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Water and soil conservation and rainwater utilization method for high slope section
The invention discloses a high slope section water and soil conservation and rainwater utilization method which comprises a drainage channel, a reservoir arranged at one end of the drainage channel, a flat plate row water interception pipeline connected with the interior of the reservoir, a plurality of water interception and drainage devices arranged at the lower end of the flat plate row water interception pipeline, and water storage tanks arranged at the tail ends of the water interception and drainage devices. The lower end of the ecological part is provided with a plurality of two-way water intercepting and draining devices, water intercepting and draining grooves and a transverse water intercepting and draining main pipeline connected to the lower ends of the two-way water intercepting and draining devices, the pipe wall of the transverse water intercepting and draining main pipeline is connected with a lower draining pipeline, the lower end of the lower draining pipeline is provided with a plurality of water storage tanks, and the tail end of the lower draining pipeline is connected with the interiors of the water storage tanks. The water storage and holding capacity of soil is increased, rainwater runoff is avoided, and water and soil loss is prevented; geological disasters are avoided; underground water sources are supplemented, plant growth is accelerated, the yield of forest grass and fruit species is increased, the growth cycle period is shortened, and the method can be widely applied to the technical field of environmental protection.
本发明公开了一种高坡段水土保持、雨水利用方法,包括排水渠、设于排水渠一端的蓄水池、与蓄水池内部连接的平盘排截水管道、设于平盘排截水管道下端的若干截排水器、设于截排水器末端的蓄水罐,截排水器的一端设有若干生态部,生态部下端设有若干双向截排水器、截排水槽、连接在双向截排水器下端的横向截排水主管道,横向截排水主管道的管壁上连接有下排水管道,下排水管道的下端设有若干蓄水罐,下排水管道的末端与蓄水罐的内部连接。本发明增加土壤蓄水持水量,避免雨水径流,防止水土流失;避免地质灾害发生;提高雨水利用率,补充地下水源加快植物生长,增加林草、果种产量,缩短生长循环周期,能够广泛应用在环境保护技术领域。
Water and soil conservation and rainwater utilization method for high slope section
The invention discloses a high slope section water and soil conservation and rainwater utilization method which comprises a drainage channel, a reservoir arranged at one end of the drainage channel, a flat plate row water interception pipeline connected with the interior of the reservoir, a plurality of water interception and drainage devices arranged at the lower end of the flat plate row water interception pipeline, and water storage tanks arranged at the tail ends of the water interception and drainage devices. The lower end of the ecological part is provided with a plurality of two-way water intercepting and draining devices, water intercepting and draining grooves and a transverse water intercepting and draining main pipeline connected to the lower ends of the two-way water intercepting and draining devices, the pipe wall of the transverse water intercepting and draining main pipeline is connected with a lower draining pipeline, the lower end of the lower draining pipeline is provided with a plurality of water storage tanks, and the tail end of the lower draining pipeline is connected with the interiors of the water storage tanks. The water storage and holding capacity of soil is increased, rainwater runoff is avoided, and water and soil loss is prevented; geological disasters are avoided; underground water sources are supplemented, plant growth is accelerated, the yield of forest grass and fruit species is increased, the growth cycle period is shortened, and the method can be widely applied to the technical field of environmental protection.
本发明公开了一种高坡段水土保持、雨水利用方法,包括排水渠、设于排水渠一端的蓄水池、与蓄水池内部连接的平盘排截水管道、设于平盘排截水管道下端的若干截排水器、设于截排水器末端的蓄水罐,截排水器的一端设有若干生态部,生态部下端设有若干双向截排水器、截排水槽、连接在双向截排水器下端的横向截排水主管道,横向截排水主管道的管壁上连接有下排水管道,下排水管道的下端设有若干蓄水罐,下排水管道的末端与蓄水罐的内部连接。本发明增加土壤蓄水持水量,避免雨水径流,防止水土流失;避免地质灾害发生;提高雨水利用率,补充地下水源加快植物生长,增加林草、果种产量,缩短生长循环周期,能够广泛应用在环境保护技术领域。
Water and soil conservation and rainwater utilization method for high slope section
一种高坡段水土保持、雨水利用方法
SUN DESEN (Autor:in) / SUN MINGWEN (Autor:in) / BAI ZHONGKE (Autor:in) / SUN SHUYING (Autor:in) / WANG XIANGDONG (Autor:in) / ZHANG SHUYAN (Autor:in) / DING YONG (Autor:in) / HU YUE (Autor:in) / XIANG YUANHE (Autor:in) / ZHANG MENGJIAN (Autor:in)
08.07.2022
Patent
Elektronische Ressource
Chinesisch
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