Tubular Resin Bracket Structure for Strength Without Weight Gain

The patent applies local quality by providing reinforcing ribs only at specific locations where stress concentration occurs, rather than uniformly across the entire bracket. The reinforcing ribs are strategically placed at the column portions and bridging portions to enhance strength locally where needed, while keeping other areas lightweight.

The bracket is segmented into multiple functional parts including column portions, bridging portions, and reinforcing ribs as separate structural elements. This segmentation allows each part to be optimized independently for its specific function, enabling weight reduction in non-critical areas while maintaining strength in critical zones.

The reinforcing ribs are locally applied at critical stress points to enhance durability where required, rather than adding weight uniformly throughout the bracket structure.

The bracket structure is divided into functional segments that can be independently optimized, allowing durability enhancement through targeted reinforcing elements without compromising overall weight.

The bridging portion features variable cross-sectional width with local quality optimization - wider at connecting portions to prevent stress concentration and narrower at intermediate portions to reduce weight. This non-uniform geometry strategically places material where structurally necessary.

The connecting portions incorporate curved or tapered transitions rather than sharp corners, which smooths stress distribution and prevents stress concentration while maintaining weight efficiency.