Cordless Communication Mode Switching for Power Optimization

The patent implements dynamic switching between single-slot mode and multi-slot mode based on real-time communication conditions. The system monitors communication quality indicators (such as bit error rate or signal strength) and automatically adjusts the slot usage mode, transitioning from static to dynamic operation to optimize both reliability and power consumption.

The system changes the operational parameter of time slot usage from fixed to variable. By adjusting the number of slots used (from one slot in single-slot mode to multiple slots in multi-slot mode) based on communication conditions, the system adapts its resource allocation to maintain quality while managing power consumption.

The system dynamically adjusts its operational mode based on communication stability requirements. When communication conditions are good, it operates in power-saving single-slot mode; when conditions deteriorate, it switches to stable multi-slot mode, thereby optimizing the duration of action under varying conditions.

The patent varies the time slot allocation parameter according to communication needs. By changing from using one time slot to using multiple time slots based on detected communication quality, the system maintains stability when necessary while extending available time during favorable conditions.

The system implements dynamic mode selection that responds to communication conditions. Rather than permanently operating in low-power single-slot mode, it transitions to multi-slot mode when communication quality thresholds are not met, ensuring reliability is maintained while minimizing power consumption during good conditions.

The patent adjusts the time slot usage parameter based on communication quality feedback. When quality is sufficient, it uses fewer slots (single-slot mode) to save power; when quality deteriorates in weak electric fields, it increases slot usage (multi-slot mode) to maintain communication reliability.