Radiation Pyrometry TRIZ Cases

Light-sensitive components prevent unauthorized access while maintaining seal integrity during regulatory disassembly.

Near-infrared spectroscopy detects deep resin pockets exceeding 0.015 inches, overcoming ultrasonic accuracy limits.

Segmented light imaging and Raman spectroscopy reduce diagnosis time while maintaining tumour detection accuracy.

A movable sensor head enters a propellant charge cavity to measure inner surface temperature using electromagnetic waves.

A colour measuring unit uses a sensor to monitor forward voltage of its semiconductor light source for spectral analysis.

A spectrometer device integrates a detector directly into an optical interference filter to focus filtered light via reflection.

An electro-optic crystal joined to a substrate via an interposition oxide layer prevents air bubble entrapment during resin adhesion.

Molded rubber-like sealing edge extends into slider space to create a tight seal against bowl walls, preventing leakage of low viscosity fluids.

A debris mitigation device protects grazing-incidence collector mirrors in EUV lithography source-collector modules.

A test instrument uses a Fabry-Perot etalon to produce discrete wavelength transmission lines for hyperspectral imaging systems.

Array waveguide grating filter replaces discrete sine filters, enabling simultaneous multi-sensor interrogation without component count limits.

A fiber optic powered smart sensor transmits data via optical signals, eliminating electromagnetic interference in harsh environments.

Segmented housing with hermetically sealed passageways connects directly to the gas sensor measurement chamber.

A LIBS device uses a blowing unit to establish controlled gas flow around the laser impact zone for accurate biological tissue discrimination.

Web-based control devices manage spectrometers in hazardous environments, resolving the trade-off between continuous monitoring and operator accessibility.

A semiconductor wafer heat treatment method using dual radiation thermometers to calculate front surface temperature during flash lamp annealing.

Aerial thermal cameras detect infrared radiation emitted by plants to monitor health conditions, enabling disease identification before visual symptoms appear.

An infrared reflectance sensor measures blood hematocrit via optical properties, eliminating manual pre-testing and improving processing efficiency.

A polarization state control element splits scattered light into orthogonally polarized beams for simultaneous detection.

UV laser photodissociates peroxides into fluorescing radicals, enabling sensitive remote detection without bulky chemical analysis equipment.

Adjustable optical components steer infrared beams to gather accurate spectral data, resolving measurement precision challenges in electronic devices.

Modulating optical path length via a spool and actuator suppresses thermal noise, enabling accurate complex index of refraction calculation.

A color image sensor captures reflected light from flash illumination to calculate object reflectance through mathematical interpolation.

Optical spectroscopy replaces destructive testing to enable online milk sorting based on predicted curd firmness and rennet coagulation time.

A spark spectrometer records carbon intensity during pre-sparking to calculate dissolved and undissolved fractions.

A double-curved mirror directs infrared radiation onto a passive sensor, forming multiple protective curtains without degrading the signal-to-noise ratio.

Dual mirrors pivot beams around the entrance pupil center to eliminate vignetting and expand the accessible field width in optical microscopy.

Dynamic z-axis adjustment compensates for planarity errors and varying paper thickness to enable high-precision non-contact measurement of small fields.

Combines four optical modalities to identify diseased tissues during surgery, reducing reliance on post-operative pathology analysis.

Tiltable blocking elements mask specific spectral subranges within a continuous range to enable flexible multicolor detection using a single-channel detector.

Hydrogen Lyman-alpha radiation at 121.6 nm improves resolution four-fold while bypassing atmospheric absorption limits.

A multifiber assembly transmits illumination light and collects spectroscopic signals from tissue within an endoscopic shaft.

An integrated optical sensor merges light sources, interference filters, and detectors to analyze fluid samples across multiple wavelength bands.

Branching pulse light beams via polarization beam splitters reduces noise across wide frequency ranges without sacrificing signal intensity in SRS microscopy.

An optical measurement system replaces mechanical sensors to eliminate time delays in temperature detection, reducing errors from reflected thermal radiation.

A laser system uses cavity dumping with an intracavity etalon to generate short pulses.

Single backing plate with white and black portions reduces warping to maintain color measurement precision.

A meta surface locally changes the phase of reflected light, replacing mechanical mirror movement to shrink interferometer size.

A rotating electrode wheel with a cover design that forms cooling channels to dissipate heat from liquid metal films.

Asymmetric torsion support portions maintain movable unit posture against manufacturing shape deviations to preserve optical characteristics.

Dispersive fabric on a panel refracts illumination into specific spectral bands, compensating for radiometric errors and system noise in hyperspectral imaging.

Acousto-optic modulators dynamically adjust laser bandwidth for coherent Raman spectro-microscopy imaging.

A Fourier transform infrared spectrophotometer adjusts detector voltage polarity to align signals with the analogue-to-digital converter input range.

A non-contact sensor monitors electromagnetic radiation from a printing blanket to estimate surface temperature in real time.

Extracting spectral separation into a photonic integrated circuit resolves the tradeoff between measurement precision and device volume.

Pupil segmentation disperses light onto distinct detector areas for simultaneous multi-angle spectroscopic measurements.

Incorporating infrared and terahertz transparent filler particles into polymer mold compounds enables full encapsulation of light sensor elements.

Optical wavemeter applies compressive sampling with a mask and grating to lower data load while maintaining signal fidelity.

An optical element merges light concentration and diffusion functions into a single body using anisotropic diffusivity distribution.

A detector window combines an interference filter with a diffraction grating to attenuate incident radiation across specific wavelength bands.