Description: A rehabilitation sensor is a portable device designed to monitor and assess patients’ progress during their recovery process. These sensors are often integrated into wearable devices, such as bracelets, watches, or smart clothing, and use advanced technologies like accelerometers, gyroscopes, and heart rate sensors to collect data on physical activity and the user’s health status. Their main goal is to provide real-time information about physical performance, allowing healthcare professionals to adjust rehabilitation programs according to each patient’s individual needs. Additionally, these devices can offer instant feedback, motivating users to continue their exercises and improve their adherence to treatment. Connectivity to mobile applications or online platforms enables continuous monitoring and the ability to share data with healthcare professionals, facilitating more personalized and effective care. In summary, rehabilitation sensors are key tools in the health field that combine technology and medicine to optimize recovery processes and improve patients’ quality of life.
Uses: Rehabilitation sensors are primarily used in the fields of physical therapy and sports medicine. They allow healthcare professionals to monitor patients’ progress in real-time, facilitating the adaptation of rehabilitation programs. They are also employed in injury prevention, helping individuals keep track of their performance and avoid overexertion. Additionally, these devices can be used in various settings, including home environments, allowing patients to perform rehabilitation exercises independently while being remotely supervised by their therapists.
Examples: An example of a rehabilitation sensor is the ‘Kinect’ device, which is used in physical therapies to assess patient movement and posture. Another example is the ‘Wearable Health Monitor’, which measures heart rate and physical activity, providing valuable data for cardiovascular rehabilitation. Additionally, there are applications that allow patients to track their progress and receive reminders about their rehabilitation exercises.
