Dynamic continuous blood sugar monitoring system

Abstract

The invention discloses a dynamic continuous blood sugar monitoring system. The dynamic continuous blood sugar monitoring system comprises a skin treatment system and a blood sugar monitoring system. The skin treatment system comprises a skin grinding and permeation promoting treatment device, the skin grinding and permeation promoting treatment device comprises a handle body, a front end treatment assembly is arranged at the front end of the handle body, a treatment device circuit assembly, a power supply device and a motor are arranged in the handle body, and the output shaft of the motor is connected with the front end treatment assembly. The blood sugar monitoring system includes disposable accessories and a monitor. The disposable accessories include a disposable sensor, a disposable transmitter, a disposable sticker, a disposable hydration liquid and a disposable hydration box. A treatment head for treating skins in the skin treatment system and the accessories used in the blood sugar monitoring system are disposable, convenient and hygienic, have small specifications and are portable. Frequent blood sampling is not needed during monitoring, so pains during repeated blood sampling and wound infection are avoided. Monitoring data is wirelessly transmitted to the monitor in real time, so the blood sugar concentration level of a patient can be conveniently systematically known.

Description

technical field [0001] The invention relates to a dynamic continuous blood sugar monitoring system. Background technique [0002] Diabetes mellitus is a metabolic syndrome characterized by chronic hyperglycemia. Due to insulin deficiency or insulin biological action disorder, glucose metabolism disorder is accompanied by metabolic disorders such as fat, protein, water, and electrolyte, and can be complicated by various organs. of chronic damage. [0003] At present, due to the limitation of the development level of modern medicine, there is no way to find a complete cure for diabetes. The blood sugar level of diabetic patients always fluctuates without obvious regularity between high blood sugar and low blood sugar. Diabetes Control and Complications Experimental Reports show that frequent monitoring of blood sugar levels to adjust the dosage of hypoglycemic drugs and insulin, so that strict control of blood sugar levels can effectively reduce complications caused by diabe...

AI Technical Summary

Problems solved by technology

But so far, the easiest blood sugar detection method is to take a blood sample at the fingertips of the examinee. Although this blood sugar self-test method has greatly improved the level of care for diabetics, it also has some shortcomings, such as cumbersome operations; It is necessary to puncture the nerve-dense fingertips during the test, which will cause pain to the patient; for example, the wound may be infected with other diseases, which will cause psychological pressure on the patient, which is not conducive to frequent blood sugar testing; for example, the cost of testing is high, etc.

At the same time, this infrequent detection of discrete time points may miss some cases of higher or lower blood sugar than normal levels, which is detrimental to diabetes care

Especially when a patient is diagnosed with diabetes, long-term continuous monitoring of blood glucose parameters is required to prevent the occurrence of various complications. Existing blood glucose monitors can only detect blood glucose in batches, and cannot continuously monitor the blood glucose of diabetic patients. The blood glucose data is used for monitoring personnel to remotely track the blood glucose concentration level of diabetic patients, which is very inconvenient for the daily detection of users and the monitoring of monitoring personnel

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