Methods For Obtaining Spatial Resolution TRIZ Cases
- Microscopic Imaging With a Single Detector Across Visible and SWIR
A wideband detector captures interference patterns from visible to SWIR light, avoiding detector switching and speeding microscopic imaging.
- Spectral Filtered Fiber Mixture Detection With Imaging Sensors
A tailored spectral filter makes sensor intensity track textile blend ratio monotonically, enabling high-resolution imaging without complex modulation.
- Satellite Water Quality Retrieval Using Standard Reference Pools
Standard reference pools calibrate high-resolution satellite bands to retrieve surface water quality, flag anomalies, and reduce ground monitoring.
- Snapshot Polarimetry for Real-Time Intraoperative Nerve Identification
Polarized-light birefringence mapping helps surgeons distinguish nerves from surrounding tissue in real time without invasive probing.
- Multi-Direction Interference Imaging for Multiple-Scattering Objects
Changing mirror orientation across irradiation directions helps separate single and multiple scattering for clearer 3D refractive-index observation.
- Portable Soil Analysis Apparatus with Robotic Reagent Mixing
Automated pumps and a robotic arm mix soil and reagents on-site for rapid nutrient analysis without laboratory transport.
- Handheld Multimodal Wound Imaging for Bacteria and Stem Cells
White-light and fluorescent imaging replace swabs and biopsies with real-time, non-invasive detection of wound bacteria and stem-cell proliferation.
- Retroreflected Laser Paths for Accurate Methane Emission Quantification
Sector-based optical detection uses retroreflected beams to quantify methane, accounting for absorption paths, background levels, and wind.
- Hybrid OCD and WLI Metrology for Semiconductor Pattern Analysis
A hybrid measurement system merges scatterometry with interferometry to extract precise pattern parameters from semiconductor wafers.
- Multifocal Photoacoustic Imaging via Ergodic Relay Encoding
An ergodic relay encodes spatial information into temporal signatures, enabling high-resolution wide-field imaging with a single-element ultrasonic transducer.
- Polarization Mirroring for Optical Inspection Signal-to-Noise
Transposing scattered radiation polarization via a mirroring device suppresses surface noise while preserving defect signals.
- Dry Slide Assay Reading Window Exclusion
A dry slide assay apparatus reduces the reading window to exclude interference areas from fluid stagnation.
- Modulated Optical Reflectance Depth Profiling for Semiconductor Metrology
Modulated optical reflectance reconstructs carrier concentration and damage profiles using multi-parameter laser measurements.
- Filter Set for Simultaneous Fluorescence Observation
A filter set uses complementary wavelength transmittance profiles to enable simultaneous observation of fluorescent and non-fluorescent regions.
- Optical Textile Characterization Using UV and Visible Radiation
An imaging apparatus combines ultraviolet excitation with visible reflection to capture spatial fluorescent data from textile samples.
- Autonomous Aquatic Monitoring Vehicle for Real-Time Water Quality
An autonomous vehicle navigates aquatic installations to measure physical and chemical parameters in real time.
- Resolution Measurement Apparatus for Display Optical Parts
A resolution measurement apparatus uses a stage opening, lens, and cameras to capture light passing through display optical parts.
- Microscope Periodic Excitation for Live Cell Imaging
Alternating high-intensity excitation with interrupt periods minimizes hydrogen peroxide accumulation, extending live cell observation duration.
- Terahertz Detection System Using Periodic On-Off Patterns
Unique emission cycles synchronize sources with sensors, eliminating cross-interference for accurate multi-directional inspection.
- Optical Gas Detection for Methane Emission Characterization
Retroreflected optical beams measure path-integrated absorption to characterize atmospheric emissions without weather-sensitive infrastructure.
- Microscope Imaging Device Using Dynamic Light Source Switching
A microscope imaging device uses a single light source to generate visible and infrared light for detecting interference patterns.