Radiation Pyrometry TRIZ Cases

Orthogonally oriented imaging spectrometers generate duplicate diffraction profiles to verify detections, reducing false positives from optical clutter.

A modular optical coupling mates via kinematic interfaces to constrain lateral displacements and maintain beam alignment.

Removable probe cover uses a camming surface to flex snap-on fasteners for secure attachment.

Off-axis parabolic mirror collimator aligns fiber axes to reduce angular sensitivity in optical measurement systems.

Concentric diffraction patterns on a substrate diffract extreme ultraviolet light to achieve high transmittance and resolution.

Controller acquires observation window environment information to correct optical property parameters, eliminating position-dependent measurement inaccuracies.

Segmentation divides operation keys into locked and unlocked groups, enabling selective access while maintaining security.

A high-reflectivity mirror positioned near the optical axis reflects the detector array's own thermal radiation to create a stable calibration reference.

Raman spectroscopy maps phase transitions in thermal barrier coatings to measure CMAS infiltration depth without destroying component integrity.

An asymmetric sector shutter axis masks the initial spark phase, eliminating gear noise and improving detection sensitivity.

A monolithic cyclical reflective spatial heterodyne spectrometer integrates a symmetric grating, flat mirror, and roof mirror into a single fixed frame.

An optical element splits detected light into multiple beam bundles for simultaneous spectral analysis in confocal laser scanning microscopes.

A laser emission device uses a nonlinear optical fiber to generate a wide spectral band probe beam for spectroscopic analysis.

A phase-matched terahertz emitter directs optical radiation across electro-optic material to generate high-amplitude signals.

A multi-mode imaging spectrometer uses two orthogonal entrance slits to switch between wide area coverage and fine spectral resolution modes.

Heating the gas measuring chamber above the dew point prevents condensation, ensuring reliable CO2 detection without measurement interference.

Speckle pattern analysis calculates surface slope information via coherent radiation shifts, resolving shadowing constraints in triangulation-based imaging.

An acousto-optic modulator switches pump beams at high frequencies without mechanical inertia.

A self-calibrating optical analysis system establishes measurement baselines through selective light modulation and reference path comparison.

Segmented chambers with controlled membrane diffusivity ratios eliminate non-steady state diffusion bias in soil gas efflux measurements.

Assigning distinct pixel quantities to spectral channels compensates for non-uniform detection efficiency across wavelengths, ensuring uniform sensitivity.

Oscillating the coded filter near resonance cancels AC signals from non-interest gases, resolving overlapping spectral signatures.

Continuous wave synchrotron sources eliminate plasma debris and time-multiplexing limits to boost EUV inspection throughput.

A real-time optical spectro-temporal analyzer captures non-repetitive ultrafast events using photonic time-stretch and parametric time-lens techniques.

A normal incidence broadband spectroscopic polarimeter uses a flat reflector to direct the focused beam onto the sample surface.

A colorimeter calibration method determines separate chromaticity and achromatic optimization factors to correct sensor spectral sensitivity variations.

Intertwined niobium nitride nanowires reduce dark count rates via voltage comparators and exclusive-OR gates to enhance signal-to-noise ratios.

Ethanol extraction removes fluorescent contaminants from heroin samples, allowing a SERS surface to enhance the Raman signal for accurate field identification.

Automated inline sensors measure embedded test patterns to maintain color fidelity without stopping the printing process.

A radar unit and thermography unit detect vital parameters and micro-body movements for contactless health assessment.

A controlling system measures photoresist critical dimensions and adjusts them using thermal reflow or etching trimming processes.

Dual interferometer apparatus measures contact lens center thickness using non-destructive optical interference fringes.

Dual scan segments with varying sample spacing enhance spectral resolution while avoiding aliasing artifacts in interferometric transform spectrometers.

A thermographic examination system detects spatial temperature distributions to determine near-surface structural parameters.

A temperature compensating circuit uses negative-temperature-coefficient resistors to stabilize oscillation frequency across varying thermal conditions.

Imaging apparatus captures color attributes and rim coatings on metal containers using binary illumination to trace defects to specific production equipment.

A color measuring system automatically advances to the next measurement upon target coincidence.

Segmented wavelength filter sets in a coded aperture separate spectral components, eliminating crosstalk and reducing system complexity.

A Raman photometer uses semi-permeable interference filters to capture multiple substance components simultaneously through parallel optical detection.

Narrow-wave LEDs supplement halogen tungsten lamps in a color matching observation box to simulate standard D illuminants.

A modular spectroscopic system uses a detachable attachment member with an optical path changer to direct light for spectral analysis.

A Raman spectroscopy system detects threat agents coincident with sample deposition using a fiber array spectral translator.

Multi-field imaging selects regions of interest for autofocus, reducing measurement time and improving focus accuracy.

A transmission type color calibration chart uses mountain-shaped spectral waveforms to maintain uniform brightness across color bars.

Pinhole array spatially filters light beams to prevent detector overlap, reducing astigmatism effects and improving spectral resolution.

Principal component analysis extracts spectral features to resolve the contradiction between measurement time and determination accuracy.

Adjustable Fabry-Perot etalon extracts spectral signatures from rugate tags using broadband illumination and interference effects.

Inkjet dispenser deposits analyte solutions onto sensing members to generate concentration-dependent arrays for rapid calibration.

Multi-angle diffraction analysis identifies defective LTPS backplanes before AMOLED assembly, preventing material waste and boosting production yield.