Gut Flora Fermentation Gas Detection With Gradient Injection

The patent employs a single gas chromatography detector that can detect multiple types of gases (hydrogen, methane, carbon dioxide, hydrogen sulfide) by using different detection methods and conditions. The detector is configured with multiple channels or modes that enable it to function as multiple specialized detectors would, thereby achieving comprehensive gas detection while maintaining a simple single-detector system.

The gas chromatography system incorporates an automated injection mechanism that performs the sample introduction process without manual intervention. The system automatically handles gas sample injection, eliminating human error in the injection process while maintaining operational simplicity. The automation includes features such as automatic sample loading, precise injection timing, and consistent injection parameters, ensuring high precision and repeatability.

The gas detection system employs sensors with adjustable detection ranges or multiple detection modes that can be dynamically selected based on the expected gas concentration levels. The system can switch between different sensor configurations or adjustment settings to accommodate varying concentration ranges, ensuring both reliability within each range and adaptability across different scenarios. This dynamic capability allows the same sensor system to reliably detect both low and high concentration gases by adjusting operational parameters.

The system uses a small-volume gas chromatography method that creates an efficient analytical copy of the gas sample detection process. Instead of requiring large sample volumes for adequate detection, the system optimizes the detection process to work effectively with minimal sample amounts. The chromatography method is designed to maximize the information obtained from small samples through efficient separation and detection protocols, thereby achieving accurate results while minimizing sample consumption and loss.