Radiation Pyrometry TRIZ Cases

A spectrum determination device calculates sample coincidence using reference spectra weighted by point-wise dispersion to enhance measurement precision.

Segmented photodetectors detect independent overtones in a Fabry-Perot interferometer, resolving wavelength ambiguity from harmonic behavior.

A control unit adjusts laser modulation amplitude based on real-time pressure sensor readings to maintain consistent detection sensitivity.

A dual-optical-path spectrophotometer uses a semi-reflecting device and shutters to direct signals to one spectral sensor.

Resonant optical microresonators amplify weak Raman signals to detect single nanoparticles, overcoming low sensitivity limits in label-free analysis.

A trigger delay section shifts the analog-to-digital converter input timing to align with pulse arrival.

Rotating lenses create alternating detection zones that resolve location identification precision against device complexity constraints.

FT-NIR spectrophotometry enables real-time measurement of polymer particle size and distribution in gas phase reactors.

Solvent mixture induces drug precipitation to generate turbidity, resolving beverage interference in date-rape drug detection.

Hydrogen radicals convert tin debris into gaseous hydrides, preventing mirror reflectivity loss and maintaining device efficiency.

A fixed position controller aligns excitation light with nanopores using fluorescence reference signals.

Iterative surface fitting and tilt adjustment automate freeform optical system design, reducing reliance on manual starting points.

Single camera analyzes pattern distortion to measure turbidity and refractive index, reducing device complexity.

CMOS camera detects infrared light beam to align connection optical system, reducing FTIR adjustment time.

An automatic scanning device sweeps the light beam across a target region to resolve manual scanning errors and improve detection reliability.

Sequentially-readable charge storage sensor array measures optical characteristics of fluorescent samples.

A parameter generation device computes spectral estimation parameters using band specification data and camera output signals.

A terahertz measuring system uses a position adjusting mechanism to move optical devices along the optical axis for precise pulse light condensation.

Dual-grating dispersive assembly linearizes frequency spacing on detection arrays, resolving uneven dispersion variation across the spectrum.

A pulse wave detection device determines its mounted state using multiple light receiving elements to control light emission frequency.

Actuating a movable heating element into substrate contact resolves the trade-off between thermal isolation during heating and heat dissipation during cooling.

Segmented integrated circuits with distributed Bragg reflectors reduce device footprint while maintaining high spectral resolution.

Three-dimensional nanoparticle clusters self-assemble within tapered silicon holes to enhance surface enhanced Raman spectroscopy signals.

Grouping light emitters via a multi-axis color space resolves spectral non-uniformity in backlighting units.

A sensor housing integrates a reinforcement structure to protect the flat lens from physical damage.

Multi-sensor fusion system detects cabin events via machine learning analysis of gas, particulate matter, and image signals.

Segmentation and nesting principles enable a sliding door mechanism that seals laser radiation while maintaining simple structure for airport screening.

Variable-speed scanning adjusts dwell time at edges, resolving cost and accuracy trade-offs in wide-area asphalt monitoring.

A colorimetry device aligns measurement units with chart patches using reference definition data and imaging.

A spectrophotometer uses an integrating sphere to capture scattered light from heterogeneous samples for accurate absorptivity measurement.

A light sensor uses a filter layer to transmit specific visible and infrared bands while blocking other visible wavelengths.

Processor eliminates nonlinear scattering correction spectrum from absorption data to improve measurement accuracy.

High throughput virtual slit optical slicer reformatting light beams for rapid pathogen detection.

Segmented wavelength channels isolate moisture absorption from colorant spectral disturbances to ensure accurate measurement.

A spectrometric optical system combines Deuterium and Quartz-Tungsten-Halogen lamps to provide stable broadband illumination for precise measurements.

A computer-implemented system segments coating layers to retrieve spectrophotometer data and display selectable color tiles for accurate formulation.

A hybrid spectral interpretation method combines line-shape and basis-set models to accelerate gas concentration analysis.

A tunable conformal filter transmits multiple spectral passbands simultaneously to accelerate analyte discrimination.

A tile scanning device uses a filterless photodetector matrix to acquire surface images.

Segmenting spectral filtering onto an external filter array resolves device complexity trade-offs while maintaining high production yield.

Laminated light shield members create an optical path wall section that restricts incident angles, enabling smaller spectrum sensors.

A first relay optical system uses two off-axis parabolic mirrors to reflect and focus light beams through an objective lens.

A multi-electrode admittance spectroscopy system measures complex impedance to identify hydrocarbon compounds in seawater.

Conformal silicon oxide on a structured substrate adsorbs moisture without high-temperature activation, reducing fabrication complexity.

Temperature sensors correct blackbody emission perturbations in far infrared glucose measurement, eliminating the need for cryogenic cooling.

Integrating panchromatic pixels and planarization layers in one step eliminates extra photo masks, reducing manufacturing complexity.

A spectrometer uses a substrate-mounted light filter array to reflect and transmit specific wavelength bands to separate detectors.

Back-grinding thins optical filters to 50-500 μm while a molding compound fills gaps, reducing system size and weight.