Fabricated type modularization light-weight partition wall house and construction method

Abstract

The invention relates to a fabricated type modularization light-weight partition wall house and a construction method. The fabricated type modularization light-weight partition wall house comprises anupper floorslab, a lower floorslab and a light-weight wall body mounted between the upper floorslab and the lower floorslab, the top of the light-weight wall body is matched with the upper floorslabin a tightly against mode, and the bottom of the light-weight wall body is matched with the lower floorslab in a tightly against mode through a height adjusting part; the light-weight wall body is composed of a plurality of module wallboards in a splicing mode, the height adjusting part comprises a support part and an adjusting bolt, the adjusting bolt is mounted on the support part, the lower endof the adjusting bolt is supported the lower floorslab, and the bottoms of the module wallboards are supported on the support part. According to the fabricated type modularization light-weight partition wall house and the construction method, the light-weight wall body is adopted, the light-weight wall body is fixed with building beams and plate concrete in a tightly against mode, masonry is notneeded, dust pollution is avoided, assembling and disassembling are simple and easy to operate, owners can mount on the scene according to individual requirements, and disassembling and mounting can be conducted according to requirements of different stages of the family after the house is received; the light-weight wall body is connected with building pillars through threads, and new buildings can get involved in the planning and design of the whole life cycle of house types when the house is designed.

Description

technical field [0001] The invention relates to the technical field of house construction, in particular to an assembled modular lightweight partition house and a construction method. Background technique [0002] At present, the partition walls in many and high-rise residential buildings in my country mainly adopt brick structures, whether it is solid (hollow) shale bricks or concrete blocks, or even concrete prefabricated slab walls, etc., are of fixed size. It needs to be transported to each floor, and the construction workers will do the cutting and masonry work. Cement and sand are used in the masonry. There is dust pollution from production, transportation to construction, and the manufacture of bricks will destroy and pollute the natural environment. [0003] In addition, cutting and masonry work also requires a lot of labor. Each worker has a different degree of proficiency in construction technology, which has a great impact on the verticality of the wall and the ful...

AI Technical Summary

Problems solved by technology

In reality, because the masonry itself has a certain weight and stiffness, it has more or less influence and restraint on the overall structure. Because the masonry structure is self-heavy, our earthquake force will be amplified during calculation. At this time It is necessary to add more shear walls and steel bars to resist these external forces, which not only increases unsafe factors, but also increases the cost of construction; due to the rigidity of the masonry itself, on the one hand, the masonry and the main body need to be as independent as possible On the other hand, in order to prevent the masonry from collapsing and destroying during the earthquake, various structural strengthening measures have to be installed to connect the main body together. This will change the calculated stiffness and deformation of the building, so that the actual stiffness and deformation of the building as a whole will be different from the design The situation simulated by the architects with the computer is quite different, and this effect is actually unfavorable and unsafe for the original structure of the building.

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