一种用于环境监测的移动无线电控制游泳装置模型的研制

M. Zhartybayeva, Adilkhan Ibragim, Z. Oralbekova, Nurzhan Muntayev
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引用次数: 0

摘要

本文的目的是研制一种移动无线电控制游泳装置的模型,用于在难以到达的水体区域进行环境监测和收集样本,也可用于在洪水条件下的救援行动中捕捉死鱼或受感染的鱼、喂鱼。对水域环境监测的现有技术解决办法进行了审查。考虑了移动无人水面飞行器(USV)模型的发展阶段。USV系统分为信息和机械两部分。开发并描述了系统的结构和功能方案。介绍了USV系统的软件实现。USV在淡水中的小船上进行测试,然后在湖泊的开阔水域进行测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a Mockup of a Mobile Radio-Controlled Swimming Apparatus for Environmental Monitoring
The purpose of the article is to develop a mock-up of a mobile radio-controlled swimming apparatus for environmental monitoring and collection of samples in hard-to-reach areas of water bodies, which can also be used for catching dead or infected fish, feeding fish, during rescue operations in flood conditions. A review of existing technical solutions for environmental monitoring of water areas is made. The stages of development of a mockup of a mobile unmanned surface vehicle (USV) are considered. The USV system is divided into two parts: information and mechanical. Structural - functional schemes of the system have been developed and described. The software implementation of the USV system is described. USV is tested on small boats in fresh water and then in open water in lakes.
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