Radiation Pyrometry TRIZ Cases

A breath analyzer system uses a compact measuring cell with reflecting surfaces to detect volatile substances in breath samples.

Dynamic spool control minimizes temporal delay variations in terahertz spectrometers, enabling accurate real-time material detection.

A trained neural network calculates laser medium temperature using operational parameters, avoiding complex hardware integration.

Interferometer splits optical beams to cancel background light via destructive interference.

A Raman signal detection system modulates optical signals into orthogonal components for intensity-based analyte determination.

Characterizing LED temperature and current dependence to adjust drive currents for precise brightness matching.

A transparent electrode alters spectral response via applied charge to tune photoreceiver sensitivity.

A nanoparticulate tagant modulates electromagnetic radiation to produce a unique infrared signature for polymer identification.

An adapter stores calibration data in ROM to connect a separated sensor head and controller, resolving complicated data management.

Adjusting the cavity gap distance tunes resonant frequencies, enabling selective attenuation across wide spectral regions.

A heating process apparatus uses dual-wavelength infrared thermometry to measure substrate temperature without physical contact.

A compact Raman analyzer uses an atomic vapor filter and chopper system to split and isolate scattered light signals for precise detection.

Lead pins penetrate the stem to connect detection elements, resisting external forces that warp packages.

Mobile phone camera captures hyperspectral hair fiber reflections to identify pigment compositions.

Cycling filtered and unfiltered samples through a continuous airflow path eliminates differential refractivity caused by temperature variations.

Near-infrared spectroscopy assesses thermal effects in composite surfacing films through multivariate calibration of reflected spectral data.

A double-side-polished silicon pillar attached to an optical fiber tip forms a Fabry-Pérot cavity for high-resolution temperature sensing.

An angularly-selective layer transmits light within a specific incidence angle range to sensor pixels while reflecting higher-angle light.

A ruggedized interferometer uses a servo control system to apply substantial force during mirror turnaround periods.

Reflective housing bundles flash lamp energy to the testing area, reducing spatial constraints and energy loss during contactless photothermal inspection.

A celestial observation instrument uses a dynamic scanning axis to move the target image across the detector for faster data acquisition.

Infrared sensor measures external radiation while processing circuit averages multiple readings to eliminate body heat interference.

High-frequency noise modulation on the laser diode current suppresses interference by correlating the monitor signal with the measurement signal.

Differently oriented Fresnel ridges on a compact sensor cover expand the detection area beyond 900 square feet without bulky extrusion.

Segmented holder design isolates optical filters from adhesive application zones to maintain transmittance.

A longitudinal cavity integrates multiple optical openings to detect light from planar samples simultaneously.

A laser gas analyzer features a main display on the receiver and a sub-display on the emitter to facilitate single-worker optical axis alignment.

A processing unit chains digital signal processors to distribute and forward measurement values for real-time optical regulation.

Planar bends in a non-circular multimode fiber induce mode coupling, minimizing transmission losses and drift in compact liquid chromatography systems.

Aggregated fluororesin convex portions on a sliding film reduce static friction, preventing blade speed changes caused by abrasion.

A variable-wavelength illumination system switches between green and white light using dichroic filters without mechanical parts.

Redirecting light beams via reflectors enables continuous crop material flow measurement without swivel mechanism interruptions.

A concealment component uses diffusive structures to distribute light across an optical filter input surface for wavelength-selective transmission.

Bending a sacrificial film creates micro sloped structures, resolving manufacturing precision limits for compact spectrum sensors.

A color sensor arrangement processes raw channel signals into calibrated tuples using on-chip memory and control units.

Diffusers equalize light distribution in the cuvette module, reducing optical scattering errors during whole-blood hemoglobin analysis.

A reflected light detecting device uses polarization optical systems to separate surface and internal reflections from non-planar targets.

Analyzing fluorescence slopes during laser pulses grades alkali halide crystals, resolving heating and quality losses in photolithography.

A radiation thermometer uses a broadband light source and optical filter to calculate temperature from reflected and radiated light intensity.

Spatial partitioning of a filter module at the sensor conjugate plane reduces crosstalk and complexity compared to sequential mechanical filter wheels.

A minimal area image sensor integrates optical black columns to calibrate pixel arrays for simultaneous color and fluorescence imaging.

Oscillating charged particle beam between opposing electrodes generates coherent radiation through dynamic electric field modulation.

A thermal resistance correlator calculates component efficiency using power and temperature sensors to identify potential faults.

Offset reflecting elements fold the optical path to resolve manufacturing difficulties and field curvature while maintaining high image quality.

Prism coupling eliminates fiber alignment complexity in arrayed waveguide gratings, reducing manufacturing costs and improving light coupling efficiency.

Tilting illumination via relay optics blocks scattered rays, enabling high-resolution visible light imaging of features under non-transparent materials.

Segmented shroud shields target material droplets from gas flow interference to maintain positional stability in EUV light sources.

Rotatable spectral filter wheel with light redirectors enables uniform calibration flood illumination for infrared focal planes.

A light filter uses a two-dimensional array of quantum dots with varying thicknesses to generate distinct transmittance spectra.