A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rock slope greening planting structure and system
The invention provides a rock slope regreening planting structure which comprises an outer cylinder, an inner cylinder, a plurality of planting grooves and a plurality of planting grooves. The outer cylinder is mounted in a placement hole formed in a rock slope; supporting pieces are arranged at the two ends of the inner barrel, the inner barrel is installed in the outer barrel, and the inner barrel is connected with the inner wall of the outer barrel through the supporting pieces; wherein the outer diameter of the outer cylinder is smaller than that of the placing hole, ribs are arranged on the periphery of the outer cylinder, and the outer cylinder is connected with the inner wall of the placing hole through the ribs. The gaps are formed between the outer barrels and the placement holes and between the inner barrels and the outer barrels, the influence of rock wall temperature rise on soil in the inner barrels is reduced, the water evaporation speed of the soil and the water storage space is reduced, the survival rate of plants is increased, the water storage space is formed in the outer barrels, part of rainwater can be stored for growth of green plants when it rains, and the environment is protected. Meanwhile, a water and fertilizer supply system is arranged, nutrition is provided for the green plants, water is provided for the green plants when rainfall is insufficient, and the requirements for water and nutrition in the plant growth process are met.
本申请提出一种岩石边坡复绿种植结构，包括：外筒，所述外筒安装于岩石边坡上开设的放置孔中；内筒，所述内筒两端设有支撑片，所述内筒安装于所述外筒中，且所述内筒通过所述支撑片与所述外筒的内壁连接；其中，所述外筒的外径小于所述放置孔，所述外筒的外周设有筋条，所述外筒通过所述筋条与所述放置孔的内壁连接。本申请通过在外筒与放置孔之间及内筒与外筒之间设置间隙，降低岩壁升温对内筒中土壤的影响，降低土壤及储水空间的水份蒸发速度，以提高植物的存活率，外筒中设有储水空间，在降雨时可以存储部分雨水供绿植生长使用，同时设有水肥供给系统，为绿植提供营养，并在降雨不足的时候为绿植提供水份，以满足植物生长过程中的水份及营养。
Rock slope greening planting structure and system
The invention provides a rock slope regreening planting structure which comprises an outer cylinder, an inner cylinder, a plurality of planting grooves and a plurality of planting grooves. The outer cylinder is mounted in a placement hole formed in a rock slope; supporting pieces are arranged at the two ends of the inner barrel, the inner barrel is installed in the outer barrel, and the inner barrel is connected with the inner wall of the outer barrel through the supporting pieces; wherein the outer diameter of the outer cylinder is smaller than that of the placing hole, ribs are arranged on the periphery of the outer cylinder, and the outer cylinder is connected with the inner wall of the placing hole through the ribs. The gaps are formed between the outer barrels and the placement holes and between the inner barrels and the outer barrels, the influence of rock wall temperature rise on soil in the inner barrels is reduced, the water evaporation speed of the soil and the water storage space is reduced, the survival rate of plants is increased, the water storage space is formed in the outer barrels, part of rainwater can be stored for growth of green plants when it rains, and the environment is protected. Meanwhile, a water and fertilizer supply system is arranged, nutrition is provided for the green plants, water is provided for the green plants when rainfall is insufficient, and the requirements for water and nutrition in the plant growth process are met.
本申请提出一种岩石边坡复绿种植结构，包括：外筒，所述外筒安装于岩石边坡上开设的放置孔中；内筒，所述内筒两端设有支撑片，所述内筒安装于所述外筒中，且所述内筒通过所述支撑片与所述外筒的内壁连接；其中，所述外筒的外径小于所述放置孔，所述外筒的外周设有筋条，所述外筒通过所述筋条与所述放置孔的内壁连接。本申请通过在外筒与放置孔之间及内筒与外筒之间设置间隙，降低岩壁升温对内筒中土壤的影响，降低土壤及储水空间的水份蒸发速度，以提高植物的存活率，外筒中设有储水空间，在降雨时可以存储部分雨水供绿植生长使用，同时设有水肥供给系统，为绿植提供营养，并在降雨不足的时候为绿植提供水份，以满足植物生长过程中的水份及营养。
Rock slope greening planting structure and system
岩石边坡复绿种植结构及系统
ZHANG YUNHAN (author) / HAN WEI (author) / ZHANG YIDAN (author) / HUANG JUNPENG (author) / QIN YINGJUN (author)
2024-09-27
Patent
Electronic Resource
Chinese
Urban garden greening grass planting slope protection structure
| European Patent Office | 2022