A body detection system for assisting in testing blood sugar

Abstract

The present invention provides a body detection system for auxiliary testing of blood sugar, including: body detection equipment, used to detect the physiological index of the user according to the preset detection cycle, and obtain the detection result corresponding to each detection cycle; the background server , used to analyze whether each physiological index in the detection result corresponding to each detection cycle falls within the preset physiological index; when there is a physiological index that does not fall within the preset physiological index, the The physiological index and the detection cycle identification and detection results corresponding to the physiological index are sent to the monitoring terminal; the distribution server is used to receive the information acquisition request sent by the monitoring terminal, and the information acquisition request includes the background server that the monitoring terminal wants to visit identification information, and establish a connection between the monitoring terminal and the background server to be accessed according to the information acquisition request.

Description

technical field [0001] The invention relates to the technical field of data analysis, in particular to a body detection system for assisting blood sugar testing. Background technique [0002] As we all know, controlling the blood sugar concentration throughout the day in the normal range is the key to preventing complications for diabetic patients, so diabetic patients need to monitor blood sugar regularly. [0003] Studies have shown that high blood sugar will cause rapid heartbeat, weak pulse, blood pressure and blood oxygen will also change significantly. In current medical treatment. Most patients use fast fingertips to monitor blood glucose. Most of the strategies require multiple times a day, which makes patients feel cumbersome and painful, and the blood glucose collected is instantaneous, which is one-sided and uncertain. [0004] Current research shows that there is a certain relationship between physiological indexes such as heart rate, blood pressure and blood o...

AI Technical Summary

Problems solved by technology

However, in the prior art, there is a lack of monitoring technology that can be known in time when the user's physiological index is abnormal. Usually, it is manually monitored, which is inefficient and takes up a lot of manpower.

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