Radiation Pyrometry TRIZ Cases

A dual-axis mirror mechanism rotates a single calibration mirror to select multiple spectral sources.

A semiconductor light source with multipixel chips and color setting components generates spectrally narrowband individual spectra for portable analysis.

Deepening the center of gravity within the club head body reduces gear effect on off-center hits, improving shot consistency.

Drop coating deposition concentrates glycated hemoglobin samples via capillary flow, resolving spectral reproducibility issues in non-enhanced Raman detection.

A retroreflectometer employs a spectrometer receiver to capture multi-wavelength light data.

Multi-site calibration pads rotate measurement references based on reflectance data, eliminating contamination-induced drift in VUV metrology tools.

Beam splitting directs light to separate cameras, resolving the trade-off between snapshot speed and precise spectral-spatial mapping without motion control.

Electronic switching between transparent and opaque states achieves opacity-compensated color measurement without mechanical backing changes.

A heating element and IR sensor detect tablet defects through infrared radiation.

Synchronized pulsed UV illumination and digital imaging enable wide-area forensic evidence detection without slow scanning or film processing.

A terahertz detector uses an electroabsorption modulator connected to an antenna to modulate laser light for signal detection.

Path modulation elevates signal carrier frequency above 1/f noise regions, resolving demodulation accuracy and device complexity trade-offs.

A hazard detector cover plate uses a pattern of small openings to allow unimpeded airflow to internal sensors while hiding components from view.

Resonant optical cavity enables peak intensity measurements for trace gas isotopic ratio analysis.

Variable-thickness compensation assembly eliminates secondary maxima from angular apertures, ensuring precise spectral resolution.

Segmented transparent slabs produce calibrated temperature variations to verify passive millimeter-wave imaging performance.

Non-contact infrared thermal imaging combined with heat flow sensors determines building transmittance without invasive physical installations.

Internal fluid delivery passageways eliminate external hose complexity and leakage risks in atomic absorption instruments.

A preactivated getter assembly uses an integrated single-actuation valve to expose the material after hermetic sealing.

A THz receiver measures phase shift and signal damping to determine material thickness and absorption coefficients for contact-free identification.

Raman spectroscopy determines crystal phases in glass ceramics through calibrated spectral peak analysis.

A micro-optical filter uses a sub-half-wavelength dielectric layer to selectively transmit electromagnetic radiation within a predefined range.

Adjusting LED duty cycles maintains measurement accuracy during high-speed processing.

Repeating bent driving arms disperse stress concentration on lamellar grating interferometers, enabling longer movable distances and improved FTIR resolution.

Integrating optical components within a folded path reduces alignment complexity while maintaining high spectral resolution in compact spectrometers.

Adjusting synthetic assay values with measured crude properties resolves the contradiction between rapid spectroscopic screening and precise sulfur prediction.

A target supply device uses a piezoelectric member and elastic element to discharge material through a nozzle.

Reflecting layer in optical waveguide channels terahertz waves to extraction surface, resolving absorption losses that limit generation efficiency.

A parabolic mirror directs thermal radiation toward a sensor surface, minimizing stray radiation interference from outside the target area.

A dual coupler device separates incident light into perpendicular polarization components using distinct grating layers.

A relay lightpipe conducts illuminating light to a sample and collects reflected light back to the spectrometer.

Real-time feedback loops adjust irradiance flashes to compensate for workpiece emissivity variations, eliminating manual recalibration needs.

A manufacturing method uses non-planar prism bars with alignment protrusions to position optical components accurately.

A segmented MEMS cap structure with an inner coating prevents radiation reflection to enhance detection sensitivity.

A light modulator uses a tunable conductive layer on a prism to control terahertz radiation intensity and phase via total internal reflection.

A polarization measurement system uses dual-frequency light sources to estimate reflected radiation properties.

A land inspection system associates detected spectral indices with position data to create virtual maps for monitoring work areas.

A stable optical cavity defines a fixed frequency comb that serves as a quasi-reference during data acquisition.

A variable resolution spectrometer interleaves ray spectra from a sensor array to yield an interleaved spectrum.

Feedback control adjusts the target injection nozzle position and angle to resolve trajectory deviations caused by thermal deformation.

Varying cantilever beam heights enable capacitance-based detection, resolving process compatibility issues between MEMS and standard CMOS manufacturing.

A converging lens focuses light onto a transmitting optical fiber to create an underfilled launch condition for the receiving fiber.

An infrared sensor uses a radiation trap to absorb stray energy, reducing thermal distortion and improving measurement accuracy.

A segmented anti-reflective coating layer with varying thicknesses optimizes light reflection for specific color filters in image sensors.

Combining segmented narrowband measurements overcomes spectral bandwidth limits, increasing precision while reducing system complexity and cost.

A miniature near-infrared spectrometer uses transmission spectroscopy to identify solid and liquid materials without sample preparation.

A rotatable mirror shroud blocks infrared channels to shield the focal plane array from stray light during imaging operations.

Optical detectors and micro switches detect hand contact with limit lines, triggering a preventing device to stop top board motion before collision occurs.

A membrane arrangement with heating paths in different substrate planes creates a homogeneous temperature emission profile for infrared radiation.