Biomedical information processing system and method with APP (application) matched with eye temperature sensing technology

Abstract

The invention relates to a biomedical information processing system and method with an APP (application) matched with an eye temperature sensing technology. The biomedical information processing method mainly comprises the following steps: one or more users hold an eye temperature sensing device respectively to connect an electronic device provided with an exclusive APP, and the electronic deviceexchanges data with a remote device through a network; the eye temperature sensing device acquires a measurement result of real-time eye temperature of each user, the measurement result is sent to theremote device by the APP of the electronic device, so that the remote device generates a comparison result after feature comparison according to comparison items selected by each user on the APP of the electronic device, when the electronic device receives the comparison result sent back by the remote device, and each user can view the analysis result and establish tracking records at any time bythe APP of the electronic device; and by comparison and analysis of eye temperature change situations, each user can master the health state related to eyes of the user or obtained by eye observationin real time.

Description

technical field [0001] The present invention relates to a biomedical information processing system and method, in particular to a biomedical information processing system and method using APP combined with eye temperature sensing technology. Background technique [0002] With the rapid development of science and technology, it has brought prosperity and progress to the society, but people's dependence on 3C products has become increasingly serious. In recent years, the use of electronic devices such as smart phones, tablet computers, and notebook computers has become very common. As a result, eye diseases such as dry eye syndrome or myopia are often caused; in addition, medical experiments have shown that the surface temperature of the eye can not only reflect eye health or disease, when the ocular surface temperature increases, in addition to dry eye syndrome or myopia, there are also It may be other diseases. In the prior art, patients often feel that their eyes are quite ...

AI Technical Summary

Problems solved by technology

[0004] It can be seen from the above prior art that although the previous document provides a wearable eye temperature monitoring device in the form of a spectacle frame, the main function of this device is to detect the temperature of one or more surfaces of the user's eyes, and the With the assistance of mobile devices, it is only a simple way to judge whether the user's eye temperature is abnormal. However, the main function of the previous case is to know the user's eye temperature. If you want to know the detailed cause or symptoms, you often guess by yourself, It is still inconvenient for modern people with a fast pace of life to query network data, etc., before visiting a medical institution for a test in person after a long time

[0005] Therefore, in the prior art, it is only possible to obtain whether the eye temperature is abnormal. To know the detailed data of various indications, the user still needs to visit a medical institution for testing. The user cannot grasp the health status in real time. In addition to inconvenience In addition, it takes time and money, so it is really necessary to propose a more solution based on the existing technology

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