Automobile Remote Control Device Using Frequency Shift Keying

The patent implements periodic action by dividing the acknowledgment signal transmission into separate periodic cycles for each function. Instead of waiting for all functions to complete before transmitting any acknowledgment, the system transmits acknowledgments periodically as each function executes, using separate wake-up sequences for each function's acknowledgment cycle.

The patent applies segmentation by dividing the single wake-up sequence into multiple separate wake-up sequences, each dedicated to a specific function's acknowledgment. This allows the remote control to receive and process acknowledgments for different functions independently and simultaneously, rather than waiting for a single sequential acknowledgment cycle to complete all functions.

The patent implements periodic action by establishing separate periodic transmission cycles for different functions. Each function has its own wake-up sequence and acknowledgment timing, allowing the system to maintain optimized power consumption patterns while providing timely feedback for each function without requiring continuous high-power transmission.