A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention belongs to the technical field of siphon drainage, and discloses a siphon drainage rainwater system, which comprises a Kafka data acquisition module for acquiring rainwater collection amount, siphon pipeline flow, external accumulated water level and peripheral facility pipeline valve point positions; the data analysis module is used for analyzing the rainwater collection amount, the siphon pipeline flow and the external accumulated water level and separately storing analysis results; the distribution module is used for calculating real-time parameters among different collection facilities so as to determine the collection facilities from which rainwater is extracted and generate a control instruction; and the control module controls a facility pipeline valve according to the control instruction and performs distribution according to the priority. By controlling plan distribution, the water collecting tank is prevented from being blocked when precipitation suddenly increases, peripheral facilities can be synchronously matched, and the optimal drainage rate is achieved.
本发明属于虹吸排水技术领域，本发明公开了虹吸排水雨水系统，包括：Kafka数据采集模块，采集雨水收集量、虹吸管道流量、外部积水水位以及周边设施管道阀门点位；数据分析模块，对雨水收集量、虹吸管道流量以及外部积水水位进行分析，将分析结果分开存储；分配模块，计算不同收集设施之间的实时参数，以确定从哪些收集设施抽取雨水，生成控制指令；控制模块，根据控制指令控制设施管道阀门，根据优先级进行分配。通过控制计划分配，避免降水量突增时，集水池产生堵塞，并且让周边设施可以同步进行配合，达到最佳的排水速率。
The invention belongs to the technical field of siphon drainage, and discloses a siphon drainage rainwater system, which comprises a Kafka data acquisition module for acquiring rainwater collection amount, siphon pipeline flow, external accumulated water level and peripheral facility pipeline valve point positions; the data analysis module is used for analyzing the rainwater collection amount, the siphon pipeline flow and the external accumulated water level and separately storing analysis results; the distribution module is used for calculating real-time parameters among different collection facilities so as to determine the collection facilities from which rainwater is extracted and generate a control instruction; and the control module controls a facility pipeline valve according to the control instruction and performs distribution according to the priority. By controlling plan distribution, the water collecting tank is prevented from being blocked when precipitation suddenly increases, peripheral facilities can be synchronously matched, and the optimal drainage rate is achieved.
本发明属于虹吸排水技术领域，本发明公开了虹吸排水雨水系统，包括：Kafka数据采集模块，采集雨水收集量、虹吸管道流量、外部积水水位以及周边设施管道阀门点位；数据分析模块，对雨水收集量、虹吸管道流量以及外部积水水位进行分析，将分析结果分开存储；分配模块，计算不同收集设施之间的实时参数，以确定从哪些收集设施抽取雨水，生成控制指令；控制模块，根据控制指令控制设施管道阀门，根据优先级进行分配。通过控制计划分配，避免降水量突增时，集水池产生堵塞，并且让周边设施可以同步进行配合，达到最佳的排水速率。
Siphon rainwater drainage device with purification mechanism and use method
| European Patent Office | 2023