A Mine Roadway Geological Recording and Mapping System

Abstract

The invention discloses a geological cataloguing and drawing system for a mine roadway. The system comprises a mobile terminal (including a mobile phone and a tablet personal computer), a server sideand a plotting terminal, wherein the mobile terminal is used for acquiring acquired information at an acquisition point in a roadway to be tested, and uploading the acquired information to the serverside through a wireless transmission manner; the drawing terminal is integrated in a mine geology and survey graphic processing platform, and is used for zooming and correcting graphic information inthe acquired information, generating bar graph information corresponding to the acquisition point, and uploading the corrected graphic information and the bar graph information to the server side; thedrawing terminal is also used for drawing a profile sketch of a selected roadway and a planar graph of the acquired information according to roadway information and the acquired information corresponding to the selected roadway and preset drawing parameters. According to the geological cataloguing and drawing system for the mine roadway provided by the invention, the roadway geological information can be high-efficiently acquired, transmitted, analyzed and imaged, so that the workload of geological workers is greatly reduced, the working efficiency is improved, an original geological information imaging graph is stored, and data sharing and reutilizing are realized.

Description

technical field [0001] The invention relates to the technical field of coal mine roadway geological survey, in particular to a mine roadway geological record and drawing system. Background technique [0002] The roadway underground sketch map is an indispensable and important map for the daily production of coal mines. The sketch map can describe the geological phenomena constantly revealed in the mining engineering objectively, truly and in detail, and provide important geological information for ensuring the daily safe production of the mine. At present, most coal mining enterprises in my country still use traditional paper-based manual sketches and simple text descriptions when collecting information underground in roadways, and then organize and fill maps after the well is raised. This method is likely to cause slow feedback of first-hand geological data information. , Real image data cannot be obtained, graphics update is not timely, data cannot be shared in time, and it...

AI Technical Summary

Problems solved by technology

At present, most coal mining enterprises in my country still use traditional paper-based manual sketches and simple text descriptions when collecting information underground in roadways, and then organize and fill maps after the well is raised. This method is likely to cause slow feedback of first-hand geological data information. , Unable to obtain real image data, untimely update of graphics, and untimely sharing of data, it is difficult to provide timely, accurate, complete and unified basic data and geological guarantee for mine production

Moreover, the traditional method of geological cataloging and drawing still has the problems of complex procedures, time-consuming and labor-intensive

[0003] Although several geological recording systems have appeared in the industry, which can record geological changes in mining engineering, it has been found through investigation that the equipment of these recording systems is cumbersome and has poor compatibility, and the recorded data cannot be fully utilized

The reason: First, because only a single histogram or simple profile can be generated after information collection, it is difficult to meet the geological conditions of complex geological structures and complex coal and rock formation structures; The connection of the floor plan is not intuitive and clear, and it cannot provide auxiliary decision-making for safe production from a macro perspective; the third is that the operation is difficult, and the generated data cannot be shared and reused well

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