Noninvasive intelligent blood glucose measuring instrument

Abstract

The invention discloses a noninvasive intelligent blood glucose measuring instrument which comprises a CPU (central processing unit), a finger near infrared picture collection device, a display deviceand an outside display module. The display device presents personal information of a user and blood glucose condition and historical data measured thereby, a near infrared picture spectrum comparisonengine is obtained by training on a GPU computer by applying an artificial intelligence deep learning algorithm on the basis of mass data, a blood glucose value can be acquired by sending a finger near infrared picture into the engine, one instrument can be shared by multiple persons or a whole family, and the CPU can realize data transmission with an external display terminal by an application software module through a data line or WIFI. By the blood glucose measuring instrument, blood drawing is not needed, test paper consumables are not needed, and blood glucose index can be detected and analyzed in real time quickly and conveniently without puncturing skin or causing pain.

Description

technical field [0001] The invention relates to the technical field of blood glucose measuring instruments, in particular to a non-invasive intelligent blood glucose measuring instrument. Background technique [0002] It is well known that there are billions of diabetics and potentially diabetics worldwide. Diabetes has become a very serious problem affecting people's health and quality of life. Diabetic patients need to prevent chronic and acute complications of the disease from time to time, so diabetic patients need to measure blood sugar several times a day. Furthermore, due to the particularity of the pathology of diabetes (becoming a diabetic after a blood sugar exceeds an index value is irreversible), even potential diabetics need to measure their blood sugar frequently to prevent themselves from becoming "permanent" diabetes people. Currently, commonly used blood glucose meters require a finger prick to obtain blood for each test, which causes pain and inconvenien...

AI Technical Summary

Problems solved by technology

Currently, commonly used blood glucose meters require a finger prick to obtain blood for each test, which causes pain and inconvenience, and requires a new test strip for the next test, or instruments that can monitor blood glucose levels frequently / continuously do currently exist , but they need to be implanted under the skin, causing trauma or pain to the user during implantation, and the user experience is poor

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