Thermometers Using Physical/Chemical Changes TRIZ Cases
- Embedded Fiber-Optic Sensor for Composite Welding Temperature Monitoring
A distributed fiber-optic sensor permanently embedded in thermoplastic composites measures temperature fields during welding.
- Optical Fiber Temperature Sensor with Black Body Emitter
Black body emitter fused to optical fiber end provides high-temperature sensing immune to RF interference.
- Amplicon-Based Temperature Calibration for Microfluidic Channels
Amplicons with known melting temperatures calibrate microfluidic channels, eliminating third-party calibration complexity and downtime.
- Fiber-Optic Thermometer Probe With Reduced Cladding
A fiber-optic thermometer probe uses a reflective interface and temperature-dependent refractive index coating to measure heat via light power variations.
- Raman Sensor Temperature Demodulation via Rayleigh Noise Subtraction
A temperature demodulation method for distributed fiber Raman sensors uses calibration to process Stokes and anti-Stokes light signals.
- Optical Fiber Temperature Measurement in Chill Molds
Optical waveguide fibers detect temperature changes in chill molds with high spatial resolution.
- Photonic Resonator Analyzer Thermal Response Characterization
A photonic resonator analyzer system produces a thermal response function by fitting non-parametric models to spectral features.
- Thermochromic Layer for Optical Fingerprint Sensor Noise Reduction
A thermochromic material layer coats the sensor face to convert finger ridges into a persistent colored pattern for image acquisition.