Reconfigurable wall system and unit assembly thereof

Abstract

The invention relates to the field of assembling walls, in particular to a reconfigurable wall system and a unit assembly thereof. According to the reconfigurable wall system, the unit assemblies areconnected to form a wall frame serving as a main force-bearing body; and function modules are installed at the wall frame and do not bear the wall load basically, so that the effects of the function modules can be realized better without considering the strengths of the function modules; and when the function module needs to be adjusted or replaced, only connection between the function module andthe wall frame needs to be dismounted but the overall stability of the wall is not affected. With slide plates of the unit assemblies, the function modules are fixed well; when the function modules are fixed, one side of each slide plate is clamped into the function module and the other side of the slide plate is arranged in the unit assembly, so that the function module is dismounted convenientlyand the installation stability of the function module is ensured. The wall frame is formed by the unit assemblies and the height and width of the wall are decided by the number of the unit assemblies, so that the wall system has the high universality.

Description

technical field [0001] The invention relates to the field of assembled walls, in particular to a reconfigurable wall system and unit components thereof. Background technique [0002] Walls mainly play the role of enclosure and space separation. Traditional walls include brick walls, concrete block walls, stone walls, slab walls, etc. Most of them are permanent walls. Although permanent walls have high strength, they are The cost is high, the amount of work is large, it takes a long time and it is not easy to dismantle. It is not suitable for temporary or flexible walls. Therefore, assembled walls have been developed, such as prefabricated houses, temporary enclosures, etc. [0003] The existing assembled wall is mainly to modularize the wall to produce wall modules, and then connect the wall modules to form the whole wall. In addition to manufacturing ordinary wall modules with the same function, different wall modules can also be produced. Functional modules, such as door ...

AI Technical Summary

Problems solved by technology

Although this method realizes the modularization and reconfigurability of the wall, there are still some problems

[0004] First, after the wall assembly is completed, it is difficult to adjust the modules. If one of the modules is damaged or needs to be replaced with a module with other functions, it is necessary to remove the connection between this module and other modules. The stability of the body brings hidden dangers, and even the entire wall needs to be restructured to maintain the entire mechanical performance of the wall;

[0005] Second, the load bearing of the wall depends on the module itself, and all modules need to maintain sufficient strength. When manufacturing a module, it is necessary to consider whether it can bear the load of the wall. Therefore, many restrictions are added to the design and manufacture of the module, and The area of ​​a single module is usually large, which is not conducive to transportation, and it is not conducive to adjusting the height of the wall through the number of modules

[0006] Third, for light walls supported by keels, the keels need to be cut and fixed on site, resulting in heavy workload, low efficiency, and poor precision. The light wall modules are fixed on the keels and connected by bolts, which is cumbersome to operate

[0007] Fourth, after the completion of the modular wall, it is necessary to arrange various strong and weak current lines and wall decoration to meet various electricity and network needs, which not only increases the amount of construction, affects the beauty of the wall, but also easily causes safety hazards

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