Wireless Receiver Frequency Hopping Control

The patent inverts the traditional control architecture by shifting the master control power from the transmitter to the receiver. The receiver now actively manages frequency hopping by sending channel change notifications to multiple transmitters, enabling a single receiver to coordinate with multiple transmitters efficiently. This inversion resolves the feasibility issue while maintaining operational simplicity through receiver-centric control.

The receiver is designed with multi-functionality to handle multiple transmitters simultaneously. It can store channel change notifications from different transmitters in a buffer, process frequency hopping control for multiple devices, and coordinate data transmission across primary and secondary channels. This universal design enables the receiver to manage complex multi-transmitter scenarios that were previously infeasible.

The receiver performs preliminary actions by buffering channel change notifications and preparing re-transmission data before the transmitter's confirmation is needed. When the transmitter sends data through the primary channel, the receiver has already prepared the channel change information and can immediately initiate re-transmission through secondary channels. This eliminates the waiting period while maintaining accuracy through proper channel coordination.

The patent implements a skipping mechanism where the receiver rushes through the confirmation waiting period by using buffered channel change notifications. Instead of waiting for the transmitter's confirmation before re-transmitting, the receiver skips this step by having pre-stored the necessary channel information, thereby significantly improving transmission speed without sacrificing accuracy.