Building floor and producing method thereof

Abstract

The invention discloses a building floor slab which is characterized by comprising a steel-formed ring beam and a main beam form; a stainless steel joist bracket assembly is laid on the top of the form; a ceiling block is adhered to the interior of a joist box; the ceiling block supports the top by a steel pipe; and bars are distributed on the surface of the ceiling. The joist box is 60mm multiplied by 60mm or 60mm multiplied by 80mm; the top of the joist box is welded with an embedded oar hook; the side of the joist facing light is sprayed with certain color. Deformed steel bars of 10mm to 12mm are adopted in main bedded steel bars on the surface of the ceiling, while round steels of 6mm are adopted in surface steel bars. The building floor slab has the advantages of high production efficiency, low cost, simple and convenient construction, and being environment-friendly.

Description

technical field [0001] The invention belongs to the field of construction, in particular to a building floor and a production method for the building floor. Background technique [0002] The existing floor slabs of buildings have the following disadvantages: the existing buildings are protected by bricklaying, prefabricated floor slabs are laid, and the slabs are combined. Earthquake, this kind of high-intensity earthquake causes buildings of this structure to collapse most easily, and the number of casualties is the highest; the floor slabs of cast-in-place houses, in addition to steel formwork, are basically made of wood in rural areas, which consume a lot of wood. A 5-storey building of 80 square meters needs to consume 50 acres of mature trees. In addition, the smooth surface of the bottom of the floor needs to be plastered twice, which does not match the age of the building, and peeling occurs. The process is cumbersome and labor-intensive; the earthen buildings made o...

AI Technical Summary

Problems solved by technology

[0002] The existing floor slabs of buildings have the following disadvantages: the existing buildings are protected by bricklaying, prefabricated floor slabs are laid, and the slabs are combined. Earthquake, this kind of high-intensity earthquake causes buildings of this structure to collapse most easily, and the number of casualties is the highest; the floor slabs of cast-in-place houses, in addition to steel formwork, are basically made of wood in rural areas, which consume a lot of wood. A 5-storey building of 80 square meters needs to consume 50 mu of mature trees. In addition, the smooth surface of the bottom of the floor needs to be plastered twice, which does not match the age of the building, and peeling phenomenon occurs

The process is cumbersome and labor-intensive; the earthen buildings made of Qin bricks and Han tiles are extremely poor in wind and earthquake resistance

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