Nested Loop Antenna Module for Stable Wireless Charging Recognition

The patent applies the nesting principle by placing the internal loop pattern inside the external loop coil structure. The internal loop pattern is positioned in the inner circumferential region of the external loop coil, creating a nested configuration where one antenna structure is embedded within another. This increases the overlapping regions between transmitter and receiver antennas, thereby improving the charging recognition ratio without complicating the manufacturing process.

The patent applies dimensionality change by utilizing the vertical stacking arrangement of the internal loop pattern and external loop coil. Instead of expanding the antenna area horizontally, the design creates multiple overlapping regions in the vertical dimension through the stacked configuration. This allows the internal loop pattern to overlap with the external loop coil at multiple points, increasing the effective overlapping region without increasing the overall footprint area of the antenna module.

The patent applies the merging principle by integrating the internal loop pattern and external loop coil into a unified antenna module structure. The two antenna patterns are positioned in close proximity with multiple overlapping regions, creating strong coupling between them. This merged configuration enhances the magnetic field interaction and coupling strength, thereby improving wireless charging efficiency while maintaining a relatively simple overall structure that does not require additional complex components.