Radiation Pyrometry TRIZ Cases

A movable calibration sensor scans display panels to obtain precise optical data, resolving the trade-off between measurement accuracy and device complexity.

A spectrometer vent equalizes internal pressure with the outside environment to maintain optical component alignment.

A paint mixing kiosk injects colorant into a sealed container and verifies the result using laser spectroscopy, eliminating manual inspection errors.

Quantum-mechanical simulation generates reference spectra, eliminating instrument variability and safety risks from handling toxic substances.

Optical switch routes excitation light and scattered signals through multiple fibers to a single spectrometer, eliminating costly sample transport.

A wavelength tunable interference filter selects light for spectroscopic imaging and real-time display.

Hierarchical spectral dispersion separates mid-infrared radiation signals into focused beamlets for precise detection.

A multi field of view hyperspectral imaging device uses multiple fore optics and a single spectrometer to cover extended fields of view.

Planar array detector merges integrated computational elements to reduce bulky operational profiles in confined downhole environments.

A dual-comb VCD spectrometer generates beat frequencies to measure transmission across a wavelength range during each polarization modulation period.

A spectrometer system calculates a measurement quality metric to guide operator probe positioning adjustments.

A calibration optical fiber injects reference light into a spectrometer slit for real-time wavelength verification.

A self-powered energy harvesting unit collects light via photovoltaic cells to power sensors and transmit motion data wirelessly.

Acoustic optic modulator extinguishes laser energy via diffraction, resolving light leakage bias in cavity ring-down spectroscopy absorption measurements.

An angled redirector intercepts stray light in optical navigation devices, preventing internal reflections that degrade signal quality and navigation accuracy.

Direct photovoltaic connection powers narrow band LEDs, eliminating voltage regulation losses and optimizing light spectrum for plant growth.

A light sensing module uses a barrier structure to separate the encapsulation layer from the light sensing hole.

Multi-angle beam reflection expands the dynamic range and measurement precision of surface plasmon resonance sensing across varying refractive indices.

A housing with an observation opening and pivoting carrier directs radiation onto workpieces for standardized surface inspection.

An image mapper redirects light to a dispersing re-imager, capturing spectral and polarization data in one snapshot without mechanical rotation.

A flow-through gas cell uses a reflective cylindrical cavity and opposing mirrors to extend the optical path length.

A photodetector circuit generates data signals during light unit ON and OFF states to isolate intended reflection.

A hollow-core waveguide guides light through gas samples to enhance Raman signal intensity.

An optical assembly detects infrared ink print defects by measuring light scattering haze with a specialized camera and light source configuration.

A pressure vessel integrates a hollow light guide tube and infrared sensor for non-contact temperature measurement.

A hybrid interference filter combines a metal mirror and dielectric mirror to select transmitted light components via optical interference in a spacer layer.

A test instrument generates thermal gradients from discrete sensor data to create accurate heat maps.

A tunable multi-band spectro-polarimeter combines spectral and polarimetric imaging to detect submerged objects from aerial platforms.

A non-contact spatial super-resolution coherent Raman spectrometric imaging method using pump-deplete-probe measurement.

A pulsed laser with picosecond pulse duration irradiates material samples to induce fluorescence emission for spectroscopic analysis.

Bayonet coupling replaces cumbersome screws to prevent damage, while a desiccant-filled lid creates airtight low-humidity storage preventing deliquescence.

Reflective dispersion assemblies redirect parallel radiation bundles through Echelle gratings to resolve order overlap and light throughput trade-offs.

A light distribution lens system redirects near infrared energy from LEDs to optimize detection coverage.

A millimeter wave checkpoint detection system uses inverse scattering tomography to determine material properties at a voxel level.

A monolithic block warps the entry slit curvature to neutralize projection distortion, yielding parallel straight lines on the detector array.

A multi-walled tapered light pipe creates mirrored images of an illumination source to distribute light energy across a sensor field-of-view.

A spectral imaging device uses a holographic calibration sample to measure reference spectra and determine its own spectral response function.

Sequential RGB illumination on a single sensor line resolves color shift and moire artifacts without requiring expensive three-line arrays.

Segmenting white light into an LED array eliminates grating losses, delivering higher intensity and reduced color admixture for spectroscopy.

Asymmetric placement of controller and power supply components around the beam splitting member suppresses heat transfer that deteriorates measurement accuracy.

An optical system reduces size by forming an intermediate image with non-parallel light before the rear group splits beams via diffraction.

A hollow cone optical device generates a cylindrical beam with a dark background to focus light at a micrometric point.

Electromagnetic wave phase measurement detects tablet hardness and porosity without sample destruction.

A toner sensor module positions a light source and sensor to detect reflected light from unfused particles.

Galvo scanner and parabolic reflector focus excitation beams onto capillaries without moving heavy components.

A tunable detector uses non-planar semiconductor structures to weight specific light wavelengths for spectral analysis.

Cyclic fiber bending changes the radius of curvature to vary modal interference, reducing baseline variations in spectroscopic measurements.

Replacing blackbody sources with a laser and optical frequency comb increases radiance six orders of magnitude, resolving low illumination intensity limits.