Automation Control of Vibration Isolation Supports for Water Transport Vessels
The problem of vibration isolation arises in almost all areas of modern technology, it is associated with the cost of reducing the level of vibrations, as well as with the aim of improving the quality, reliability and manufacture of various technical facilities. Reducing the vibration levels of ship power engineering is the most important task of shipbuilding. This article proposes a non-linear law for the control of electromagnetic hydraulic vibration isolation support (EGVS) for ship power plants (SEU), which allows compensating for external harmonic disturbances on SEUs, which will increase their technological safety. The EGVS control law under consideration has significant advantages over the known control laws of active vibration isolation systems for SEU. The proposed method is used when creating vibration isolating active systems for various technical facilities. The cascading synthesis of control laws, as well as the creation of a single process of technological self-organization and management, are a significant novelty of this method.