Robotics Hand Gloves For Hand Rehabilitation Of Stroke Patients

Ask your doctor if this would get your hand recovered.

 Robotics Hand Gloves For Hand Rehabilitation Of Stroke Patients

Supervised by Md. Faisal Mina Lecturer Department of Biomedical Engineering Jashore University of Science and Technology
Sabbir Mahamud Department of Biomedical Engineering Jashore University of Science and Technology Email: sabbirabir61@gmail.com
Anik Mondal Department of Biomedical Engineering Jashore University of Science and Technology
Kaniz Fatema Mim Department of Biomedical Engineering Jashore University of Science and Technology

Abstract

Stroke, a leading cause of long-term disability,often results in paralysis, a condition marked by the loss of muscle function in specific body parts. This project centers on the creation and assessment of rehabilitation hand gloves designed to provide enhanced grip functionality for stroke survivors. Paralysis resulting from a stroke often impedes the ability to perform basic daily activities, such as lifting a bottle or gripping a pen. The focus of these gloves is to address these specific challenges. The rehabilitation hand gloves are engineered to facilitate improved grasping capabilities, aiding stroke patients in regaining control over their hand and finger movements. Unlike sensor-based approaches, these gloves focus on enhancing the user's grip during various daily tasks. The design incorporates specialized materials and ergonomic features to optimize the tactile interaction between the hand and objects. The impact of paralysis on daily life is substantial, affecting the ability to independently perform routine activities. These grip-enhancing gloves aim to empower stroke survivors by restoring functional hand movements, allowing them to handle objects with greater ease and confidence. This project report outlines the design considerations and engineering features incorporated into the rehabilitation hand gloves, emphasizing their practical application for grip-related tasks. The report discusses the methodology employed for testing and evaluating the gloves' effectiveness in assisting users with everyday activities. Preliminary results indicate significant improvements in grip strength and dexterity. The potential societal impact of this technology is noteworthy, as it addresses a specific aspect of stroke-related challenges—enabling individuals to perform essential tasks without the need for complex sensors or data interpretation. By focusing on practical functionality, these rehabilitation gloves offer a tangible and accessible solution to enhance the daily lives of stroke survivors. This project report serves as a detailed documentation of the design process, challenges encountered, and future considerations for refining grip-enhancing rehabilitation hand gloves. Through ongoing refinement, these gloves have the potential to significantly contribute to the field of assistive devices, specifically targeting the essential need for improved hand function in stroke rehabilitation.