LED Device Dual-Layer Sealant Brightness

The encapsulation sealant is divided into two distinct layers: a lower encapsulation sealant layer and an upper encapsulation sealant layer. Each layer serves different functions - the lower layer provides structural support and stress relief, while the upper layer optimizes light emission and display effects. This segmentation allows each layer to be optimized independently for its specific function, resolving the contradiction between performance and complexity.

Different regions of the encapsulation sealant are assigned different properties. The lower encapsulation sealant layer has properties optimized for stress management and structural integrity, while the upper encapsulation sealant layer has properties optimized for light transmission and display quality. This local differentiation of material properties enables simultaneous optimization of multiple performance aspects without requiring complete structural redesign.

The encapsulation sealant is segmented into two layers with different optical properties. The lower encapsulation sealant layer uses a transparent material with high light transmittance to maximize brightness and light emission. The upper encapsulation sealant layer uses a translucent material with a matte effect to provide the desired visual appearance. This segmentation allows both high brightness and matte effect to coexist in different spatial zones.

The solution moves from a single-dimensional consideration (either transparent or translucent) to a two-dimensional layered structure. By stacking layers with different optical properties vertically, the patent achieves both high light transmittance in the lower layer and matte effect in the upper layer, effectively resolving the contradiction through dimensional expansion of the design space.