Flexible Display Screen Openings for Curved-Corner Stress Relief

The patent introduces a stress relief structure with multiple through-holes in the corner bending portion of the flexible display screen. These through-holes create a porous-like structure that allows stress to be distributed and relieved throughout the corner region, preventing stress concentration while maintaining the desired curved shape for attachment.

The corner bending portion is segmented into multiple regions by dividing it into a first bending portion, a second bending portion, and a corner bending portion. This segmentation allows each region to handle different stress patterns and deformation requirements, with the corner bending portion specifically designed with through-holes to manage the most severe stress concentrations.

The stress relief structure with multiple through-holes in the corner bending portion creates a porous-like configuration that enhances flexibility and stress distribution. This allows the corner to adapt to the forming die's curved surface while the through-holes prevent stress concentration that would lead to cracking and wrinkling.

The patent designs the corner bending portion with predetermined through-holes that act as stress relief features before the actual attachment process. These pre-positioned holes cushion the stress that will occur during bending and attachment, preventing damage before it happens.

The stress relief structure uses a pattern of through-holes that creates a porous-like appearance and function. This approach achieves effective stress distribution through a relatively simple geometric pattern, avoiding the need for complex internal structures or additional components.

The patent optimizes parameters such as the number, size, shape, and distribution of the through-holes to achieve effective stress relief. By carefully controlling these parameters, the structure achieves good stress distribution while maintaining manufacturing feasibility and avoiding excessive complexity.