Saliva blood glucose correction device and method

Abstract

The invention discloses a saliva blood glucose correction device. The device comprises a shell, a detection processing unit, saliva glucose test paper and a display unit, the shell is provided with a plurality of keys, a battery jar, a battery cover and a saliva glucose test paper insertion opening, and the detection processing unit is electrically connected with the display unit, the keys and the saliva glucose test paper to send a starting signal or receive information, and the display unit is connected with a detection processing unit, and is used for receiving the saliva glucose numerical value from the detection processing unit and displaying the saliva glucose numerical value. According to the saliva blood glucose correction device, during normal blood glucose detection, an invasive blood sampling measurement mode is not needed, the sanitary problem and the psychological problem of a patient in the blood sampling process are greatly avoided, the correction method is provided, blood sampling measurement is matched with saliva measurement, the accuracy of the saliva glucose detection device is corrected, and known reference blood glucose data are provided for consumers, so that cognition and introduction obstacles on new technologies are avoided.

Description

technical field [0001] The invention relates to the technical field of blood sugar detection, in particular to a salivary blood sugar correction device and method. Background technique [0002] Due to the changes in eating habits and daily routines of people today, the incidence of diabetes continues to rise, and it has already become one of the major causes of disease in the world. Therefore, people gradually recognize the importance of blood sugar control. At present, mature blood glucose meters are mainly divided into two types: invasive detection and non-invasive detection. The invasive detection is mainly based on the glucose oxidase electrode measurement method and the glucose dehydrogenase electrode measurement method. Take blood, and then drop the blood on the test paper to measure and obtain the blood sugar level; the biggest disadvantage of this implementation is that not all testers can accept the short-term sting of blood collection, and the blood collection need...

AI Technical Summary

Problems solved by technology

The biggest disadvantage of this implementation is that the size and shape of each person's fingertips are different, and the blood vessels are different in depth, which affects the consistency of the test results and causes low accuracy; in addition, the interference of external ambient light is also difficult to avoid during the test. , more serious the instability of this kind of implementation scheme; in addition, the optical calibration of the instrument must be done regularly, causing inconvenience in use

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