Eye Diagnostics TRIZ Cases
- Optical Imaging Alignment via Sensor Feedback and Automation
Sensor elements detect radiation intensity to visualize alignment status, reducing manual trial-and-error errors during optical axis adjustment.
- Lambertian Light Source for Tear Film Lipid Layer Measurement
Low-intensity lambertian illumination minimizes tear film evaporation and reflex tearing during precise lipid layer thickness measurement.
- OCT-Based Corneoscleral Topography for Scleral Lens Fitting
Automated OCT imaging replaces trial-and-error scleral lens fitting with objective 3D topography analysis.
- Handheld Ophthalmic Device for Superimposed Pupil Examination
A handheld ophthalmic device uses high plus lenses to create a superimposed view of both pupils simultaneously.
- Liquid Meniscus Lens With Microchannels For Ophthalmic Adaptability
Arcuate liquid meniscus lens with microchannels and electrostatic control for adjustable optical power.
- Vehicle Display Luminance Adjustment for Driver Vision
A vehicle display device adjusts light source luminance based on viewer vision data to project clear virtual images.
- Matrix LED Ophthalmic Device for Glaucoma Screening
Independent LED control and liquid crystal modulation resolve the contradiction between examination reliability and apparatus complexity.
- Automated Near Vision Assessment System for Non-Presbyopic Individuals
Computer-based method evaluates accommodative state using sequential convex lenses to generate near vision reports.
- Hybrid Corneal Topography System Using OCT and Keratometry
A hybrid measurement system merges optical coherence tomography with keratometric data to capture detailed corneal surface geometry.
- Optical Phantom for Retinal Thickness Calibration
Synthetic eye phantom replicates corneal and retinal optical properties to stabilize OCT calibration against biological tissue variability.
- Extended Depth FDOCT Spectral Sampling for Ocular Imaging
Equal frequency interval sampling reduces sensitivity falloff and complex conjugate artifacts in extended depth FDOCT.
- Line-Scan Eye Tracking for Low-Latency Optical Beam Correction
A line-scan imaging system tracks eye motion by comparing current image lines with reference data to determine subject displacement.
- Chromatic Vision Assessment for Intraocular Lens Evaluation
A lens assessment device quantifies chromatic vision to evaluate postoperative progress.
- Intraocular Lens Power Calculation Using Corneal Spherical Aberration
Modified regression formula incorporates corneal spherical aberration to improve prediction accuracy for extreme myopia and post-lasik eyes.
- Corneal Topography Measurement Using Segmented Light Sources
Segmented light sources enable simultaneous measurement of the central cornea and skew rays, resolving alignment errors in Placido disk systems.
- Adaptive Ophthalmic Lenses Scene Analysis Glare Control
Camera sensor analyzes scene luminosity and sharpness to adapt lens transmission, resolving glare vulnerability inside vehicles.
- Anomaloscope Pixels Emitting Monochromatic Light at Three Wavelengths
A digital display uses pixels emitting monochromatic light at distinct wavelengths to generate pairs of metameric colors for color vision assessment.
- OCT Light Source Switching Spectral Bandwidth for Eye Imaging
An OCT light source switches spectral bandwidth to optimize axial resolution and sensitivity across different eye segments.
- Neuro-ophthalmoscope for Simultaneous Ocular Parameter Determination
A neuro-ophthalmoscope projects independent visual stimuli to each eye while tracking gaze and pupil size.
- Autofocusing Eyewear Using Structured Light Pupil Tracking
Structured light imaging determines gaze depth to drive an Alvarez lens, eliminating manual prescription switching for presbyopia.