Display Edge Cover Adhesive Recess Design

The patent introduces a recess structure that adds vertical dimension (depth) to compensate for the reduced horizontal attachment area. The recess creates a three-dimensional space where the edge cover adhesive can be embedded, transforming a two-dimensional surface attachment problem into a three-dimensional structural solution. This allows the adhesive to maintain adequate attachment area even when the edge frame width is reduced.

The edge cover adhesive is nested within the recess structure of the edge frame. The recess acts as a container that holds the adhesive in place, creating a nested configuration where the adhesive is positioned inside the recess rather than merely on the surface. This nesting approach ensures the adhesive remains securely attached even with limited edge frame width.

The recess structure introduces vertical depth to create a three-dimensional attachment environment. By embedding the adhesive into the recess, the solution compensates for reduced horizontal attachment area through increased vertical engagement. The adhesive extends into the recess space, maintaining sufficient contact area and structural support to prevent warping.

The recess structure serves as a pre-prepared structural feature that cushions and supports the edge cover adhesive before reliability testing or application. The recess provides a prepared environment that accommodates the adhesive and prevents it from warping under subsequent stress conditions, acting as a preventive measure against future deformation.

The recess structure is formed as a preliminary feature during the edge frame manufacturing process, before the edge cover adhesive is applied. This pre-formed recess provides a ready-made structural solution that guides and supports the adhesive placement, ensuring proper positioning and preventing warping without requiring complex post-assembly operations.

The edge cover adhesive is nested within the recess structure of the edge frame. The recess acts as a container that holds the adhesive in place, creating a nested configuration where the adhesive is positioned inside the recess rather than merely on the surface. This nesting approach ensures the adhesive remains securely attached and maintains protective performance.