Shockproof tenon engaged flatly-built connecting brick

Abstract

The invention discloses a shockproof tenon engaged flatly-built connecting brick, which comprises butting surfaces, a bonding end surface and a side surface, wherein a protruding tenon and a tenon pit are respectively arranged on the two butting surfaces; the shape and the size of the tenon pit correspond to those of the protruding tenon; when the protruding tenon of one brick is inserted into the tenon pit of another brick, four peripheries of the butting surfaces of the two bricks are aligned. After the bricks are flatly built, the bricks are matched to form engaged structures through insertion of the protruding tenons and the tenon pits, single-layer bricks are flatly built and engaged like a floor after splicing, and the upper and lower parts of the flatly-built brick wall are solidified and engaged into a whole through cement mortar by material reducing holes. A house frame type wall built by the shockproof tenon engaged flatly-built connecting bricks is firm in structure and high in impact resistance and can bear shock of a magnitude-7 earthquake. The shock resistance of a house is greatly improved, and compared with the conventional common bricks, the shockproof tenon engaged flatly-built connecting brick has the advantages that the connecting engagement strength can be enhanced by over 60 percent, and the shock resistance of the wall is improved by 1 to 3 times.

Description

technical field [0001] The invention relates to a building brick. Background technique [0002] So far, people cannot accurately predict earthquakes, and earthquakes are still a kind of natural disaster that will cause great damage to people's lives and properties. People will never forget the disasters brought by China's Tangshan Earthquake, Sichuan Earthquake, Haiti Earthquake, and Japan Earthquake. Whenever people talk about earthquakes, they panic, especially in the middle of the night. During the deep sleep period, once an earthquake occurs, the casualties and property losses will be greater. How to reduce the damage of earthquake to people, the most basic is to rely on the firmness of the house. Existing house structures mainly contain brick and tile structure, brick-concrete structure and frame structure three kinds, wherein, the firmness of brick and tile structure is the worst, and the firmness of frame structure is the best. Even a frame structure cannot do with...

AI Technical Summary

Problems solved by technology

Even a frame structure cannot do without a brick wall, and the collapse of a brick wall in an earthquake can also cause death

The existing brick walls are all stacked with ordinary cuboid bricks with mortar. Although the brick layers are interlaced and stacked, the brick wall can withstand a large impact force along the wall surface, but the vertical The impact resistance in the direction of the wall is weak. When the transmission direction of the seismic wave is perpendicular to the wall, the brick wall is prone to collapse, because there is no bite structure between the bricks in the width direction of the brick wall. The impact force will easily loosen and refute, and then collapse

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