Building module and built structure

Abstract

The invention discloses a building module and a built structure. The building module comprises a profile frame and a cover face material; and the profile frame is formed by splicing of a plurality ofprofiles, and the cover face material is connected to the profile frame through a connecting device. The built structure comprises the multiple building modules, and the building modules are connectedthrough second connecting pieces. The building module and the built structure have the advantages that repeat recycling can be achieved, environmental protection is good, building at will and free combination can be achieved, dismounting and mounting are convenient, modular production can be achieved, the mounting error is small, and the connecting strength between the profiles is high.

Description

Technical field [0001] The invention relates to the technical field of construction of exhibition, performance, and advertising structures, and in particular to a building module for building booths, stages, advertising stands, etc., and a building composed of building modules. Background technique [0002] The existing booths, stages, and advertising stands have the following shortcomings: 1) The frame materials used for the construction are all wood, and the connecting pieces between the woods are mainly nails. Such frame materials and connecting pieces can only be used once. Demolition produces 75%-80% waste, which cannot be reused, wastes forest resources, and puts huge pressure on the environment; 2) Since the profiles used are all non-standard parts, they are not modularized, which results in a long customization cycle. The economic cost is high; 3) The profile section is too simple and lacks a profile section design that can be effectively connected to the surface material...

AI Technical Summary

Problems solved by technology

[0002] There are following shortcomings in the construction of existing booths, stages, and advertising stands: 1) the used frame materials for building are all timbers, and the connectors between the timbers are mainly nails. Such frame materials and connectors can only be used once. The demolition produces 75%-80% waste, which cannot be recycled, wastes forest resources, and puts a huge pressure on the environment; 2) Since the profiles used are all non-standard parts and have not been modularized, this results in a long customization cycle, High economic cost; 3) The section of the profile is too simple, lacking the section design of the profile that can be effectively connected with the surface material; 4) There are too many types of profiles required for construction, and it is impossible to realize free combination and random construction; 5) Building profiles The assembly and disassembly of the booth is very inconvenient, which wastes a lot of manpower, material and financial resources; due to budgetary issues, the construction time of booths, stages, advertising stands, etc. is getting shorter and shorter, and additional fees need to be paid after 8 hours of work. The time is tight and the tasks are heavy. , safety accidents occur from time to time; 6) The connection strength of the existing connectors is not high, which is easy to cause sliding and loosening between the building profiles, which not only easily causes damage to the building structure, affects the display effect, but also has potential safety hazards; 7) mutual There are large installation errors in the position between the connected profiles

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