"Wearable Interactive Augmented Reality Device with Mirascope-Based 3D Display, Hand Gesture Recognition, and Head and Motion Tracking"

特許 係属中 The present invention relates to an augmented reality (AR) glasses system configured to project realistic three-dimensional virtual objects into a user’s real -world environment. The system comprises a pair of glasses incorporating a Mirascope-based display, a semi-transparent screen, an integrated camera for gesture recognition, and motion sensors for head tracking. The Mirascope-based display can be positioned near the nose, on either frame, or at any suitable location within the glasses to optimally reflect virtual images such that they appear to float naturally in the user’s surroundings, providing a true 3D visual effect while allowing the user to see through the glasses. The integrated camera captures hand gestures, enabling intuitive interaction with the projected virtual objects. Motion sensors detect head movement and orientation, allowing the displayed 3D objects to dynamically adjust perspective and orientation, thereby maintaining realistic spatial alignment with the user’s viewpoint.By combining these components into a compact, lightweight, and unobtrusive glasses form factor, the invention provides an immersive AR experience without the bulk of conventional AR devices. The system enables natural interaction with virtual objects, realistic visualization, and portability in a single wearable device,making it suitable for applications in gaming, education, design, medical visualization, social media and other fields requiring augmented reality interaction.