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基于多功能树木养护装置结构设计与应用

周启兴 熊俊康 张俭

农机化研究2025,Vol.47Issue(3):116-120,5.
农机化研究2025,Vol.47Issue(3):116-120,5.DOI:10.13427/j.issn.1003-188X.2025.03.018

基于多功能树木养护装置结构设计与应用

Structure Design and Application Based on the Multifunctional Tree Maintenance Device

周启兴 1熊俊康 1张俭1

作者信息

  • 1. 南昌交通学院,南昌 330100
  • 折叠

摘要

Abstract

With the goal of further improving the maintenance efficiency of greening trees,the multifunctional design con-cept was selected as the starting point to carry out research on mechanized devices for maintenance operations.Consider-ing the environmental operation characteristics and maintenance target mechanism of the tree maintenance,based on the mechanical design method and motor control technology,builded the architecture layout of multi-functional tree mainte-nance device,carried out the corresponding device structure design for the positioning function,white-coating function and winding function,and configured the electric control module to complete the execution support,then formed a fully designed multi-functional tree maintenance device.The tree maintenance operation test was carried out and the results showed that the structural design scheme based on the multi-function tree maintenance device was correct and feasible,and the efficiency of the white-coating operation and winding operation of the whole machine could reach 95.85%and 94.20%respectively.The white-coating and thermal insulation winding of trees could meet good uniformity,and the po-sitioning and turning of the operation process were accurate,with good universal applicability,which could effectively re-duce the loss of the tree front damage,and would have certain enlightenment value for the maintenance mode and device development of trees.

关键词

绿化树木/多功能设计/养护装置/涂白作业效率/普适性

Key words

greening trees/multifunctional design/maintenance device/whitening efficiency/universal applicability

分类

林学

引用本文复制引用

周启兴,熊俊康,张俭..基于多功能树木养护装置结构设计与应用[J].农机化研究,2025,47(3):116-120,5.

基金项目

南昌交通学院校级学生科研项目(NJX2022-02) (NJX2022-02)

江西省教改课题(JXJG-16-35-2) (JXJG-16-35-2)

农机化研究

OA北大核心

1003-188X

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