Research on Some Key Problems in AC Servo System of Robot Joint

In recent years, with the proposal and deepening of "Industry 4.0", the development momentum of industrial robot industry has become more and more rapid. Servo system has been widely used in the field of industrial robot joint control and has become a key research link in the field of industrial automation. At present, there are still two problems to be solved in the permanent magnet AC servo system of robot joint. One is the contradiction between the dynamic response and robustness of the servo system under nonlinear factors and uncertain disturbances, and the other is the mechanical resonance of the servo system caused by nonrigid load connection equipment. Therefore, this book studies from three aspects: the design of current loop of servo system based on auto disturbance rejection controller, the design of speed loop compound PI controller and the suppression of mechanical resonance of servo system, and tries to solve the above two problems. The research of this book has certain guiding significance and reference value for the design of robot joint servo system in practical engineering.

Autorentext

Zhang Yi, femme, née en 1982, docteur, professeur associé, spécialisée dans la recherche sur l'algorithme de contrôle de l'entraînement servo à haute performance des robots. Elle a présidé un projet général de la Fondation nationale des sciences naturelles de Chine. En tant que premier auteur, elle a publié 10 articles dans des revues SCI et EI, et a autorisé 32 brevets d'invention en tant que premier inventeur.

Klappentext

In recent years, with the proposal and deepening of "Industry 4.0", the development momentum of industrial robot industry has become more and more rapid. Servo system has been widely used in the field of industrial robot joint control and has become a key research link in the field of industrial automation. At present, there are still two problems to be solved in the permanent magnet AC servo system of robot joint. One is the contradiction between the dynamic response and robustness of the servo system under nonlinear factors and uncertain disturbances, and the other is the mechanical resonance of the servo system caused by nonrigid load connection equipment. Therefore, this book studies from three aspects: the design of current loop of servo system based on auto disturbance rejection controller, the design of speed loop compound PI controller and the suppression of mechanical resonance of servo system, and tries to solve the above two problems. The research of this book has certain guiding significance and reference value for the design of robot joint servo system in practical engineering.