water villa

Abstract

The invention discloses a villa on the water, which includes a house part, a courtyard part, and a foundation frame. The house part and the garden part are connected to the lower foundation frame, and the bottom of the foundation frame is connected to a buoyancy device. The house part includes a front wall and a rear wall. , the left wall, the right wall, the front wall, the rear wall, the left wall, and the right wall form a triangular building structure, and the left wall and the right wall are the same with window holes. The back wall is a wall with window holes, and the front wall is a wall with door and window holes; the foundation frame includes main steel beams and secondary steel beams, and the main steel beams swing along the length of the structure The secondary steel beams are evenly arranged in the direction perpendicular to the main steel beams, and the secondary steel beams are connected to the main steel beams by welding; spacing arrangement. The invention has good overall stability and thermal insulation, high strength, uniform buoyancy and high assembly efficiency.

Description

technical field [0001] The present invention relates to the water surface in the technical field of habitable facilities on water, in particular to a water villa. Background technique [0002] Most of the habitable buildings on water in the prior art are hull equipment such as cruise ships, yachts, and ships, and there are few floating water buildings. The disadvantages of disassembly and assembly of these buildings are high manufacturing cost and slow construction speed. Some simple boats have too simple structure, poor windproof, rainproof and heat insulation effects, poor safety protection, comfort, horizontal load bearing capacity and reliability. For example, the door openings and window openings of existing integrated houses are mostly made of Temporary cutting, or temporary digging, forming door openings or window openings. This reduces the integrity and stability of the structure, and the surrounding structures are prone to breakage and damage when the doors and win...

AI Technical Summary

Problems solved by technology

[0002] Most of the habitable buildings on water in the prior art are hull equipment such as cruise ships, yachts, and ships, and there are few floating water buildings. The defects of disassembly and assembly of these buildings are high manufacturing cost and slow construction speed.

Some simple boats have too simple structure, poor windproof, rainproof and heat insulation effects, poor safety protection, comfort, horizontal load bearing capacity and reliability. For example, the door openings and window openings of existing integrated houses are mostly made of Temporary cutting, or temporary digging, to form a door or window opening

This reduces the integrity and stability of the structure. When the doors and windows are often opened and closed, the surrounding structures are prone to damage and damage.

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