Radiation Pyrometry TRIZ Cases

Rotating filter elements breaks parallel alignment, eliminating multiple-reflection interference that degrades spectroscopic accuracy.

A position sensitive detector adjusts infrared light emitting strength based on reflected signal levels to conserve energy.

Segmented substrate vents allow assembly airflow while blocking foreign material contamination and humidity exposure.

Silicon microstructures on image sensor substrates enhance light absorption efficiency across pixel regions.

Demagnification via convex diffraction grating compresses spectral images to resolve the trade-off between broad UV-SWIR coverage and bulky device volume.

Metal frame assembly holds circuit substrates to dissipate heat from light emission components.

A cavity ringdown spectrometer locks laser wavelength using integrated cavity output spectroscopy with narrow-band absorbers.

Curved slit patterns in planarization layers resist gas rushes during vacuum relief, preventing sealant puncture and improving production yield.

Thermal conduction from a forced-air cooled light source stabilizes the spectrometer, reducing baseline noise and drift caused by room temperature fluctuations.

Segmenting the optical engine from the processing unit enables handheld operation, resolving the trade-off between imaging functionality and system portability.

A three-part anastigmatic anamorphic lens expands beams with high compression ratios using cylindrical and rotationally symmetrical subassemblies.

A spectrally adjustable filter uses a tiltable reflective element to direct dispersed light into selected output paths.

Single-walled carbon nanotubes enable non-contact strain detection via near-infrared emission, eliminating mechanical gauge limitations.

An axicon shapes a pump beam into a longitudinal focal line to enhance light absorption measurement sensitivity in aerosols.

A spectrally selective diffractive element generates diffraction images of isolated fluorescence labels on a single detector to enable superresolution localization.

An optical receiving device captures diffraction patterns from LEDs to determine fine particulate size through a vehicle windscreen.

A micro-fabricated Fabry-Pérot cavity with micromirrors extends the effective absorption length of light through a gas sample.

A filter and side wall block ambient solar light wavelengths below 0.9µm, ensuring accurate temperature detection for the cooking container.

A shortwave infrared polarimeter uses a pixelated wire grid array to capture interlaced polarization states on an InGaAs focal plane.

An integrated light modulator attenuates high-power input light to prevent sample heating while maintaining detector stability in compact designs.

An infrared imaging element replaces high-temperature solder with room-temperature adhesive bonding between a silicon support substrate and a quartz seal plate.

Optical analysis device measures reflectance at multiple wavelengths and angles to calculate a difference value for physical characteristic index.

Liquid crystal polymer dividers absorb stray infrared radiation to reduce optical crosstalk by 98.6% in compact proximity sensor packages.

A color sensor separates luminance and pure color channels using a polarization filter, enabling accurate quantification of metameric colors.

Multiple Fabry-Perot filters in a spectrometer resolve the trade-off between free spectral range and spectral resolution for accurate gas detection.

Image processing apparatus separates acquired images into spatial and spectral information using processors.

A resonant amplifier assembly isolates and amplifies modulated image signals in optical imaging systems.

Dynamic exposure adjustment prevents headlamp saturation while maintaining faint object detection in vehicle vision systems.

A compensatory window pre-corrects input beam aberrations, reducing irregular spot sizes caused by tilted detector windows.

Segmented electrodes apply graded potentials to accelerate liquid tin targets, increasing EUV repetition rate while suppressing insulation breakdown.

Open-path sensors detect gas concentration along a beam path to estimate release rates, correcting for wind speed and direction changes.

An extended cavity laser system feeds reflected radiation back through a gain medium to amplify attenuation signals from an external sample.

A spectrometer positions the detection unit above or below the diffraction grating to optimize focal lengths and maximize post-diffraction light intensity.

A MEMS-based mid-infrared absorption spectrometer uses a single-element emitter and scanning grating to deliver high-resolution spectral data.

A dual reflector optical filter uses periodically arranged ring-shaped nanostructures to control transmission wavelengths via Fabry-Perot resonance.

A solid-state gas spectrometer uses a reflective beam splitter to divide light into convergent beams for reference and sensing detectors.

A dual-prism optical system refracts and spatially filters polarized ultraviolet light for high-throughput extraction.

Raman spectroscopy assesses scattered radiation from multiple sample points to identify hazardous agents rapidly.

Tapering flushing medium outlet line accelerates gas flow to protect the sensor measuring section from hot gas contamination.

A spectrometry device uses a shared light source to measure distance and correct spectral values.

A spectrometer generates an artificial measurement curve by shifting stored intensity data points on the time axis to enable dual evaluation.

A vision sensor adjusts reset bias voltage levels via a temperature comparing circuit to compensate for pixel leakage currents.

Replacing bulky electromechanical drives with a piezoelectric resonant scanner reduces moving mass and power consumption while maintaining spectral resolution.

Three Fabry-Perot interferometers leverage the vernier effect to resolve the contradiction between limited single-sensor sensitivity and device complexity.

A photonic crystal layer reflects and transmits light to enable spectrum detection in compact electronic devices.

A gas sensor emits infrared light outside its housing to measure reflected intensity for concentration analysis.

Dispersion and electro-optic modulation suppress speckle patterns, enabling rapid on-the-fly wafer inspection.

An integral near-infrared measuring device quantifies tablet substance content and hardness during high-speed production.

Elliptical input polarization compensates for hollow-core photonic crystal fiber birefringence, improving polarization stability and power spectral density.