Noninvasive blood glucose detection device

Abstract

The invention provides a noninvasive blood glucose detection device. The noninvasive blood glucose detection device comprises a finger-shaped detection device, an infrared spectrum detection unit, a frequency modulation continuous wave laser radar detection unit, an energy metabolism conservation detection unit, a data processing unit and a data transmission unit. A patient puts a finger into the finger-shaped detection device, change, caused by the finger, of spectral transmission, frequency modulation continuous wave scattering and temperature and humidity characteristic data is detected, and the blood glucose value is accurately detected through an artificial intelligence noninvasive blood glucose detection system at the front end. According to the noninvasive blood glucose detection device, an existing spectrum analysis technology, an existing frequency modulation continuous wave laser radar technology and an existing energy metabolism conservation method are integrated, an artificial intelligence characteristic extraction and classification detection algorithm is adopted, and more accurate noninvasive blood glucose detection is achieved. The noninvasive blood glucose detection device has great significance in clinically relieving the pain of a diabetic patient in blood glucose detection, controlling blood glucose and guaranteeing body health.

Description

technical field [0001] The invention belongs to the fields of electronic information and medical equipment, and in particular relates to a non-invasive blood sugar detection device. Background technique [0002] Existing household blood glucose meters are all invasive blood glucose meters, which collect a small amount of blood from a patient and analyze the glucose content with test paper to determine the blood glucose detection value. On the one hand, this invasive blood sugar detection method brings great pain and psychological burden to patients, especially those with severe diabetes who need to test blood sugar multiple times a day and control blood sugar through drugs, diet and exercise. Patients, especially the pain caused by repeated traumatic blood extraction. On the other hand, test strips for detecting blood glucose are consumables, resulting in high expenses for patients who need to repeatedly detect blood glucose. [0003] Non-invasive blood glucose detection i...

AI Technical Summary

Problems solved by technology

At present, none of the above-mentioned single methods can detect the accuracy of the blood glucose level up to the detection accuracy requirements of the invasive blood glucose meter.

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