robotic glove for hand paralysis
The robotic glove for hand paralysis represents a groundbreaking advancement in assistive technology, designed to restore functionality and independence to individuals affected by hand paralysis. This innovative device combines cutting-edge robotics with ergonomic design to create a wearable solution that enables users to perform essential daily tasks. The glove features an array of sensors that detect the user's intended movements through subtle muscle signals or residual motion, which then activate precise servo motors embedded within the glove's structure. These motors provide targeted assistance to help users grasp, hold, and release objects with improved control and stability. The system incorporates adaptive learning algorithms that customize the level of assistance based on individual needs and capabilities, making it suitable for various degrees of hand paralysis. The lightweight, breathable materials ensure comfort during extended wear, while the rechargeable battery system provides up to 8 hours of continuous use. Advanced pressure sensors prevent excessive force application, ensuring safe interaction with objects and protecting against unintended movements. The glove can be easily calibrated through a user-friendly mobile application, allowing for precise adjustments to grip strength and movement patterns. This versatile solution finds applications in both rehabilitation settings and daily life, supporting users in activities ranging from personal care to professional tasks.