Integrative and intelligent blood glucose management device

Abstract

The invention discloses an integrative and intelligent blood glucose management device. The integrative and intelligent blood glucose management device comprises a detecting head and a main engine, the detecting head is connected with the main machine, the detecting head comprises a groove portion used for placing a glucometer, a test paper inserting mouth which test paper can be inserted in and an idler wheel, and one end of the test paper is inserted in the glucometer through the test paper inserting mouth; the idler wheel is located between the test paper inserting mouth and the glucometer,the test paper tightly fits the idler wheel, and the idler wheel is arranged on a connecting rod; when the test paper is inserted in, the idler wheel is rolled by hand in one direction to drive the test paper to be inserted in the glucometer, and when the idler wheel is rolled by hand in an opposite direction, the idler wheel drives the test paper to be away from the glucometer and the test paperinserting mouth; the configuration of the glucometer can detect samples on the test paper, stores the data, and transfers the data to the main engine, and the main engine can analyze and store the data. The integrative and intelligent blood glucose management device is simple in structure, easy to operate, clean and sanitary to avoid blood-borne diseases so as to manage the blood glucose data conveniently.

Description

Technical field [0001] The present invention relates to the technical field of medical equipment, in particular to an integrated intelligent blood glucose management device. Background technique [0002] The blood glucose meter is currently a sophisticated medical device that can effectively detect blood glucose levels. It monitors the blood glucose levels of diabetic patients, facilitating timely treatment and stabilizing blood glucose. Because of its convenient operation, easy portability, fast detection and other advantages, it is widely used in clinics, outpatient and emergency departments and patients' homes. Existing blood glucose concentration detection equipment needs to insert a disposable test strip into the blood glucose meter, drip the patient's blood on the test strip, and take the test strip away after the blood glucose meter analyzes and detects the blood glucose value in the blood and displays the data. The ejector device is installed inside the blood glucose met...

AI Technical Summary

Problems solved by technology

The existing blood glucose concentration detection equipment needs to insert a disposable detection test paper into the blood glucose meter, drip the patient's blood on the test paper, and take the test paper away after the blood glucose meter analyzes and detects the blood glucose value in the blood and displays the data. The ejection device inside the blood glucose meter is used to push out the test paper, or manually pulled out. The ejector device has a complex structure, occupies a relatively large space inside the blood glucose meter, and needs to be set to press or push buttons; manually pulling out the test paper makes it easier for doctors or Nurses and other testing personnel are easy to come into contact with patients' blood, which is unhygienic and prone to infection; and diabetic patients need to persist in testing blood sugar for a long time, but the statistical analysis of test results, especially long-term data statistics, is very important for long-term drug administration and In terms of treatment plan, long-term monitoring of blood sugar and systematic preservation of relevant data and statistical results are of great significance to disease course control and drug treatment.

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