Intelligent field rock core identification and test equipment and use method thereof

Abstract

The invention discloses intelligent field rock core identification and test equipment and a use method thereof. The intelligent field rock core identification and test equipment comprises an intelligent equipment body, and the intelligent equipment body is provided with an intelligent cutting device, a power supply and storage device, an equipment controller, a rock core lithology identification device and a rock core physical and mechanical test device; the intelligent cutting device comprises a core cutting device and a core drilling device, and an intelligent loading conveyor is mounted on one side of the intelligent cutting device; the equipment controller comprises a display screen, an input device, an output device, an intelligent chip and a signal receiving and sending device; the rock core lithology identification device comprises an intelligent scanning identification module; the rock core physical and mechanical testing device comprises a to-be-tested area, an automatic variable-angle objective table, a hydraulic pump and a rock core storage device. The invention solves the problem of identifying and testing a rock core in the field, and provides intelligent equipment for identifying and testing the field rock core and a use method of the intelligent equipment.

Description

technical field [0001] The invention relates to the technical field of coal mine safety mining equipment, in particular to a field rock core identification and testing intelligent equipment and a use method thereof. Background technique [0002] Coal is one of the main energy sources in my country. In recent years, with the increase of mining depth, the engineering geological conditions have become more complex. This puts forward greater challenges and requirements for the understanding of the distribution and overburden laws of overburden engineering geology. In recent years, with the development of science and technology, many experts and scholars have proposed a large number of exploration techniques, such as drilling, geophysical prospecting, field geological mapping and so on. Drilling is to drill into the deep and take physical samples of the stratum. Because of its real and intuitive, high precision, and the ability to obtain a large amount of information and data, i...

AI Technical Summary

Problems solved by technology

Due to the poor construction conditions in the field, complex geological conditions, and crude technical means, there are still many difficult problems in field core identification work: 1. It is often impossible to accurately identify the lithology of the core immediately after construction, and some cores cannot be identified due to particle size. And the mineral content is close to indistinguishable, such as: argillaceous siltstone and sandy mudstone, etc.; 2. Dark minerals cannot be distinguished. Because the dark mineral particles are small in the natural state in the field, it is often difficult to identify and distinguish them with the naked eye during field identification; 3. For coarse clastic rocks, the degree of rounding is difficult to distinguish, such as sub-horn and sub-round

[0003] In addition, for rock physical and mechanical performance testing, it is difficult to obtain in-situ data in the field. It is often processed and tested in the laboratory after sampling, and it is difficult to test rock physical and mechanical parameters in the natural state. Therefore, There is an urgent need to develop an intelligent equipment for field core identification and testing to meet the needs of field core identification and testing

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