Server Liquid Cooling Leak Detection Signal Generation

The patent applies parameter changes by modifying the optical signal characteristics through wideband pseudo-random signal convolution. The system transforms simple light flashes into complex coded sequences with specific temporal and spectral parameters that are difficult to replicate accidentally or maliciously, thereby changing the detection parameters to improve reliability while reducing false triggers

The patent introduces an intermediary layer of pseudo-random coding between the liquid detection mechanism and the optical output. This coding layer acts as a mediator that processes the detection signal and transforms it into a unique flash sequence, adding complexity that prevents accidental or malicious triggering while maintaining accurate leak detection

The system changes the temporal and spectral parameters of the light signal by applying wideband pseudo-random convolution. This transforms simple flashes into complex sequences with varying intervals and patterns that enhance eye safety through reduced peak intensity while maintaining detectability, and provide anti-tamper functionality through unique coded sequences

The patent implements periodic action through structured flash sequences that follow specific temporal patterns defined by pseudo-random codes. The systematic variation in flash timing and duration creates recognizable patterns that are easier to process reliably while reducing peak exposure through distributed timing, thereby improving eye safety without sacrificing operational clarity