Temperature Sensor Response Time Characterization

The patent implements preliminary individual characterization of temperature sensors during manufacturing by measuring response time and storing it in memory. This preliminary action allows the sensors to be pre-verified and classified before deployment, eliminating the need for time-consuming individual testing during installation or operation, thus resolving the contradiction between measurement precision and production time

The patent changes the parameter being measured from general functional testing to a specific physical parameter (response time). By characterizing sensors based on this measurable parameter and storing it individually, the system achieves precise quality verification without requiring complex testing procedures, thereby improving measurement precision while maintaining efficient production

The patent implements self-service quality verification by having each temperature sensor store its own response time characteristic in its internal memory. The sensor essentially characterizes itself during manufacturing, eliminating the need for complex external testing equipment or manual verification processes. This self-service approach improves quality verification reliability while keeping the manufacturing process relatively simple

The patent creates a digital copy of the temperature sensor's response time characteristic and stores it in memory. This digital copy serves as a permanent record of the sensor's performance characteristics, enabling reliable quality verification without requiring physical re-testing. The copying approach simplifies the manufacturing process by replacing complex physical verification with simple data storage and retrieval