Resolving Reception Conflicts in Multi-Card Mobile Terminals

The patent implements dynamic time slot allocation and switching mechanisms that allow the single RF module to dynamically switch between receiving signals from different base stations. The system dynamically adjusts reception timing based on synchronization status and conflict detection, enabling adaptive resource allocation that resolves signal conflicts while maintaining dual-card functionality.

The patent employs periodic synchronization checks and frame structure alignment between the two SIM cards. By organizing signal reception into periodic cycles with defined synchronization intervals, the system ensures that both SIM cards can operate with the single RF module without continuous signal conflicts, maintaining reliable communication through rhythmic coordination.

The patent makes a single baseband transaction module universal by implementing virtualization and time-division multiplexing capabilities. The same baseband module serves both SIM cards through dynamic configuration and scheduling, eliminating the need for separate dedicated baseband modules while maintaining full functionality for both cards through software-defined resource allocation.

The patent combines two separate baseband transaction modules into one shared module that handles both SIM cards. By merging the hardware resources and using intelligent scheduling algorithms, the system achieves functional equivalence to having separate modules while reducing device complexity, cost, and power consumption through resource consolidation.