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A platform for research: civil engineering, architecture and urbanism
A quakeproof honeycomb foundation structure comprises a hexagonal top; a right upper trapezoid is arranged at the right upper portion of the hexagonal top; a left upper trapezoid is arranged at the left upper portion; the right middle upper portion of the hexagonal top is provided with a right upper trapezoid; the left middle upper portion is provided with a left upper trapezoid; a right lower trapezoid is arranged below the right upper trapezoid; a left lower trapezoid is arranged below the left upper trapezoid; a right middle trapezoid is arranged below the right upper trapezoid; a left middle trapezoid is arranged below the left upper trapezoid; a right lower square is arranged below the right middle trapezoid; and a left lower square is arranged below the left middle trapezoid. The bottom corresponding to the hexagonal top is also hexagonal. A regular hexagon is very stable in space structure; the whole structure is uneasy to collapse; the regular hexagon is the most stable structure in the natural world; and the regular hexagon is applied in earthquake-prone areas. The structure builds hexagons upwardly in the manner of the foundation is bigger and the area gradually reduces from bottom up, so as to form a natural bevel structure which is able to bear super strong shakes. Buildings in regular hexagonal shapes can resist shakes coming from all directions.
A quakeproof honeycomb foundation structure comprises a hexagonal top; a right upper trapezoid is arranged at the right upper portion of the hexagonal top; a left upper trapezoid is arranged at the left upper portion; the right middle upper portion of the hexagonal top is provided with a right upper trapezoid; the left middle upper portion is provided with a left upper trapezoid; a right lower trapezoid is arranged below the right upper trapezoid; a left lower trapezoid is arranged below the left upper trapezoid; a right middle trapezoid is arranged below the right upper trapezoid; a left middle trapezoid is arranged below the left upper trapezoid; a right lower square is arranged below the right middle trapezoid; and a left lower square is arranged below the left middle trapezoid. The bottom corresponding to the hexagonal top is also hexagonal. A regular hexagon is very stable in space structure; the whole structure is uneasy to collapse; the regular hexagon is the most stable structure in the natural world; and the regular hexagon is applied in earthquake-prone areas. The structure builds hexagons upwardly in the manner of the foundation is bigger and the area gradually reduces from bottom up, so as to form a natural bevel structure which is able to bear super strong shakes. Buildings in regular hexagonal shapes can resist shakes coming from all directions.
Quakeproof honeycomb foundation structure
FENG ZHIWEN (author)
2015-04-15
Patent
Electronic Resource
English
IPC:
E04B
Allgemeine Baukonstruktionen
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GENERAL BUILDING CONSTRUCTIONS
Building foundation quakeproof structure and construction method
| European Patent Office | 2021