Contoured Mobile Phone Casing with Variable Wall Thickness

The patent applies local quality by implementing variable wall thickness in the phone casing, with thicker regions at corners and edges for impact resistance, and thinner regions in flat areas for weight reduction. This allows different parts of the same component to have different structural properties optimized for their specific functional requirements.

The patent employs composite materials by combining multiple materials with different properties in the phone construction. The casing uses materials with varying densities and strength characteristics in different zones, creating a composite structure that balances weight and durability requirements across different regions of the device.

The patent implements local quality through strategically placed thickened regions at high-stress areas such as corners and edges, while maintaining thinner walls in less vulnerable areas. This localized reinforcement provides impact resistance where needed without uniformly increasing the overall device volume.

The patent applies spheroidality by rounding corners and edges of the phone casing rather than using sharp angles. This curvature distributes impact forces more effectively across the surface, improving impact resistance while maintaining a compact overall form factor.

The patent applies local quality by concentrating structural reinforcement only in critical areas such as corners, edges, and mounting points, while using lighter materials and thinner walls in non-critical areas. This selective reinforcement maintains overall structural strength without uniformly increasing weight.

The patent employs segmentation by dividing the phone casing into multiple sections with different thicknesses and material properties. This segmented approach allows optimized weight distribution while maintaining structural integrity through strategically placed reinforcement zones.