Comprehensive passive neurorehabilitation system with configurable functional architecture

Abstract

The present invention relates to a comprehensive passive neurorehabilitation system configured to coordinate and operate a plurality of therapeutic subsystems. The system comprises a therapeutic bed, associated robotic devices, and one or more therapeutic interaction systems attachable to a patient's limbs. The system is characterized by comprising a technical functional architecture implemented through management and control means, configured to define, manage and execute operational configurations during passive rehabilitation sessions. This architecture allows the system to be adapted to different rehabilitation programs, the coordination of multiple limbs, and its deployment in different environments of use, maintaining the functional coherence of the whole without modifying the mechanical structure of the system.