A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Flood control and drainage system for mountainous region
The invention discloses a flood control and drainage system for a mountainous region. The system comprises a shunt belt, a first branch pipe, a second branch pipe, a first drainage pipe, a second drainage pipe, a rainwater main pipe and an attachment, wherein one side of the shunt belt is connected with the first branch pipe, and the outlet of the first branch pipe is connected with the inlet of the first drainage pipe. An energy-reducing pit is formed in the shunt belt, the bottom of the energy-reducing pit is connected with the top of the attachment, the outlet of the attachment is connectedwith the first branch pipe and the second branch pipe, the rainwater is collected by using the V-shape of the energy-reducing pit, the attachment is connected with the bottom of "V", by the connection method of combining the first branch pipe, the second branch pipe, the first drainage pipe and the second drainage pipe, the rainwater is drained to the rainwater main pipe for unified and centralized drainage so as to prevent the mountainous region from generating flood current due to excessive rainwater scouring the soil surface. Meanwhile, the rainwater is preserved through the water absorption and water retention of the attachment for the growth of vegetation during the drought period.
本发明公开了一种山地防洪排水系统，包括分流带、第一支管、第二支管、第一排水管、第二排水管、雨水总管以及附着体，分流带的一边与第一支管连接，第一支管的出口与第一排水管的进口连接。分流带上开设有减能坑，减能坑的底部与附着体的顶部连接，附着体的出口与第一支管和第二支管连接，利用减能坑的“V”形状，将雨水进行汇聚，在“V”的底部连接附着体，结合第一支管、第二支管、第一排水管以及第二排水管的连接方式，将雨水排至雨水总管，进行统一集中排放，防止了山地因雨水过量而过度冲刷土壤表面发生洪流。同时，通过附着体的吸水性和保水性将雨水保存起来，供干旱时期植被的生长需要。
Flood control and drainage system for mountainous region
The invention discloses a flood control and drainage system for a mountainous region. The system comprises a shunt belt, a first branch pipe, a second branch pipe, a first drainage pipe, a second drainage pipe, a rainwater main pipe and an attachment, wherein one side of the shunt belt is connected with the first branch pipe, and the outlet of the first branch pipe is connected with the inlet of the first drainage pipe. An energy-reducing pit is formed in the shunt belt, the bottom of the energy-reducing pit is connected with the top of the attachment, the outlet of the attachment is connectedwith the first branch pipe and the second branch pipe, the rainwater is collected by using the V-shape of the energy-reducing pit, the attachment is connected with the bottom of "V", by the connection method of combining the first branch pipe, the second branch pipe, the first drainage pipe and the second drainage pipe, the rainwater is drained to the rainwater main pipe for unified and centralized drainage so as to prevent the mountainous region from generating flood current due to excessive rainwater scouring the soil surface. Meanwhile, the rainwater is preserved through the water absorption and water retention of the attachment for the growth of vegetation during the drought period.
本发明公开了一种山地防洪排水系统，包括分流带、第一支管、第二支管、第一排水管、第二排水管、雨水总管以及附着体，分流带的一边与第一支管连接，第一支管的出口与第一排水管的进口连接。分流带上开设有减能坑，减能坑的底部与附着体的顶部连接，附着体的出口与第一支管和第二支管连接，利用减能坑的“V”形状，将雨水进行汇聚，在“V”的底部连接附着体，结合第一支管、第二支管、第一排水管以及第二排水管的连接方式，将雨水排至雨水总管，进行统一集中排放，防止了山地因雨水过量而过度冲刷土壤表面发生洪流。同时，通过附着体的吸水性和保水性将雨水保存起来，供干旱时期植被的生长需要。
Flood control and drainage system for mountainous region
一种山地防洪排水系统
QIAN CHENHAO (author) / QIAN FEI (author) / ZHOU FENHUA (author) / CHEN XIAOYUN (author) / ZHAO YUN (author) / WANG AIMIN (author)
2020-06-16
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
Construction method of mountainous region flood control and drainage system
| European Patent Office | 2020
Movable flood-control flood-drainage firefighting system
| European Patent Office | 2015