Wireless Power LC-LCC Circuit for Stable Coil-to-Coil Transmission

The patent applies parameter changes by transitioning from traditional inductive charging parameters to resonant inductive coupling parameters. Specifically, the system adjusts the operating frequency to match the resonant frequency of both transmission and reception coils, and modifies the coupling coefficient by optimizing coil positioning and geometry. These parameter adjustments enable efficient power transmission over extended distances while maintaining safety through controlled magnetic field distribution.

The patent implements dynamics through adaptive control mechanisms that continuously adjust transmission parameters based on real-time conditions. The system dynamically modifies power transmission levels, frequency, and coil coupling based on load requirements and positional variations, thereby optimizing efficiency while maintaining safety constraints throughout the power transfer process.

The patent applies segmentation by dividing the power supply system into distinct functional modules: rectification stage, LC-LCC resonance circuit stage, and voltage regulation stage. Each module performs a specific function and can be independently optimized or replaced. This modular segmentation achieves stable constant voltage output while managing circuit complexity through functional decomposition.

The patent implements universality by designing the constant voltage supply unit to perform multiple functions: power rectification, resonance enhancement, voltage stabilization, and adaptive regulation. The LC-LCC topology serves as a multi-functional element that simultaneously achieves resonance coupling and voltage regulation, reducing the need for separate dedicated circuits and thereby managing overall system complexity.