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Intelligent dredging system for treating reservoir sludge
The invention discloses an intelligent dredging system for processing reservoir sludge, which comprises an unmanned ship, an online monitoring system arranged on one side of the unmanned ship and used for monitoring the reservoir sludge, and an information management platform arranged on the unmanned ship and used for processing and transmitting sludge data monitored by the online monitoring system, the sludge dredging module is arranged on the unmanned ship and is connected with the online monitoring system; the depth finder is used for emitting sound waves with fixed frequency, the camera is used for monitoring sludge at the bottom of a reservoir, then a worker measures and calculates the water depth distance by remotely receiving a water bottom reflection signal, and an underwater topographic map is drawn through scanning type water depth measurement data in the later period. Therefore, targeted desilting operation is conducted according to the position, depth and range of the sludge at the bottom of the reservoir, and desilting is more efficient.
本发明公开了一种用于处理水库淤泥的智能疏浚系统，包括无人船，设置在所述无人船一侧用于对所述水库淤泥进行监测的在线监测系统，设置在所述无人船上用于将所述在线监测系统监测到的淤泥数据处理并传输的信息管理平台，以及设置在所述无人船上与所述在线监测系统连接的淤泥疏浚模块；本发明通过采用测深仪发射固定频率的声波，摄像头对水库底部的淤泥监测，然后工作人员通过远程接收水底的反射信号来测算水深距离，后期通过扫描式的水深测量数据，绘制出水下地形图，从而根据水库底部的淤泥方位、深度、范围进行针对性的清淤操作，使得清淤更加高效。
Intelligent dredging system for treating reservoir sludge
The invention discloses an intelligent dredging system for processing reservoir sludge, which comprises an unmanned ship, an online monitoring system arranged on one side of the unmanned ship and used for monitoring the reservoir sludge, and an information management platform arranged on the unmanned ship and used for processing and transmitting sludge data monitored by the online monitoring system, the sludge dredging module is arranged on the unmanned ship and is connected with the online monitoring system; the depth finder is used for emitting sound waves with fixed frequency, the camera is used for monitoring sludge at the bottom of a reservoir, then a worker measures and calculates the water depth distance by remotely receiving a water bottom reflection signal, and an underwater topographic map is drawn through scanning type water depth measurement data in the later period. Therefore, targeted desilting operation is conducted according to the position, depth and range of the sludge at the bottom of the reservoir, and desilting is more efficient.
本发明公开了一种用于处理水库淤泥的智能疏浚系统，包括无人船，设置在所述无人船一侧用于对所述水库淤泥进行监测的在线监测系统，设置在所述无人船上用于将所述在线监测系统监测到的淤泥数据处理并传输的信息管理平台，以及设置在所述无人船上与所述在线监测系统连接的淤泥疏浚模块；本发明通过采用测深仪发射固定频率的声波，摄像头对水库底部的淤泥监测，然后工作人员通过远程接收水底的反射信号来测算水深距离，后期通过扫描式的水深测量数据，绘制出水下地形图，从而根据水库底部的淤泥方位、深度、范围进行针对性的清淤操作，使得清淤更加高效。
Intelligent dredging system for treating reservoir sludge
一种用于处理水库淤泥的智能疏浚系统
CHEN JIAN (author) / SHI HONGLING (author)
2023-10-24
Patent
Electronic Resource
Chinese
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