Radiation Pyrometry TRIZ Cases

A leak detection port drains process fluid through a dedicated channel, enabling visual failure identification without compromising the primary seal integrity.

Variable optical path lengths reduce sample loss and measurement errors while expanding the dynamic range for absorbance measurements.

Segmented screws and intermediary shafts adjust parabolic mirror angles without breaching sealed housings, protecting humidity-sensitive components.

A color measurement apparatus uses a motor overlapping the gantry to drive carriage scanning.

A monolithically configured MEMS mirror integrates aperture limiting devices and a dispersive element to halve the optical deflection range.

Integrating a PTAT circuit into the phase-shifter chip measures temperature via existing contacts, resolving performance deviations caused by thermal drift.

Scattering microstructures on optical fibers allow direct location and installation of Bragg gratings, eliminating time-consuming spectral response sweeping.

Aperture size control enables localized surface plasmons for high transmissivity without periodic arrangement constraints.

A swallowable capsule uses a circular infrared detector array to capture subsurface tissue images.

A SERDS reconstruction algorithm normalizes intensity values across difference spectra to calculate quantitative Raman signals.

Active cooling of the EUV aperture component enables stable plasma generation between discharge electrodes.

Wide transverse illumination and sensing areas determine internal product properties across varying conveyor positions.

A tunable optical filter uses segmented dielectric reflection films to transmit light across a wide wavelength range.

A sensor device integrates a force sensor with surrounding light emitting and receiving elements on a single substrate.

Terahertz radiation detects micro-inclusion gradients by calculating the refractive index, resolving destructive inspection trade-offs.

A light source device uses a cover to isolate the electrode support part from cooling gas flow.

A cavity blackbody radiation source applies a carbon nanotube composite coating to the inner surface to boost infrared emissivity.

Segmented center plate and side bearing load cells sum signals to measure railcar weight, eliminating in-rail track scale delays.

An optical computing device determines sample characteristics using integrated computational elements in primary and reference channels.

Segmented angled surfaces and porous silicon carbide coating absorb stray radiation, resolving calibration errors caused by internal reflections.

Light pipes transmit traffic indicator outputs to sensors, bypassing environmental interference that hinders direct vehicle detection.

An integrated plastic lens housing with embedded photosensors eliminates complex calibration and reduces manufacturing costs.

A multi-layer micro-porous thin film structure uses size-differentiated pores to detect specific biomolecules through optical interference patterns.

A guide member integrates a white calibration plate along the scanning path of a reflection characteristic measurement apparatus.

Segmented doping creates differential loss between frequency modes, ensuring reliable single-mode selection while maintaining low overall waveguide loss.

An integrating sphere resolves non-uniform illumination contradictions in LED-based spectrophotometers, achieving 0.92 reproducibility.

A hyperspectral camera measures reflected light across visible and infrared bands to identify plant species in agricultural fields.

A pipeline inspection cable converts digital image data to analog signals for transmission and back to digital data at the proximal end.

Soft flexure mounting protects optical flatness while active tilt control corrects alignment errors.

A gas-filter correlation radiometer corrects detection signals using multi-spectral measurements and atmospheric radiative transfer modeling.

Single-crystalline inorganic semiconductor films paired with non-lattice optical cavities enhance light-matter interactions through nanocavity interference.

A rotating-pivoting device positions turbine blades for infrared camera inspection.

An arbitrary frequency light source selects single sidebands via an electro-optic modulator, resolving slow measurement speeds in differential absorption lidar.

Rotating the detector array suppresses row and column noise, improving signal-to-noise ratio and dynamic range in interferometer-based spectrometers.

Segmenting the probe into a replaceable carbon nanotube layer resolves the trade-off between reliable Raman detection and ease of particle removal.

Merging collimation, dispersion, and focusing functions into one element reduces device volume while maintaining spectral imaging quality.

Differential thermal expansion between the mount moving component and guide compensates for frame contraction, maintaining optical path length.

A spectrometry apparatus generates visualized images with icons to guide chromaticity teaching and conversion rule creation.

Folding optics transform radiation from wafer regions into distinct detector images to fill the sensor array completely.

A heating system with thermal-visual-servo control directs localized heat to specific garment regions using real-time temperature feedback from a thermal camera.

A colorimetric sensor device calculates received light quantity through a transparent member to detect dust accumulation on the optical path.

Position-based differential UV exposure compensates for indirect radiation loss at cassette edges, resolving film thickness variation across all disks.

A sensor triggers a shutter to block laser light when the sample cover opens, eliminating stabilization downtime and improving analysis efficiency.

Dual-cavity structure compensates for polymer thickness variations to enable accurate vapor quantitation.

A sample holder angles the cell relative to excitation light to prevent measured light from returning to the introducing hole.

A light measuring device uses a single reference channel to correct thermally dependent spectrum shifts in LED sources.

Fourier Transform Infrared spectroscopy analyzes Peripheral Blood Mononuclear Cells to generate spectral patterns distinguishing cancer patients from healthy individuals.

Multi-pass ring waveguides circulate light through specimens to boost absorption sensitivity in compact optical sensors.

An elliptical and parabolic reflector redirects UV radiation to eliminate loss outside substrate boundaries, achieving uniform irradiance.

Dispersing fine tin particles in a heated resin reduces plasma density and debris, increasing EUV light conversion efficiency.