Dynamic eye health management system

Abstract

The invention discloses a dynamic eye health management system, which comprises an image display module for acquiring user identity data, original eye using habit data, human eye vision and visual functions, an image detection module for acquiring human eye position and eye images and diopter data, a biological parameter measurement module for acquiring eyeball biological parameters, a cloud storage module used for packaging and storing eye using habit data of a user, eye vision, visual functions, eye position and eye images, diopter, eyeball biological parameters and the like, and an administrator terminal used for obtaining a diopter development trend and evaluating eye health conditions through big data mining modeling, machine training and machine learning; and the image display module, the image detection module, the biological parameter measurement module and the administrator terminal are respectively connected with the cloud storage module and are all embedded in a man-machine interaction terminal. According to the invention, the convenience of vision and eye diopter screening and vision development monitoring is improved, so that a perfect child eye health management system is formed.

Description

technical field [0001] This application relates to the technical field of eye health management, specifically a dynamic eye health management system. Background technique [0002] With the development and progress of society, the prevalence of myopia is increasing year by year, which is an eye health problem faced by the whole world. my country is the country with the highest prevalence of myopia in the world. The number of myopia is close to 700 million, ranking first in the world, and showing a trend of "the overall base is getting bigger and the initial age of patients is getting younger and younger". Many children begin to develop myopia before school age, and the prevalence of myopia in children and adolescents remains high and continues to rise, which has become a major issue affecting the future of the country and the nation. [0003] Children and adolescents develop good eye habits in daily life, which can reduce the risk of myopia and its possible harm to a certain...

AI Technical Summary

Problems solved by technology

However, existing screening equipment such as refractometers cannot achieve long-term and high-frequency screening functions due to problems such as inspection environment restrictions, time-consuming inspections, and difficult operations. Give effective intervention, thus missing the best time to intervene

From a clinical point of view, the twice-yearly screening frequency is still unable to detect vision problems in children and adolescents in time

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