Pillar interconnecting aseismic structure for pseudo-classic architecture

Abstract

The invention relates to a pillar interconnecting aseismic structure for pseudo-classic architecture. The pillar interconnecting aseismic structure comprises pillar structure units. The adjacent pillar structure units are connected through first connectors, connecting pipes and second connectors. The pillar structure units comprise middle pillar aseismic structures and bottom pillar aseismic structures. The middle pillar aseismic structures comprise middle pillars. Damping rubber pads are arranged at the top ends of the middle pillars. First springs, steel balls and blocking ball circular plates are sequentially arranged at the bottom ends of the middle pillars, and the steel balls and the middle pillars are concentric. The bottom pillar aseismic structures comprise bottom pillars, gold table pillar mortars and iron drums, the bottom pillars and the iron drums are arranged in the gold table pillar mortars, and the bottom pillars, the iron drums and the gold table pillar mortars are concentric. The pillar interconnecting aseismic structure for the pseudo-classic architecture has the beneficial effects that foundations are integrally connected, flexibility is achieved in the horizontal and perpendicular directions, the strength of the overall pillars is high, and the aseismic effect is obvious.

Description

technical field [0001] The invention relates to an anti-seismic structure with integral connection of foundations, flexibility in horizontal and vertical directions, and good strength and anti-seismic performance of integral pillars. The utility model belongs to the field of anti-seismic technology and application of Chinese buildings, and is suitable for house construction in antique building projects and modern building engineering construction. Background technique [0002] Chinese ancient building materials are gradually enriched with the development of society and technological progress. Among them, the use of structural materials is mainly affected by two factors, one is the convenience of local materials and the use of natural materials; the other is the progress of building material production technology. Therefore, the structural materials of ancient Chinese buildings can be divided into two categories according to the source of materials; one is natural materials,...

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Problems solved by technology

[0005] The present invention proposes a kind of anti-seismic structure that has the characteristics of integral connection of the foundation, flexibility in horizontal and vertical directions, and good strength and earthquake resistance of the whole pillar. problems, the inability to realize the large-scale and standardized construction of ancient buildings, and the vulnerability to damage under earthquakes, etc.

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