Quantum Dot Microcapsules for Moisture-Stable Color Patterning

The patent applies microcapsule shells made of polymer materials to enclose quantum dots with organic ligands. These flexible thin film structures provide physical protection against environmental factors like moisture and oxygen while maintaining the optical properties of the quantum dots. The microcapsule shell acts as a barrier layer that isolates the sensitive organic ligands from harmful external environments.

The patent creates a protected internal environment within the microcapsule that isolates the quantum dots and organic ligands from harmful external atmospheric components. By enclosing the quantum dots in a sealed microcapsule structure, an inert protective environment is formed that prevents direct contact between the organic ligands and environmental factors such as moisture and oxygen.

The patent divides the quantum dot system into separate microcapsule units, each containing quantum dots of specific colors. These segmented microcapsules can be independently manufactured and then arranged in pixel regions, simplifying the alignment process compared to traditional methods that require precise patterning of continuous quantum dot layers. The segmentation enables modular assembly for high-definition color displays.

The patent introduces microcapsules as intermediary carriers that contain and protect quantum dots. These microcapsule intermediaries facilitate the transfer and arrangement of quantum dots in divided pixel regions, making the alignment and patterning process more manageable. The microcapsules act as pre-packaged units that can be positioned more easily than loose quantum dot materials.