The robot specifically designed to help disabled people walk, particularly those with severe spinal cord injuries, is known as the WalkON Suit. This innovative device is a type of wearable robot, often referred to as an exoskeleton, that provides mobility assistance.
The WalkON Suit: A Revolutionary Walking Aid
The WalkON Suit is a highly specialized wearable robot developed to assist individuals suffering from paraplegic disabilities. It's built for those with the most severe level of paraplegia, specifically persons with American Spinal Injury Association (ASIA) Impairment Scale–A grade injury, which signifies complete paralysis.
Research and development on the WalkON Suit have been continuously underway since 2015, demonstrating a long-term commitment to enhancing mobility for those with significant physical challenges. A key aspect of its design is its ability to allow disabled persons to don it from their current position, simplifying the process of getting into the suit and preparing for movement.
How Wearable Robots Like the WalkON Suit Function
Wearable walking robots operate by providing external support and power to a user's legs and hips. These advanced devices are equipped with motors and sensors that work in conjunction with the user's intended movements or pre-programmed gaits.
Key functions and benefits include:
- Support and Stability: The robot framework provides structural support, helping users maintain balance and an upright posture.
- Assisted Movement: Motors facilitate leg movement, allowing individuals with paralysis or significant weakness to take steps.
- Rehabilitation: Beyond just walking, these robots can play a crucial role in physical therapy, helping to strengthen muscles, improve circulation, and maintain bone density.
- Increased Independence: By restoring the ability to stand and walk, these robots significantly enhance the independence and quality of life for users.
While the WalkON Suit is tailored for specific severe conditions, the broader field of wearable robotics continues to advance, offering hope and practical solutions for various mobility impairments. These robotic systems represent a significant leap forward in assistive technology, transforming the possibilities for personal mobility.
