Box-type structure roof

Abstract

The invention discloses a box-type structure roof. A stable hexahedron box-type structure is formed by connecting a bottom board, wall boards with a top board, wherein the bottom board is formed by connecting a plurality of precast slabs through bolts for fixation, the top board is formed by connecting a plurality of precast slabs through bolts for fixation, the number of the wall boards is multiple, vertical ribs are arranged at the two ends in the transverse direction of each wall board, the vertical ribs and the wall boards are of a connecting whole by precast forming together, the connecting of every two adjacent wall boards for fixation is performed by the fixation of the vertical ribs through bolts after the end faces of the two adjacent wall boards abut against the vertical ribs of the two adjacent wall boards, and the upper end and the lower end of each wall board are connected with the top board and the bottom board for fixation through bolts respectively. The box-type structure roof is simple in structure, low in construction cost, high in structure strength, good in stability, easy to assemble, large in speed, free of pollution, capable of achieving the vertically downward force transfer of the wall boards, good in mechanical property, high in anti-seismic and anti-natural disaster capacities, meanwhile, classic and beautiful in shape, and high in life utilization ratio.

Description

technical field [0001] The invention belongs to the technical field of fixed buildings, and in particular relates to a box-shaped structure roof, which is especially applied to the building roofs of various classic villas. Background technique [0002] Existing buildings, especially villas, many roofs adopt a gable roof structure. The roof slope of this pointed roof structure has a huge downward force, which is decomposed into gravity and Horizontal outward force, in order to overcome this horizontal outward force, it is necessary to install beams at the lower part of the pointed roof to achieve balance; due to the oversized and heavy building components, large-scale and high-strength beams must be used, even so, the pointed roof structure is still affected The strength is not reasonable enough, the structure is complex, the strength is poor, especially the ability to resist earthquakes, hurricanes, mudslides and other natural disasters is weak, and the production is difficu...

AI Technical Summary

Problems solved by technology

[0002] Existing buildings, especially villas, many roofs adopt a gable-shaped pointed roof structure. The roof slope of this pointed roof structure has a huge downward force, which is decomposed into gravity and Horizontal outward force, in order to overcome this horizontal outward force, it is necessary to install beams at the lower part of the pointed roof to achieve balance; due to the oversized and heavy building components, large-scale and high-strength beams must be used, even so, the pointed roof structure is still affected The strength is not reasonable enough, the structure is complex, the strength is poor, especially the ability to resist earthquakes, hurricanes, mudslides and other natural disasters is weak, and the production is difficult, the cost is high, and the utilization rate is low.

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