A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention provides a direct surface inlaying brick. One of a convex hexahedron brick with a cross-shaped symmetric surface and a hexahedron brick with a square symmetric surface is inlaid in a wall or the convex hexahedron brick with the cross-shaped symmetric surface and the hexahedron brick with the square symmetric surface are jointly inlaid in the wall to form the direct surface inlaying brick. By the direct surface inlaying brick, adhesion of adhesives such as cement and fine sand or seam feeding is not required; and the direct surface inlaying brick is convenient to detach, can be reused, and also has a quakeproof function. The quakeproof direct surface inlaying brick not only is a sign of future modern buildings, but also is used for robots to take the spotlight in the field of the future modern buildings.
The invention provides a direct surface inlaying brick. One of a convex hexahedron brick with a cross-shaped symmetric surface and a hexahedron brick with a square symmetric surface is inlaid in a wall or the convex hexahedron brick with the cross-shaped symmetric surface and the hexahedron brick with the square symmetric surface are jointly inlaid in the wall to form the direct surface inlaying brick. By the direct surface inlaying brick, adhesion of adhesives such as cement and fine sand or seam feeding is not required; and the direct surface inlaying brick is convenient to detach, can be reused, and also has a quakeproof function. The quakeproof direct surface inlaying brick not only is a sign of future modern buildings, but also is used for robots to take the spotlight in the field of the future modern buildings.
Quakeproof direct surface inlaying brick
HU CHENGFENG (author)
2015-11-18
Patent
Electronic Resource
English
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