基于无人机的可隔离污染吸取式水样采集系统设计OA
Design of an Unmanned Aerial Vehicle-Based Pollution-Isolating Suction Water Sampling System
目前广泛使用的水样采集设备和流程存在操作员感染病毒的风险,在离岸较远的点位取样效率较低.针对这些问题,设计了一种新型可隔离污染的水样采集无人机系统,提出了无菌采集方案和分电系统设计方案.设计的采样系统在试验中通过对比测试确定了最佳方案,并完成了官厅水库采样试验和采样稳定性试验.该系统工作稳定可靠,能够有效隔离污染、提升效率,适用于水环境研究、环境执法取证、水数据收集、应急污染追踪等多种用途.
At present,the widely used water sampling equipment and procedures pose a risk of operators being infected with viruses,and the sampling efficiency is low in remote offshore points.In view of these problems,a new unmanned aerial vehicle(UAV)system for pollution-isolating sampling has been designed,and the design scheme of a sterile collection and power distribution system has been proposed.The designed sampling system has identified the optimal scheme through comparative testing in experiments and completed sampling tests at the Guanting reservoir and sampling stability experiment.The system works stably and reliably,effectively isolating pollution and improving efficiency.It is applicable for various purposes such as water environment research,environmental law enforcement and evidence collection,water data collection,and emergency pollution tracking.
袁梓鑫;梁文熙
北京师范大学珠海分校,广东 珠海 519070
环境科学
无人机水样采集水体病毒隔离污染环境卫生
unmanned aerial vehicle(UAV)water samplingwater virusesisolation of pollutionenvironmental sanitation
《人民珠江》 2024 (002)
76-83 / 8
广东省科技创新战略专项资金项目(pdjh2021b0608)
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