Foundation module for fabricated house

Abstract

The invention discloses a foundation module for a fabricated house. The foundation module comprises two X beams (1), two Y beams, two connecting pieces, a connecting disc and a ground pile, wherein the two X beams are correspondingly installed on and connected with the connecting disc; the two Y beams are correspondingly installed on and connected with the connecting disc and the X beams through the two connecting pieces, and the ground pile is installed on the lower surface of the connecting disc through a mounting disc; the two X beams are correspondingly installed on and connected to the two ends of a second vertical plate, and outward flanging strips are arranged on the lower parts of first side plates and second side plates of the X beams and the Y beams; and an overlap joint part arranged in an upward and staggered mode is arranged on at least one end of the two ends of the flanging strips of each Y beam, the mounting disc is uniformly provided with a plurality of mounting holesin the circumferential direction, and the connecting disc is provided with a plurality of strip-shaped through holes outside a first vertical plate and the second vertical plate. The foundation moduleprovides surface supporting for the Y beams, ensures the bearing capacity of the Y beams, further improves the stability of the whole structure, and simultaneously can keep the upper surfaces of topplates of the X beams and the Y beams on the same plane to ensure the stability and beauty of the whole structure.

Description

technical field [0001] The invention relates to the technical field of prefabricated buildings, in particular to foundation modules for prefabricated houses. Background technique [0002] The foundation of traditional houses is generally poured with bricks or cement concrete. The foundation of brick houses is cumbersome to operate and the structure is not strong; if cement concrete is used for pouring, it is necessary to first make the foundation pouring tank with wooden boards or steel formwork, and then put it into an iron cage After the concrete is solidified, the wooden planks or steel formwork can be removed to build brick walls. The construction period is long and wastes wood, steel, etc., and the cement concrete pouring foundation is greatly affected by objective conditions such as climate, geography, geology, and building materials. , The adverse environment will cause the foundation of the house to sink and deform, which will affect the bearing capacity and safe use...

AI Technical Summary

Problems solved by technology

[0002] The foundation of traditional houses is generally poured with bricks or cement concrete. The foundation of brick houses is cumbersome to operate and the structure is not strong; if cement concrete is used for pouring, it is necessary to first use wooden boards or steel formwork to make the foundation pouring groove, and then put it into an iron cage After the concrete is solidified, the wooden planks or steel formwork can be removed to build brick walls. The construction period is long and wastes wood, steel, etc., and the cement concrete pouring foundation is greatly affected by objective conditions such as climate, geography, geology, and building materials. , the adverse environment will cause the foundation of the house to sink and deform, which will affect the bearing capacity and safe use of the house

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