Eye Diagnostics TRIZ Cases
- Eye Movement Detection Using Infrared Tracking Through LCD Panels
An infrared camera detects eye movements through an LCD panel blocking one eye, enabling continuous monitoring for neurological disorders.
- SS-OCT Down-Converter for High-Frequency Fringe Reconstruction
A down-conversion system shifts high fringe frequencies to lower ranges using a distribution element and frequency down-shifter.
- Perimeter Inspection Region Designation for Time-Constrained Visual Field Testing
A perimeter system designates specific inspection regions to control stimulus presentation timing.
- Fundus Observation Device Reference Mirror Dynamics
Moving the reference mirror adjusts optical path length, enabling high precision tomographic images of deep layer tissues without increasing device complexity.
- Gaze Point Detection Index for Visual Performance Feedback
A display control unit shows an index at the detected gaze point position to provide immediate visual feedback.
- Refractive Assessment Tool Using Lenslet Array and Digital Pre-warping
Replacing complex optical benches, this tool uses a lenslet array and digital pre-warping to assess refractive errors accurately in resource-limited settings.
- OCT System Splitter for Simultaneous Anterior and Retinal Imaging
A tunable laser OCT system splits the object beam into distinct paths for anterior chamber and retinal imaging using a single integrated device.
- Corneal Topography Measurement Using Confocal Interferometry
Confocal interferometric arrangement determines corneal topography with ±5μm accuracy, resolving eye movement artifacts during rapid scanning.
- Choroidal Vessel 3D Imaging from OCT Volume Data
Image processing extracts choroidal vessels from OCT volume data to generate three-dimensional images.
- Pupil-Dependent Wavefront Refraction for Ophthalmic Prescription
Tracking extremum movements across varying pupil diameters eliminates ambiguity in merit function optimization, ensuring stable vision correction.
- Digital Surfacing Aspherical Eyeglass Lenses
Digital surfacing forms aspherical back surfaces on eyeglass lenses, reducing peripheral thickness and eliminating the coke bottle effect.
- Optical Interferometry for Tear Film Thickness Measurement
Optical interferometry quantifies tear film layers to resolve dry eye diagnosis precision issues caused by subjective visual assessment.
- Contrast Sensitivity Chart Segmentation for Disease Differentiation
A segmented test chart with varying Weber contrast levels enables threshold sensitivity assessment.
- Matrix Optical Sensor Eyeball Tracking via Reflected Light Energy
A matrix optical sensor embedded in a display panel detects reflected light energy to track pupil movement accurately.
- Polarized Light Vision Screener for Pediatric Amblyopia Detection
A pediatric vision screener uses polarized light scanning to capture retro-reflected eye signals and calculate a binocularity score.
- Binocular Adaptive Optics Visual Simulator Eye Tracking
A binocular adaptive optics visual simulator uses adjustable scan mirrors to direct beacon light and track eye movements.
- Refractive Error Measurement Using Maximum Distance of Best Acuity
A personal device calculates refractive error by measuring the maximum distance of best acuity using a display and sensor.
- Optotype Display Apparatus Reducing Light Leakage
Alternating polarization regions separate optotypes while white gap compensation neutralizes light leakage for accurate refractive power assessment.
- Dynamic Eye Tracking Light Source Control for Line-of-Sight Accuracy
A light source control unit dynamically adjusts blinking patterns of multiple eye irradiating lights to enhance line-of-sight estimation accuracy.
- Vision Assessment Application Using Baseline Profile Monitoring
Assessment application establishes a baseline profile of visual parameters to monitor user vision changes.
- Visual Aid Determination via Defect-Inserted Reading Test
A reading test with inserted defects uses an optical indicator to determine suitable visual aids for individuals.
- OCT Imaging Apparatus Deforming 3D Data for Arbitrary Cross-Sections
An ophthalmologic imaging apparatus deforms three-dimensional optical coherence tomography data into predetermined shapes to generate specific cross-sectional views.
- Ophthalmic Lens Simulation Using Camera Optics
A camera with human eye optics captures images through ophthalmic lenses for direct display.
- Target Presenting Apparatus with Concave Mirror and Beam Splitter
A target presenting apparatus uses a concave mirror to displace light flux from an optical axis for examinee presentation.