Bluetooth Device Set Information Update for Audio Sharing

The patent dynamically adjusts the information update mechanism based on connection status. When connections change, the electronic device actively pushes updated set information to affected Bluetooth devices, ensuring reliability without requiring complex manual reconfiguration. This dynamic adaptation resolves the contradiction by automating the reliability assurance process.

The patent implements a feedback mechanism where Bluetooth devices report their connection status and set information back to the electronic device. The electronic device then determines which devices need information updates and pushes the necessary data. This closed-loop feedback system ensures transmission reliability while keeping the implementation manageable through automated control.

The electronic device performs multiple functions: it manages its own Bluetooth connections, tracks set information for multiple device sets, determines which devices need updates, and pushes information accordingly. This multi-functional approach achieves reliable audio sharing between different device sets without requiring additional dedicated hardware, thus improving reliability while avoiding increased hardware complexity.

The system uses the existing electronic device's processing capabilities to manage the information synchronization across multiple Bluetooth device sets. Rather than adding specialized hardware, the electronic device serves itself by automatically tracking connections and distributing updated set information, achieving reliability through software intelligence rather than hardware additions.

The patent maintains separate set information for different Bluetooth device sets (first set information, second set information, etc.) while enabling their combination through a unified management approach. The electronic device segments the tracking of different device sets but uses a single information update mechanism to manage them all, achieving adaptability for collaborative use without proportionally increasing system complexity.

The electronic device acts as an intermediary that manages the combination of Bluetooth devices from different device sets. It maintains the identity and set information of each device set separately while coordinating their collaborative operation through centralized information management and push notifications, enabling adaptability without requiring complex peer-to-peer coordination between devices.