Radiation Pyrometry TRIZ Cases

An elliptically shaped back reflector in a tapered light coupler increases out-coupling efficiency from waveguides, resolving low signal-to-noise ratios.

External hardware triggers eliminate software-induced timing offsets, reducing measurement dwell time and improving data accuracy.

A spectral imaging system modulates separation distance to reduce standing wave noise.

A radiation detection device combines gamma count information with a photomultiplier tube current indicator to calculate dose rates across varying energy levels.

Laterally varying transmission structures enable spectral analysis while reference cells normalize signals to correct errors from cell inhomogeneities.

Fluid nozzles apply pressurized methanol onto a radiometer dome to remove dirt and rime ice without manual intervention.

A single-port EGR probe uses combined mid-infrared light sources to measure CO2 concentrations in engine manifolds.

A photoacoustic module uses a shroud to screen the acoustic sensor from incident light entering through a window.

Tunable diode lasers measure water vapor concentration via differential absorption spectroscopy.

Rotating coulter disc mounts an emitter and sensor system using infrared radiation to identify soil constituents without mechanical disturbance.

Varying focal length across the field of view maintains uniform ground sample resolution without requiring excessive pixel density at the edges.

A thermal conductivity sensor measures gas properties at multiple temperatures to determine carbon dioxide concentration.

A multispectral imaging apparatus uses segmented visible and short-wavelength infrared LEDs to capture tissue reflectance across multiple spectral bands.

A pixel array with separate photo-sensing units detects visible and infrared light independently.

A multi-pass electro-optic detector accumulates probe radiation polarization changes through an electro-optic material.

A detection system compares measured body temperature against individual baseline values stored in a database.

Common-path interferometer eliminates chromatic dispersion and spatial separation to increase signal-to-noise ratio in hyperspectral imaging.

Disposable adhesive tape transfers metal nanoparticles to a substrate, reducing manufacturing complexity and cost while maintaining detection sensitivity.

A spherical cap blackbody minimizes shadowing effects to maintain uniform luminance across large field of view infrared sensors.

A modular portable device connects interchangeable sensor modules to a core unit via standardized electrical connectors.

Parallel vibration-free and vibrating pumps with flexible piping reduce chamber deformation during exposure.

Recessed support posts increase membrane contact area to maintain structural integrity during fabrication.

Multi-stage diffraction in a two-grating unit amplifies angular dispersion to resolve fine spectra without complex mechanical scanning.

Cube root transformation linearizes reflectance spectra to resolve nonlinear CIE L*a*b* errors and simplify Munsell space calculations.

Upconverts mid-infrared signals to near-infrared wavelengths using an optical parametric oscillator mediator, bypassing complex photodetection requirements.

A pyroelectric resonator sensor detects infrared radiation through mechanical vibration, resolving slow response times in uncooled thermal detectors.

A fast focusing method for multi-spectral imaging uses a stepper motor to adjust lens rotation positions and calculate focus measures.

Radial groove parts evacuate air from the filter gap, reducing drag on moving mirrors and shortening wavelength selection time.

A dual photodiode unit determines dominant light source types using visible and infrared spectral signals.

A spectroscopic sensor combines spectrometers with single-channel detectors to measure flat sheet properties.

A polarization setting means stabilizes interference light entering a spectrometer in optical tomography systems.

Conductive shielding member stabilizes charged liquid targets in extreme ultraviolet light generation chambers.

A micromirror spectrophotometer assembly uses a base platform with integrally formed mounts to secure optical components in a predetermined arrangement.

A rotatable optical assembly directs excitation light to multiple sample locations without moving the substrate.

Wavelength interval selection extracts informative spectral bands from Raman signals to enable compact diagnostic hardware.

A multidimensional spectrometer uses pulse shaping and directional field separation to generate precise spectral data.

Integrating a probe-activated trigger mechanism eliminates manual button pressing to reduce measurement errors during infant temperature readings.

A portable sampling unit collects exhaled breath compounds for mass-spectroscopy analysis.

Elastic shockproof units absorb mechanical impacts to prevent infrared source distortion and maintain measurement precision.

A pivot mechanism inclines a spectrophotometer to align its read plane with stationary calibration references.

Differential signal analysis breaks parameter correlation, enabling accurate critical dimension measurement of trapezoid grating wall angles.

Direct attachment of objects to diffraction structures eliminates support film dispersion, improving measurement sensitivity and reproducibility.

Magnetic concentration of analyte-particle complexes enhances Raman signals, resolving trace detection limits in complex matrices.

A plasmonic structure with periodic conductor patterns induces coupled diffraction and plasmon modes to enhance light absorption.

A sensor switch analyzes infrared signal strength and frequency to determine load activation duration.

Spatially-variant filter areas improve multispectral detection accuracy while increasing optical path complexity and manufacturing precision requirements.

An ultraviolet LED aqueous analyzer modulates current to compensate for narrow bandwidth, reducing system complexity compared to discharge lamps.