Composite Membrane Multi-Dimensional Visual Relief via Layer Stacking

The patent applies dimensionality change by stacking multiple pattern layers (first pattern layer, second pattern layer, third pattern layer) in the thickness direction of the composite membrane. Each layer presents different visual information of the same object from different viewpoints, transforming the visual experience from 2D flat images to 3D multi-dimensional relief effects. This resolves the contradiction by adding the Z-axis dimension to the visual information presentation.

The patent implements nesting by placing multiple pattern layers within a single composite membrane structure, where each pattern layer is nested between the carrier layer and the top surface. The light-transmitting layer acts as a transparent medium that allows light to pass through multiple nested pattern layers, enabling the observer to perceive visual information from different depths and angles, thus achieving multi-dimensional visual effects without requiring separate membranes.

The patent divides the visual information presentation into multiple independent pattern layers, where each layer contains pattern information for a specific viewpoint or depth level. This segmentation allows for specialized design and manufacturing of each layer, and the layers can be produced separately and then laminated together, simplifying the overall manufacturing process compared to creating a single complex multi-view pattern in one layer.

The light-transmitting layer serves as an intermediary element between the multiple pattern layers. It allows light to pass through the stack of pattern layers while maintaining the integrity of each layer's visual information. This intermediary layer facilitates the combination of multiple pattern layers without requiring complex integration processes, as it simply needs to be transparent and optically compatible with the pattern layers.