Coal Stacking Detection System of Belt Conveyor Based on Multi-Information Fusion
In the coal mining industry,the transportation of belt conveyors usually adopts the method of cascading multiple units,which often leads to coal accumulation at the transfer point.However,traditional manual inspections and coal stacking sensors are unable to timely and accurately determine conveyor coal stacking faults,which poses a potential threat to the safety of coal mine production.A coal stacking detection system for belt conveyors based on multi information fusion is proposed to address this issue.Install radar enhanced processing and perception devices as well as dust-proof high-definition industrial cameras at the transfer point of the belt conveyor.Obtain the comprehensive state parameters of the coal pile through radar,and combine the image data captured by the high-definition industrial camera after image algorithm processing to comprehensively judge the coal stacking condition of the belt conveyor.At the same time,equip with an intelligent edge integrated machine that can be programmed on site,and provide real-time feedback to the control system based on monitoring results to adjust equipment parameters or execute corresponding control strategies.By integrating multiple information from radar data and machine vision,the accuracy and reliability of coal pile detection have been improved,and potential coal pile risks have been effectively predicted,providing effective safety guarantees for coal mine production.
万方数据
维普
