Lopatin V. Scientific basis for the development of system of control of rigid reinforcement deep shaft

Thesis deals with the relevant scientific and technical issues, to develop a new direction - digital noise-resistant intrinsically mobile monitoring system, based on the laws of the unity of the system of digital methods of information processing, micro-electronic technology, and operational and technical conditions of rigid reinforcement (RR) of deep shaft. The regularities, and revealed the cause-effect relationship in the mechanism of control parameters using a comprehensive conceptual adaptation, synthesis and development of modern, efficient methods of information for safe operation of RR from the position of system unity promising digital methods of information processing, recent advances of microelectronic technology and operational technological control environment RR for trouble-free operation. Constructive system and adapted numerical methods for analysis and synthesis of control devices, high efficiency is substantiated theoretically and confirmed in practice. Developed and approved regulations governing the safe operation of the control technology rigid reinforcement deep shaft, and made the state metrological certification of devices that provide it in Ukraine.