A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Green covering irrigation method for high and steep rock slope
The invention relates to the technical field of rock slope treatment, and provides a greening irrigation method for a high and steep rock slope. According to the method, rainwater and the like are collected to side slope catchment pits at the two ends on platform riding tracks of each stage of the rock side slope through water collecting ditches; rainwater and the like on the slope surface are collected and guided to the planting holes through the water catchment block; by means of the drip irrigation pipeline connected with the side slope water catchment pit, accumulated water in the side slope water catchment pit is guided into the planting holes in the uppermost row of the slope surface, the drainage holes in the planting holes in the upper row are communicated with the water catchment blocks in the lower row, and water flow is guided downwards step by step. The adjacent side slope catchment pits on the same side are connected through the overflow pipelines, so that after the upper-stage side slope catchment pit is full of water, the water overflows to the lower-stage side slope catchment pit and finally converges into the water storage pool on the lowermost layer, and therefore automatic collection of rainwater and automatic irrigation of vegetation in the planting holes are achieved, green covering irrigation of the high and steep rock side slope is achieved, and the utilization rate of the water is increased. And the treatment effect of the rock slope is improved.
本申请涉及岩质边坡治理技术领域，提供了一种高陡岩质边坡覆绿灌溉方法。该方法通过集水沟在岩质边坡每级的平台马道上将雨水等收集至两端的边坡汇水坑；并由汇水格挡将坡面上的雨水等进行收集导流至种植孔；利用连接边坡汇水坑的滴灌管道，将边坡汇水坑中的积水导流至坡面最上排的种植孔内，并将上排种植孔中的排水孔与下排的汇水格挡连通，将水流逐级向下引流。同侧相邻的边坡汇水坑之间通过溢流管道连接，使得上级边坡汇水坑中集满水后，溢流至下级边坡汇水坑，并最终汇流至最下层的蓄水池中，从而达到雨水的自动收集，以及对种植孔中植被的自动灌溉，实现对高陡岩质边坡覆绿灌溉，提高岩质边坡的治理效果。
Green covering irrigation method for high and steep rock slope
The invention relates to the technical field of rock slope treatment, and provides a greening irrigation method for a high and steep rock slope. According to the method, rainwater and the like are collected to side slope catchment pits at the two ends on platform riding tracks of each stage of the rock side slope through water collecting ditches; rainwater and the like on the slope surface are collected and guided to the planting holes through the water catchment block; by means of the drip irrigation pipeline connected with the side slope water catchment pit, accumulated water in the side slope water catchment pit is guided into the planting holes in the uppermost row of the slope surface, the drainage holes in the planting holes in the upper row are communicated with the water catchment blocks in the lower row, and water flow is guided downwards step by step. The adjacent side slope catchment pits on the same side are connected through the overflow pipelines, so that after the upper-stage side slope catchment pit is full of water, the water overflows to the lower-stage side slope catchment pit and finally converges into the water storage pool on the lowermost layer, and therefore automatic collection of rainwater and automatic irrigation of vegetation in the planting holes are achieved, green covering irrigation of the high and steep rock side slope is achieved, and the utilization rate of the water is increased. And the treatment effect of the rock slope is improved.
本申请涉及岩质边坡治理技术领域，提供了一种高陡岩质边坡覆绿灌溉方法。该方法通过集水沟在岩质边坡每级的平台马道上将雨水等收集至两端的边坡汇水坑；并由汇水格挡将坡面上的雨水等进行收集导流至种植孔；利用连接边坡汇水坑的滴灌管道，将边坡汇水坑中的积水导流至坡面最上排的种植孔内，并将上排种植孔中的排水孔与下排的汇水格挡连通，将水流逐级向下引流。同侧相邻的边坡汇水坑之间通过溢流管道连接，使得上级边坡汇水坑中集满水后，溢流至下级边坡汇水坑，并最终汇流至最下层的蓄水池中，从而达到雨水的自动收集，以及对种植孔中植被的自动灌溉，实现对高陡岩质边坡覆绿灌溉，提高岩质边坡的治理效果。
Green covering irrigation method for high and steep rock slope
一种高陡岩质边坡覆绿灌溉方法
CUI FENG (author) / REN YONGMAO (author) / LI MIN (author) / MA YANRONG (author) / SONG XIAORUI (author) / ZHANG MENGMENG (author) / HE YI (author) / YU YUETAO (author) / CHENG YANJUN (author) / JIA ZHENQIANG (author)
2024-02-20
Patent
Electronic Resource
Chinese
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