Foldable Panel Reconfigurable Antenna Arrays

The patent applies the dynamics principle by making the antenna panels physically reconfigurable through folding mechanisms. The panels can be folded forward or backward to dynamically change the radiation pattern and beam direction without requiring complex electronic beamsteering systems. This mechanical reconfiguration provides beamsteering capability while avoiding the high cost and power requirements of electronic beamsteering techniques.

The patent changes the physical parameter of panel configuration (folded vs. unfolded) to achieve different communication directions. By folding the side panels forward or backward, the effective aperture and radiation pattern parameters change, enabling beamsteering in different directions. This parameter change approach replaces complex electronic control with simple mechanical positioning.

The patent merges the hinge mechanism directly with the panel substrate by creating creases in the substrate material itself. This integration eliminates separate hinge components and their associated assembly steps. The creases are formed as part of the substrate manufacturing process, allowing the panels to be folded and reconfigured without requiring separate hinge assembly operations, thereby reducing assembly time and production cost.

The patent replaces the mechanical hinge system with creases formed directly in the substrate material. Instead of using separate mechanical hinges that require assembly, the substrate itself is designed with crease lines that enable folding. This substitution eliminates the need for separate hinge components and simplifies the assembly process while maintaining the reconfiguration capability.

The patent transforms the static single-direction radiation structure into a dynamic multi-directional system by enabling the side panels to be folded forward or backward. This dynamic reconfiguration allows the antenna to switch between different radiation patterns and communicate in multiple directions. The same physical structure serves multiple functional purposes depending on the panel configuration state.

The patent makes the antenna structure universal by designing it to perform multiple functions through panel folding. The side panels can be folded forward to achieve one radiation pattern, folded backward to achieve another pattern, or positioned in intermediate states for various beam directions. This multi-functionality is achieved without requiring multiple separate antenna structures, maintaining structural simplicity while enabling multi-directional communication.