Discussion on the remote visual control technology system of fully-mechanized heading face in mine

Author:

Gao Xubin

Abstract

Abstract According to the present status of the intelligent and informational level of fully-mechanized heading face in mine, the remote visual control technology system of fully-mechanized heading face is put forward on the basis of the analysis of the working requirements of fully-mechanized heading face and the necessary intelligent information technology support for individual equipment and complete equipment of heading face. The six key technologies of complete equipment cooperative control, intelligent cutting, intelligent anchoring, intelligent transportation, working face vision, fault diagnosis and prediction are expounded. The present status and technical feasibility of fully-mechanized equipment are analyzed in detail, and the technical route of remote visual control of fully-mechanized heading face is defined. The problems that need to be innovated according to local conditions in the aspects of accessory materials transportation and environmental safety monitoring are put forward to realize the integration of the intelligent system. At present, through the remote visual control technology system, the goal of reducing people and increasing efficiency, safe operation and production data accumulation in fully-mechanized heading face has been achieved.

Publisher

IOP Publishing

Subject

General Engineering

Reference16 articles.

1. Stydy on intelligent mining technology of fully-mechanized heading face;Zhang;J. Coal Science and Technology,2017

2. Innovation practice and development prospect of intelligent fully mechanized technology for coal mining;Wang;J. Journal of China University of Mining & Technology,2018

3. 2025 scenarios and development path of intelligent coal mine;Wang;J. Journal of China Coal Society,2018

4. Key Technology of Intelligent Coal Mining Equipment;Ge;J. Coal Science and Technology,2014

5. Sensing for advancing mining automation capability: a review of underground automation technology development;Ralston Jonathon;J. International Journal of Mining Science and Technology,2014

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