Adaptive Triple Flexion System

A wearable device that dynamically adjusts flexion assistance for individuals with lower extremity paralysis, incorporating real-time gait pattern detection, haptic feedback, and neural interface control to enhance joint stability and proprioception.

The original triple flexion device, while providing a wearable solution for facilitating hip, knee, and ankle flexion, has limitations in adapting to individual users' needs and gait patterns. The new inventive concept addresses these limitations by integrating advanced sensors, machine learning algorithms, and haptic feedback to provide a more personalized and effective flexion assistance system.

The adaptive triple flexion system consists of a wearable device with a sensor module for detecting a user's gait patterns, a controller for adjusting the tension of at least three elastic bands in response to the detected patterns, and a haptic feedback system for providing tactile cues to the user. The system may also incorporate a neural interface system for detecting the user's neural signals and translating them into flexion assistance commands. Additionally, the device may include interchangeable flexion modules for different joints and a universal control system for coordinating the modules and providing personalized flexion assistance.

The new claims introduce a paradigm shift in wearable flexion assistance devices by incorporating advanced sensors, machine learning algorithms, and haptic feedback to provide real-time adaptive assistance. The neural interface system and interchangeable flexion modules further distinguish the new inventive concept from the original patent.

Alternative embodiments of the adaptive triple flexion system may include using different types of sensors, such as electromyography or inertial measurement units, or incorporating additional features like muscle stimulation or electrical stimulation therapy. Variations of the device may also be designed for specific user groups, such as athletes or individuals with neurological disorders.

The adaptive triple flexion system has significant commercial potential in the healthcare and rehabilitation industries, particularly in the treatment of lower extremity paralysis. The device may also be marketed to athletes and individuals seeking to improve their joint stability and proprioception.