摘要
针对传统家居观赏鱼类养殖过程中智能化水平不足的问题,该研究提出了一种基于Arduino的物联网技术的智能水循环控制系统。该系统利用Arduino Due和Esp 8266开发板作为核心,集成多传感器设备,实时采集养殖水环境内的水位、浑浊度、水温、pH值及光照强度等关键养殖数据,并通过物联网技术实现远程数据传输和移动端Blinker组件的实时显示。通过物联网终端设备的接入,系统支持语音控制功能,允许养殖者通过智能音箱或手机应用进行远程操控。系统不仅具备自动补光、换水、滤水和增氧等自动化操作,还提供了基础按键的手动控制模式,以满足不同养殖场景下的需求。该研究的实施显著提升了鱼类养殖的智能化水平,为提升养殖效率、降低管理成本提供了有效的技术支撑。
In order to solve the problem of insufficient intelligence level in the process of traditional home ornamental fish farming,this study proposed an intelligent water cycle control system based on Arduino Internet of Things technology.Using Arduino Due and Esp 8266 development board as the core,the system integrates multi-sensor equipment to collect key aquaculture data such as water level,turbidity,water temperature,pH value and light intensity in the aquaculture water environment in real time,and realizes remote data transmission and real-time display of mobile Blinker components through the Internet of Things technology.Through the access of the Internet of Things terminal device,the system supports voice control function,allowing farmers to remotely control through smart speakers or mobile phone applications.The system not only has automatic operations such as automatic light filling,water changing,water filtration and oxygen enhancement,but also provides a manual control mode with basic keys to meet the needs of different farming scenarios.The implementation of this research has significantly improved the intelligence level of fish farming,and provided effective technical support for improving aquaculture efficiency and reducing management costs.
作者
杨淳
马延霞
刘思彤
刘功喜
齐广宇
冯佳旭
张帅
YANG Chun;MA Yanxia;LIU Sitong;LIU Gongxi;QI Guangyu;FENG Jiaxu;ZHANG Shuai(Heilongjiang Agricultural Engineering Vocational College,Harbin 150018,Heilongjiang China;Chongqing University of Posts and Telecommunications,Chongqing 401122,China)
出处
《黑龙江水产》
2024年第4期439-444,共6页
Northern Chinese Fisheries
基金
黑龙江省教育科学“十四五”规划2022年度重点课题“线上线下混合式教学模式下高职学生自主学习与自我评价研究成果(ZJB1422147)”。
