Blood glucose detection system based on intelligent mobile terminal

Abstract

The invention discloses a blood glucose detection system based on an intelligent mobile terminal, and also discloses a blood glucose detection method based on an intelligent mobile terminal. The system is characterized by comprising a blood glucose module, a data sampling and communication module and an intelligent mobile terminal application software module (based on Android, iOS (inter operating system), Windows and so on), wherein the blood glucose module is used for converting blood glucose concentration tested by a test strip into an electric signal and outputting the electric signal; the data sampling and communication module is used for selectively amplifying weak electric signals, sampling, and transmitting data samples to the mobile terminal through a USB-OTG (universal serial bus on-the-go); and the intelligent mobile terminal application software module is used for analyzing blood glucose concentration data, drawing a fitted curve, and displaying the blood glucose concentration. Combined with software and hardware designs, the blood glucose detection system provided by the invention can support the blood glucose test strips made by different manufacturers by updating the software, and can support next-generation blood glucose test strips by using a new database. The system can also complete data updating (or calling) through 2G/3G/4G/Wifi if a user sets a cloud address (or number), thereby providing the convenience for the user to perform the long-term blood glucose concentration monitoring.

Description

technical field [0001] The invention relates to a blood sugar detection system based on an intelligent mobile terminal, in particular to complete blood sugar concentration detection compatible with blood sugar test strips from different manufacturers, and complete data analysis, display, and necessary data upload and call a designated number through the application software of the mobile terminal. Background technique [0002] In some people, either because of genetic factors or because they did not control their diet well, insulin in the body cannot regulate their own blood sugar concentration well, and blood sugar that loses this regulation mechanism will cause great damage to the body organs. Commonly proven diseases such as: physical disability, kidney failure, blindness, and even death, so for such patients, it is necessary to monitor and control their own blood sugar concentration, but most of the detection devices currently available on the market are all-in-one based ...

AI Technical Summary

Problems solved by technology

[0002] In some people, either because of genetic factors or because they do not control their diet well, insulin in the body cannot regulate their own blood sugar concentration well, and blood sugar that loses this regulation mechanism will cause great damage to the body organs. Commonly proven diseases such as: physical disability, kidney failure, blindness, and even death, so for such patients, it is necessary to monitor and control their own blood sugar concentration, but most of the detection devices currently available on the market are all-in-one based on single-chip microcomputers The blood glucose detector has the following unsolvable problems:

[0006] The commercially available blood glucose meters cannot directly send the test data to the designated server, so as to facilitate the doctor's diagnosis and treatment

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