A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Structure with drainage ditches and side slope intersecting and construction method
The invention discloses a structure with drainage ditches and a side slope intersecting and a construction method, and relates to the field of drainage structures. The structure comprises the side slope, the drainage ditch A, the drainage ditch B and UPVC pipes, wherein the drainage ditch A is formed in the top of the side slope, the drainage ditch B is formed in the bottom of the side slope, and pipeline connectors are formed in the sides, close to the side slope, of the drainage ditch A and the drainage ditch B; and the UPVC pipes are laid in the gradient direction of the side slope, and the two ends of each UPVC pipe communicate with the corresponding pipeline connectors in the drainage ditch A and the drainage ditch B. According to the structure with the drainage ditches and the side slope intersecting and the construction method, from the perspectives of cost saving, smooth drainage, construction difficulty reducing, safety, reliability and the like, conventional torrent groove facilities with rainwater on the side slope are transformed, large-area earth excavation on the side slope in the torrent groove construction process is reduced, and the work amount is reduced; and meanwhile, good adaptability to rock areas and loess areas is achieved, the attractiveness and integrity of the side slope are shown, later maintenance is easy and convenient, and the cost is low.
本发明公开了一种排水沟与边坡相交的结构及施工方法，涉及排水结构领域，包括边坡、排水沟A、排水沟B和UPVC管，所述边坡的顶部开设有排水沟A，边坡的底部开设有排水沟B，排水沟A、排水沟B靠近边坡的一侧均开设有管道接口；所述UPVC管沿边坡的坡度方向铺设，且该UPVC管的两端与排水沟A、排水沟B内对应的管道接口连通。本发明从节约费用、排水顺畅、减小施工难度及安全可靠等角度出发，将常规的雨水在边坡处的急流槽设施进行改造，减小了急流槽施工过程中对于边坡较大面积的土方开挖、减少工程量，同时对于岩石地区和黄土地区具有较好的适应性，展现了边坡的美观性和完整性，而且后期维护简单，便利，费用较低。
Structure with drainage ditches and side slope intersecting and construction method
The invention discloses a structure with drainage ditches and a side slope intersecting and a construction method, and relates to the field of drainage structures. The structure comprises the side slope, the drainage ditch A, the drainage ditch B and UPVC pipes, wherein the drainage ditch A is formed in the top of the side slope, the drainage ditch B is formed in the bottom of the side slope, and pipeline connectors are formed in the sides, close to the side slope, of the drainage ditch A and the drainage ditch B; and the UPVC pipes are laid in the gradient direction of the side slope, and the two ends of each UPVC pipe communicate with the corresponding pipeline connectors in the drainage ditch A and the drainage ditch B. According to the structure with the drainage ditches and the side slope intersecting and the construction method, from the perspectives of cost saving, smooth drainage, construction difficulty reducing, safety, reliability and the like, conventional torrent groove facilities with rainwater on the side slope are transformed, large-area earth excavation on the side slope in the torrent groove construction process is reduced, and the work amount is reduced; and meanwhile, good adaptability to rock areas and loess areas is achieved, the attractiveness and integrity of the side slope are shown, later maintenance is easy and convenient, and the cost is low.
本发明公开了一种排水沟与边坡相交的结构及施工方法，涉及排水结构领域，包括边坡、排水沟A、排水沟B和UPVC管，所述边坡的顶部开设有排水沟A，边坡的底部开设有排水沟B，排水沟A、排水沟B靠近边坡的一侧均开设有管道接口；所述UPVC管沿边坡的坡度方向铺设，且该UPVC管的两端与排水沟A、排水沟B内对应的管道接口连通。本发明从节约费用、排水顺畅、减小施工难度及安全可靠等角度出发，将常规的雨水在边坡处的急流槽设施进行改造，减小了急流槽施工过程中对于边坡较大面积的土方开挖、减少工程量，同时对于岩石地区和黄土地区具有较好的适应性，展现了边坡的美观性和完整性，而且后期维护简单，便利，费用较低。
Structure with drainage ditches and side slope intersecting and construction method
一种排水沟与边坡相交的结构及施工方法
LI GEN (author) / TANG TAO (author) / LIU DAWANG (author)
2021-04-16
Patent
Electronic Resource
Chinese
| Engineering Index Backfile | 1917
Construction and maintenance of open drainage ditches
| Engineering Index Backfile | 1912
Ditches: sustainable drainage components
| British Library Conference Proceedings | 1998