ELECTRO-HYDRAULIC CONTROL OF SECTIONS MECHANISED UNDERGROUNDS IN THE “BEGIĆI-BIŠTRANI” PIT RMU “KAKANJ
ELECTRO-HYDRAULIC CONTROL OF SECTIONS MECHANISED UNDERGROUNDS IN THE “BEGIĆI-BIŠTRANI” PIT RMU “KAKANJ

Summary/Abstract: The subject of this work are the sections of the mechanized hydraulic substructure, which were installed in the “Begići-Bištrani” pit of the RMU “Kakanj”. The complex of mechanized wide front (KMŠČ) consists of wide-front sections with electronic control equipment: signal control units “SCU-signal control unit” or control units, and they are installed on each section to ensure management and monitoring of other technological functions of the system. The results of the research show us that knowledge of world technology, modern mining techniques and the quality of human resources must give new momentum to underground coal exploitation in terms of mass creativity, which will later be taken over by new technological solutions. Real possibilities in the realization of these development tasks are provided by electro-hydraulic control. The starting point for the use of electro-hydraulic control is a quality database. The traditional approach to the database mainly represents a centralized database for underground exploitation, as a recurrence of centralized computer centers and information systems. In the segment of the construction of electro-hydraulic control sections of the mechanized substructure in the “Begići-Bištrani” pit of the RMU “Kakanj”, it is necessary to perform additional analyzes related to the change in the dynamics of data reading, and the implications of such changes. The implications of the fundamental theorem are, therefore, that informatics includes both people (human intellect) and technology, and that in practice it is an interactive partnership. What people can do with information resources depends primarily on what they know about the task at hand. This work aims to show how electro-hydraulic control of sections of mechanized substructure, automation and information technology can improve safety in mines, improve measures and actions to prevent injuries at work, occupational diseases, other diseases related to work and protection of the working environment.

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