsum reinforced concrete building system. Background technique [0002] In industrial and civil buildings, the traditional building system is: the brick-concrete structure system is mostly used for less than five floors, and the frame light board structure system is mostly used for above five floors. The brick-concrete structure system has slow construction, high labor intensity, and poor earthquake resistance; the frame light-slab structure system includes concrete frames and metal frames, and the construction of concrete frames is cumbersome, with long periods and high costs. The periphery of the metal frame needs to be insulated, which is more expensive. Contents of the invention [0003] The technical problem solved by the invention is to provide a gypsum reinforced concrete building system with energy saving, consumption reduction, heat preservation and heat insulation. ...

AI Technical Summary

Problems solved by technology

The brick-concrete structure system has slow construction, high labor intensity, and poor earthquake resistance; the frame light-slab structure system includes concrete frames and metal frames, and the construction of concrete frames is cumbersome, with long periods and high costs

The periphery of the metal frame needs to be insulated, and the cost is higher

Images