| 摘要 |
<p>The present invention relates to a multi-folded interlocking block, of which the inside surface and the outside surface are coupled with at least one or more hexagonal cylinder blocks (20) that are equally formed with S-shaped connection portions (23) in the longitudinal direction at each of the hexagonal surfaces (22) thereof. In addition, the interlocking block (10) has an outside surface (11) to be coupled with one or more hexagonal cylinder blocks (20) and S-shaped connection portions (12) for interlocking blocks are formed on the outside surface (11) in the longitudinal direction of the outside surface (11). The S-shaped connection portions (12) for interlocking blocks includes vertical protrusions (11a), which are protruded outwards with reference to the outside surface (11), and vertical grooves (11b), which are formed inwards with reference to the outside surface (11). When constructing a levee and a reservoir or a revetment using the above interlocking block (10), the structure may be integrally constructed due to the excellent engineering durability of a regular hexagon, the stability of step shape, wide space over 90%, the drain and ventilation functions, interlocking by the S-shaped connection portions (12) formed in the interlocking block (10), zigzag verticality, and horizontal engagement type assembling coupling. Particularly, it is possible to absorb and relieve earthquake shock by a clearance between the blocks and the flexible materials of the blocks, and reduces construction time when constructing a large-scaled structure.</p> |
