Unmanned aerial vehicle equipment monitoring system and method

Abstract

The invention provides an unmanned aerial vehicle equipment monitoring system and method. According to the system, through utilization of the features that an unmanned aerial vehicle is small in sizeand fast in speed, can be remotely controlled and can be used for wirelessly transmitting data, when a fault occurs in factory field equipment, rapid automatic response is realized, the unmanned aerial vehicle flies to a fault position, finishes an equipment monitoring task and realizes a field image transmission and data monitoring task, so the system is characterized by stability and reliability. The system is also characterized by that the unmanned aerial vehicle automatically flies to a fault field, transmits fault field images and measures and analyzes field fault information. An equipment manager can precisely position the fault position within first time, know about the fault information and rapidly carry out remote operation.

Description

technical field [0001] The present invention relates to the field of remote equipment monitoring and equipment maintenance, in particular to an unmanned aerial vehicle equipment monitoring system and method, and in particular to an unmanned aerial vehicle-based remote equipment monitoring and maintenance technology. Background technique [0002] In the field of equipment repair and maintenance in the existing automated production line plant, a small number of personnel are generally on duty combined with the Andon alarm mode. When the equipment sends out a fault signal, it takes time and effort for personnel to rush to the fault site; , the general approach is to arrange a large number of sensors for the equipment and run a set of equipment monitoring system. When the equipment fails, the remote maintenance personnel often can only judge the failure based on the complex sensor information data. When the fault information is expressed intuitively through data, it is often imp...

AI Technical Summary

Problems solved by technology

[0002] In the field of equipment repair and maintenance in the existing automated production line plant, a small number of personnel are generally on duty combined with the Andon alarm mode. When the equipment sends out a fault signal, it takes time and effort for personnel to rush to the fault site; , the general approach is to arrange a large number of sensors for the equipment and run a set of equipment monitoring system. When the equipment fails, the remote maintenance personnel often can only judge the failure based on the complex sensor information data. When the fault information is expressed intuitively through data, it is often impossible to deal with it, and it is still necessary to send personnel to check the actual operation status of the equipment on site, which is time-consuming and labor-intensive;

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