Portable Breath Analyzer With Humidity-Controlled Low-PPM Detection

The patent extracts and eliminates the reservoir component from the system entirely. Instead of collecting breath samples in a separate storage chamber, the system processes breath analysis in real-time as the patient breathes through the device, thereby removing the source of bacterial growth and sample degradation while maintaining portability.

The patent introduces an intermediary mechanism (real-time processing system) between breath collection and analysis. Rather than storing breath samples and analyzing them later, the system immediately processes the breath as it is exhaled, using intermediate steps like filtration and real-time spectroscopic analysis to prevent degradation while enabling portable operation.

The patent combines multiple functions (filtration, separation, detection, and analysis) into a single integrated portable device. The mass spectrometer and other analytical components are miniaturized and merged into one unit that can be held and operated by a single patient, eliminating the need for complex laboratory-based systems while maintaining high measurement precision.

The patent replaces complex mechanical separation systems with advanced spectroscopic and mass spectrometric methods. Instead of using large mechanical chromatography columns and complex pumping systems, the device uses electromagnetic fields and spectral analysis to separate and identify breath components, significantly reducing mechanical complexity while improving measurement accuracy.