AR Space Reservation Navigation via Visual Correlation

The patent replaces traditional mechanical navigation systems (floor plans, signage, manual wayfinding) with an optical system using augmented reality headsets. The AR device captures visual input of the physical environment and overlays digital navigation cues directly onto the user's field of view, substituting the need for users to interpret 2D floor plans or follow physical signs with intuitive 3D spatial guidance.

The patent transitions from 2D navigation representations (floor plans on mobile screens or wall-mounted maps) to 3D spatial navigation cues overlaid directly onto the physical environment. By projecting virtual arrows, markers, and directional indicators into the three-dimensional space where users actually walk, the system provides navigation information in the same dimensional context as the physical movement required.

The patent makes the AR headset the universal platform that performs multiple functions: capturing visual input of the environment, processing spatial data, displaying augmented reality overlays, providing navigation guidance, and indicating reservation status. This consolidates what would otherwise require separate IoT devices (cameras, processors, displays, navigation systems, status indicators) into a single user-worn device, eliminating the need for expensive infrastructure deployment.

The system enables users to independently navigate to reserved spaces using only their AR headset and the integrated application. The AR device autonomously captures environmental data, processes it against reservation information, and provides real-time navigation guidance without requiring external IoT infrastructure, manual intervention, or additional hardware deployment at the facility level.