摘要
本文介绍了一种基于农业物联网的植物生长监控施肥装置,详细阐述了其整体的结构布局、各个组成部分以及工作原理等。该装置通过物联网实时对植物生长土壤的各营养物质进行监控,从而直观地观测植物生长过程中缺乏的营养物质,降低培育难度;通过将水及肥料直接注入土壤内部,节约了水资源,提高了施肥准确度和施肥效率。
This paper introduces a plant growth monitoring and fertilization device based on agricultural Internet of things,describes its overall structure layout,components and working principle in detail.The device monitors the nutrients in the soil in real time through the Internet of things,so as to intuitively observe the nutrients lacking in the process of plant growth and reduce the difficulty of cultivation.By injecting water and fertilizer directly into the soil,water resources are saved and the accuracy and efficiency of fertilization are improved.
作者
金昕怡
宋其江
蔡周晨
张云旭
刘祉祺
刘鼎一
JIN Xin-yi;SONG Qi-jiang;CAI Zhou-chen;ZHANG Yun-xu;LIU Zhi-qi;LIU Ding-yi(College of Mechanical and Electrical Engineering,Northeast Forestry University,Harbin 150040 China)
出处
《科技创新与生产力》
2022年第3期96-98,105,共4页
Sci-tech Innovation and Productivity
基金
国家级大学生创新训练项目(20201022523)。
关键词
农业物联网
植物生长监控
智慧灌溉
施肥
agricultural Internet of things
plant growth monitoring
smart irrigation
fertilization