See how capturing oil surface and color samples in the same camera view enables objective degra
See how recording frying event parameters replaces costly direct measurement to track polar com
See how identifying aldehydes, Maillard reaction products, and fatty acids improves edible oil
See how a detachable sensor cover with segmented cap and pillars protects oil deterioration ele
See how axial movement of the inner conductor compensates for thermal expansion, maintaining co
See how a portable oil transport caddy uses capacitance measurement to assess total polar mater
See how a rotating sensor cover with arcuate tip and dual-pillar connection protects handheld o
See how a sensor in the exhaust air stream detects oil degradation substances without tank atta
See how a dielectric-constant meter calculates oil acid value using a calibration formula, enab
Breath-cycle PTR-TOFMS data and decay coefficients make flavor blending more objective by capturing retronasal aroma behavior during consumption.
Partial 5-95% aroma reduction with same-different sensory testing reveals essential flavour compounds and taste-odour interactions.
X-ray-readable identification marks verify the correct contaminant test sample even when food masks it or barcode line-of-sight fails.
Fine air bubble imaging improves frying oil deterioration assessment by replacing subjective checks with feature-based estimation.
Measures total polar compounds and converts them into a usable deterioration indicator, reducing operator error and complex oil checks.
Real-time electrochemical and chemiresistor sensing tracks spoilage analytes, pH, temperature, and humidity to reduce food contamination in transit.
Real-time microbiological data processing calculates safety indexes across animal protein production stages to improve food safety control.