Intelligent-monitoring ring-type wearable equipment

Abstract

The invention provides intelligent-monitoring ring-type wearable equipment. The intelligent-monitoring ring-type wearable equipment comprises an intelligent terminal and a ring, wherein the internal wall, facing to finger skin, of the ring is provided with a near-infrared light source, a photoelectric conversion module, a miniature spectrograph, a microprocessor, an APP data conversion module and a first wireless signal transceiving module as well as a power supplying module, the APP data conversion module and a wireless signal transmitting module, and the intelligent terminal is provided with a second wireless signal transceiving module, an APP data analysis module and an APP health database. According to the intelligent-monitoring ring-type wearable equipment, detection equipment matched with a dynamic spectrum based noninvasive blood component detection technique is arranged in the ring; on one hand, real-time and sustained monitoring on human body monitoring data such as human body hemoglobin, serum cholesterol and blood sugar concentration is realized on the ring; the habit of wearing the ring is to press on a finger, so that the accuracy of detection can be improved; on the other hand, intelligent, noninvasive, real-time and sustained monitoring of human body blood is achieved. Meanwhile, SOS first-aid appeal, body temperature detection and positioning monitoring can also be achieved.

Description

technical field [0001] The invention relates to the field of wearable devices, in particular to an intelligent monitoring ring-type wearable device. Background technique [0002] At present, the non-invasive blood component detection technology based on dynamic spectrum uses near-infrared and visible light to irradiate the finger to obtain the light intensity information of the pulsating blood through the human body. In theory, the intensity change of the transmitted light only comes from the filling and contraction of the artery. , and the difference in absorbance of blood components to different wavelengths of light will be reflected in the amplitude of the photoelectric logarithmic pulse wave at different wavelengths, which can eliminate all human components with constant absorption characteristics such as subcutaneous tissue and skin tissue from pulsating arterial blood The effect of absorbance. The concentration of n blood components can be obtained by detecting the pe...

AI Technical Summary

Problems solved by technology

However, it is usually used in hospitals and other occasions in a relatively bulky and bulky form, and has not been applied to wearable devices, so that real-time detection cannot be realized

[0008] With the intelligent and portable development of integrated circuit technology, smart wearable devices, as one of the main manifestations, have developed rapidly in recent years. Smart wearable devices usually exist in the form of mobile phones and bracelets, while for hemoglobin, serum cholesterol and The detection of blood sugar concentration is related to the closeness of the detection equipment to the skin because the detection accuracy is related. If the detection module is set on the wristband according to the existing methods, the wristband needs to be fastened to the skin, which will make the human body uncomfortable to wear and the wrist The way of tightening the ring for a long time will also lead to poor blood circulation in the human body and affect health

If the wristband is not fastened to the skin, there will be light leakage, which will affect the accuracy of the detection

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