Thermometers Using Mean/Integrated Values TRIZ Cases

See how a quality index translates ambient temperature and humidity data into quantified dehydr

See how a thermochromic layer applied over a high-resolution mark reveals safety warnings when

See how a control station monitors temperature, generates alarms for out-of-range conditions, a

Variable hysteresis control cuts standby heat loss in a storage water heater while keeping lower tank temperature and fast re-heating.

Time-temperature logging predicts remaining refrigerant during biological cargo shipment, enabling intervention before spoilage and supporting compliance.

Tracks how long refrigerator temperature stays above a safe threshold and sounds an alarm before unsafe food exposure is missed.

Iterative temperature LUTs and degradation equations improve BESS SOH forecasting, helping users predict capacity fade and adjust usage profiles.

Temperature and current sensing detect battery stack current circuit failures without battery models or extra sensors, enabling safe switch opening.

A characterized PCB dielectric uses temperature-dependent leakage current to monitor board heat more accurately than discrete sensors.

Iterative temperature LUTs and degradation equations improve BESS SOH forecasting, helping users predict capacity fade and adjust usage profiles.

Cluster-level cooling and heating targets temperature differences in battery packs to improve uniformity, curb thermal runaway risk, and extend service life.

A plasticizer-based insulating material releases detectable volatiles above a set threshold, enabling continuous hotspot monitoring in electrical cabinets.

Temperature comparison between a shunt resistor and pack switches helps detect current sensor faults before overcurrent causes battery failure.

A moving average temperature threshold adapts to battery aging, cutting false overheating alarms while preserving early detection time.

Estimated element temperatures are derived from lighting patterns and power input, avoiding per-LED sensors while preventing overheating.

A thermal model uses lighting patterns and power input to estimate each light emitting element temperature without adding sensors to every element.

Distributed sensors and context-aware data acquisition track external conduit temperatures to prevent precursor condensation and particle contamination.

Uses thermal gradients and transistor diffusion to record non-monotonic thermal cycles without external power or electronic memory.

Thermal control and current stabilization keep FTIR VCSEL wavelength accurate despite temperature and drive-current variation.

A thermistor network measures combined cell resistance with mean-temperature thresholds to detect battery thermal anomalies more reliably.

Calibrated actuator contribution values let limited ESC sensors estimate substrate temperature profiles and improve chuck matching across chambers.

Clocked charging of a variable capacitor and reference capacitor enables binary capacitance detection without continuous amplifier current.

Periodic charging and bias cutoff let a capacitance sensor detect environmental changes accurately without continuous current draw.

Dynamic threshold updates use proximity and physical sensor data to improve handheld near-far detection across grip and environment changes.

Thresholds are updated from instant proximity and physical parameter data to improve near-far detection under changing grip and environment.