Material Analysis By Optical Means TRIZ Cases

Integrated thermal controllers regulate detector module temperatures to mitigate ring artifacts in CT scanner image data.

Replacing curved mirrors with a Fresnel reflector eliminates dead space and ensures uniform heating, preventing condensation during breath analysis.

A pulsed laser scans layer surfaces to evaluate adhesion quality through spatially resolved optical detection.

A pharmaceutical production machine uses belt conveyors and a star-shaped wheel to transfer containers between operating stations.

Paired protrusions on opposing sides engage component surfaces to eliminate operator variability and tolerance stacking errors.

A mechanical measurement device and processor analyze master key geometry to identify optimal blanks and bitting patterns for accurate duplication.

A radar holography apparatus uses compressive sensing to reconstruct high-density signal patterns from sparse radiation measurements.

Offset magnetic elements generate compensating gradients to counteract gravitational effects, ensuring uniform particle distribution for reliable biosensing.

A portable microscope attachment connects to personal electronic devices, enabling variable magnification and sample imaging using integrated optics.

Fitting digitized waveforms to identify rise and decay times improves energy resolution by eliminating long tail integration errors.

A probe driver system automates sensor positioning via recorded inspection macros.

Dual-rotational-axis mechanisms enable conical rotation of piston crowns, resolving the complexity and cost trade-offs inherent in articulated robot solutions.

Segmented detector modules adjust to patient cross-sections, resolving coverage and collimation efficiency trade-offs.

A skin access device uses a pressure regulator to extract bodily fluids through the skin for diagnostic analysis.

Direct optical detection of fluorescent markers prevents nozzle fouling and enables rapid authentication of pressurized hydrocarbon fluids.

A differential interference optical system varies light ray separation direction to produce orientation-specific images for mask defect detection.

A mask inspection apparatus virtually divides samples into stripes and calculates offset values to adjust acquisition positions.

A system extracts electrons from ground or water sources using electrostatic fields to generate continuous electric energy.

An indicia reading terminal captures alternating image frames with distinct featurizations to optimize window positioning and signal processing.

Electrodes trap background ions to overcome self-space charge limits, boosting electron beam intensity for better ion cooling.

Split integration mode acquisition digitally combines detector signals to maintain high sensitivity across multiple optical coherence tomography scan rates.

A neutron detector uses composite dielectric fins to expand the boron-10 surface area within a compact hollow volume.

A defect review apparatus uses multiple optical microscopes with different light sources to correct coordinate misalignments.

A silicon carbide wafer inspection system detects surface defects and adjusts scribe line positions to maximize functional die yield.

A flow cell uses channel meniscus pressure to control trace liquid feed without complex pump operation.

A laser-induced fluorescence probe detects fuel in oil using a 532-nm excitation source and spectrometer.

A detector array combines boron-10 neutron sensors with gamma detectors to isolate true neutron signals from background radiation.

A light reflection measurement device calculates an autocorrelation function between reflected and shifted signals to determine target reflection positions.

Coaxial illumination suppresses specular reflection and spatial restrictions, enabling accurate contact state visualization in compact ATR instruments.

FT-IR spectroscopy measures benzene ring bending and C-O stretching vibrations to control polyester film crystallinity, resolving extrusion yield trade-offs.

A resonator absorbs infrared light while a heat separation layer thermally isolates the sensing element from the substrate.

A cloud platform transfers calibrated spectrum models between devices, eliminating redundant instrument-specific modeling efforts.

A biometric acquisition device stops red, infrared, and green light emission after measurement periods to reduce power consumption.

A system passes optical signals through engine oil to detect particle size variations via intensity attenuation.

A bulged sample vessel reduces aberrations and improves axial resolution for high-throughput analysis using standard microtiter plates.

FFT calculation processing converts detector signals to frequency domain power spectral densities, eliminating inverse FFT delays and noise interference.

A dual element pyroelectric detector paired with a Fresnel lens array captures spectral radiation signatures from moving subjects.

A confocal sensor inspection device uses a synchronized winding drum and reeving module to maintain continuous optical cable integrity during rotation.

Tunable laser source generates modulated optical test signals across 600 to 1700 nm, resolving single-wavelength measurement limits.

A lens stage design accommodates voice coil thermal expansion to maintain bearing car stability.

A fish eye lens couples to a detector to image multiple reagent strips simultaneously within a compact housing.

A near-infrared spectroscopy method establishes a reference model to identify authentic edible oils.

A bead construct integrates a fluorophore with an internal linker to provide conformational freedom for optical signal changes upon analyte binding.

A reflective depth detection apparatus uses a swing element to redirect light onto surfaces for position measurement.

Segmented SPECT modules mount on existing CT scanners, eliminating new infrastructure costs while integrating diagnostic modalities.

Near-infrared spectrometers estimate milk components in real time, replacing costly lab assays with automated inline detection.

Intrusive optical fiber wear sensor measures pipeline erosion via light beam time of flight.