Radiation Pyrometry TRIZ Cases
- Battery Pack Monitoring via PCM Phase Change Fault Detection
PCM phase changes reveal weak or faulty battery cells under applied load, enabling precise pack monitoring and overheating prevention.
- Photovoltaic Module Fault Loss Calculation Using Area and Impact Factors
Fault area ratios and impact coefficients quantify photovoltaic module power loss, helping O&M teams assess faults with less manual inspection.
- Removable Infrared Camera Window Assembly for Vehicle Glazing
A removable infrared window mount separates camera replacement from vehicle glazing while preserving alignment and reducing vignetting.
- Infrared Camera Outer Window Assembly for Low-Vignetting Vehicle Glazing
A removable outer window and interface part let vehicle IR cameras match glazing angle while reducing edge vignetting and easing maintenance.
- Peltier Sensor Package Layout for Efficient Heat Dissipation
A high-conductivity heat dissipation member in the package substrate helps a Peltier-cooled sensor maintain cooling performance in a sealed package.
- Lipid-Treated Polymer Substrates for Stable IR Sensor Windows
A lipid coating plus heat treatment keeps polymer sensor windows IR-transmissive despite touch, sebum, and spills, improving reading accuracy.
- Multi-Wavelength Process Monitoring for Laser Annealed Wafers
Multi-wavelength radiant light sensing tracks wafer temperature and dopant activation during laser annealing without offline damage.
- Battery Surface Metal Debris Detection Using Far-Infrared Reflection
Far-infrared reflection and thermal imaging detect sub-100 µm metal debris on battery surfaces while separating it from dust and rough-surface noise.
- Far-Edge Wafer Pyrometer Alignment for Uniform CVD Temperature
A small-spot edge pyrometer and alignment jig improve far-edge wafer temperature measurement, helping limit thermal gradients during CVD.
- Far-Infrared Metal Debris Detection on Battery Surfaces
Far-infrared reflection analysis helps detect 30 μm metal debris on curved battery surfaces without microscope complexity.
- Photonic Integrated Raman Spectroscopy With Heterodyne Peak Resolution
Heterodyne detection on a photonic integrated circuit sharpens Raman peak separation below 200 MHz while keeping the spectrometer compact.
- Vehicle Camera Layout With Multi-Focal Coverage for Blind Spot Reduction
Multiple camera sets with different focal lengths expand front and side perception, reducing blind spots while limiting sensor power use.
- Cooled Sensor Window Material for Higher Light Detection
Borosilicate glass replaces sapphire in a Peltier-cooled sensor window to reduce wavelength-specific absorption and improve detection sensitivity.
- Substrate Temperature Measurement Using Reflectivity and Emission Signals
Combining reflected polarized laser pulses with thermal emission signals improves anneal temperature tracking and detects slight process variations.
- Infrared Window Layout for Low-Temperature Wafer Measurement
Transparent and opaque window regions enable accurate wafer temperature measurement below 600°C while limiting heat-source interference.
- Battery Cell Infrared Temperature Sensing Through Keyhole Apertures
Contactless infrared sensing through keyhole apertures measures battery cell temperatures quickly across multiple surfaces to spot hot spots.
- Laser Ablation Imaging with Real-Time Focus Control for Live Cells
Real-time focus detection and high-NA laser ablation enable sub-cellular sampling from live cells with minimal damage and better MS imaging.
- Optical Pulse Waveform Measurement for Time Response and Dispersion
A reconfigurable pulse waveform and wavelength-selective attenuation path let one optical setup measure both time response and wavelength dispersion.
- Battery Separator Heat Resistance Testing With Heated Nail Penetration
A preheated nail penetrates the separator under controlled conditions, enabling uniform heat and pressure application with thermal imaging analysis.