Terminal Frequency Reconfiguration for Multi-Network RF Circuit Use

The patent segments the radio frequency circuits into multiple independent units, allowing different frequency domain units to operate on different networks simultaneously. This segmentation enables the terminal device to maintain connections with multiple networks without requiring gaps, as each radio frequency circuit can independently handle scheduling from its respective network.

The patent implements multi-functionality by enabling the terminal device to support multiple networks and frequency domain units within a single device. The radio frequency circuits are designed to be universally capable of operating on different networks, allowing the terminal device to perform operations on multiple networks simultaneously without requiring network switching gaps.

By segmenting the radio frequency circuits into multiple independent frequency domain units, the patent allows each unit to continuously operate on different networks simultaneously. This eliminates the need for switching between networks, thereby maintaining high utilization rates of radio frequency circuits while still meeting diversified user requirements for multiple network access.

The patent enables continuous operation of radio frequency circuits on multiple networks simultaneously through frequency domain unit segmentation. Each radio frequency circuit maintains continuous useful action on its assigned network without interruption or idle periods, maximizing utilization rates while supporting diverse user requirements for multi-network access.