Othalmoscopes TRIZ Cases
- Retinal Imaging System Correcting Anterior and Phase Aberrations
A retinal imaging system uses wavefront sensors and interferometers to measure optical aberrations before generating the final image beam.
- Ocular Diagnostic System for Toxin Exposure Detection
A non-invasive diagnostic system detects toxin exposure through real-time ocular characteristic analysis.
- Binocular Eye Fundus Viewing System Single-Pass Optics
A binocular eye fundus viewing system uses a single-pass light path through an adjustable lens to generate high-quality aerial images.
- Ophthalmic Apparatus Two-Stage Eye Alignment
A two-stage alignment system uses face and anterior segment imaging to position an ophthalmic examination unit.
- Fundus Camera Autofluorescence Imaging with Interference Filters
Optical interference filters reject crystalline lens autofluorescence to improve image contrast and signal-to-noise ratio.
- Ophthalmic Imaging System Anterior Segment Tracking
Real-time feedback from an SLO device compensates for eye movements, reducing artefacts and improving OCT angiography accuracy.
- OCT-Based Vitreoretinal Membrane Detection for Surgical Visualization
Automated OCT processing generates precise membrane masks overlaid on surgical views, eliminating toxic dye staining and procedural complexity.
- Retinal Functional Imaging via Optical Stimulus Correlation
Optical coherence tomography captures retinal images while light sources deliver specific stimulation sequences to map functional responses.