Information support for simulation of vibration drive control system

Abstract

To increase the effectiveness of the application of various types of vibration drives in the technological process, the issues of information provision were investigated to manage them in accordance with the requirements and limitations of the technological process, to ensure the adjustment of the vibration amplitude and frequency in necessary range. In this case, special attention was paid to the application of vibration drives with electromagnetic and motor exciter, which ensure the production of low-frequency mechanical oscillations, and to the directions of increasing the intelligence of these drives, and it is noted that the control of such drives based on deterministic and fuzzy mathematical models is more efficient. Based on the research results, the structure of information provision of database was developed. Proposed the structure of database for modeling and simulation of vibration drives in terms of the required information. It has been shown that to adjust the output amplitude of AC electromagnetic and asynchronous motor vibrators in accordance with the requirements of the technological process and to keep it stable within certain limits, it is advisable to apply controller-controlled frequency converters, and in a vibrator with DC motor to apply a voltage regulator or a pulse wide modulation regulator. The proposed structure of information provision, which plays the role of the main source for the development of appropriate management and control algorithms, is an effective tool for the development of a universal system to control various types of vibration drives applied in the entire technological process.