THE MOBILE CONTROL SYSTEM STRUCTURE OPTIMIZATION

Abstract

Mining and oil and gas enterprises of Ukraine exploit potentially dangerous equipment of various manufacturers located on the verge of resource development. This requires the creation of methods and means of technological control in accordance with regulatory and legal acts and industry standards. The most promising means of technological control in the mining and oil and gas industries are mobile control systems (MSC). The main task of the MSC is to equip consumers who service equipment of potentially hazardous industries with reliable compact non-destructive testing and monitoring tools adapted to a specific facility. Which can detect the reaction of the controlled object to external disturbing effects, determine the limitations and prohibitions necessary for the normal further operation of the monitoring object.

As a rule, MСS equipment is formed from serial measuring converters, devices and sensors, which is dictated by a specific object in the mining or oil and gas industries. Informational and constructive compatibility in MCS is achieved by a special interface. Optimization and flexible integration of MСS schemes into a common structure for different initial conditions (structuring) is carried out by feedbacks that interact with other elements and influence the nature of the work of MCS in general. The contradictions of combining the structure of MCSs through mathematical modeling of a priori information are analyzed. General and heterogeneous components in the structure of MSC and measuring instruments are considered. Shown are common and distinctive functions and operations, when elements of the approximation of mathematical models are included directly in the MSC contour. The material presented gives a clear definition of MCS, its distinctive features from known technological control systems, the features of its research and ways to overcome the problems of controlling properties and processes in the operation of mining or oil and gas equipment.