Modularized wall for assembly integrated house

Abstract

The invention discloses a modular wall for an assembled integrated house, which comprises a steel structure frame and a filling layer filled in the steel structure frame; a pair of water pipe operation holes are arranged in the filling layer, and a first As for the aqueduct, the two ends of the first aqueduct respectively extend into a pair of water pipe operation holes; a pair of electric wire operation holes are arranged in the filling layer, and electric wires are embedded in the filling layer, and the two ends of the electric wires are respectively connected with matching sub-plugs and The female socket, the sub-plug and the female socket are respectively located in a pair of wire operation holes; the inner wall decorative layer and the outer wall decorative layer are arranged on both sides of the filling layer, and the inner wall decorative layer is composed of an insulation layer, a waterproof layer and a decorative layer. The exterior wall decoration layer is composed of insulation layer, waterproof layer and self-adhesive reflective layer. The modular wall integrates water pipes, wires and decorative layers, and the water guiding, circuit and decorative systems are easy to install. When the modular wall is used to splice walls, the efficiency is high, the structure is stable, the life of the house is long, and the construction cost is low.

Description

technical field [0001] The invention relates to the technical field of house construction, in particular to a modular wall used for an assembled integrated house. Background technique [0002] At present, the walls of prefabricated houses are composed of aerated brick walls, concrete prefabricated walls, lightweight cement foam partition panels, silicic acid plates, gypsum board partition walls and wooden wall panels. The connection of all these parts can only be semi-modularized and semi-factory, and then assembled on site, which still requires cumbersome and a lot of manual on-site production, and it cannot be 100% factory-produced and integrated with other types of work, such as It is impossible to integrate water supply and drainage, electrical circuits and decoration systems, so the efficiency of building construction is low; at the same time, due to the high quality of each component, the transportation cost is high; secondly, there is a large amount of construction wa...

AI Technical Summary

Problems solved by technology

The connection of all these components can only be semi-modularized and semi-factory, and then assembled on site, which still requires cumbersome and a lot of manual on-site production, and it cannot be 100% factory-produced and integrated with other types of work, such as It is impossible to integrate water supply and drainage, circuit and decoration systems, so the efficiency of building construction is low; at the same time, due to the high quality of each component, the transportation cost is high; secondly, there is a large amount of construction waste, and a large amount of dust pollutes the environment during the construction process. Recycling and other issues; again, there are still problems such as the structure is not stable enough, the life of the house is short, etc.

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