Foldable All-Terrain Vehicle Frame with Rotating Bottom Rods

The patent implements nesting by placing the storage space within the folded structure of the all terrain vehicle. The storage compartment is integrated into the folded configuration of the frame and wheels, allowing items to be stored within the compacted form factor rather than requiring additional external space. This resolves the contradiction by enabling increased storage capacity without proportionally increasing the folded volume.

The patent employs dynamic reconfiguration of the vehicle structure during folding and unfolding operations. The frame members and wheels are designed to move relative to each other in a controlled manner, transforming the vehicle between an extended operational state and a compact folded state. This dynamic transformation allows the storage space to be accessible during use while maintaining a compact form when folded, resolving the space contradiction.

The patent divides the all terrain vehicle into segmented components including the frame, wheels, and storage space, each capable of independent movement and reconfiguration. The frame is divided into multiple connected segments that can fold relative to each other, while the wheels are separable from the main body. This segmentation enables easy folding for convenience while allowing the components to be rigidly connected during movement to maintain stability.

The patent implements dynamic connection mechanisms that transition between rigid and flexible states. During movement, the connection elements maintain rigid connectivity to ensure stability. During folding operations, the same connections allow controlled relative movement between segments. This dynamic behavior resolves the contradiction by providing both stability during use and ease of folding when needed.