Heat insulation structure prefabricated integrated assembly wall panel and overall building forming method

Abstract

The invention belongs to a heat insulation structure prefabricated integrated assembly wall panel and an overall building forming method. A panel body is made by injecting a heat insulation slurry formed by stirring cement, polystyrene particles, additives and water into a mold, and demolding after drying, and slab joint connecting grooves are respectively formed in the peripheries of two side planes of the panel body; ring beam connecting grooves are formed in the upper end surface of the panel body, and longitudinal through holes in parallel with the slab joint connecting grooves are longitudinally formed in the panel body at intervals; transverse through holes are transversely formed in the panel body at intervals, and are communicated with the horizontal through holes, and a reserved window frame opening and a reserved door frame opening which are sunken into the panel body are respectively formed in one side of a plurality of panel bodies. Prefabricated pieces are quickly assembled into a house by the heat insulation structure prefabricated integrated assembly wall panel provided by the invention. The heat insulation structure prefabricated integrated assembly wall panel has the advantages of fewer components, unified production standards, short construction period, light weight, raw material saving, high strength, low cost, convenience in transport and use, good heat insulation and noise isolation, impact resistance, effective shock resistance and convenience in installation.

Description

technical field [0001] The invention belongs to a thermal insulation structure prefabricated integrated assembly wall panel and an integral building construction method, which are used for the integral construction of load-bearing walls and load-bearing partitions of buildings. Background technique [0002] With the acceleration of the process of urbanization in rural areas of our country, the construction of urbanization should also be suitable for its rapid development. However, the materials and methods of traditional urban housing cannot meet the needs of this development. For example, the load-bearing walls and load-bearing partitions of traditional housing are all made of bricks, and the bricks are manually stacked. Waste of energy, pollute the environment, high production cost, time-consuming and labor-intensive; and it is time-consuming and labor-intensive to build, the construction period is long, and the quality is difficult to guarantee; Poor thermal insulation p...

AI Technical Summary

Problems solved by technology

However, the materials and methods of traditional urban housing cannot meet the needs of this development. For example, the load-bearing walls and load-bearing partitions of traditional housing are all made of bricks, and the bricks are manually stacked. Waste of energy, pollute the environment, high production cost, time-consuming and labor-intensive; and it is time-consuming and labor-intensive to build, the construction period is long, and the quality is difficult to guarantee; Poor thermal insulation performance, high construction cost and poor quality

If the slab building construction method is adopted, there are many additional construction equipment, complex construction steps, many auxiliary enterprises, high construction cost, large consumption of materials, poor cold protection and heat preservation and heat insulation performance, and the shortcomings of being difficult to implement in vast rural areas

[0003] The materials used as floor slabs and roof slabs are usually cast-in-place reinforced concrete or prefabricated floor slabs. The weight of the stored floor slab is heavy, the production is complicated and costly, the steel consumption is large, the production cycle is long, the transportation is inconvenient, no sound insulation, poor thermal insulation, and earthquake resistance. Poor deficiency

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