The Detection Method of Mine Electromechanical Equipment Based on Secondary Fuzzy Comprehensive Weight
Conventional safety hazard detection methods of mine mechanical and electrical equipment mainly rely on Borda sequential value method to classify the main dangerous elements,which is easily affected by the operation correlation information of equipment,resulting in some abnormal hidden hazard detection results.Therefore,this study based on fuzzy two-level fuzzy comprehensive weight design of a new mine mechanical and electrical equipment safety hazard detection method.Firstly,the two-level fuzzy comprehensive weight is used to evaluate the running state of the mine electromechanical equipment,and then a targeted algorithm is designed to detect the hidden danger.The experimental results show that the designed method can accurately identify hidden dangers of different types of equipment,the application effect is remarkable,and makes a contribution to improving the safety of mine exploration and mining and reducing the maintenance difficulty of mechanical and electrical equipment.
two level fuzzy comprehensive weightminesmechanical and electrical equipmentsecurity riskstroubleshooting method
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