ANUOXIN water quality monitoring and sampling unmanned ship
Introduction: Automatic sampling and monitoring Unmanned ships are used for conventional or emergency water quality sampling and on-site water quality monitoring and data processing in lakes, reservoirs, river basins, and can realize path planning, GPS/UWB dual automatic navigation, automatic obstacle avoidance, and autonomous navigation. It can realize multi-sampling point timing, fixed depth, and quantitative fully automatic sampling operation, and continuous multi-monitoring point online water quality detection can be carried out by carrying a variety of water quality online monitors. The ground control base station can receive real-time full-automatic sampling and monitoring of live high-definition video images taken by the camera mounted on the unmanned ship, display and store data information of the unmanned ship, generate sampling and monitoring work reports, draw regional distribution maps of various water quality parameters, spatial distribution, and Time change graph. technical parameter: High-precision GPS receiver: positioning accuracy 2.5 m, speed accuracy 0.1 m/s, sensitivity -160 dBm Orientation: accuracy 0.1 degree, repeatability ±0.3 degree Inclination: range ± 80 degrees, accuracy ± 1 degree (0 degrees-15 degrees) Navigation system: indicators High-precision GPS receiver: positioning accuracy 2.5 m, speed accuracy 0.1 m/s, sensitivity -160 dBm Orientation: accuracy 0.1 degree, repeatability ±0.3 degree Inclination: range ± 80 degrees, accuracy ± 1 degree (0 degrees-15 degrees) Obstacle Avoidance System: Indicator Obstacle detection: distance 10 meters; frequency 10 Hz Sampling system: indicators Intelligent sampler: depth 0.1 m-20m; quantity 6 pieces, single bottle volume 2L
Introduction: Automatic sampling and monitoring Unmanned ships are used for conventional or emergency water quality sampling and on-site water quality monitoring and data processing in lakes, reservoirs, river basins, and can realize path planning, GPS/UWB dual automatic navigation, automatic obstacle avoidance, and autonomous navigation. It can realize multi-sampling point timing, fixed depth, and quantitative fully automatic sampling operation, and continuous multi-monitoring point online water quality detection can be carried out by carrying a variety of water quality online monitors. The ground control base station can receive real-time full-automatic sampling and monitoring of live high-definition video images taken by the camera mounted on the unmanned ship, display and store data information of the unmanned ship, generate sampling and monitoring work reports, draw regional distribution maps of various water quality parameters, spatial distribution, and Time change graph.
