Mineral resource detection method, server and client equipment

Abstract

The present disclosure provides a mine resource detection method, a server and a client device, including: receiving location information and geological resource information of a pre-detection area sent by the client device; generating geological resource integration information according to the location information and geological resource information, and Detect whether the pre-exploration area meets the preset detection conditions according to the geological resource integration information; when it is detected that the pre-exploration area meets the preset detection conditions, then according to the geological resource integration information, generate matching mineral resources through the pre-set mineral resource detection model Detection plan; send the mine resource detection plan to the client device. The technical solution of the present disclosure can intelligently adjust the mineral resources detection strategy according to the real-time geological resource information, effectively reduce the detection time delay, and improve the accuracy of detection without manual auxiliary operation and on the basis of ensuring safety.

Description

technical field [0001] The present disclosure relates to the technical field of mineral resource detection, and in particular to a mineral resource detection method, server and client equipment. Background technique [0002] With the rapid growth of 5G and edge cloud bearing services, in the detection of mineral resources in various scenarios, there are hidden dangers to the safety of on-site personnel that were not obvious before (freeze injury caused by cold weather, falling injuries caused by ice crevasses, etc.), detection (affected by geography) Problems such as prolonging time due to environmental constraints and being unable to break away from manual assisted operations have become increasingly prominent. The current mining resource detection method relies on close-range operation, and the back-end system has less interaction with the front-end. It cannot take advantage of 5G and edge computing, and the detection efficiency and execution rate cannot be guaranteed. C...

AI Technical Summary

Problems solved by technology

[0002] With the rapid growth of 5G and edge cloud bearing services, in the detection of mineral resources in various scenarios, there are hidden dangers to the safety of on-site personnel that were not obvious before (freeze injury caused by cold weather, falling injuries caused by ice crevasses, etc.), detection (affected by geography) Problems such as prolonging time and being unable to break away from manual assisted operation are becoming more and more prominent

The current mining resource detection method relies on short-distance operation, and there is less interaction between the background system and the front-end. It cannot take advantage of 5G and edge computing, and the detection efficiency and execution rate cannot be guaranteed.

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