Conclusion

While the goal of this project was to create a wearable device to aid the recovery of stroke patients, our motivation was to bring something new to the market that functions similarly to existing models, but in a new context. Many stroke monitors exist on the upper parts of the body, such as the Zio XT’s placement on the chest, among various other monitors that exist on the wrists, hands, and necks of patients. The Stroke Sock™ aims to help recovery of motion in the patient’s feet and toes after a stroke and expands upon the existing models of sole force pads. Additionally, it introduces Bluetooth connectivity into the world of stroke monitors, allowing patients to easily track and record their progress over time, making data collection and observation easier for both the user and the doctor.

Our innovative and simple design allows for the Stroke Sock™ to be worn in most environments outside of complete submersion in water and is comfortable for the user. With a lack of hard edges, a comfortable and snug fit to the toes and ankle regions using spandex, and the ability to easily be worn underneath a sock for concealability, this design offers a user-friendly expansion on monitoring for the foot region. With its comfort, easy accessibility via an app and bluetooth connection, and the coverage of a less-explored part of the body in the perspective of stroke monitors, we hope that the Stroke Sock™ sets a new standard for stroke rehabilitation monitors in the current market.