Floorslab system

Abstract

The invention discloses a floorslab system. The floorslab system comprises a plurality of floorslab module units, wherein each unit is provided with two first keels having C-shaped cross sections and two second keels having C-shaped cross sections; the first keels and the second keels are sequentially connected end to end to form a rectangular frame serving as a main stress structure of the floor module units; a cement plate covers on the rectangular frame, and the plurality of floor module units are connected side by side through the second keels to form the floor system. In the floor system, sizes of the first keels and the second keels can be changed according to the stress calculated requirement, and floorslabs having different sizes can be formed by splicing according to designing requirement and actual situation, so that modular design and industrial production for the requirement of different floorslab sizes can be realized. According to the floorslab system, complete products can be formed after delivery and manufacture, only assembly is needed on site, processing is not needed, and therefore, the problems of large field workload, high construction technical requirement and the like of a conventional floorslab system can be solved, and construction waste cannot be generated.

Description

technical field [0001] The present invention relates to a floor system. Background technique [0002] Buildings usually have more than one floor, and floor slabs need to be arranged between two adjacent floors to separate the two floors. [0003] At present, the floor slab is mainly made of light steel structure and reinforced concrete structure. The light steel structure floor slab is to build light steel keel between steel beams, seal the upper and lower parts of the slab, and fill the middle with insulation materials. This kind of construction method requires on-site Construction produces more construction waste, more keels, complex installation, heavy workload, average stability, and average sound insulation effect. [0004] The floor slab of the concrete structure has better stability and higher structural strength, but its own weight is relatively heavy. In addition to high requirements for vertical stress components, large machinery is also required to participate in...

AI Technical Summary

Problems solved by technology

[0003] At present, the floor slab is mainly made of light steel structure and reinforced concrete structure. The light steel structure floor slab is to build light steel keel between steel beams, seal the upper and lower parts of the slab, and fill the middle with insulation materials. This kind of construction method requires on-site Construction produces more construction waste, more keels, complex installation, heavy workload, average stability, and average sound insulation effect

[0004] The floor slab of the concrete structure has better stability and higher structural strength, but its own weight is relatively heavy. In addition to high requirements for vertical stress components, large machinery is also required to participate in the construction. It is not suitable for areas with limited road conditions. Applicable, at the same time, the technical requirements for on-site installation are high, ordinary workers cannot operate, and this kind of floor slab cannot be removed and reused after installation, which does not meet the requirements of green buildings, and the sound insulation effect is worse than that of thermal insulation materials

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