Mine trolley loading and unloading intelligent counting monitoring system and monitoring method

Abstract

The invention discloses a mine trolley loading and unloading intelligent counting monitoring system and method. The system comprises a weighing module which is disposed on a rail in a haulage roadway and is used for detecting the weights of a trolley before and after loading and unloading, an underground controller module used for acquiring the trolley weight uploaded by the weighing module, a communication network module anda ground controller module which is arranged in a dispatching room; the ground controller module is used for acquiring the weight of the trolley through the communication network module, judging whether the trolley is fully loaded based on the weights of the trolley before loading and unloading, judging whether the trolley completes loading and unloading based on the weight change of the trolley before and after loading and unloading, and counting one times of effective loading and unloading if judging that the trolley is fully loaded and loading and completes unloading. By processing and analyzing the weight of the trolley collected by the weighing module, the loading and unloading effectiveness of the trolley is judged, and counting is automatically carried out, so that manpower is saved, the counting efficiency and accuracy of the trolley are improved, and the situations of wrong report, missed report and the like are avoided.

Description

technical field [0001] The invention relates to the field of intelligent counting and monitoring for loading and unloading mine trucks, in particular to an intelligent counting and monitoring system and detection method for loading and unloading mine trucks. Background technique [0002] During the production and transportation of metal mines, bucket trucks are usually used to transport ore raw materials, and the ore raw materials and waste ores are poured into the ore wells and waste rock wells in the middle of each production section respectively. By measuring the number of ore raw material bucket cars, statistics The output of ore raw materials collected. In the process of counting the number of bucket trucks, most of them are counted manually. While counting, they also need to be screened. Counting statistics cannot be performed in many cases. Not only does this require a lot of manpower, but manual counting is prone to omissions and misreporting; and because the stati...

AI Technical Summary

Problems solved by technology

This not only requires a lot of manpower, but also manual counting is prone to omissions and misreporting; and because the statistical counting process is relatively complicated, the traditional bucket truck counting method cannot screen the ore bucket trucks that meet the standards

[0003] In recent years, with the development of industry, the level of intelligence has become higher and higher. However, in the loading and unloading site of mine raw material bucket trucks, it is still impossible to realize the unattended process of mine bucket truck loading and unloading. The main difficulty lies in the process of loading and unloading mine raw material bucket trucks. , unable to achieve intelligent screening and record the number of ore raw material bucket truck statistics

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