Nested Trampoline Support Structure for Stronger Tube Joints

The patent implements a multi-layer nested tube structure where inner tubes are inserted into outer tubes at connection nodes. Specifically, the protection fence tube is nested within the frame tube, and additional reinforcement tubes are nested within both. This nested configuration creates a multi-layer tubular structure that significantly enhances structural strength and resistance to bending and separation while maintaining a relatively simple overall design that is easy to manufacture.

The patent replaces screw fastening with a nested insertion mechanism where the encircled mesh support rack assembly is inserted into and anchored within the frame tube structure. The nested tube design provides inherent mechanical anchoring through friction and geometric interlocking, eliminating the need for separate fasteners. This improves reliability by preventing loosening from vibration and stress while maintaining ease of manufacture through simple insertion and assembly.

The patent implements a nested configuration where transverse connection tubes are inserted within longitudinal frame tubes, and additional reinforcement tubes are inserted within both. This nested arrangement creates multiple layers of structural support at each connection node, significantly enhancing connection strength and resistance to bending during vibration and transportation. The modular nested design maintains ease of operation through simple insertion and assembly without requiring complex fastening procedures.

The patent employs nested insertion connections where tubes are inserted into one another without welding. The nested configuration provides structural strength through friction, geometric interlocking, and multi-layer support. This non-welded nested design maintains ease of repair by allowing simple insertion and removal of components, enabling easy disassembly, reconfiguration, and replacement without the need for welding equipment or procedures.