Pseudo Random Pulse Control for Distance Sensor Interference

The patent applies dynamics by making the light emission timing and charge transfer timing variable rather than fixed. A pseudo-random number sequence is used to dynamically adjust the timing of light emission and corresponding charge transfer operations. This dynamic timing adjustment allows multiple devices to operate simultaneously without fixed timing conflicts, reducing interference from mixed pulsed light while maintaining operational simplicity through automated pseudo-random sequence control.

The patent changes the timing parameter of light emission and charge transfer based on pseudo-random number sequences. By varying the timing parameters dynamically according to pre-determined pseudo-random patterns, the system achieves better measurement accuracy when multiple devices operate simultaneously, while the parameter changes are controlled through stored sequences rather than complex real-time calculations.

The patent applies preliminary action by pre-generating and storing pseudo-random number sequences that determine the timing patterns. These sequences are prepared in advance and used to control both light emission and charge transfer operations. This preliminary preparation ensures that timing synchronization between light emission and charge transfer is maintained reliably, while still achieving variable timing to reduce interference from mixed pulsed light.

The patent implements feedback by using the same pseudo-random number sequence to control both light emission timing and charge transfer timing. The system generates a pseudo-random sequence, uses it to determine light emission timing, and then uses the corresponding sequence to control charge transfer timing. This feedback mechanism ensures that the timing relationship between light emission and charge transfer remains synchronized while achieving variable timing patterns.