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Design of Aquaculture System based on Wireless Monitoring and its Testing

机译:基于无线监控和测试的水产养殖系统设计

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Aiming at the Chinese aquaculturea€?s status quo that the automation degree is low and the management is backward, this paper designed a set of wireless aquaculture monitoring system that can not only monitor the ponda€?s parameters of temperature, level, dissolved oxygen and pH value etc. in real time, but also monitor the fish condition through wireless camera in real time. This system consists of three parts of information acquisition module, control module and wireless communication module. The testing result shows that the independently designed feeding device can realize automatic feeding with the feeding area up to 24m2. This system can realize 24h monitoring of fish growth condition through image capture, accurate detection of residual amount of feed and wireless control of water temperature, level, water quality and feeding device and monitoring distance is up to 1000m. This system avoids low efficiency of artificial culture and untimely control to water quality and fish diseases and it has features of easy operation, accurate control and high economic benefit, so its applicability is wide.
机译:针对我国水产养殖业自动化程度低,管理落后的现状,设计了一套无线水产养殖监测系统,该系统不仅可以监测池塘的温度,水位,溶解氧参数。和pH值等实时信息,还可以通过无线摄像头实时监控鱼的状况。该系统由信息采集模块,控制模块和无线通信模块三部分组成。测试结果表明,独立设计的送料装置可以实现自动送料,送料面积可达24m2。该系统可通过图像捕获,精确检测饲料剩余量以及无线控制水温,水位,水质和饲喂装置来实现对鱼类生长状况的24小时监控,监控距离可达1000m。该系统避免了人工养殖效率低,对水质和鱼类疾病的不及时控制,具有操作简便,控制准确,经济效益高的特点,适用范围广。

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