A green building roof structure for municipal engineering

Abstract

The present application relates to a green building roof structure for municipal engineering, which includes beams, each group of prefabricated panels and two groups of vertical plates. The beam includes a base fixedly connected to the upper end face of each group of walls, and several groups of the same height and Vertically arranged columns, beams are fixed inside the frame opening of the base, and each group of columns is vertically fixed on the beam and located on the vertical plane in the width direction of the base; each group of prefabricated panels is a prefabricated component, and each group of columns is opposite to Each group of prefabricated panels is supported, and each group of prefabricated panels is continuously spliced ​​along the inclined roof on both sides of the roof; The inclined upper end face of the beam is concavely provided with several groups of notches for planting green plants. The present application realizes the transformation of the roof structure of the house building, so that the interior of the house achieves the effect of being warm in winter and cool in summer, improving the living experience of the people in the house, and achieving the concept of green and environmental protection in the living of the house building.

Description

technical field [0001] The present application relates to the field of novel building roofs, in particular to a green building roof structure for municipal engineering. Background technique [0002] Architecture is a shelter built by human beings to oppose the natural environment. As people's awareness of environmental protection increases, society realizes that the harm of artificial buildings to nature is not only energy. According to the statistics of the United Nations Program, the global construction industry consumes 40% of the earth's energy, 20% of water resources, 30% of raw materials, and 38% of solid waste. The tiles, steel bars and glass of modern buildings are the source of environmental damage, not only in the production stage, but also in the stage of demolition of waste, which also cause very serious harm. Therefore, the concept of "green building", which is "the most efficient use of energy resources in the whole life cycle of the building, the minimum dam...

AI Technical Summary

Problems solved by technology

[0004] In view of the related technologies mentioned above, the inventor believes that there are the following defects: in the roof construction process of housing construction in municipal engineering, the existing building roof structure usually erects beams on the upper end of the wall, and then installs beams on the beams. Mount the tiles, and the tiles cover the roof on both sides of the house; the roof of the existing house is covered by the tiles mounted layer by layer. This kind of tile-type traditional roof structure has poor thermal insulation. It is difficult to achieve the effect of warming in winter and cooling in summer, which makes the occupants in the house less comfortable. The occupants in the house need to adjust the indoor temperature with the help of fans and air conditioners, which makes the living experience of this kind of house poor, and the living cost is high. To achieve the effect of green environmental protection, so there is room for improvement

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