[Development of Stand-walking Simulator for Rehabilitation Training]

Area of Science:

• Rehabilitation Engineering
• Biomedical Engineering
• Assistive Technology

Background:

• Paraplegia necessitates specialized rehabilitation to prevent secondary health issues.
• Current patient handling methods increase physical strain on caregivers.
• Effective rehabilitation equipment is crucial for patient mobility and well-being.

Purpose of the Study:

• To develop innovative mechanical and electronic rehabilitation equipment for paraplegia patients.
• To mitigate common complications associated with immobility, such as bedsores and deep venous thrombosis.
• To alleviate the physical demands on rehabilitation staff and family members during patient care.

Main Methods:

• Application of mechanical and electronic engineering principles.
• Design and development of specialized rehabilitation apparatus.
• Integration of features to support patient mobility and prevent complications.

Main Results:

• The developed equipment effectively addresses the needs of paraplegia rehabilitation training.
• The device successfully prevents complications like palsy bedsores and deep venous thrombosis.
• Significant reduction in the labor intensity required for patient handling by caregivers was observed.

Conclusions:

• The new rehabilitation equipment offers a viable solution for paraplegia patient care.
• The device contributes to improved patient outcomes by preventing complications and enhancing rehabilitation progress.
• This innovation supports both the physical and psychological recovery of individuals with lower limb paralysis.