Adaptive Eye Imaging System with Real-time Illumination Optimization

An innovative eye imaging system that dynamically adjusts illuminator fiber angles and numerical apertures to provide real-time uniform illumination of the patient's eye, enabling high-resolution imaging and personalized diagnostics.

The original patent's eye imaging system relied on fixed illuminator fiber angles, which often resulted in non-uniform illumination and limited imaging quality. The new inventive concept addresses this limitation by introducing a dynamic fiber angle adjustment mechanism, allowing for real-time optimization of illumination uniformity and adaptability to individual eye anatomy.

The new system comprises a light source, an optical lens, and a plurality of illuminator fibers with a dynamic fiber angle adjustment mechanism. This mechanism enables the system to detect eye movement and adjust the skewed angle of the illuminator fibers in response, ensuring optimal uniform illumination of the patient's eye. Additionally, the system features a variable numerical aperture to selectively adjust the illumination intensity and uniformity. The system can also incorporate a self-healing coating on the illuminator fibers to maintain optical clarity and prevent damage from environmental factors.

The new inventive concept introduces a paradigm shift in eye imaging by incorporating real-time illumination optimization, dynamic fiber angle adjustment, and adaptive numerical aperture control. These innovations overcome the limitations of fixed illuminator fiber angles and enable high-resolution imaging with personalized diagnostics.

Alternative embodiments of the inventive concept could include using machine learning algorithms to predict and adjust illuminator fiber angles based on patient eye anatomy, or incorporating additional sensors to detect eye movement and optimize illumination. Other variations could include using different types of illuminator fibers, such as nanostructured fibers, or integrating the system with existing ophthalmic instruments.

The adaptive eye imaging system has significant commercial potential in the ophthalmology and optometry markets, enabling personalized diagnostics and high-resolution imaging for a wide range of eye conditions. The system could be integrated into existing ophthalmic instruments, such as operation microscopes and ophthalmoscopes, or used as a standalone device for clinical and research applications.