Radiation Pyrometry TRIZ Cases

Orifice segmentation and photoluminescence conversion boost operational efficiency while maintaining precise focusing.

A light focusing unit guides polarized light to a sample at multiple incidence angles using a cylindrical lens.

A closed sapphire tube containing noble gas creates a plasma light source without metal housing.

A carbon nanotube coating resolves the trade-off between large opening size and low emissivity in infrared detector calibration.

A photodetector uses a shielded dark pixel to generate reference signals for self-calibration.

ATR-IR spectroscopy detects malaria parasites through characteristic lipid signatures, enabling rapid diagnosis of early ring stages with high sensitivity.

Mobile imaging with a reference card calculates hair diameter and curvature, resolving measurement reliability issues from subjective visual assessment.

A two-dimensional hyperspectral imaging system uses a phase difference modulator to modify adjacent light signals for simultaneous spatial and spectral capture.

Hydrogen radicals convert tin debris into gas, preventing reflectance reduction in EUV light generation systems.

Internal reflecting optics focus CO2 radiation onto small droplets, reducing debris generation and improving conversion efficiency.

A detachable conical glare shield mounts around an infrared sensor lens hood to block adjacent light interference.

Over-scanning a grating in a near-zero-response wavelength range eliminates mechanical shutters to improve miniaturized spectrometer accuracy.

A dual waveband temperature detector uses a beam splitter to superimpose optical axes of two sensors.

Gelled ink maintains microcapsule integrity during printing, eliminating solvent drying and reducing environmental impact.

A tunable infrared laser spectrometer detects isotopic ratios using absorption spectroscopy with dual frequency beams.

Femtosecond laser filaments generate impulsive coherent vibrational excitation in gas-phase molecules to seed picosecond probe amplification.

A CARS microscope detects molecular species distribution using tunable Stokes light sources.

A temperature controller regulates sensor thermal conditions using computed coefficients to stabilize measurement environments.

A gas analysis device switches between harmonic synchronous detection and direct absorption methods based on concentration levels.

Segmented high-index silicon lenses reduce absorption loss while maintaining compact volume and low sag height.

A compact liquid sensor uses an LED array and ellipsoidal reflector to measure absorption spectra via photodetectors.

A mismatch correction circuit adjusts current mirror gain via feedback to eliminate measurement errors in ambient light sensing.

A tunable light source generates electromagnetic radiation across multiple wavelengths to detect gas concentrations via absorption intensity changes.

Multiplexed beam guidance replaces mechanical collection vessels to resolve temporal resolution limits while maintaining measurement precision.

A near-infrared food analysis device computes sectional nutrition data to generate spatial distribution images of calorie and component content.

A rotating scanning mirror replaces linear mirrors to eliminate acceleration delays and improve molecular vibration spectrum acquisition speed.

Hinged plates open the sample cell to simplify cleaning while kinematic mounts maintain precise thickness for accurate quantitative analysis.

Unsealed axial pathways enable Bragg grating sensors to measure temperature and vibration, resolving detection limits in sealed winding chambers.

Wavelength modulation spectroscopy detects dissolved gas concentrations in electrical equipment fluids using modulated light beams and photo detectors.

A dual spectrometer arrangement segments radiation into separate wavelength ranges to optimize detector area usage.

LED illumination and synchronous modulation exclude ambient light interference, maintaining measurement precision despite distance variations.

Structured OAM beams enhance Raman intensity for specific bonds, resolving limited contrast in traditional spectroscopy.

Continuous curved surfaces disperse distortions from thermal or external stress, preventing grating groove positional deviations in the spectroscopic unit.

Magnification layer induces surface plasmons to enhance Raman scattered light, resolving sensitivity limits in tissue analysis probes.

Vertical outlook mirrors feature gaps that allow window sensors to monitor masking without shadowing or electromagnetic interference.

Segmented fiber optics enable simultaneous upstream and downstream cathodoluminescence collection, resolving signal mixing in constrained TEM space.

Local diameter perturbations form Mach-Zehnder interferometers that enable high-temperature stability and signal separation from a single output spectrum.

Discontinuous spectral projection segments wavenumber ranges across the imaging array, resolving limited resolution in silent Raman regions.

A light pipe pyrometer assembly measures internal process chamber temperatures using infrared radiation redirected through a beveled sapphire window.

A heat treatment apparatus calculates a weighted average temperature from thermocouple and pyrometer readings to stabilize heating output.

A temperature detector uses a distance changer to vary the gap between an infrared sensor and a transmission filter for accurate thermal readings.

Inclined fiber ends and refractive index matching material minimize light reflection at optical interfaces.

Automated inspection system captures multiple images with varying exposure values to produce high dynamic range visual data for detailed defect analysis.

A target supply apparatus uses a cover opening and closing section to manage gas flow during extreme ultraviolet light generation.

A spectral filter array with aperiodic distribution captures light across multiple bands simultaneously on an image sensor.

Segmenting the sensor into specific-frequency and broadband regions distinguishes infrared targets from ambient noise, resolving tracking accuracy conflicts.

An optical detection system measures concentration-related properties in sample vessels without mechanical sampling.

Symmetric optical positions average reflected light intensity to suppress axis inclination and hand-shaking errors during measurement.

A non-contact temperature measurement device uses a thermal insulation box to stabilize the internal environment for precise readings.

Integrates a spectroscopic sensor with a mobile phone to process and transmit optical spectral data via wireless networks.