Multi-Material Display Bezel Structure for Lower Material Waste

The case is divided into multiple segments (first case segment and second case segment) that can be formed from different materials. This segmentation allows each portion of the case to be optimized for its specific functional requirements, reducing overall material waste while maintaining manufacturing feasibility through modular construction approaches.

Different portions of the case are assigned different material properties based on local functional requirements. The first case segment uses a material optimized for its specific location and function, while the second case segment uses a different material suited to its requirements. This local quality approach minimizes material waste by avoiding the use of excessive or inappropriate materials in each region.

The case employs a composite structure consisting of multiple case segments made from different materials. This composite approach allows the design to achieve required stability and rigidity through strategic material selection and configuration, rather than relying on excessive material quantity. Each material contributes its specific properties to the overall structural performance.

The case segments incorporate curved surfaces and rounded corners rather than sharp angles. This curvature design enhances structural strength and rigidity while using less material, as curved geometries naturally distribute stresses more effectively. The rounded features maintain structural integrity while reducing material consumption compared to traditional angular designs.