Holographic Display Spatial Light Modulator Composite Hologram

The patent divides a single holographic plate into multiple virtual sub-plates through computational segmentation. Each sub-hologram is calculated to correspond to a specific viewing angle or user position, allowing multiple independent images to be encoded on one physical plate without mutual interference.

The patent introduces angular dimensionality by calculating sub-holograms for different viewing angles. This transforms the traditional 2D holographic display into a 3D angular space where each user position receives a dedicated sub-hologram, enabling multiple independent images simultaneously.

The patent merges multiple virtual holographic plates into a single physical plate by computationally encoding multiple sub-holograms on one substrate. This consolidation maintains image independence while eliminating the need for physical plate replacement or management.

The single holographic plate becomes multi-functional by simultaneously displaying multiple independent holographic images for different users or viewing angles. The plate serves multiple purposes that traditionally required separate physical plates.

The patent performs preliminary computational processing to generate multiple sub-holograms and encode them on a single plate before actual display. This advance preparation enables rapid switching between different holographic images without physical plate replacement, improving display efficiency.

The patent enables dynamic selection and activation of different sub-holograms from the single plate based on real-time viewing angle detection or user position. This dynamic control provides flexibility in displaying different images while maintaining high efficiency through electronic switching rather than mechanical plate replacement.