Abstract: A mobility aid device constructed using internal couplings and capable of functioning as a rollator walker and transfer/transport chair through a convertible seat to backrest design. As a rollator walker, the device features a reverse wrap-around/posterior frame and is capable of detecting falls while providing continual data regarding its use through monitoring components built into the frame and which are visualized on a corresponding mobile application. The data is leveraged for therapeutic purposes through analysis leading to insights about gait patterns, energy levels, and device reliance and access to the data by physical therapists who can engage with the mobile application to assign exercises, monitor patient metrics, and engage with patients remotely.

Abstract: A walking cane having an overall Y-shape with each of a handle and wrist support extending away from connection with a vertical ground engaging shaft of the cane at an angle. The walking cane provides enhanced comfort, support, stability, and versatility to users. A Y-shaped upper portion with an ergonomic handle portion encourages proper height setting, provides wrist support, promotes a natural grip, and reduces hand and wrist strain. Magnetic clips located on each cane allow it to be securely snapped to another cane for easy storage and transport. Using two canes in tandem further provides bilateral support. The cane's upper portion angle is based on the angle of an individual in a neutral standing position so that, during use, the cane mirrors the user's leg angle to promote a more proper and natural gait. An integrated height adjustment mechanism allows for user customization. The cane also features lightweight and durable construction, with a non-slip rubber tip for added stability and safety.

Abstract: A mobility aid device constructed using internal couplings and capable of functioning as a rollator walker and transfer/transport chair through a convertible seat to backrest design. As a rollator walker, the device features a reverse wrap-around/posterior frame and is capable of detecting falls while providing continual data regarding its use through monitoring components built into the frame and which are visualized on a corresponding mobile application. The data is leveraged for therapeutic purposes through analysis leading to insights about gait patterns, energy levels, and device reliance and access to the data by physical therapists who can engage with the mobile application to assign exercises, monitor patient metrics, and engage with patients remotely.