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Three-dimensional ecological interlocking block
The invention discloses a three-dimensional ecological interlocking block. The block comprises a laying face, stand columns protruding out of the laying face upwards, toothed sills protruding out of the laying face downwards and interlocking systems arranged on the side edges of the laying face. The interlocking systems comprise positive system bodies and/or negative system bodies for being embedding into the adjacent interlocking block positive system bodies. The stand columns or the toothed sills are integrally formed with the laying face or assembled onto the laying face. The laying face is a regular polygon, and the middle of the laying face is provided with an opening region. When the stand columns or the toothed sills are assembled onto the laying face, the laying face is further provided with assembling holes, and laying faces of a plurality of interlocking blocks are embedded into one another through the interlocking systems to form a plane. The three-dimensional ecological interlocking block has the advantages of being capable of dissipating energy, resistant to shock, capable of being built in, resistant to slide, high in aperture ratio, good in self-limiting capacity, and capable of being widely applied to slope type bank protection structures.
Three-dimensional ecological interlocking block
The invention discloses a three-dimensional ecological interlocking block. The block comprises a laying face, stand columns protruding out of the laying face upwards, toothed sills protruding out of the laying face downwards and interlocking systems arranged on the side edges of the laying face. The interlocking systems comprise positive system bodies and/or negative system bodies for being embedding into the adjacent interlocking block positive system bodies. The stand columns or the toothed sills are integrally formed with the laying face or assembled onto the laying face. The laying face is a regular polygon, and the middle of the laying face is provided with an opening region. When the stand columns or the toothed sills are assembled onto the laying face, the laying face is further provided with assembling holes, and laying faces of a plurality of interlocking blocks are embedded into one another through the interlocking systems to form a plane. The three-dimensional ecological interlocking block has the advantages of being capable of dissipating energy, resistant to shock, capable of being built in, resistant to slide, high in aperture ratio, good in self-limiting capacity, and capable of being widely applied to slope type bank protection structures.
Three-dimensional ecological interlocking block
SHEN JIANXIA (author) / SHAO QI (author) / YUAN HUAYOU (author) / ZHONG HUALIN (author) / CAO CHANGZHI (author)
2015-09-16
Patent
Electronic Resource
English
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