摘要
本课题开发的是一种适用于蔬菜大棚的基于嵌入式系统的智能喷洒系统。该系统搭载了包括图像传感器在内的多种传感器,能按给定比例自主配制营养液,既能对植株进行集体喷洒,又能对有需要的植株进行定点喷洒,施肥(根肥和叶肥)、除病虫害。它的主要结构安装在钢质结构轨道上,移动方便,能进行自动巡检。解决了传统的人工浇水、施肥、除病虫害等方面工作效率低、效果不明显、劳动强度大等问题。
This project developed a smart sprinkler system based on an embedded system suitable for vegetable greenhouses. The system is equipped with a variety of sensors, including image sensors. It can independently formulate nutrient solutions at a given ratio and can perform both Collective spraying, but also for the need for plant-specific spray, fertilization(root fertilizer and leaf fertilizer), in addition to pests and diseases. Its main structure is installed on the steel structure track, it is easy to move, and it can carry out automatic inspection. Solve the problems of low efficiency, insignificant effect, and high labor intensity in traditional artificial watering, fertilization, pests and diseases.
作者
姜良泽
石学文
顾潘龙
傅维龙
荆超
Jiang Liangze;Shi Xuewen;Gu Panlong;Fu Weilong;Jing Chao(Institute of engineering,Qufu Normal University,Rizhao Shandong,27680)
出处
《电子技术(上海)》
2018年第8期21-24,共4页
Electronic Technology
基金
国家级大学生创新创业训练项目
关键词
蔬菜大棚
微控制器
传感器
图像
机械伸缩杆
Greenhouse
Micro controller
Sensor
image
Mechanical telescopic rod