Material Analysis By Optical Means TRIZ Cases

High numerical aperture lens collects wide-angle light scatter from flow cytometer particles.

An ionic liquid-coated emitter generates stable negative ion beams, preventing charge build-up and surface damage on dielectric substrates.

Automated optical inspection replaces manual visual assessment to reduce inspection time while maintaining weld quality standards.

A preview camera identifies sample regions to selectively focus high-magnification imaging on relevant areas.

Merging optical sensors reduces equipment volume and cost while maintaining detection accuracy for multi-index meat quality prediction.

Aperture detector receives modulated light through a rotary shaft, eliminating opposite-side emitter misalignment in compact transmissive encoders.

A wafer inspection system calculates light point density ratios between determination and reference regions to identify specific defects.

A rotatable cover positions a light source over a drop-supporting surface to enable precise optical measurements of liquid samples.

Holographic data storage embeds calibration information on medical test strips, eliminating barcode reading errors and reducing reader device complexity.

Periodic dielectric pillars with conductive layers enhance infrared signals, overcoming water absorption limits in live cell spectroscopy.

Etch back-end silicon to create dielectric waveguides, avoiding thick top layers that degrade thermal conductance and increase parasitic capacitance.

A scanning apparatus estimates in-focus positions using merit values calculated from image information at multiple focus levels.

Adjustable centering unit aligns cone mirror with laser optical axis to resolve alignment precision challenges in cylindrical member inspection.

A stepper motor deduces processor position from step counts and recorded load data.

Insulating means interrupt heat transition between the stative and optical front component, maintaining temperature stability without complex calibration.

A neural network classifies hatching eggs using near-infrared spectral data to identify fertilization status before incubation.

Analyzing interference fringe asymmetry determines particle phase and amplitude, resolving sub-wavelength phase information loss.

Scandium and gallium stabilize cubic garnet phases, enabling transparent ceramics without precise stoichiometric control.

Multiplexed control reduces system complexity while maintaining detection precision in diffusion optical tomography.

A coherent confocal microscope measures second-order nonlinear susceptibility of single nanoparticles using vector beam shaping and interference detection.

A photoelectric encoder generates origin signals by processing side lobe light intensity from reflection gratings.

Tagging probe photons with annihilation coincidence data localizes scattering events, enabling single-sided 3D imaging without opposing detectors.

Photoacoustic data constrains the optical diffusion equation, resolving calculation time issues while delivering high-resolution absorption coefficient maps.

Replacing fixed resistors with an active load circuit reduces power dissipation and enables practical operation at high voltages.

Integrated memory devices store detector information to eliminate manual tracking errors and reduce time consumption.

Dynamic polarization adjustment resolves depth-dependent signal loss in anterior segment OCT imaging.

An optical image measuring device uses determination parts to verify alignment, focus, and image quality before capturing tomographic images.

Aggregating multiple photon counting channels into virtual detectors expands the effective detection surface, mitigating saturation at high emission rates.

Dual-stage barcode verification prevents sample mismatch by confirming identity immediately before dispensing, while a protective plate ensures operator safety.

A multi-plane optical measurement system captures scattered light from different height planes to reconstruct hole sidewall images.

Cartridge heaters maintain outlet temperatures between 40°C and 250°C to inhibit condensate formation that causes signal instability.

Mounting a detection substrate perpendicularly to a wiring board expands the effective detection area, resolving limitations in radiation imaging accuracy.

Movable detector traverses patient bed along helical trajectory while list-mode reconstructing unit processes timestamped event data.

Associated particle imaging system identifies regions of interest to select specific elemental data for analysis.