Mobile Terminal Charging Path Control for Simultaneous Dual-Mode Power

The patent implements dynamic charging path control where the controller automatically switches between wired charging path, wireless charging path, and simultaneous dual charging path based on real-time detection of charging cable connection status and power source availability. This dynamic adaptation allows the system to optimize charging speed by utilizing both charging methods simultaneously when conditions permit, while simplifying to single method operation when necessary, thereby resolving the contradiction between charging productivity and device complexity.

The patent employs feedback-based control where the controller continuously monitors the connection status of charging cables and the availability of power sources, then automatically adjusts the charging path configuration. When both wired and wireless power sources are detected as available, the system activates simultaneous dual charging path operation to minimize charging time. The feedback mechanism ensures that the system transitions smoothly between different charging modes without requiring complex manual intervention, thus reducing charging time while managing control complexity through automated decision-making.

The patent implements self-service charging path control where the system automatically detects the user's charging needs based on cable connection status and power source availability, then autonomously selects and configures the appropriate charging path. Users simply need to connect their preferred charging method (wired or wireless), and the controller automatically determines whether to activate single or dual charging paths without requiring users to manually configure complex settings. This self-service approach enhances adaptability to different charging scenarios while maintaining ease of operation by eliminating the need for users to understand or control the underlying path selection logic.