Testing Dairy Products TRIZ Cases

Spectrographic and thermographic sensing enables real-time control across food subprocesses to improve repeatability and product quality.

First-derivative water-vapor correction compensates spectrometer amplitude shifts from sample holder wear, improving spectral consistency.

Camera analysis of the membrane upstream of the indication zone detects dosing and strip faults before biomarker results become unreliable.

Calibrated needle-to-pad spacing enables accurate milk dosing on lateral flow sticks, reducing carry-over and failed biomarker tests.

Wireless level tracking records consumed diluent in an enclosed container and prompts timely replacement before milk testing runs dry.

Preloaded chip parameters and automatic validation simplify substance analysis while preserving detection accuracy in a portable analyzer.

Pre-functionalized sensors combine up to 16 electrochemical tests on one strip, reducing sample preparation and specialized equipment for rapid contaminant results.

Wireless tags store arrangement-specific settings and transfer them to the control unit, reducing manual tracking and misconfiguration.

A measuring device uses a whey electrode to recalibrate conductivity values for precise cheese curd proportion determination.

Capillary action draws milk through a porous membrane to trigger color changes, eliminating manual handling errors.

A raw milk measuring apparatus places surfactant on flow path side walls upstream of electrodes to disrupt somatic cell membranes.

Capacitor plates detect dielectric property shifts in milk packaging, correlating capacitance with pH levels to monitor spoilage without invasive sampling.

Angled optical paths and modular segments resolve the trade-off between measurement precision and device complexity, improving ruggedness and testing speed.

Wireless monitoring of dosing module pump usage prevents operational failures and reduces waste by alerting farmers when components require replacement.