A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
River slope greening process
The invention discloses a river slope greening process. The river slope greening process comprises the following sequential steps that step 1, a river slope is excavated inwards for 40-60 cm, and an excavation face is flattened; step 2, an evaporation layer is laid at the upper end of the side slope, and the evaporation layer is of a porous structure; columnar water-absorbing sponge is laid on theexcavation face; the columnar water-absorbing sponge is provided with a metal or hard plastic framework to keep the shape of the columnar water-absorbing sponge; and the periphery of the columnar water-absorbing sponge is coated with a barrel-shaped hardboard; step 3, a plurality of anchor rods are evenly inserted into the excavation face; step 4, grid type concrete ribs are poured on the excavation face, and the grid type concrete ribs and the anchor rods are poured into a whole or locked; step 5, soil is backfilled in grids formed by the grid type concrete ribs to half depth of the grids; and step 6, grass boxes where green grass is planted in advance are inserted into the grids formed by the grid type concrete ribs, the widths of the grass boxes are slightly smaller than that of the grids, and the heights are about half of the depths of the grids.
本发明公开一种河道边坡绿化工艺，包括以下依序进行的步骤：步骤一：将河道边坡向内开挖40‑60cm,平整开挖面；步骤二：在边坡上端铺设蒸发层，所述蒸发层为多孔结构；在开挖面铺设柱型吸水海绵；所述柱型吸水海绵具有金属或硬塑料骨架以使其保型；所述柱型吸水海绵外周有筒型硬纸板包覆；步骤三：在开挖面均匀插入多根锚杆；步骤四：在开挖面浇筑网格型混凝土肋；所述网格型混凝土肋与锚杆浇筑一体或锁固；步骤五：在网格型混凝土肋形成的网格中回填泥土至其一半深度；步骤六：将预先种植有青草的草箱安插入网格型混凝土肋形成的网格中；所述草箱的宽度略小于网格的宽度，高度约等于网格深度的一半。
River slope greening process
The invention discloses a river slope greening process. The river slope greening process comprises the following sequential steps that step 1, a river slope is excavated inwards for 40-60 cm, and an excavation face is flattened; step 2, an evaporation layer is laid at the upper end of the side slope, and the evaporation layer is of a porous structure; columnar water-absorbing sponge is laid on theexcavation face; the columnar water-absorbing sponge is provided with a metal or hard plastic framework to keep the shape of the columnar water-absorbing sponge; and the periphery of the columnar water-absorbing sponge is coated with a barrel-shaped hardboard; step 3, a plurality of anchor rods are evenly inserted into the excavation face; step 4, grid type concrete ribs are poured on the excavation face, and the grid type concrete ribs and the anchor rods are poured into a whole or locked; step 5, soil is backfilled in grids formed by the grid type concrete ribs to half depth of the grids; and step 6, grass boxes where green grass is planted in advance are inserted into the grids formed by the grid type concrete ribs, the widths of the grass boxes are slightly smaller than that of the grids, and the heights are about half of the depths of the grids.
本发明公开一种河道边坡绿化工艺，包括以下依序进行的步骤：步骤一：将河道边坡向内开挖40‑60cm,平整开挖面；步骤二：在边坡上端铺设蒸发层，所述蒸发层为多孔结构；在开挖面铺设柱型吸水海绵；所述柱型吸水海绵具有金属或硬塑料骨架以使其保型；所述柱型吸水海绵外周有筒型硬纸板包覆；步骤三：在开挖面均匀插入多根锚杆；步骤四：在开挖面浇筑网格型混凝土肋；所述网格型混凝土肋与锚杆浇筑一体或锁固；步骤五：在网格型混凝土肋形成的网格中回填泥土至其一半深度；步骤六：将预先种植有青草的草箱安插入网格型混凝土肋形成的网格中；所述草箱的宽度略小于网格的宽度，高度约等于网格深度的一半。
| European Patent Office | 2016
CUT SLOPE GREENING METHOD AND CUT SLOPE GREENING STRUCTURE
| European Patent Office | 2019