The invention belongs to the field of wind power, and discloses an intelligent wind turbine generator blade monitoring flaw detection mechanism based on unmanned aerial vehicle carrying. The intelligent wind turbine generator blade monitoring flaw detection mechanism comprises an unmanned aerial vehicle body, an unmanned aerial vehicle parking frame, a guide rail sliding table transmission devicesystem and a multi-technology modular damage monitoring system; and the unmanned aerial vehicle parking frame is connected with the unmanned aerial vehicle body, the guide rail sliding table transmission device system is connected with the unmanned aerial vehicle parking frame, and the multi-technology modular damage monitoring system is connected with the guide rail sliding table transmission device system. An unmanned aerial vehicle is applied to monitoring of blade flaw detection in the wind power field by utilizing the specific advantages of hovering, stable flight, simple operation and the like of the unmanned aerial vehicle, so that the test efficiency and the operation safety are greatly improved, and meanwhile, the economic benefit of the wind power industry is not influenced by online in-situ monitoring.
本发明属于风电领域,公开了一种基于无人机搭载的智能化风电机组桨叶监测探伤机构,包括无人机机身、无人机停机架、导轨滑台传动装置系统、多技术模块化损伤监测系统;所述无人机停机架与无人机机身连接,所述导轨滑台传动装置系统与无人机停机架连接,所述多技术模块化损伤监测系统与导轨滑台传动装置系统连接。本发明利用无人机特有的悬停、稳定飞行、操作简易等优点,将无人机运用到风电领域桨叶探伤的监测中,极大提高测试效率、操作安全性,同时在线原位监测不影响风电产业经济效益。
Intelligent wind turbine generator blade monitoring flaw detection mechanism based on unmanned aerial vehicle carrying
一种基于无人机搭载的智能化风电机组桨叶监测探伤机构
2021-04-02
Patent
Elektronische Ressource
Chinesisch
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