КОНЦЕПЦІЯ МОДУЛЬНИХ ТРЕНАЖЕРНИХ СИСТЕМ ІЗ МОЖЛИВІСТЮ ШВИДКОЇ ЗМІНИ ФУНКЦІОНАЛЬНОГО ПРИЗНАЧЕННЯ

Abstract

In the study, the author considers the concept of building simulator systems of vehicles based on theoretical justification, creation and construction of technical systems according to modular principles. The modern view of the process of creating training systems is based on the principles of strict compliance of each object of imitation to its purposefully created training system. The use of modular principles of creating training systems allows you to solve problems related to increasing their efficiency and reliability. This approach corresponds to the concept of creating universal, adaptive training systems: a limited number of training systems - the maximum number of simulation objects. The concept of modular training systems is a novelty, which is distinguished by the fact that in the presence of modules there is a possibility of quickly changing the functional purpose of the system, while the number of modifications of training systems is significantly reduced. The modern development of scientific and technical progress, modern equipment and technologies in the vast majority is carried out according to the principle of modular creation of various technical devices, which differ significantly from each other in the principle of operation, physical parameters and intended use. The "Trainer" module can be represented by any design solution and consists of a fixed support, a frame, a turning mechanism, a lifting mechanism, a balancing mechanism, a turning mechanism of the cab, which is an element of connection with the "Cabin" module through a universal base. The application of the principle of modular construction in exercise equipment will allow to create a single system of construction of exercise equipment and exercise equipment, which in turn provides an opportunity to establish uniform requirements for exercise complexes and methods of their evaluation and comparison. This modular approach to the construction of simulators will determine the maximum economic and technical result of the implementation of simulator equipment. Keywords: modular principle; operator's cabin; dynamic platform; simulator; simulator training; information subsystem.