Smart Glasses with a Movable Micromirror Array (MMA)Which Enables a Real Word Viewing Mode, a Virtual Reality Viewing Mode,and an Augmented Reality Viewing Mode

Smart overview of the Invention

The patent application describes a novel augmented reality (AR) eyewear system that seamlessly transitions between real-world, virtual reality, and augmented reality viewing modes. This system aims to display bright, opaque virtual objects in specific areas of the user's field of view while ensuring a clear view of the real world in other areas. The eyewear comprises an optical display, a lens, and a movable micromirror array (MMA) integrated into the eyewear frame, alongside electroconductive pathways for functionality.

Technical Components

Key components include selectively movable micromirrors that pivot or rotate to manage light direction and intensity, enabling the transition between viewing modes. The micromirrors are controlled through an array of electroconductive pathways, allowing for precise adjustments. This technology addresses the challenge of integrating virtual elements into a real-world view without compromising clarity or brightness.

Applications

The AR eyewear has potential applications across various fields such as commerce, defense, education, engineering, entertainment, and medicine. It can enhance interactive experiences by overlaying virtual information onto real-world environments, aiding in tasks like navigation, training, and social interaction. The system's ability to switch between different modes makes it versatile for both personal and professional use.

Prior Art

The patent references several related technologies, including optical projection systems, wearable displays, and mixed reality systems. These prior innovations focus on enhancing visual displays and integrating virtual content with real-world views. However, this patent emphasizes the unique use of a movable micromirror array to achieve dynamic viewing mode transitions, setting it apart from existing solutions.

Innovation and Impact

By leveraging the micromirror array, the eyewear offers a significant advancement in AR technology, providing a more immersive and adaptable experience. This innovation could lead to new standards in how augmented reality is implemented in wearable devices, offering users a more seamless and integrated experience. It holds promise for revolutionizing how virtual and real-world interactions are facilitated through eyewear technology.