The Wearable Cyborg™ assists athletes in relearning their ability to move independently. Cyberdyne technology enables people to walk on their own.
Cyberdyne HAL® allows patients to restore natural mobility of paralysed legs based on their intention. It enhances locomotor activity in all types of neuromuscular illness patients in the chronic stage, including athletes. HAL® stands out for its direct connection to the wearer’s neurological impulses.
Not only will the gadget show which impulses are reaching the muscle, but it will also give mobility aid depending on these signals. We may modify HAL® response to encourage senior wearers/athletes to employ suitable muscle areas for daily tasks, resulting in stronger and healthier signals.
HAL® refers to two control systems. The “Cybernics Voluntary Control System” employs BES to carry out the wearer’s intended motions. The “Cybernics Autonomous Control System” allows for human-like motions even if the BES is not recognised. The Wearable Cyborg™ HAL® technology is very sophisticated due to its two control mechanisms.
Plans and Treatment by HAL
Sends Signals
The brain sends instruction impulses, which the muscles receive. When a person’s body moves, their mind first considers the motions. Our brain sends nerve impulses to the muscles required for mobility when we think “I want to walk.”
Transmits signals
Every muscle in a healthy body can receive messages from the brain and move as forcefully and quickly as needed. Cyberdyne HAL® utilises nervous system stimulation technology.
Receives Signals
Signals from the brain to muscles leak onto the skin surface as very feeble signals known as “bio-electric signals [BES]”.HAL® can read BES only by attaching the designed detectors on the weaver’s skin. HAL® understands the patient’s intended motions by combining multiple data points.
Feedback Given
A human’s ability to think, regulate muscles, and move joints is extraordinarily quick. HAL®, like humans, can immediately process a variety of information. HAL® moves together with the body. HAL® can now help the wearer move.
Recovery to athletes using HAL
Positive effects have been observed in neuropathic pain, bladder and bowel function, spasticity, and the cardiovascular system.
The neuro-rehab equipment assists athletes in moving their paralysed legs in a way that suits them; it does not move the patients’ legs for them. Using the body’s natural feedback system, Wearable Cyborg™ HAL® can induce voluntary motions that enhance gait patterns and walking function even in the chronic phases of the condition.
Our Patient’s Rehabilitation
Cyberdyne technology is used by people all over the world to regain their mobility after it helps athletes regain their physical independence. Physical therapy rehabilitation robots eventually aim to increase a patient’s strength and endurance!
Log on to https://rehabmodalities.com/ for more on Cyberdyne Treatment with HAL®
