Radially Elastic Anchor Devices for Enhanced Biomechanical Feedback and Treatment

This inventive concept leverages the core technology of surgical anchor devices to create novel applications in athletic performance, posture monitoring, sleep apnea treatment, virtual reality, and vocal cord function improvement.

The original patent disclosed a surgical anchor device for protecting anastomoses in the intestine. However, the device's potential was limited to its original application. This inventive concept addresses the problem of underutilization by applying the core technology to entirely new industries and use cases, unlocking new possibilities for enhancing human performance, health, and wellness.

The radially elastic anchor devices comprise an anchor element with at least one semi-rigid hollow longitudinal element defining a wall forming a surface of revolution about a longitudinal axis. The devices expand radially in a progressive manner as a function of temperature, providing real-time biomechanical feedback or gentle stimuli to the user. In athletic performance, the device attaches to the skin, providing feedback on muscle tension and movement. In posture monitoring, the device is introduced into the body, offering real-time feedback on spinal alignment. In sleep apnea treatment, the device attaches to the soft palate, promoting proper breathing. In virtual reality, the device provides tactile feedback to the user. In vocal cord function improvement, the device is introduced into the larynx, offering real-time feedback on vocal cord function.

The new claims introduce a radically new direction for the original technology, applying the radially elastic anchor device to novel industries and use cases. The inventive step lies in recognizing the potential for the core technology to be adapted and expanded to address a wide range of human performance, health, and wellness challenges.

Alternative embodiments may include varying the material properties of the anchor device, adjusting the radial expansion mechanism, or integrating sensors and actuators to enhance feedback and control. Variations could include using the device for other applications, such as rehabilitation, injury prevention, or cosmetic treatments.

The inventive concept has significant commercial potential across various industries, including sports technology, healthcare, virtual reality, and education. The market size is substantial, with potential applications in professional sports, fitness, healthcare, and consumer technology.