Wireless Charging and Communications Device Using Frequency Segmentation

The patent divides the single antenna system into two separate resonant circuits: one tuned to 10.6 MHz for communication and another tuned to 13.6 MHz for charging. This segmentation allows each function to operate at its optimal frequency independently, resolving the contradiction between minimizing communication interference and reducing charging time.

The patent changes the operating frequency parameter from a single 10.6 MHz frequency to two distinct frequencies: 10.6 MHz for communication and 13.6 MHz for charging. By adjusting the resonant frequency of the charging circuit to 13.6 MHz, the system achieves faster charging while the communication circuit continues to operate at 10.6 MHz without interference.

The patent segments the antenna system into two independently tuned resonant circuits, allowing the charging circuit to operate at 13.6 MHz for fast charging while the communication circuit operates at 10.6 MHz. The segmentation isolates the frequency bands, preventing interference between the two functions.

The patent implements dynamic frequency selection through a switch that alternates between charging mode (13.6 MHz) and communication mode (10.6 MHz). The system dynamically adjusts the resonant frequency of the antenna circuit based on the active function, enabling efficient charging without compromising communication quality.