Robotics is used in the operation of a new technology called the Wearable Cyborg™ HAL.As part of the therapy procedure, the patient is assisted by a Hybrid Assistive Limb (HAL). The novel idaea of IoT technology serves as the foundation for this technology. The Cyberdyne Treatment helps the user’s neurological functions to work better and return. In patients with stroke, spinal cord damage, and other neurological disorders, HAL enhances locomotor activity.
The Wearable Cyborg™ Hal’s features
- Neurological disease treatment by neural information sensing
- taking an active role in neurological rehabilitation led by the patient
- enabling individuals to walk without assistance after undergoing HAL treatment
- Health care providers administer HAL treatment.
How does HAL help to Neuro Patients?
Cyberdyne HAL creates a signal loop that is healthy by adhering to a specific pattern.
Forward
The brain communicates commands. The brain sends the appropriate messages to the muscles through the nerves when an individual wants to move their body.
Acquire
The command signals are received by the muscles. When a muscle receives the proper instruction signal from the brain via the nerves, it contracts to move the relevant joint. This channel is damaged by a spinal cord injury, and the signal is insufficiently strong to provide enough force.
Read
HAL reads the signals. Signals sent to the muscles by the brain trickle onto the skin surface as very faint bio-electrical signals (BES). HAL is capable of detecting these signals and consolidating this information with other information collected by the device to recognise and complete the intended motion of patients.
Go ahead.
As intended by the wearer, HAL moves. Based on these BES, HAL autonomously regulates the power units at each joint, enabling the user to carry out the intended motions by voluntary instructions.
Loop of feedback
The brain receives information about movement back. The sensation is returned to the brain when HAL has suitably aided the desired motion. Consequently, through HAL, a neural loop including afferent and efferent neurons is formed between the brain and the muscles. We refer to the process of inducing neuroplasticity through this network of signals as “interactive bio-feedback.” The capacity of the user to walk independently improves with active usage of these cerebral pathways for voluntary movement with physical feedback to the brain.
Rehabilitation with Cyberdyne HAL
To cure neurological diseases, the Wearable Cyborg HAL monitors brain data. Cyberdyne offers cutting-edge neuro-robotic rehabilitation technology to improve patients’ lives all around the globe. Our goal is to enable people to walk independently by providing them with our non-invasive technological solution, HAL.
Added Intelligence to Neurorehabilitation
Treating neurological diseases with brain information recorded by HAL makes more sense. This neurorehab tool aids patients with spinal cord damage, stroke, and several other neuromuscular illnesses in improving their ambulatory function by enabling the user to move limbs in response to impulses received by the brain and sensed via the skin’s surface.
Log onto https://rehabmodalities.com/ for a free demo today on Cyberdyne treatment plans.
