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设施番茄精准授粉机器人研究进展

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随着农业现代化理念的不断推广,中国设施农业栽植面积在不断扩大,已居世界前列.番茄作为设施农业中重要的经济作物之一,及时、高效、细致地对番茄花授粉是促使优质番茄生长的关键.目前设施番茄主要通过人工进行授粉作业,劳动力占比大、投入成本高.随着机器学习、机器视觉、互联网等技术的快速发展,授粉机器人将成为代替人力劳作、提高生产效率的关键技术.为全面、深入地了解设施番茄精准授粉机器人的发展现状及未来趋势,对国内外授粉机器人的发展应用情况进行概述,对设施番茄花朵的目标识别、检测等关键技术进行分析,概况了番茄授粉末端执行器的种类及结构,总结了目前采摘末端执行器研究中出现的问题并提出解决方案,并对液态喷雾式授粉末端执行器的发展及实用性做了分析讨论.最后对现今设施番茄授粉机器人末端执行器发展所遇到的共性问题做了分析和展望.
Research Progress on Precision Pollination Robots for Facility Tomatoes
With the continuous promotion of the concept of agricultural modernization,the area of facility agriculture in China is constantly expanding,and it has ranked among the top in the world.Tomato is one of the important cash crops in facility agriculture,and timely,efficient and meticulous pollination of tomato flowers is the key to promote the growth of high-quality tomatoes.At present,the pollination of tomatoes in the facility is mainly carried out by hand,which accounts for a large proportion of labor and has high input costs.With the rapid development of machine learning,machine vision,the Internet and other technologies,pollination robots will become a key technology to replace human labor and improve production efficiency.In order to have a comprehensive and in-depth understanding of the development status and future trend of tomato precision pollination robots in facilities,this paper summarizes the development and application of pollination robots,analyzes the key technologies such as target recognition and detection of tomato flowers in facilities,summarizes the types and structures of tomato powder end effectors,summarizes the problems in the current research on picking end effectors and proposes solutions,and analyzes and discusses the development and practicability of liquid spray powder end effectors.Finally,the common problems encountered in the development of tomato pollination robot end effectors in current facilities are analyzed and prospected.

pollination robotend effectorsfacility tomatoobject detection

张华、朱婷倩、张运来、刘苏杭

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安徽科技学院机械工程学院,安徽凤阳 233100

授粉机器人 末端执行器 设施番茄 目标检测

2024

沈阳农业大学学报
沈阳农业大学

沈阳农业大学学报

CSTPCD北大核心
影响因子:0.667
ISSN:1000-1700
年,卷(期):2024.55(6)