摘要
为了提高经济作物产量和难培育植物的种植,研发了一套可通过适应环境改变的自适应浇灌车系统。系统运用了信息反馈调节和自动化的思想对农作物的浇水,施肥、打药,都可以做到信息化系统定量"精确"把关。浇灌车系统不仅能精准完成液体的精准浇灌,更能采集现场数据,如:温湿度、二氧化碳浓度、土壤含水率、土壤PH值等数据进行分析,决策。客户端会根据采集回的数据进行分析计算,自动设置下次种植任务。
In order to improve the yield of economic crops and the planting of hard-to-grow plants,a new self-adaptive irrigation vehicle system has been designed to be adapted to the environment.The system integrates ideas of information feedback adjustment and automation,achieves quantitative and precise control of crop watering,fertilization,pesticide application through information system.The irrigation vehicle collects field datas,such as temperature and humidity,carbon dioxide concentration,soil water content and soil pH value,as the basis for analysis and decision-making,while efficiently completing the precise irrigation of the liquid.Based on the analysis and calculation on collected data,the client automatically adjust the following planting tasks.
作者
黄东明
孙桂鸿
高婷婷
郑诗岚
HUANG Dong-ming;SUN Gui-hong;GAO Ting-ting;ZHENG Shi-lan(Yango University,Fuzhou Fujian 350015)
出处
《数字技术与应用》
2018年第1期174-176,共3页
Digital Technology & Application
基金
2017年福建省大学生创新创业训练计划项目"自适应浇灌车"
编号:201713468023
关键词
浇灌车
自适应
智能
自动化
信息采集
irrigation vehicle
self-adaptive
intelligent
automation
information collection