Systems and methods for neuromuscular feedback smart wearables to optimize movement health and performance via joint stability

Abstract

The described technology generally relates to wearable devices, smart apparel, systems and methods for movement wellbeing, and performance through haptic feedback. One or more wearable devices (e.g., standalone or incorporated into apparel, accessories, or other wearable items) may promote neuromuscular feedback for joint centration often referred as joint stability. Joint centration or joint stability combines the functioning cartilage, ligaments, fascia, tendons, and muscles that allow joints to stay secure as forces transfer through them during movement with minimal stress on the passive soft structures. In some embodiments, there may be an electronic control unit with at least one sensor to detect user's joint movement, such as movement on a three-axis position or joint speed, and acceleration. Depending on the movement of the users, the electronic control may communicate joint movement to a user and provide cues for joint stability, joint movement range, muscle memory, and body position awareness.

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