CHONGQING BIO NEWVISION MEDICAL EQUIPMENT LTD.;重庆贝奥新视野医疗设备有限公司
发明人:
TAO, Jun,陶钧,LIU, Gangjun,刘刚军,YU, Wenchao,余文超
申请号：
CNCN2019/071807
公开号：
WO2019/200987A1
申请日:
2019.01.15
申请国别(地区):
CN
年份:
2019
代理人:
摘要：
Provided are a multi-spectral fundus imaging system and method using dynamic visual stimulation. The imaging system comprises a multi-spectral light source (3), a medium-pass mirror (5), an imaging focusing lens set (9), an image acquisition device (8) and a controller, wherein the multi-spectral light source (3) is a light source capable of emitting light with multiple different wavelengths； and the medium-pass mirror (5) is a reflector, and the reflector is provided with a central aperture penetrating the reflector. The imaging system further comprises an optical stimulation device (6), wherein the optical stimulation device (6) and the image acquisition device (8) are controlled so same work synchronously by means of the controller, and a pattern emitted by the optical stimulation device (6) is transmitted to the fundus by means of passing through the imaging focusing lens set (9) and the central aperture of the medium-pass mirror (5) in sequence； imaging light reflected back from the fundus passes through the central aperture of the medium-pass mirror (5) and the imaging focusing lens set (9) in sequence； and the image acquisition device (8) acquires an image, so as to complete multi-spectral fundus image acquisition. In combination with dynamic visual stimulation, static multi-spectral fundus imaging is expanded to the field of dynamic functional imaging, and in combination with image processing and machine learning, improvement of universality and accuracy of a fundus disease diagnosis method is aimed at.La présente invention concerne un système et un procédé d'imagerie de fond d'œil multi-spectral utilisant une stimulation visuelle dynamique. Le système d'imagerie comprend une source de lumière multi-spectrale (3), un miroir de passage de milieu (5), un ensemble de lentilles de focalisation d'imagerie (9), un dispositif d'acquisition d'image (8) et un dispositif de commande, la source de lumière multi-spectrale (3) étant une source de lumière permettant d'éme
