Dispersed Support Layer for Display Gap Reduction

The support layer is segmented into multiple discrete support columns distributed across the bonding area, rather than using continuous full lamination. This segmentation reduces material usage and simplifies the fabrication process while still effectively reducing the gap between the cover plate and display panel.

Instead of uniform full lamination across the entire surface, the patent applies support structures only at specific locations where gap reduction is needed. The support columns are strategically positioned to provide local support, reducing the gap where necessary while maintaining simplicity elsewhere.

The support layer is divided into multiple discrete support columns rather than continuous lamination, reducing material consumption and manufacturing cost while maintaining the gap-reduction effect.

The patent uses cost-effective support column structures that can be easily manufactured and applied, replacing expensive full lamination technology. These support structures provide the necessary function at a fraction of the cost of complete surface bonding.

Instead of applying support structures across the entire surface (excessive action), the patent uses a carefully optimized distribution of support columns at specific locations (partial action). This partial application is sufficient to achieve the desired gap reduction effect while minimizing cost.

The patent optimizes parameters such as the number, size, spacing, and height of support columns to achieve effective gap reduction. By adjusting these parameters, the solution maintains the gap-reduction function while using fewer materials and reducing production costs compared to full lamination.