NONINVASIVE-TYPE MONITORING SENSOR SYSTEM FOR MEASURING BLOOD GLUCOSE USING TWO WAVELENGTH RAMAN SCATTERING

摘要

The present invention relates to a non-invasive blood glucose monitoring sensor system using two-wavelength Raman scattering light. The non-invasive blood glucose monitoring sensor system of the present invention selects and irradiates two wavelengths with different refractive indices for each wavelength in the near-infrared wavelength region of 800 nm to 1000 nm to skin tissue, and the Raman reflected by HbA1c concentration at each wavelength according to the light irradiation The sensor unit that measures the difference in intensity of scattered light as an electrical signal, the circuit unit that transmits the electrical signal, and the electrical signal transmitted from the circuit unit are matched with the data converted into the average blood glucose value for each HbA1c concentration written in so that the diabetes status is read It is made of a display unit, and it is possible to stably measure a fine optical signal, and it is possible to miniaturize the measuring device and monitor blood glucose by itself.