Ceramic Tile Glaze Relief for Diffuse Light Reflection

The patent applies different relief structures at different locations on the tile surface. Specifically, it creates relief features that correspond to the printed pattern (such as wood grain lines) while also incorporating irregular random relief features distributed across the surface. This local differentiation makes each area of the tile have unique characteristics, preventing monotony while maintaining the aesthetic printed pattern.

The patent introduces asymmetric and irregular relief features that do not follow a uniform pattern. The random distribution of relief features with varying sizes, shapes, and depths creates an asymmetric surface structure that mimics natural variations found in real wood or stone, thereby reducing the artificial appearance of the printed pattern.

The patent creates relief features with locally varied depths and dimensions. The relief features are not uniform across the entire tile surface but are distributed irregularly with varying prominence. This local variation causes light to reflect differently at different points, diffusing the overall light reflection and making height differences less noticeable when tiles are installed in offset relationships.

The patent converts the potentially harmful effect of height differences and light reflection into a beneficial effect. By introducing irregular relief features, the patent transforms the mirror-like light reflection that highlights height differences into diffuse light reflection that masks height differences. The same relief features that create natural appearance also serve to diffuse light, turning what could be a defect into an aesthetic advantage.

The patent maintains the ease of manufacturing a glaze layer while introducing localized variations in the glaze surface. The glaze layer is applied uniformly for ease of manufacture, but then relief features are created within or on the glaze layer at specific locations. This creates local variations in surface topology that diffuse light reflection while maintaining the overall manufactured quality of the glaze application.

The patent changes the surface parameters of the glaze layer by introducing relief features with varying depths, heights, and distributions. This transforms the uniform smooth surface parameters into varied surface parameters that scatter light. The glaze material itself remains the same, but its surface topology parameters are modified to achieve diffuse reflection while maintaining manufacturing simplicity.