Spatial Light System

Smart overview of the Invention

The spatial light system is designed to project image content, including augmented reality (AR) content, onto various surfaces within a room. It comprises multiple projection units that emit light onto these surfaces. Each unit features an LED array, light pipes, and a condenser lens. These units are connected via flexible strips that supply power and data, allowing for diverse configurations and shapes within the room.

Technical Background

LEDs are versatile in their applications, emitting light in visible and infrared spectrums. The system leverages this technology to enhance virtual reality (VR) experiences by projecting immersive environments. VR and mixed reality (MR) systems integrate virtual content with real-world views, providing interactive experiences across various applications like gaming and digital media.

System Architecture

The spatial light system includes a controller with processors and projection units. These units use active matrix LED arrays for individually addressable lighting. The system's modular design allows projection units to be mounted on flexible strips or fixed surfaces, with additional modules like sensors for depth and motion detection. This flexibility supports various configurations tailored to specific room layouts.

Integration and Control

The system can be powered through standard sockets or plugs and may include wireless or wired connections to devices like AR/VR headsets or smartphones. Integrated sensors detect objects, surfaces, and light levels within a room, feeding information back to the controller. This data helps adjust the projection units' operations to enhance user experience by focusing or dimming lights as needed.

Adaptive Functionality

The spatial light system uses room information to adapt its projections intelligently. It can dim lights when detecting people to prevent glare or adjust focus based on object depth. The system may also spotlight specific objects or track moving items, projecting relevant imagery or effects. This adaptability ensures the system enhances both static and dynamic environments effectively.