Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Revetment structure and ornamental grass planting method based on revetment
The invention provides a revetment structure which is provided with pine piles driven on the side close to a river, a gabion slope foundation obliquely laid on a revetment and netted cuboid hollow water seepage bricks, and the water seepage bricks are arranged above the gabion slope foundation from the oblique lower portion to the oblique upper portion. Steel wires are arranged on the bottom surface, close to the river side surface, of the first water seepage brick arranged obliquely downwards, penetrate through the meshes and are bound with the pine piles so as to be fixed on the pine piles; steel wires are arranged at the junction of the near-land side face and the bottom face of each water seepage brick and penetrate through the meshes so that the water seepage bricks can be fixed to a steel wire mesh frame of the gabion broken foundation. In every two adjacent water seepage bricks in the arrangement, steel wires are arranged at the near-land end of the top surface of the lower water seepage brick and the bottom surface of the upper water seepage brick and penetrate through the meshes to fix the two water seepage bricks, so that the overall stability of the revetment is high, and the effect of preventing water and soil loss is good. The invention further provides a planting method based on the revetment ornamental grass, due to the fact that the water seepage bricks are in a net shape, meshes are breathable and permeable, underground material exchange is facilitated, and plant nutrient absorption is facilitated.
本发明提供一种驳岸结构，设有打在靠近河侧的松木桩、倾斜铺设在驳岸上的石笼坡基和设有网状的长方体空心渗水砖，所述渗水砖在石笼破基的上方从斜下往斜上排列。排列中的斜下起第一块渗水砖近河侧面的底面处设有钢丝穿过网孔绑定松木桩从而固定在松木桩上；每块渗水砖的近陆侧面与底面交界处设有钢丝穿过网孔从而把渗水砖固定到石笼破基的钢丝网框上；排列中相邻的两块渗水砖当中，居下那块的顶面近陆端处与居上那块的底面处设有钢丝穿过网孔从而把两块渗水砖相互固定，这样驳岸整体稳定性强，防止水土流失效果佳。本发明还提供一种基于上述驳岸观赏草的种植方法，由于渗水砖设有网状，网孔透气透水，便于地下物质交换，利于植物养分吸收。
Revetment structure and ornamental grass planting method based on revetment
The invention provides a revetment structure which is provided with pine piles driven on the side close to a river, a gabion slope foundation obliquely laid on a revetment and netted cuboid hollow water seepage bricks, and the water seepage bricks are arranged above the gabion slope foundation from the oblique lower portion to the oblique upper portion. Steel wires are arranged on the bottom surface, close to the river side surface, of the first water seepage brick arranged obliquely downwards, penetrate through the meshes and are bound with the pine piles so as to be fixed on the pine piles; steel wires are arranged at the junction of the near-land side face and the bottom face of each water seepage brick and penetrate through the meshes so that the water seepage bricks can be fixed to a steel wire mesh frame of the gabion broken foundation. In every two adjacent water seepage bricks in the arrangement, steel wires are arranged at the near-land end of the top surface of the lower water seepage brick and the bottom surface of the upper water seepage brick and penetrate through the meshes to fix the two water seepage bricks, so that the overall stability of the revetment is high, and the effect of preventing water and soil loss is good. The invention further provides a planting method based on the revetment ornamental grass, due to the fact that the water seepage bricks are in a net shape, meshes are breathable and permeable, underground material exchange is facilitated, and plant nutrient absorption is facilitated.
本发明提供一种驳岸结构，设有打在靠近河侧的松木桩、倾斜铺设在驳岸上的石笼坡基和设有网状的长方体空心渗水砖，所述渗水砖在石笼破基的上方从斜下往斜上排列。排列中的斜下起第一块渗水砖近河侧面的底面处设有钢丝穿过网孔绑定松木桩从而固定在松木桩上；每块渗水砖的近陆侧面与底面交界处设有钢丝穿过网孔从而把渗水砖固定到石笼破基的钢丝网框上；排列中相邻的两块渗水砖当中，居下那块的顶面近陆端处与居上那块的底面处设有钢丝穿过网孔从而把两块渗水砖相互固定，这样驳岸整体稳定性强，防止水土流失效果佳。本发明还提供一种基于上述驳岸观赏草的种植方法，由于渗水砖设有网状，网孔透气透水，便于地下物质交换，利于植物养分吸收。
Revetment structure and ornamental grass planting method based on revetment
一种驳岸结构及基于该驳岸上的观赏草的种植方法
WU YALING (Autor:in) / HUANG JIESHAN (Autor:in) / LIN SHAOYAN (Autor:in)
30.01.2024
Patent
Elektronische Ressource
Chinesisch
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