Steel meshed body for building energy-saving integration

Abstract

The invention provides a steel meshed body for building energy-saving integration. The steel meshed body is composed of columns, beams, flange plates and cavity components formed by steel meshes and thin plates, wherein the beams are reinforced concrete beams or steel reinforced concrete combined beams; the flange plates are transverse H-shaped or T-shaped section plates; the cavity components formed by the steel meshes and the thin plates are formed through the interaction of the steel meshes and the thin plates; the steel meshes form an integrally formed tetrahedron of the top panel, the bottom panel and two sidewalls of the hexahedral cavity components; the front and tail ends of the steel meshes are overlapped on any surface of the tetrahedron; the thin plate comprise calcium silicate boards or plastic boards or composite boards or gypsum boards or corrugated boards; the thin plates constitute other two sidewalls of the steel mesh cavity component and a supporting plate between the top panel and the bottom panel of the cavity component; the other two sidewall plates of the steel mesh cavity component constituted by the thin plates are arranged in edge reinforcing rib grooves on two edges of the steel mesh; and the columns, the beams and the flange plates are concreted on site.

Description

technical field [0001] The invention relates to a building energy-saving integration technology of a building hollow floor and a building wall panel, in particular to a steel mesh body technology used in the building energy-saving integration. Background technique [0002] Building wall panels and floor slabs are the main components of building energy conservation. They play the role of enclosure and heat preservation for building exterior walls, division of interior walls and building floor slabs to bear horizontal loads. The wall panels and floor slabs must meet thermal insulation requirements. , sound insulation partition, fire compartment, light and strong requirements, the quality of wall panels is directly related to the use function and building quality and building energy saving. [0003] For example, a steel mesh partition wall CN102251604.A adopts a structure column and one or more mesh sheets, and the mesh sheets are connected into one body through a structure col...

AI Technical Summary

Problems solved by technology

[0007] However, in order to implement the integrated strategy of building energy conservation, there is no comprehensive solution for building energy conservation by integrating the floor technology in the horizontal direction of the building and the wall panel technology in the vertical direction; The integration of energy saving and the breakthrough in the combination of the new technology of cast-in-place reinforced concrete hollow floor slabs and the new technology of cast-in-place lightweight fireproof and thermal insulation wall panels have become an urgent need for building energy-saving technology innovation.

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