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A platform for research: civil engineering, architecture and urbanism
Ground rainwater automatic diversion and resource utilization system
The invention discloses a ground rainwater automatic diversion and resource utilization system. The system comprises a rainwater collection box, a partition plate and an automatic diversion device, wherein the rainwater collection box comprises a rainwater collection part, an automatic diversion part and an overflow part, wherein the automatic diversion part and the overflow part are located below the rainwater collection part, and the automatic diversion part and the overflow part are separated through the partition plate; a first water inlet is formed in the portion, located at the top of the rainwater collection box, in the rainwater collection part, a second water inlet and a water storage port are formed in the portion, located on the side wall of the rainwater collection box, in the automatic diversion part, the horizontal height of the water storage port is lower than that of the second water inlet, and a first drainage port is formed in the portion, located on the bottom wall of the rainwater collection box, in the automatic diversion part; a second drainage port is formed in the portion, located on the bottom wall of the rainwater collection box, in the overflow part; and the automatic diversion device is located in the automatic diversion part and used for closing or opening the first drainage port. The ground rainwater automatic diversion and resource utilization system solves the problems that an existing rainwater discarding device is large in occupied area, high in manufacturing cost, complex in maintenance, safe in drainage and the like, and rainwater resources are wasted.
本发明公开了一种地面雨水全自动分流及资源化利用系统，它包括雨水收集箱、隔板以及自动分流装置；所述雨水收集箱包括雨水收集部以及位于雨水收集部下方的自动分流部和溢流部，所述自动分流部和溢流部通过隔板隔开；所述雨水收集部中位于雨水收集箱的顶部设有第一进水口、所述自动分流部中位于雨水收集箱侧壁处设有第二进水口以及水平高度低于所述第二进水口的储水口、所述自动分流部中位于雨水收集箱底壁处设有第一排水口；所述溢流部中位于雨水收集箱底壁处设有第二排水口；所述自动分流装置位于所述自动分流部，用于关闭或打开所述第一排水口。其解决了现有雨水弃流装置存在占地面积大、雨水资源浪费及造价高昂且维护复杂和排水安全等问题。
Ground rainwater automatic diversion and resource utilization system
The invention discloses a ground rainwater automatic diversion and resource utilization system. The system comprises a rainwater collection box, a partition plate and an automatic diversion device, wherein the rainwater collection box comprises a rainwater collection part, an automatic diversion part and an overflow part, wherein the automatic diversion part and the overflow part are located below the rainwater collection part, and the automatic diversion part and the overflow part are separated through the partition plate; a first water inlet is formed in the portion, located at the top of the rainwater collection box, in the rainwater collection part, a second water inlet and a water storage port are formed in the portion, located on the side wall of the rainwater collection box, in the automatic diversion part, the horizontal height of the water storage port is lower than that of the second water inlet, and a first drainage port is formed in the portion, located on the bottom wall of the rainwater collection box, in the automatic diversion part; a second drainage port is formed in the portion, located on the bottom wall of the rainwater collection box, in the overflow part; and the automatic diversion device is located in the automatic diversion part and used for closing or opening the first drainage port. The ground rainwater automatic diversion and resource utilization system solves the problems that an existing rainwater discarding device is large in occupied area, high in manufacturing cost, complex in maintenance, safe in drainage and the like, and rainwater resources are wasted.
本发明公开了一种地面雨水全自动分流及资源化利用系统，它包括雨水收集箱、隔板以及自动分流装置；所述雨水收集箱包括雨水收集部以及位于雨水收集部下方的自动分流部和溢流部，所述自动分流部和溢流部通过隔板隔开；所述雨水收集部中位于雨水收集箱的顶部设有第一进水口、所述自动分流部中位于雨水收集箱侧壁处设有第二进水口以及水平高度低于所述第二进水口的储水口、所述自动分流部中位于雨水收集箱底壁处设有第一排水口；所述溢流部中位于雨水收集箱底壁处设有第二排水口；所述自动分流装置位于所述自动分流部，用于关闭或打开所述第一排水口。其解决了现有雨水弃流装置存在占地面积大、雨水资源浪费及造价高昂且维护复杂和排水安全等问题。
Ground rainwater automatic diversion and resource utilization system
一种地面雨水自动分流及资源化利用系统
WANG ZHIGANG (author) / SHI FEI (author) / REN NA (author) / YAN JIAQIANG (author) / ZHOU GUOHUA (author)
2021-05-18
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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