[The development of a function-rehabilitation trainer for lower limb joints]

Area of Science:

• Biomedical Engineering
• Rehabilitation Technology
• Orthopedic Devices

Context:

• Post-operative recovery for lower limb joints presents challenges in achieving optimal functional restoration.
• Early-stage rehabilitation is critical for preventing long-term disability and improving patient outcomes.
• Existing rehabilitation equipment may lack portability, ease of use, or personalized adjustment capabilities.

Purpose:

• To introduce a novel, portable exercising trainer designed for the rehabilitation of lower limb joint function.
• To provide an effective tool for early-stage recovery following lower limb surgery.
• To offer a user-friendly device with automated exercise parameter adjustments for tailored rehabilitation.

Summary:

• The presented trainer is lightweight and portable, featuring an innovative structure for ease of operation.
• It is specifically designed for early-stage rehabilitation of lower limb joints after surgical procedures.
• The device automatically adjusts exercise speed, angle, and duration to meet individual patient needs, optimizing the recovery process.

Impact:

• Facilitates enhanced patient mobility and independence during the critical early recovery phase.
• Potentially reduces the duration and improves the effectiveness of lower limb rehabilitation programs.
• Offers a versatile and advanced solution for physical therapy and home-based recovery settings.