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文章摘要
输电线路移动式不间断自主智能巡检技术研究
Research on mobile uninterrupted autonomous intelligent inspection technology for transmission line
Received:February 22, 2021  Revised:February 22, 2021
DOI:10.19753/j.issn1001-1390.2021.11.022
中文关键词: 不间断自主智能巡检  多机协同作业  RTK定位  视频流  模型训练
英文关键词: uninterrupted  autonomous intelligent  inspection, multi-machine  collaborative operation, RTK  positioning, video  streaming, model  training
基金项目:南方电网公司科技项目(050100KK52180022)
Author NameAffiliationE-mail
Xu Baoyu* Kunming Power Supply Bureau,transmission management office,Kunming,Yunnan,650000 China xuby1992@163.com 
Zhao Yili Kunming Power Supply Bureau,transmission management office,Kunming,Yunnan,650000 China xuby1992@163.com 
Chen Qingning Kunming Power Supply Bureau,transmission management office,Kunming,Yunnan,650000 China xuby1992@163.com 
Wu Yuanbo Kunming Power Supply Bureau,transmission management office,Kunming,Yunnan,650000 China xuby1992@163.com 
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中文摘要:
      为解决传统巡检作业模式中的作业难度大、标准杂、效率低、盲点多等集中突出问题,主要提出了一种基于多机协同作业的不间断自主杆塔巡检方法,建立了AB车交替不间断巡检的作业方式,使得无人机可以不间断的对电力杆塔进行巡检。所建立标准的作业线路模型,可根据不同杆塔类型的巡检目标自动生成不同的安全线路,对无人机实现自动巡检的线路规划提供科学依据。构建了输电线路移动式不间断自动精益化智能巡检系统,应用计算机视觉技术,在高精度RTK定位的基础上辅助定位,更加精准地完成自动巡检与降落,通过建立任务、线路为导向的操作方式,直观展现作业成果,提高管理决策质量及作业效率。
英文摘要:
      In order to solve the traditional inspection focus problems in operation mode, such as much difficult, complex, low efficiency and blind spot of standard, this paper proposes a collaborative uninterrupted independent tower based on machine inspection method, established the AB alternating uninterrupted inspection of the practices, makes the unmanned aerial vehicle (UAV) continuous inspection carried out for the tower. The standard operation route model established in this paper can automatically generate different safety routes according to the inspection targets of different types of poles and towers, and provide a scientific basis for the automatic inspection route planning of UAVs. A mobile uninterrupted automatic lean intelligent inspection system for transmission lines is constructed, using computer vision technology, assisting positioning based on high-precision RTK positioning, and completing automatic inspection and landing more accurately, through the establishment of tasks and lines as the guidance The operation method, visually display the work results, improve the quality of management decision-making and work efficiency.
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