A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the field of municipal energy-saving engineering, in particular to an efficient and energy-saving municipal drainage system. The efficient and energy-saving municipal drainagesystem comprises a road drainage area and a greenbelt drainage area, the road drainage area comprises a drainage port formed in the roadside and a drainage channel formed in the lower portion of a road surface, the greenbelt drainage area comprises an earth surface planting layer and a rainwater collection pool arranged on the lower portion of the earth surface planting layer, the drainage port is connected into the rainwater collection pool, an overflow channel is formed in the side wall of the rainwater collection pool and communicates with the drainage channel, a rainwater drainage mechanism is connected between the earth surface planting layer and the rainwater collection pool, and rainwater in the rainwater collection pool is guided to the earth surface planting layer. According to the system, a municipal drainage system and a garden irrigation system are combined, rainwater drained by municipal administration is used for irrigating and supplementing water to the garden greenbeltfrom bottom to top, rainwater drainage paths and resources consumed by rainwater recycling are reduced, and the purposes of high efficiency and energy conservation are achieved.
本申请涉及一种高效节能市政排水系统，涉及市政节能工程的领域，包括道路排水区和绿地排水区，所述道路排水区包括设置在路边的排水口和设置在路面下部的排水通道，所述绿地排水区包括地表种植层和设置在地表种植层下部的雨水收集池，所述排水口连通到雨水收集池中，所述雨水收集池侧壁设置有溢流通道，所述溢流通道与排水通道连通，所述地表种植层与雨水收集池之间连接有雨水引流机构，将雨水收集池中的雨水引流至地表种植层。本申请中将市政排水系统和园林灌溉系统相结合，利用市政排放的雨水对园林绿地进行自下而上的灌溉补水，减少雨水排放路径和雨水再利用所耗费的资源，达到高效节能的目的。
The invention relates to the field of municipal energy-saving engineering, in particular to an efficient and energy-saving municipal drainage system. The efficient and energy-saving municipal drainagesystem comprises a road drainage area and a greenbelt drainage area, the road drainage area comprises a drainage port formed in the roadside and a drainage channel formed in the lower portion of a road surface, the greenbelt drainage area comprises an earth surface planting layer and a rainwater collection pool arranged on the lower portion of the earth surface planting layer, the drainage port is connected into the rainwater collection pool, an overflow channel is formed in the side wall of the rainwater collection pool and communicates with the drainage channel, a rainwater drainage mechanism is connected between the earth surface planting layer and the rainwater collection pool, and rainwater in the rainwater collection pool is guided to the earth surface planting layer. According to the system, a municipal drainage system and a garden irrigation system are combined, rainwater drained by municipal administration is used for irrigating and supplementing water to the garden greenbeltfrom bottom to top, rainwater drainage paths and resources consumed by rainwater recycling are reduced, and the purposes of high efficiency and energy conservation are achieved.
本申请涉及一种高效节能市政排水系统，涉及市政节能工程的领域，包括道路排水区和绿地排水区，所述道路排水区包括设置在路边的排水口和设置在路面下部的排水通道，所述绿地排水区包括地表种植层和设置在地表种植层下部的雨水收集池，所述排水口连通到雨水收集池中，所述雨水收集池侧壁设置有溢流通道，所述溢流通道与排水通道连通，所述地表种植层与雨水收集池之间连接有雨水引流机构，将雨水收集池中的雨水引流至地表种植层。本申请中将市政排水系统和园林灌溉系统相结合，利用市政排放的雨水对园林绿地进行自下而上的灌溉补水，减少雨水排放路径和雨水再利用所耗费的资源，达到高效节能的目的。
Efficient and energy-saving municipal drainage system
一种高效节能市政排水系统
LI BIN (author)
2021-02-02
Patent
Electronic Resource
Chinese
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