A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
In the using process of the water collecting and draining device, original vegetation and landforms around a geological disaster hidden danger point are not damaged, a large amount of civil engineering does not need to be implemented, and the using cost is reduced; the surface of a geological disaster hidden danger point is covered by the water collecting and draining device, rainfall around the geological disaster hidden danger point is collected, the rainfall is collected in the water collecting container, and after rain stops, the rainfall is drained into soil around the water collecting and draining device through capillary lines and is absorbed and utilized by surrounding plants; when sudden heavy rainfall and continuous rainfall occur, after the auxiliary water collecting container is filled with rainwater, the rainfall is collected into the main water collecting container, after the main water collecting container is filled with the rainwater, the rainwater flows into the drainage pipeline through the overflow pipe, and therefore redundant water is drained out of a geological disaster hidden danger area; the water collection and drainage device reserves necessary water to ensure vegetation growth and meanwhile distributes redundant rainfall, and geological disasters caused by heavy rainfall are avoided.
本发明集排水装置在使用过程中，不破坏地质灾害隐患点周围原有植被及地形地貌，不需要实施大量的土木工程，降低了使用成本；通过集排水装置覆盖地质灾害隐患点表面，并收集地质灾害隐患点周围的降水，使降水汇集于集水容器中，雨停后通过毛细管线引流到集排水装置周围的土壤中，被周围植物吸收利用；当遇到突发强降雨及持续降雨时，雨水灌满辅集水容器后，降水汇集到主集水容器中，当主集水容器灌满后，雨水通过溢水管流入排水管道，从而将多余的水排到地质灾害隐患区域之外；集排水装置在保留必要水分确保植被生长的同时分流多余的降水，避免强降水诱发地质灾害。
In the using process of the water collecting and draining device, original vegetation and landforms around a geological disaster hidden danger point are not damaged, a large amount of civil engineering does not need to be implemented, and the using cost is reduced; the surface of a geological disaster hidden danger point is covered by the water collecting and draining device, rainfall around the geological disaster hidden danger point is collected, the rainfall is collected in the water collecting container, and after rain stops, the rainfall is drained into soil around the water collecting and draining device through capillary lines and is absorbed and utilized by surrounding plants; when sudden heavy rainfall and continuous rainfall occur, after the auxiliary water collecting container is filled with rainwater, the rainfall is collected into the main water collecting container, after the main water collecting container is filled with the rainwater, the rainwater flows into the drainage pipeline through the overflow pipe, and therefore redundant water is drained out of a geological disaster hidden danger area; the water collection and drainage device reserves necessary water to ensure vegetation growth and meanwhile distributes redundant rainfall, and geological disasters caused by heavy rainfall are avoided.
本发明集排水装置在使用过程中，不破坏地质灾害隐患点周围原有植被及地形地貌，不需要实施大量的土木工程，降低了使用成本；通过集排水装置覆盖地质灾害隐患点表面，并收集地质灾害隐患点周围的降水，使降水汇集于集水容器中，雨停后通过毛细管线引流到集排水装置周围的土壤中，被周围植物吸收利用；当遇到突发强降雨及持续降雨时，雨水灌满辅集水容器后，降水汇集到主集水容器中，当主集水容器灌满后，雨水通过溢水管流入排水管道，从而将多余的水排到地质灾害隐患区域之外；集排水装置在保留必要水分确保植被生长的同时分流多余的降水，避免强降水诱发地质灾害。
Water collecting and draining device and water collecting and draining system for rainfall
一种降雨用集排水装置及集排水系统
WANG DONG (author)
2024-09-06
Patent
Electronic Resource
Chinese
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