Radiation Pyrometry TRIZ Cases

A bridge damage diagnosis system isolates free vibration signals from vehicle crossing events to enable precise structural health monitoring.

Optimized sensor parameters and spectral fitting suppress measurement errors in narrow band monochromatic light analysis.

A confocal measurement device uses a phosphor excited by concentrated laser light to generate multi-wavelength output for precise displacement sensing.

A tunable metamaterial bandpass filter uses structured light to control terahertz transmission spectra for real-time imaging.

A hard-apertureless spectrometer employs a soft-aperture formed by excitation light to collimate and analyze target characteristics without physical apertures.

Dual-frequency light modulation demodulates remitted signals to detect faults, preventing test carrier waste from interference.

A spectrum measurement device separates wavelength-swept coherent light into paths with different optical lengths to generate interference signals for Fourier transform analysis.

Segmented optical paths reduce excess temporal broadening, improving signal-to-noise ratio for accurate time-resolved Raman spectral analysis.

A spectroscopic receiver routes residual excitation light to an image sensor for alignment monitoring.

A radiation detection apparatus measures returned signals from distinct surface regions to quantify coating uniformity objectively.

Stationary optical detector arrays capture five-dimensional data without mechanical scanning.

A snapshot polarized hyperspectral camera integrates a spectra filter on a tiled pixel array image sensor to capture light signals with different polarizing angles.

Electrostatic force pulls target material through a nozzle to generate high-speed droplets, reducing debris and improving EUV light efficiency.

A handheld spectrometer integrates a visible aiming beam to define the measurement area on the sample surface.

A color calibration viewer uses specific LED intensities at 505 nm and 620 nm to match the CIE standard light source D65.

Lead pins secure the light transmission part relative to the entrance, resolving positioning accuracy issues during miniaturization.

Pre-calculated pulse patterns synchronize motor speeds, maintaining constant wavelength differences during high-speed fluorescent spectrum measurements.

A Raman spectrometer replaces mechanical gratings with an acousto-optic tunable filter to enable slit-free imaging of large sample areas.

First-surface mirrors eliminate substrate background noise, enabling rapid detection of low-concentration gases.

Dual-pass scanning with broad and ultraviolet illumination resolves detection reliability issues in limited-spectrum color measurement.

Correction coefficients in the calibration equation compensate for spur gear eccentricities, reducing wavelength errors and shortening calibration time.

Tunable input coupler mirrors optimize optical impedance matching, resolving sensitivity limits in conventional fixed-cavity photo-acoustic spectroscopy.

Visual copying and feedback loops resolve usability contradictions in automated thermal imaging route definition.

A calibration device uses a diffuse reflectance member to simulate light attenuation for near-infrared spectroscopy sensors.

A colorimeter uses a low reflectance unit to reduce specularly reflected light for accurate two-dimensional color measurement.

A compact dental shade-taking device captures precise two-dimensional color data using integrated light sources and image acquisition means.

A planarization method deposits transparent dielectric layers around metal patterns to achieve uniform surface thickness.

Elastic force transmitter bends flexible light transmitter via actuator pushing, resolving manufacturing precision challenges for illumination fiber durability.

A vibration sensor and light measurement unit compare spectral data against reference values to detect device malfunctions.

A light sensing panel merges sensors and bias lines into a single substrate structure.

Restricted least-square method approximates measurement spectra from overlapping fluorochrome signals to calculate accurate fluorescence intensities.

A computational method corrects second-order diffraction errors in fiber-optic spectrometer outputs by estimating and subtracting unwanted light contributions.

Computational collisions amplify analyte-specific frequency components in photoplethysmographic signals.

Modified Czerny-Turner spectrometer uses narrow bandpass filters to process optical signals for semiconductor monitoring.

Monitoring tube wall temperature prevents premature degradation while maintaining high syngas production yields.

A lift pin light pipe collects substrate radiation, isolating signals from chamber thermal noise.

Video-based metrology system compensates for infrared background radiation using thermal management and bandpass filters.

A multiplexer connects measuring heads in series to a single optical fiber strand.

Isolating condensed phase samples via permeation barriers eliminates condensation effects and solvent interactions to ensure reliable pure vapour spectra.

An integrated optical detection system captures scattered light from ejected drops to identify missing nozzles in high-speed single-pass printing.

A compact optical sensing system uses an integrated interrogator and resonant cavity structure to detect spectral shifts via broad-spectrum light sources.

Multiple sensors on a printing machine control stand detect gestures from various angles to resolve blind spots when operators move or bend.

Ultraviolet imaging captures fish eye iris luminance to replace chemical tests and enable rapid whole-fish evaluation.

A compact Littrow spectrometer uses a common lens to focus incoming and diffracted beams via conical diffraction.

Concavo-convex photodetectors eliminate diffraction gratings to resolve optical axis alignment complexity while maintaining measurement precision.

Unique identifiers link handheld spectrometers to specific calibration data in a database, resolving accuracy trade-offs against manufacturing costs.

Segmented incandescent lamps and reflective optics expand the optical spot size to 3-20 mm, reducing measurement errors on inhomogeneous samples.