Epidermal attached detection system for blood oxygen saturation and preparation of system

Abstract

The invention belongs to the field of medical health detection equipment, and discloses an epidermal attached detection system for blood oxygen saturation and preparation of the system. The system includes a front-end flexible blood oxygen saturation detection circuit (17) and a back-end signal processing output module, wherein the front-end flexible blood oxygen saturation detection circuit (17)and the back-end signal processing output module are connected with each other, and the front-end flexible blood oxygen saturation detection circuit (17) uses a flexible encapsulating material as an encapsulation layer, has a viscous functional layer (10) on the surface, and is used to detect the blood oxygen saturation of human tissue through the principle of reflective optics; and the back-end signal processing output module is used to send a signal about the blood oxygen saturation to a mobile terminal through a bluetooth antenna transmission module (12). By designing the structure and using flexible materials, the system gives the front-end blood oxygen detection circuit the ability to closely adhere to human skin and conformal performance; and by designing the circuit, the system realizes receiving, processing and sending of front-end sensor data by the back-end signal processing module, and can realize real-time transmission and display of blood oxygen saturation information.

Description

technical field [0001] The invention belongs to the field of medical health detection equipment, and more specifically relates to a skin-attached blood oxygen saturation detection system and its preparation. The detection system is used to realize non-invasive human blood oxygen health monitoring. Background technique [0002] With the continuous development of electronic information technology, emerging electronic fields related to flexible electronics, such as plastic electronics, organic electronics, and printed electronics, have emerged in recent years. Flexible electronics have unique ductility, good wearability and wearability. The advantages of large-scale manufacturing and low cost are widely used in medical, energy, military, education and other fields. The flexible electronic products that have been developed include printed RFID, flexible displays, organic light-emitting diodes (OLEDs), etc., because they are different from traditional hardware. It is widely used ...

AI Technical Summary

Problems solved by technology

This method not only has a single measurement site, but also changes in body movements will greatly reduce the adhesion of the sensing system, which will seriously affect the detection accuracy and comfort.

At present, there is no blood oxygen saturation measurement system that can closely fit the skin on the market

In addition to the limitation of the measurement site and the difficulty in ensuring the measurement accuracy, most of the front-end test circuits and back-end signal analysis and processing circuits of most current blood oxygen sensing systems have low integration levels, and the circuits are large and difficult to carry. When detecting human blood oxygen, the back-end circuit often needs to be connected to a computer, monitor and other devices to display and feedback blood oxygen saturation, which cannot communicate with commonly used mobile terminals, and does not have good mobile wearability

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