Modular assembled building

Abstract

A modular assembled building comprises a base, prefabricated wallboards, a beam plate system and a suspended ceiling system; the prefabricated wallboards are installed on the base; the beam plate system comprises laminated beams and laminated floor slabs; the laminated beams are fixed above the prefabricated wallboards; the laminated floor slabs are arranged on the laminated beams; transverse embedding grooves are respectively formed in positions with the same height on a wall body formed by the prefabricated wallboards, and the embedding grooves on two adjacent wall bodies are communicated; the suspended ceiling system comprises suspended ceiling clapboards; the multiple suspended ceiling clapboards are fixedly connected with the laminated floor slabs, the suspended ceiling clapboards arespliced and arranged into a group in the extending direction of the embedding groove at one side, the multiple groups of suspended ceiling clapboards are spliced and arranged below the laminated floor slabs into a whole suspended ceiling plane, and the edges of the suspended ceiling plane is embedded in the embedding grooves; and the suspended ceiling clapboards are each of a plate-shaped structure, a clamping pin is arranged on one side of each suspended ceiling clapboard in a protruding mode, a slot is arranged on the opposite side of each suspended ceiling clapboard, each clamping pin is matched with the corresponding slot, and the clamping pins and the slots on two adjacent suspended ceiling clapboards on each group of the suspended ceiling clapboards are mutually embedded.

Description

technical field [0001] The invention relates to the field of construction, in particular to a modular assembly building. Background technique [0002] At present, with the increase of the country's population, the construction area is increasing day by day. The traditional construction mode has high labor costs, low efficiency, complicated construction process, and will cause certain pollution to the surrounding environment during construction, affecting the lives of residents around the construction. Therefore, the prefabrication, high integration and industrialization of buildings have become a new direction. As a new building model, modular prefabricated buildings have received more and more attention. Modular prefabricated buildings are traditional buildings The on-site operations are transferred to the factory, prefabricated in the factory, and then transported to the construction site for assembly. The modular prefabricated building is divided into modules, which gener...

AI Technical Summary

Problems solved by technology

[0004] There are following defects in the above-mentioned existing technical solutions: in addition to playing a decorative role to make the room more beautiful, the general installation of the suspended ceiling also has a main function of heat insulation, especially in some buildings on the top floor and in rural areas. For bungalows or single-storey factory buildings on some construction sites, when the sun shines directly on the roof in summer, the temperature inside the house will be very high, and an insulation layer is formed between the suspended ceiling and the roof slab to prevent the temperature inside the house from rising too high; similarly, in winter, the suspended ceiling An insulation layer is formed between the ceiling and the roof slab to reduce the loss of indoor heat; with the above technical scheme, since the ceiling is assembled from multiple square modules, after the ceiling is installed, every two square gypsum boards are covered by gypsum boards The cladding keel on the surface is fixed to the main keel, but between two adjacent gypsum boards, and between the gypsum board and the wall, there will inevitably be certain gaps at the abutment, and these gaps will increase the distance between the interior and the outside world. The heat exchange capacity of the ceiling affects the heat insulation performance of the suspended ceiling

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