Radiation Pyrometry TRIZ Cases

Digital imaging extracts coarseness and glints to automate toner selection, resolving manual judgment errors in texture matching.

Circuit arrangement uses overlapping visible and infrared sensor elements to generate electrical signals from electromagnetic radiation.

A pulse injection circuit replicates photomultiplier tube signals to enable automated detector testing within gamma camera systems.

Replacing electro-thermal wires with a carbon nanotube radiator increases infrared efficiency and extends device lifespan.

A spectrometer system acquires interferograms at multiple scan speeds to identify and correct periodic perturbations.

A spectrometer window detects ink residue via wavelength variations, maintaining color measurement precision.

A polarization sensor detects reflected light orientation to determine carbon fiber direction without high-resolution imaging.

Asymmetric comb rates distribute spectral lines across multiple Nyquist zones, accelerating acquisition speed without sacrificing resolution.

Conversion dyes shift visible light to infrared for broadband spectroscopy using a single photodiode.

An inclined entrance slit compensates for spectral resolution loss in tilted detector spectrographs.

A static posture person identification system extracts feature vectors from skeleton joints to match known persons.

Embedded infrared sensor measures substrate temperature through the polishing pad to determine the polishing end point.

A compact spectrometer uses a segmented aperture to filter stray light while directing measurement signals to a detector array.

Integrated measurement head merges polychromatic source and spectral analysis device into a single compact unit.

A plane spectrometer detects objects using near-infrared radiation, resolving high cost and space constraints of movable mechanisms.

Segmented gratings replace rotating units in this multi-band spectrum division device, resolving contradictions between detection range and system complexity.

Normal dispersion waveguides extend the wavelength variable range and reduce noise components in coherent anti-Stokes Raman scattering imaging.

Portable handheld spectrometer captures fluid spectral data for real-time quality control, eliminating remote lab transport delays.

A single resonance optical cavity couples multiple coherent light sources to detect trace gases.

Optically generated charge carriers in a high-resistivity silicon layer dynamically switch reflectivity, reducing device size and optical aberrations.

A semiconductor wafer optical measurement system determines reflectivity and transmissivity to calculate emittance values.

A detecting apparatus uses a movable main body with an opening closing member to control light passage for accurate detection.

An infinite tube optical system replaces refractive lenses with a reflective lens to eliminate chromatic aberration across ultraviolet and infrared bands.

An infrared emitter sends a reference signal to an IR detector for integrity verification of rail undercarriage components.

Replacing fragile thin film stacks with a single substrate FSS pattern eliminates batch calibration complexity while maintaining spectral filtering precision.

A broadband spectral camera uses dispersion compensation to achieve super-Rayleigh speckle modulation across a wide optical spectrum.

A hair color analyzer detects reflected light to determine precise shade parameters for automated formulation.

A portable laser device measures light transmission through pharmaceutical tablets to determine authenticity.

A Raman spectroscopy apparatus uses a line focus and synchronous charge shifting to acquire spectral data across a sample area.

Dynamic noise control circuits improve power supply rejection ratio during high gain conditions to eliminate dark bits caused by signal susceptibility.

Replacing mechanical alignment with computational decoding, the system determines wavelength and angle of incidence without moving parts.

A handheld measurement device integrates distance sensing, electrical metering, and infrared imaging into a single unit for field use.

A UV-IR spectrometer detects reflected light from skin to verify sunscreen coverage on mobile devices.

Multi-height heat generating test components calibrate 3D thermography fault isolation tools for accurate thermal response measurement.

Micro mirrors rotate upon absorbing infrared radiation to reflect light onto an imaging surface, reducing production complexity and cost.

An optical spectrometer detects interference fringes to align movable side-walls for precise sample analysis.

Light blocking means measures dark current during sample selection to prevent missing eluate components in HPLC systems.

Orthogonal filter tilting cancels polarisation artefacts, improving spectral measurement sharpness.

A hierarchical image processing system determines color and shape of light indicators with associated confidence levels to control an autonomous vehicle.

Neural network compensates for interference filter cross talk and non-linearities to deliver accurate spectral representations.

A laser-based Raman spectroscopy apparatus measures carrier concentration in semiconductor objects without physical damage.

A polarization filter array captures light properties to enhance image data layers.

A shutter mechanism closes the window to block ink mist, while a light guide directs illumination to reference objects.

Solid tin targets with CO2 lasers produce nanoscale debris, enabling non-damaging cleaning of EUV collector mirrors.

A Mangin mirror placed in a second intermediate focus corrects field curvature for visible light, avoiding spectral range restrictions.

Silicon meta-optical layers route spectral bands to separate modes, resolving energy loss and complexity trade-offs in compact spectrometer design.

A measuring apparatus uses a position-variable mechanism to independently adjust optical path length difference and relative beam position.

Collimated light beams pass through fuel cell windows to measure gas concentrations via absorption spectroscopy.

Non-circular post arrays in Fabry-Perot resonators separate polarization wavelengths, eliminating multiple filters and reducing spectrometer complexity.