Epidermal-electronics-based health monitoring system

Abstract

The invention discloses an epidermal-electronics-based health monitoring system, which comprises a sensing unit and a portable signal processing unit, wherein the sensing unit is in an epidermal electronic patch form, is adhered to the skin surface of a monitored object, and is used for acquiring and storing the physiological parameter data of the monitored object; the portable signal processing unit is in signal connection with the sensing unit, and is used for reading and displaying the physiological parameter data stored in the sensing unit, and giving an alarming prompt or calling for assistance when the physiological parameter data exceeds a preset threshold value. The invention also discloses other embodiments of the health monitoring system. According to the epidermal-electronics-based health monitoring system, various problems of a conventional wearable health monitoring system can be successfully solved; the epidermal-electronics-based health monitoring system has the advantages of low cost, convenience for control, real-time monitoring and carrying, high measurement accuracy, multipoint measurement and the like.

Description

technical field [0001] The invention belongs to the field of medical equipment, and more specifically relates to a health monitoring system based on epidermal electronics. Background technique [0002] In medical applications, the health monitoring system is an important medical device related to monitoring human health. The wearable health monitoring system developed for patients, the elderly, pregnant women and other objects is becoming more and more mature. It is easy to use and portable. More and more people adopt it. In traditional wearable monitoring systems, silicon PCB boards are usually used as carriers, rigid sensors are used to collect physiological parameters, and microprocessors such as single-chip microcomputers and ARM are used for processing, and finally the physiological parameters are recorded in the instrument memory and displayed or alarmed and uploaded. To the server (such as references: "Research on Wearable Multiple Physiological Parameter Monitoring ...

AI Technical Summary

Problems solved by technology

[0003] However, further studies have shown that these wearable health monitoring systems in the prior art still have many deficiencies: First, traditional wearable health monitoring systems include all components of power supply, acquisition, processing, storage, and display, using silicon Substrates and rigid sensors and microcontrollers such as single-chip microcomputers, ARM, etc., are bulky, heavy, and poor in portability; secondly, due to the poor adhesion between the sensor and the skin surface, the acquisition signal is weak, resulting in a large follow-up operational amplifier circuit , the measurement is inaccurate and not easy to wear; finally, due to the high manufacturing cost, the penetration rate of traditional wearable health monitoring systems is not high, and there are problems such as difficulty in popularization

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