Radiation Pyrometry TRIZ Cases

A spectroscopy module forms a light passing hole in the detecting element to maintain precise alignment.

A non-contact sensor system estimates core body temperature using skin radiation data and ambient measurements.

Real-time pyrometry identifies outlier melt pool shapes to detect porosity, eliminating post-processing delays.

Dichroic combiners merge multiple illumination sources into a single path while optical fibers reduce laser speckle noise for stable measurement.

Combining GPS receivers with inertial navigation systems corrects urban positioning errors to generate accurate real-time pollution maps.

Reducing the intermediate space width below 5 mm outside the discharge area prevents flashover while enabling a 2π steradian solid angle for EUV radiation.

Double measurement process captures spectral reflection and fluorescence data for printed samples containing optical brighteners.

A probe detects airfoil edge passage through combustor radiation to generate timing signals for blade spacing calculations.

A spectral characteristic measuring apparatus calculates combined central wavelengths for light receiving elements based on illumination spectral intensity distribution.

A laser beam formatting module shapes and demagnifies light to achieve uniform intensity across the target surface.

A carbon nanotube thin film structure generates blackbody radiation spectra through rapid Joule heating.

Photoelectric conversion array adjusts independent channel gains to ensure uniform output across different detection wavelength ranges.

Replacing radial collimator lenses with a single toroidal mirror reduces apparatus volume while maintaining high-precision measurement of metallic coatings.

Variable spectral filters sweep wavelengths to drive event-based sensors, reducing data volume while maintaining spatial image accuracy.

Segmented light-source modules replaceable on a common base expand wavelength coverage without increasing polishing table space requirements.

A custom cosmetic blending machine uses a spectrophotometer to measure skin color and peristaltic pumps to dispense precise pigment quantities.

A UV-VIS detector unit uses a second light source aligned along a separate axis to provide an independent reference signal.

Continuous sideband frequency shifting overcomes coherence length limits to enable sub-micrometer distance measurements.

A transmission Raman system emits radiation through a container wall to detect scattered signals from the sample interior.

Swelling polymer pillars shrink inter-pillar gaps to concentrate molecules in hot spots, resolving weak Raman signal detection limits.

Accessory coupling a liquid sample pipette to a handheld spectrometer, minimizing ambient light interference and improving spectral resolution accuracy.

A multi-anode photon detection system uses delay lines to measure emission time and wavelength simultaneously.

A spectrometer device merges a photodetector and interferometer on one substrate to enable single-direction electrical contact.

An optical device uses upward coupling from a waveguide to reduce dark current and improve sensitivity in communication applications.

A multivariate optical computing system classifies measurement results using weighted regression vectors and dot product operations.

Wavelength-selective detectors eliminate bulky notch filters, reducing system cost and fragility while capturing hyper Raman signals.

Segmenting the detector unit from the housing enables multi-axial adjustment of the linear sensor, resolving size versus accuracy trade-offs.

An optical plug in the fiber shaft back-reflects light for continuous calibration, resolving measurement precision versus workflow efficiency bottlenecks.

Frequency-domain mixing filters noise to extract absorption data from contaminated samples without full spectral scanning.

A depolarizer substantially depolarizes light from the source to stabilize interferometric signal strength.

Cascaded cross-axis diffractive elements separate spectral components using orthogonal dispersive axes.

A multichannel polarization stabilizer uses a single detector to analyze dither frequencies in combined beams for co-polarization control.

A modular attachment device aligns multiple light sources and detectors along a single optical path for simultaneous chemical analysis.

A compact microspectrometer integrates a diffraction grating and light source within a single housing to enable direct spectral detection.

Stacked photodiodes isolate visible light from infrared interference, enabling accurate luminous flux detection for display control systems.

Thermal oxidation creates uniform silicon oxide films on inclined surfaces, resolving light loss from non-uniform deposition in optical components.

Photoelectric conversion drives a MEMS mirror to deflect light, preventing optical fiber breakage from torsional stress.

Digital profiles synchronize instrument fleets by compensating for spectral differences, reducing manual tile management errors.

Nonlinear optical imaging characterizes collagen distribution in thick liver slices, overcoming dye diffusion limits and preserving spatial resolution.

A monolithic mirrorless interferometer design integrates optical paths into a single unit cell to detect environmental refractive index changes.

A multi-image detector assembly uses fixed optical filters and disparate f-numbers to capture correlated images across multiple wavelength ranges simultaneously.

Radiation thermometers monitor substrate temperature during flash lamp heat treatment to detect wafer bowing via temporal differentiation, preventing breakage.

A multimode wave guide homogenizes radiant energy via modal dispersion, reducing noise and image fluctuations across the sensor array.

A line-scan imaging system acquires hyperspectral reflectance and fluorescence images using a single camera.

An optical parametric generator unit produces idler and signal pulses to enable sensitive nonlinear optical detection in microscopy setups.

A portable near-infrared spectroscopy system uses a circular LED array and miniature diffraction grating to identify solid materials.

An opaque light-blocking element placed at the prism-sample interface controls illumination intensity to improve coupling resonance contrast.

A broadband gas analysis method uses spectral modulation to estimate species concentrations without multiband filters.

A vehicle sensor uses a shape memory alloy actuator to translate a plunger, resolving ice accumulation that blocks detection accuracy.

A compact spectrometer uses an interference fringe pattern generator and planar detector array to capture diffused object light for spectral analysis.