Real-time health monitoring system on basis of implantable and wearable bio-sensing technologies

Abstract

The invention relates to a real-time health monitoring system on the basis of implantable and wearable bio-sensing technologies, and belongs to the field of medical instruments. The real-time health monitoring system is characterized in that an implantable assembly is implanted in the body of a user, and wearable equipment positioned outside the body of the user can be communicated with the implantable assembly by the aid of passive NFC (near field communication) technologies and can provide electric energy for the implantable assembly by the aid of the NFC technologies; measurement data transmitted by the implantable assembly and measurement data obtained by a sensor in the wearable equipment can be displayed by the wearable equipment and also can be transmitted to mobile terminal equipment by the aid of wireless technologies, and measurement results can be fed. The real-time health monitoring system has the advantages that the data can be transmitted between the wearable equipment and implantable equipment by the aid of the passive NFC technologies, the energy can be transported between the wearable equipment and the implantable equipment by the aid of the passive NFC technologies, accordingly, the wearable equipment and the implantable equipment can be jointly used to form distributed sensing structures, the scale of the implantable equipment can be diminished to the greatest extent, and the implantable equipment can be effectively powered.

Description

technical field [0001] The invention relates to a real-time health monitoring system based on implantable and wearable bio-sensing technology, which belongs to the field of medical instruments. Background technique [0002] Personalized medicine (Personalized medicine) is one of the current development trends in the medical industry. It is required to formulate targeted medical plans for individual patients or specific groups according to their own different conditions, so as to maximize the efficacy and reduce adverse reactions. One of the difficulties in realizing personalized medicine is to accurately extract the patient's physical health information in real time. With the development of biosensing technology, the rapid and accurate detection of various target substances and health indicators related to human health has gradually become possible, providing more comprehensive detection data and more convenient and fast detection methods for the realization of personalized ...

AI Technical Summary

Problems solved by technology

Implantable biosensing technology implants biosensors into human tissue, which can directly measure the content of target substances in the human body, but in order to reduce the impact on the human body, its size and materials are strictly limited. In addition, the power supply of implanted biosensors and data transmission problems are also one of the main factors limiting its practicality

Wearable biosensing technology places biosensors on the body surface and indirectly reflects the content of target substances in the body through the detection of metabolites on the body surface. It has little impact on the human body, is easy to replace, and is easy to be practically promoted, but the measurement accuracy is relatively low.

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