Intelligent screening and guiding control system for mine vehicle

Abstract

The invention provides an intelligent screening and guiding control system for a mine vehicle. The system comprises a mine resource configuration unit, a vehicle guiding unit and an access control recognition unit which are respectively connected with a central control unit through signals. According to the invention, the mine vehicle is correctly guided to enter the preset crusher position of a production workshop for unloading, the mineral aggregate matching scheme is clear, and disorder is not easy to occur; the conditions of wrong vehicle installation and wrong vehicle running lines are prevented; moreover, when the quality of the mineral aggregate in a certain mining area is different from that of the designed mineral aggregate, the mineral aggregate is filtered through the access control recognition unit, so that the mineral aggregate is re-blended; and the product quality is ensured. The mine resource configuration unit is used for matching various raw materials by taking the vehicle as a unit to correspond to each production workshop; the vehicle guiding unit is used for guiding the vehicle loaded with the mineral aggregate to the corresponding production workshop; a central control unit recognizes the quality of mineral aggregate loaded and transported by the vehicle, and when the quality of the mineral aggregate is consistent with the corresponding mining area, the access control recognition unit is started; if not, the access control is not opened.

Description

technical field [0001] The invention relates to the technical field of mineral material configuration for mining, in particular to an intelligent identification and guidance control system for mining vehicles. Background technique [0002] In the machine-made sandstone preparation process, in order to ensure that the quality indicators such as particle size modulus and powder content of the sandstone aggregate meet the required range, and at the same time ensure the full utilization of mining raw materials, it is necessary to properly match the mine raw materials before entering Each production workshop. At present, manual matching is generally used. Firstly, mine geological survey is carried out, and high-quality mineral materials are mined as much as possible. For low-quality mineral materials that are difficult to avoid, they are matched with high-quality mineral materials in a certain proportion and entered into each production workshop. However, the matching of mineral...

AI Technical Summary

Problems solved by technology

However, the collocation of mineral materials in this method is confusing, and it is easy to have wrong loading of vehicles, wrong vehicles and running lines, etc., which will lead to unqualified products in the corresponding workshops and affect product quality.

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