The invention relates to an intelligent water conservancy deep water quality and hydrology monitoring system which comprises a base (3), a floater (4) and a stranded cable (5) connected with the base (3) and the floater (4), and the base (3) is positioned on a riverbed (1) by means of the gravity of the base (3); a winch (8) for winding and unwinding a stranded cable (5) is arranged in the base (3), the gravity center (23) of the floater (4) coincides with the geometric center, the floater (4) is integrated with a wireless communication unit, a control unit, a hydrological monitoring assembly, a water quality monitoring assembly, a volume regulating and controlling assembly and a posture adjusting assembly, a sliding rail (21) parallel to the long axis of the floater (4) is arranged at the bottom of the floater (4), a sliding block (22) is arranged in the sliding rail (21), and the sliding block (22) is connected with the floater (4). The floater (4) is in spherical hinge sliding connection with the stranded cable (5) through the sliding block (22); the sliding rail (21) is provided with an induction magnetic strip (24) which is used for measuring the sliding distance L1 of the sliding block (22). The slippage distance L1 is used for calculating the corresponding water flow impact force.
本发明涉及一种智慧水利深层水质水文监测系统,包括底座(3)、浮子(4)和连接所述底座(3)和浮子(4)的绞缆(5),所述底座(3)借助自身重力定位在河床(1)上;底座(3)内设有收放绞缆(5)的绞盘(8),所述浮子(4)的重心(23)与几何中心重合,且所述浮子(4)集成有无线通信单元、控制单元、水文监测组件、水质监测组件、体积调控组件和姿态调节组件,所述浮子(4)的底部设有平行于其长轴的滑轨(21),所述滑轨(21)内设有滑块(22),所述浮子(4)通过滑块(22)与绞缆(5)球铰滑动连接;所述滑轨(21)上设有感应磁条(24),其用于测量滑块(22)的滑移距离L1;所述滑移距离L1用于计算对应的水流冲击力。
Intelligent water conservancy deep water quality hydrological monitoring system
一种智慧水利深层水质水文监测系统
2023-11-07
Patent
Electronic Resource
Chinese
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