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基于舵机的穴盘苗移栽机取苗机械手的设计与试验OA

Design and Experiment of Manipulator of Automatic Transplanter Based on Single Chip Microcomputer

中文摘要英文摘要

对采用舵机为运动构件的穴盘苗自动移栽取苗机械手的结构、原理及运动姿态进行了理论分析与试验验证.根据移栽机械手的具体要求,运用 SolidWorks 软件对取苗机械手进行简化建模,确定穴盘取苗机械手的运动轨迹,求得机械手 4 个舵机的相关工作参数,并运用 MatLab 软件求得移栽取苗机械手的运动轨迹方程.同时,通过对比辣椒苗的取苗试验参数与 SolidWorks 软件得到的仿真运动轨迹,验证得出:穴盘辣椒苗实际取苗过程值与理论计算值相接近,实际值偏大于理论值 1%,试验取苗的成功率为 98%,满足实际的移栽要求.研究结果确定了采用单片机作为控制系统、控制舵机作为取苗机械手运动部件的可行性,为穴盘苗自动移栽机的研发提供了新的理论和试验依据.

This paper makes a theoretical analysis and experimental verification on the structure,principle and motion at-titude of the manipulator for automatic transplanting and taking seedlings from the pot with the steering gear as the moving component.According to the specific requirements of the transplanting manipulator,the SolidWorks software is used to simplify the modeling of the seedling taking manipulator,determine the motion trajectory of the cavity tray seedling taking manipulator,obtain the relevant working parameters of the four steering gears of the manipulator,and use the MATLAB software to obtain the motion trajectory equation of the transplanting seedling taking manipulator;By comparing the exper-imental parameters of pepper seedling picking with the simulation trajectory obtained by SolidWorks software,it is verified that the actual value of pepper seedling picking process is close to the theoretical value,the actual value is more than the theoretical value by 1%,and the success rate of experimental seedling picking is 98%,which meets the actual transplan-ting requirements.Therefore,it is determined to use single chip microcomputer as the control system,The feasibility of controlling the steering gear as the moving part of the seedling picking manipulator.This study provides a new theoretical and experimental basis for the research and development of automatic transplanter for plug seedlings.

陈建东;徐国垒;韩长杰

桂林信息科技学院,广西 桂林 541214新疆农业大学,乌鲁木齐 832000

农业工程

自动移栽穴盘机械手单片机

automatic transplantingacupoint discmanipulatorsinglechip

《农机化研究》 2024 (008)

167-173 / 7

自治区天山创新团队项目(2021D14010);桂林信息科技学院基金项目(XJ202003)

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