Novel anti-slippage airbrick

Abstract

The invention relates to a novel anti-slippage airbrick, which is a building brick for preventing slippage of a wall body during the shaking of a building. When the airbricks used in a general building shake, it is difficult to avoid the bricks to slip and fall off to hurt people. The invention provides the novel anti-slippage airbrick for people. In the novel anti-slippage airbrick, straight convex ribs and straight concave grooves which can be buckled with each other are directly formed on two big faces of the brick by a molding method. The straight convex ribs and the straight concave grooves are alternately arranged and are parallel to the edges of the big faces. The width of the straight convex ribs is slightly smaller than that of the straight concave grooves. The length of the straight convex ribs and the straight concave grooves is equal to that of the brick. The cross section of the brick is rectangular. When the brick is used for building a wall, the straight convex ribs and the straight concave grooves on the big face of one brick can be buckled with the straight convex ribs and the straight concave grooves on the big face of another brick. The brick is not easy to slip and fall off to hurt people. The novel anti-slippage airbrick is particularly applicable for the building in an earthquake area.

Description

Technical field [0001] The invention relates to a novel anti-staggering hollow brick, which is a building brick used to prevent the wall from staggering when the building vibrates. Background technique [0002] The surface of the hollow bricks used in general buildings is basically flat. Although there is a kind of sintered hollow brick with grooves and ribs on the outer surface, the grooves and ribs of the bricks cannot be interlocked. These bricks do not vibrate in the building. There will be no misalignment between bricks, but when there is a vibration, especially when a large earthquake occurs, the bricks will stagger between each other. In the earthquake, the bricks were staggered and fell to hurt people. At present, earthquakes are active in some areas of my country, and the non-seismic resistance of buildings poses a threat to people's lives. Therefore, it is necessary to invent some new bricks to prevent and reduce the damage caused by earthquakes. Contents of the...

AI Technical Summary

Problems solved by technology

[0002] The surface of the hollow bricks used in general buildings is basically flat. Although there is a kind of sintered hollow brick with grooves and ribs on the outer surface, the grooves and ribs of the bricks cannot be interlocked. These bricks do not vibrate in the building. There will be no misalignment between bricks, but when there is a vibration, especially when a large earthquake occurs, the bricks will stagger between each other. Even if the ash in the brick joints reaches the quality and quantity, it is difficult to avoid Bricks staggered, fell and hurt people in a major earthquake

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