Belt conveyor inspection monitoring system based on rail type inspection robot

Abstract

The invention provides a belt conveyor inspection monitoring system based on a rail type inspection robot. The belt conveyor inspection monitoring system comprises rails, a charging unit and an inspection unit, wherein the inspection unit moves along the rails; the rails are arranged on one side of a traveling belt; the charging unit is arranged at one end of the rails; a plurality of RFID tags and wireless base stations are uniformly distributed along the line of the rails; the inspection unit is internally provided with a controller, a wireless router and a tag locating circuit; the tag locating circuit is in signal connection with the RFID tags and the controller; the controller is in signal connection with the wireless base stations through the wireless router; and the wireless base stations are in signal connection with a monitoring center. The belt conveyor inspection monitoring system based on the rail type inspection robot can finish the inspection function which is manually and daily finished, can detect physical parameters which cannot be manually and daily detected and realizes complete replacement of manual operation.

Description

technical field [0001] The invention belongs to the technical field of monitoring, and in particular relates to a belt conveyor inspection monitoring system based on a rail-type inspection robot. Background technique [0002] At present, most of the coal produced underground in coal mines is transported to the mine by belt conveyors. Due to the large scale of coal mine production, a large amount of coal needs to be transported by belt conveyors. The current belt conveyors run very fast, and the belts are in long-term operation. It is prone to failures such as belt tearing, stick locking, and belt deviation. Most of the existing inspection and monitoring devices use a relatively simple product to complete relatively simple tasks. For example, they can only record video information for storage, and do not With analysis function. It is also necessary to manually play back the video for identification. Instructions replace manual daily walking inspections, which can only be pe...

AI Technical Summary

Problems solved by technology

[0002] At present, most of the coal produced underground in coal mines is transported to the mine by belt conveyors. Due to the large scale of coal mine production, a large amount of coal needs to be transported by belt conveyors. The current belt conveyors run very fast, and the belts are in long-term operation. It is prone to failures such as belt tearing, stick locking, and belt deviation. Most of the existing inspection and monitoring devices use a relatively simple product to complete relatively simple tasks. For example, they can only record video information for storage, and do not With analysis function

It is also necessary to manually play back the video to identify

Instructions replace manual daily walking inspections, which can only be performed manually with limited functions. Later functions such as fault location, fault type classification, and early warning still require manual identification and judgment, while data analysis, video playback, and fault identification require a lot of of people work, and there is no suitable product to replace

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