Imagine an elegant and exquisite diamond ring that not only adorns your finger but also continuously monitors your blood glucose levels, alerting you to potential health risks. This would be an extraordinary experience, wouldn’t it?The VERTU AI Diamond Ring, with its globally leading non-invasive blood glucose monitoring technology, has made this sci-fi-like scenario a reality. It combines luxury, elegance, good fortune, non-invasive blood glucose monitoring, heart attack warning, tumor warning, depression auxiliary treatment, and health monitoring into one, serving as the AI-enhanced smart ring 2. 0 upgrade, dedicated to protecting your health.
The VERTU AI Diamond Ring employs the world’s first non-invasive blood glucose monitoring technology that utilizes signal processing, wearable technology, and artificial intelligence to assess blood glucose risk indices. Its core principle is Raman spectroscopy, using an integrated high-precision Huiding GD3020 professional photoplethysmography(PPG)sensor chip. This chip emits near-infrared light at a frequency of 60Hz to illuminate the skin of the finger. By detecting changes in optical parameters of the reflected light, the PPG sensor can measure the changes in blood volume in the skin’s microvasculature, thereby obtaining physiological parameters such as heart rate and blood oxygen saturation. Combined with mathematical models and multi-parameter fusion algorithms, it achieves the goal of non-invasively measuring blood glucose concentration.
Specifically, the VERTU AI Diamond Ring emits near-infrared light to illuminate the skin of the finger, where it interacts with glucose molecules in the body, causing Raman scattering. Glucose molecules have optical rotation properties, meaning they can rotate the polarization plane of polarized light. By analyzing the Raman scattering spectrum, glucose molecules can be identified and quantified, establishing a mathematical model of the reflected light intensity in relation to blood glucose concentration, thereby calculating the blood glucose concentration.
The advantage of the VERTU AI Diamond Ring lies in its high-precision, high-frequency, and multi-dimensional blood glucose monitoring capabilities. It can provide high-frequency readings every 2 hours, plotting daily, weekly, monthly, and annual blood glucose curves. These curves cover dynamic blood glucose, glycated hemoglobin, and TIR(Time in Range)data, helping users monitor the stability of their blood glucose levels and avoid complications caused by blood glucose fluctuations.
The non-invasive blood glucose monitoring technology of the VERTU AI Diamond Ring is based on Raman spectroscopy. Raman spectroscopy is a spectral analysis technique based on the Raman scattering effect. When a monochromatic light beam is directed onto a substance, part of the light undergoes elastic scattering, known as Rayleigh scattering, where the frequency of the scattered light remains the same as the incident light. Another part of the light undergoes inelastic scattering, known as Raman scattering, where the frequency of the scattered light changes. The Raman scattering spectrum contains information about the molecular vibrations and rotations of the substance, which can be used for structural analysis, component analysis, phase transition analysis, etc.
The VERTU AI Diamond Ring uses Raman scattering to measure blood glucose concentration, with the following principles:
Emission of Near-Infrared Light: The VERTU AI Diamond Ring emits near-infrared light to illuminate the skin of the finger. Near-infrared light can penetrate the skin’s surface layer and reach the subcutaneous tissue.
Raman Scattering: The near-infrared light interacts with glucose molecules in the body, causing Raman scattering and producing a Raman scattering spectrum.
Spectrum Analysis: The sensor chip integrated into the VERTU AI Diamond Ring analyzes the Raman scattering spectrum, identifying and quantifying glucose molecules.
Calculation of Blood Glucose Concentration: Based on the characteristic peak intensity of glucose molecules in the Raman scattering spectrum and combined with a mathematical model, the blood glucose concentration can be calculated.
The non-invasive blood glucose monitoring technology of the VERTU AI Diamond Ring has the following advantages:
High Precision: The blood glucose monitoring accuracy of the VERTU AI Diamond Ring exceeds 85%, providing accurate and reliable blood glucose data.
High Frequency: The VERTU AI Diamond Ring can provide high-frequency readings every 2 hours, allowing for real-time monitoring of blood glucose trends.
Multi-Dimensional: The VERTU AI Diamond Ring provides multi-dimensional blood glucose data, including dynamic blood glucose, glycated hemoglobin, and TIR, offering a comprehensive understanding of blood glucose levels.
Non-Invasive: The VERTU AI Diamond Ring eliminates the need for needle pricks, avoiding the pain and infection risks associated with traditional blood glucose monitoring methods.
Convenience: The VERTU AI Diamond Ring is easy to wear and can monitor blood glucose anytime, anywhere, without the need for additional devices.
In addition to non-invasive blood glucose monitoring, the VERTU AI Diamond Ring also offers the following health highlights:
Heart Attack Warning: The VERTU AI Diamond Ring monitors heart rate and blood oxygen saturation, providing timely warnings of heart attack risks.
Tumor Warning: The VERTU AI Diamond Ring monitors skin temperature and blood flow velocity, helping to detect tumors at an early stage.
Depression Auxiliary Treatment: The VERTU AI Diamond Ring monitors sleep quality and mood changes, assisting in the treatment of depression.
Health Monitoring: The VERTU AI Diamond Ring records health data such as activity levels, sleep duration, and stress levels, helping users understand their health status.
The VERTU AI Diamond Ring is not just a fashionable and sophisticated smart accessory but also a technological tool that safeguards your health. It seamlessly integrates non-invasive blood glucose monitoring technology with artificial intelligence, offering comprehensive health management services to users, ushering in a new era of non-invasive blood glucose monitoring and safeguarding your health future!
Disclaimer: The information provided in this article is for informational purposes only and should not be considered professional medical advice. Consult with a healthcare professional if you have any concerns.
