Residential spatial structure and residential spatial module

Abstract

The invention relates to a residential spatial structure and a residential spatial module. The residential spatial structure comprises a foundation wall, a spatial filling layer adhered onto the surface of the foundation wall, and a residential space formed by encircling the foundation wall and the spatial filling layer, wherein the face width value of the residential space is the sum of the integer multiple value of a building module 1.5 M and the thickness value of the spatial filling layer; and the depth value of the residential space is the sum of the integer multiple value of the building module 1.5 M and the thickness value of the spatial filling layer. According to the residential spatial structure and the residential spatial module, as the face width and the depth of the residential space doth draw the thickness of the spatial filling layer adhered on the foundation wall into consideration on design, and the net size of the residential space is the integer multiple of 1.5 M, so that the brick cutting quantity is greatly reduced during tiling of the residential space.

Description

technical field [0001] The invention relates to a living space structure and a living space modulus. Background technique [0002] With the development of housing industrialization and the country's emphasis on green environmental protection, the industrialized prefabricated construction method has been rapidly promoted. Compared with the construction method of industrial assembly, the traditional wooden formwork construction method has disadvantages such as large error, thick wall (plastering layer required), large pollution, and low repetition rate. Therefore, the traditional extensive construction method is gradually being replaced by green It is replaced by environmentally friendly and high-quality construction methods. [0003] In traditional architectural design, 1.5M is the basic building modulus of the axial dimension. Building modulus refers to the value-added unit selected uniformly to coordinate building scales in architectural design. At present, all countries...

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Problems solved by technology

[0006] The purpose of the present invention is to solve the problem that a large number of bricks are cut and materials are wasted in the original residential space structure when veneering bricks in the existing building construction. The present invention provides a living space structure and a living space modulus.

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