Design of Rehabilitation Treatment Coach Robot

Area of Science:

• Robotics
• Rehabilitation Medicine
• Assistive Technology

Background:

• Home-based rehabilitation presents challenges including high costs and time constraints for professional therapists.
• Patients often require consistent support for effective recovery, which is difficult to provide with traditional in-person therapy models.

Purpose of the Study:

• To propose an economical rehabilitation treatment coach robot to enable at-home patients to perform exercises independently.
• To design a cost-effective robotic solution with multiple functionalities for enhanced patient care.

Main Methods:

• Development of a robot utilizing inexpensive components for accessibility.
• Integration of features for rehabilitation program suggestion, real-time posture correction, and emergency detection.
• Planning for systematic data collection and performance evaluation protocols.

Main Results:

• The proposed robot offers a multi-functional, affordable solution for remote physical therapy.
• It addresses the limitations of traditional rehabilitation by providing continuous, guided exercise support.
• The design focuses on user independence and safety during at-home treatment.

Conclusions:

• The rehabilitation treatment coach robot presents a viable, cost-effective alternative for at-home patient care.
• This technology can significantly improve adherence and outcomes in physical rehabilitation.
• Further data collection and evaluation are planned to validate the robot's effectiveness and safety.