Blood sugar real-time monitoring system and method, blood sugar detection device and mobile phone terminal

Abstract

The invention provides blood sugar real-time monitoring system and method, a blood sugar detection device and a mobile phone terminal, wherein the blood sugar real-time monitoring system comprises theblood sugar detection device and a blood sugar monitoring centre server. The blood sugar detection device is used for collecting blood sugar data of users, uploading the collected blood sugar data tothe blood sugar monitoring centre server and receiving and displaying diagnosis results returned form the blood sugar monitoring centre server. The blood sugar monitoring centre server is used for receiving the blood sugar data sent by the blood sugar detection device, storing the blood sugar data to a blood sugar information database, analyzing the blood data information stored by the blood sugar information database in specified time, forming diagnosis results and returning the diagnosis results to the blood sugar detection device. The user of the blood sugar real-time monitoring system cancollect the blood sugar data at will and send the blood sugar data to the blood sugar monitoring center server in real time so as to obtain the diagnosis results of the monitoring centre, thereby realizing remote real-time monitoring for patients.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a blood sugar real-time monitoring system and method, a blood sugar detection device and a mobile phone terminal. Background technique [0002] So far, there is no complete cure for diabetes, but the condition can be controlled through effective monitoring and control of diet, combined with exercise and drug treatment. Therefore, daily monitoring is very important for long-term control of blood sugar levels and avoiding hypoglycemia. very important. [0003] In the prior art, two sampling methods, invasive and non-invasive, can be used to detect the patient's blood sugar. In order to avoid the trauma caused by blood collection and detection of blood sugar to patients, people have invented a non-invasive blood glucose detector consisting of a light-emitting unit, an optical path unit, a photoelectric conversion unit, an electrical path unit, and a display unit. The analysis method...

AI Technical Summary

Problems solved by technology

[0004] However, in most cases, the condition and severity of a patient's diabetes are not determined by a single blood glucose value, but often depend on a series of blood glucose data collected at different times and from different parts. Measuring a blood sugar level and using it as the basis for judging the condition not only cannot be accurately judged, but sometimes even creates a false image, thereby delaying the best time for treatment and causing greater harm to the patient; Disadvantages such as bulky, high cost, inconvenient measurement, and incapable of real-time monitoring

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