RECONFIGURABLE HEADSET THAT TRANSITIONS BETWEEN VIRTUAL REALITY, AUGMENTED REALITY, AND ACTUAL REALITY

Smart overview of the Invention

The patent application describes a reconfigurable headset capable of transitioning between virtual reality (VR), augmented reality (AR), and direct reality (DR) configurations. This device allows users to seamlessly switch between these modes based on their needs or environmental cues. The VR and AR configurations include computer-generated images, while the AR and DR configurations incorporate real-time images from the user's surroundings. Notifications are provided to users when a configuration change is about to occur, enhancing user awareness and safety.

Technical Field

The invention focuses on enhanced reality headsets with capabilities for automatic or manual configuration switching. It addresses the current limitations where VR and AR modes are often confined to separate devices, which can be cumbersome for users who need to maintain some level of interaction with their real environment. This innovation aims to provide a single device that offers flexibility and ease of transition between different immersive experiences.

Embodiments

Several embodiments are presented, including methods and systems that identify scenarios requiring a configuration switch. These scenarios may include potential hazards detected via images or audio from the user's environment. The system notifies the user of the intent to change configurations and executes the switch accordingly. This approach ensures that users can safely navigate both virtual and real environments without needing multiple devices.

Enhanced User Experience

The headset offers a seamless transition experience akin to noise-canceling technology, where visual elements from direct reality can be selectively blocked or integrated into virtual experiences. This includes optical manipulations like polarizing effects or activating planar waveguides to manage how real-world images are perceived. Such features allow users to immerse themselves fully in virtual worlds when desired while maintaining the option to return to reality effortlessly.

Design and Connectivity

The headset design emphasizes lightweight construction and long battery life, making it suitable for extended use. It integrates with mobile devices and networks, enabling data exchange with remote servers and databases for enhanced functionality. The inclusion of cameras and sensors allows for comprehensive field-of-view management, ensuring users have optimal visual and auditory interactions in all configurations.