Radiation Pyrometry TRIZ Cases

LED ambient illumination system with filter and control unit coordinates light sources and detectors during spectral measurements.

A color reference plate integrates color, white, and gray fields to perform simultaneous calibration.

A time-resolved image sensor accumulates signal charges at different times to generate multi-distance range images.

A Raman immersion probe uses collimated beams through a sealed window to collect signals.

A stacked optical array waveguide grating multiplexer achieves wide wavelength band coverage within a compact footprint.

Conditioning surface residues with radiation generates detectable by-products that resolve unique spectral signatures for remote material identification.

Reflective members guide radiation through material layers via multiple reflections, minimizing specular reflection errors on shiny substrates.

Infrared thermometry measures biomass surface temperature to resolve gas interference and ensure accurate process control.

An automated controller moves the focusing element relative to the analysis plane based on grating identification data, resolving manual alignment complexity.

Segmented computation and preliminary actions reduce imaging time and device size in diffusion optical tomography.

A Raman spectroscopic device light capturing unit uses a movable second convex lens to transmit and receive scattered light.

Inner pattern chops light while outer pattern synchronizes rotation, achieving 100 kHz modulation without mechanical blade vibration.

Segmented linear chambers with diffusely reflective surfaces eliminate shadows and reduce size compared to integrating spheres.

Magnetic fields and temperature control direct debris into porous collection units, suppressing component deterioration in EUV light production.

Near-infrared spectroscopy analyzes hydrocarbon mixtures using chemometric calibration models to estimate solvent concentration.

Pre-set perturbations in the sensor determine relative partial-pose information without complex bend sensing guesswork.

A handheld colorimeter uses a pivoting U-shaped bracket to reposition an optical diffuser between monitor and ambient light measurement modes.

Electron-beam-pumped AlGaN lasers generate deep ultraviolet radiation to eliminate fluorescence interference and boost Raman scatter cross-sections.

A bidirectional fiber optic probe uses an optical coupler to manage light modes within a single fiber.

A vertical cavity surface emitting laser array directs interrogation beams through sequential activation of individual semiconductor sources.

A microspectroscope uses all-in-focus image template matching to correct sample point position deviations during spectrometry measurements.

Merges optical assemblies into the cooling chamber to eliminate focus drift and non-uniformity correction, resolving signal-to-noise ratio trade-offs.

Optimized dielectric refractive index boosts plasmonic sensitivity, eliminating slow manual operator requirements for rapid trace substance detection.

Intersecting optical channels within a modular spectrometer housing enable multi-mode operation without physical component relocation.

Pre-modulating pump laser pulses before continuum generation expands spectroscopic bandwidth while maintaining interferometric stability.

Pyrometer feedback dynamically adjusts individual laser outputs to compensate for absorption variations and ensure uniform temperature distribution.

A motion sensor uses selectable lenses to configure the detection field and reduce interference with hearing aids.

A rotatable slit wheel with falcate openings adjusts height to produce a two-dimensional spectrum.

A selection module with a micro-mirror array directs light from specific zones for optical characterization.

Angled convex portions on optical units absorb stray light via multiple reflections, preventing specular reflection from moth-eye structures.

A single-mode optical fiber loop extensometer measures specimen displacement through transmitted power modulation.

Optical reference elements enable a time-of-flight camera to measure steering wheel position, resolving precision issues caused by driver adjustments.

A tunable diode laser excites samples while passive filters select scattered wavelengths for single-channel detection.

A cavity design with predetermined deviation from mode degeneracy simplifies optical mode matching.

Support members space the spectroscopic module away from the package inner wall, preventing optical element breakage under vibration and thermal loads.

A non-power-driven photometer uses multiple narrow-angle probes to detect atmospheric light intensity across various azimuthal angles simultaneously.

A wavelength-tunable absorption spectrometer uses sinusoidal light modulation for phase-sensitive demodulation.

A spectral interferometry apparatus measures optical path differences using sound or light indicators to adjust signal intensity.

Optical sensors on power transformers detect internal parameters via fiber optics, eliminating electromagnetic interference susceptibility.

Segmented interference filters on single pixels resolve the trade-off between device complexity and spectral resolution.

A field spectral radiometer calibration assembly uses optical indexers to manipulate detection paths for precise instrument alignment.

Gallium nitride substrates with metal-coated whiskers containing linear defects ensure high reproducibility of SERS spectra across multiple points.

An aspheric optical corrector lens sits between the refractor element and diffraction grating to reshape the optical path.

An external sensor measures interface temperature through a housing opening, preventing eddy current heat generation and signal interference.

Asymmetrical light limiter stabilizes signal dynamics on detectors to resolve linearity contradictions in UV absorption measurements.

Multi-element PIR sensors adjust detection thresholds dynamically to eliminate false triggers from environmental factors like moving trees.

Dual laser curtains measure droplet trajectory and arrival time to correct generator orientation and fire the source laser at the irradiation site.