Human health condition in-vivo analysis system and method based on white eye shadowless imaging

Abstract

The invention discloses a human health condition in-vivo analysis system and method based on white eye shadowless imaging. The analysis system comprises a positioning hole, an illuminating device, an imaging device and a processing device. When the analysis system is utilized for imaging the white eye of the eye to be detected, repeated imaging and spicing operation does not need to be carried out on the eye to be detected, and time spent for obtaining an image of the white eye of the eye to be detected is short. Meanwhile, when the analysis system is used for imaging the white eye of the eye to be detected, a reflective image of the illuminating device will not be formed on the white eye of the eye to be detected, and the imaging quality of the image of the white eye of the eye to be detected is improved. Further, the analysis system can obtain the in-vivo analysis diagnosis result of the pathological information of the eye to be detected and the human health condition physiological and pathological information of a person to be detected according to the obtained white eye image, and medical diagnosis suggestions can be provided for the tested person through the diagnosis result.

Description

technical field [0001] The invention belongs to the field of optical imaging, and more specifically relates to an in-body analysis system and method for human health status based on white eye shadowless imaging. Background technique [0002] Eyes are one of the important organs for human beings to obtain external information, and the health of the eyes has attracted more and more attention. Conventional detection of eyes includes detection of anterior segment and detection of fundus; wherein, detection of anterior segment includes detection of iris, pupil, white of the eye, etc. Through the detection of the anterior segment of the eye, not only the disease state of the eye can be understood, but also the health status of the physiological and pathological changes of the subject can be predicted. [0003] In the prior art, a slit lamp is usually used to observe the anterior segment of the eye to be tested. When imaging the white of the eye to be tested, the tester needs to f...

AI Technical Summary

Problems solved by technology

Obviously, this method of adjusting the position of the line-of-sight guidance system and the camera set up by the motor control device to keep the specific point (or area) expected to be monitored in the eye away from the reflected image is not only cumbersome in the operation process, but also complicated in the structure of the control system device. It takes a long time, and it does not fundamentally solve the problem of the influence of the reflection image of the light source

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