Novel energy-conserving emission reduction pseudo-classic architecture and construction method thereof

Abstract

The invention relates to a novel archaized building which has the advantages of energy conservation and emission reduction and a construction method thereof. The invention is applicable to various archaized buildings, and the novel archaized building is characterized by comprising a Chinese round-ridge gabled roof 1, a gable and hip roof 2, a wall body, a flat roof eaves cap, a festoon gate, a verandah 3, a screen wall 4, a courtyard wall 5 and the like; completely based on the external shapes of the existing archaized buildings, the novel archaized building adopts lightweight steel construction as a structural support framework or a support member bar of purlins, square-columns, beams, rafters, pillars, the wall body and roofing tiles, and adopts modern construction materials such as thin steel plates, aluminium alloy plates, GRC or glass fiber reinforced plastic and the like which are made into various novel components and parts such as purlins, square-columns, pillars, the wall body and roofing tiles; factory production (including painting and colored drawing) is carried out, and the novel components and parts are assembled on-site and replace the existing traditional archaized building materials such as wooden beams, pillars, rafters, soil calcined tiles and the like as well as the retarded construction technology, thus achieving the aim of energy conservation and emission reduction, clean construction and installation, increment of working efficiency, reduction of erection time and cost reduction.

Description

Technical areas: [0001] The invention relates to a new type of energy-saving and emission-reducing antique building and a construction method thereof, in particular to an antique building including a courtyard, a hilltop roof building, a verandah, a screen wall and a courtyard wall, and a construction method thereof. Background technique: [0002] Existing antique buildings have the following disadvantages: First, the technology is relatively primitive and the processes are complicated. For example, backward wet work processes such as traditional plastering, wall tile paving, and mud tile paving are still widely used, as well as on-site manual painting, labor, etc. It is strong, requires a lot of labor, takes a long time, has a high cost, and is highly dependent on skilled workers. The construction quality is difficult to control. Secondly, it is not environmentally friendly. Since most of the beams, columns, wooden rafters, etc. of existing antique buildings are made of Mad...

AI Technical Summary

Problems solved by technology

[0002] The existing antique buildings have the following disadvantages: First, the technology is relatively primitive and the process is complicated. For example, traditional plastering and laying wall tiles, mud tiles and other backward wet work techniques are still used in large quantities, and on-site hand-painted and painted, etc., laborious. High strength, requiring a lot of labor, long construction period, high cost, and high dependence on skilled workers, the construction quality is difficult to control, and secondly, it is not environmentally friendly. Most of the beams, columns, and wooden rafters of existing antique buildings use It is made of wood, and its roof tiles are also completely fired from clay, which consumes a lot of wood, coal and soil, so it is easy to cause a large number of forest mining, vegetation damage and energy consumption, and plastering and covering with soil Wet work such as tiles also consumes more water and is prone to dust

Therefore, they all have a greater impact on the environment

[0003] In addition: due to too much overlapping of trench tiles, the self-weight has nearly doubled, and more soil is used to cover the tiles, which also greatly increases the self-weight of the roof. Therefore, the load-bearing capacity of the roof truss structure is required to be increased, and its cost is also increased accordingly.

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