Hemispherical interlocking wave-dissipating anti-scouring armor block body

Abstract

The invention discloses a hemispherical interlocking wave-dissipating anti-scouring armor block body, and particularly relates to the technical field of bank slope protection. The hemispherical interlocking wave-dissipating anti-scouring armor block body comprises cuboid blocks, two inwards-concave hemispherical lock grooves are formed in two adjacent sides of the tops of each cuboid block, and two hemispherical lock pins are fixedly arranged at the other two adjacent sides of the outer end of each cuboid block; and the inwards-concave hemispherical lock grooves are matched with the hemispherical lock pins in size, and sixteen wave absorbing leakage holes are formed in each cuboid block. According to the hemispherical interlocking wave-dissipating anti-scouring armor block body, through aninterlocking structure, an interlocking mechanism can be generated between the cuboid blocks, previous independent individuals are effectively connected, the integrity is high, and the stability of the cuboid blocks under the conditions of waves, surface confluence scouring and bank slope instability is improved; and meanwhile, the adopted hemispherical interlocking structure has high applicability, due to the fact that the hemispherical structure is easy to splice, construction is convenient, the requirement for the bank slope flatness degree is low, economy and efficiency are higher, and large-scale use is facilitated.

Description

technical field [0001] The embodiment of the present invention relates to the technical field of bank slope protection, in particular to a hemispherical interlocking wave-dissipating and anti-scouring face protection block. Background technique [0002] Because the bank slope of the reservoir is often washed by the waves in the reservoir and the confluence of the surface, the bank slope is often protected by the protective block structure. The existing reservoir slope protection blocks generally adopt the form of individual placement and combination, and the protection blocks are placed in an orderly or random manner. , Under the action of surface confluence, instability occurs, resulting in the exposure of the bank slope, aggravating the erosion of the bank slope, resulting in bank slope instability, further aggravating the instability of the armor block, forming a chain reaction, and causing serious damage to the overall bank slope protection. Therefore, it is very import...

AI Technical Summary

Problems solved by technology

The existing reservoir slope protection blocks generally adopt the form of individual placement and combination, and the protection blocks are placed in an orderly or random manner. , Under the action of surface confluence, instability occurs, resulting in the exposure of the bank slope, aggravating the erosion of the bank slope, resulting in bank slope instability, further aggravating the instability of the armor block, forming a chain reaction, and causing serious damage to the overall bank slope protection

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