Remote wearable synchronous detection system for multiplex medical electric signals based on cloud computing

Abstract

The invention discloses a remote wearable synchronous detection system for multiplex medical electric signals based on cloud computing. The system comprises a signal collecting module, a signal amplification and filtering module, a microprocessor module, a storage and display module, a wireless transmission module and a cloud processing module. The signal collecting module consists of three leads to respectively collect electric signals of heart, brain and muscles, and the electric signals are integrated on a portable garment with hidden wires. The garment can be washed and is also convenient and comfortable to wear. The control module is used for processing received signals to further transmit the signals to the cloud through wireless transmission, and a remote terminal is used for conducting remote and real-time monitoring for three signals of doctors and patients or potential doctors and patients through data receiving and processing at the cloud. Through the manner, the system can achieve synchronous remote online monitoring for electric signals of heart, brain and muscles, so that medical workers know accurate conditions of patients first time, and timely rescue is facilitated.

Description

Technical field [0001] The invention belongs to the field of medical electronic equipment, and more specifically relates to a multi-channel medical electrical signal synchronous detection system, in particular to a wearable remote wireless multi-medical electrical signal synchronous monitoring system based on cloud computing. technical background [0002] With the increase of aging population and the prevalence of chronic non-communicable diseases, a high-quality and convenient monitoring system is becoming increasingly important. The development of today's basic network and the underdeveloped medical care in most parts of China make the combination of cloud computing and mobile medical care an urgent need. [0003] ECG, EEG, and EMG are three important modern medical electrical signals of the human body. They have the function of detecting serious diseases such as cardiovascular, heart disease, and epilepsy. With the development of medical and electronic technology, the me...

AI Technical Summary

Problems solved by technology

These system instruments play a vital role in patient monitoring in a certain period of time, but the bedside monitoring system limits the range of activities of the patient, and the telephone monitoring system cannot monitor for a long time, and the wireless telemetry circuit is complicated and there are many chips.

These can no longer meet the needs of modern medicine, and these ECG tests are all separated, the equipment cost is high, it is impossible to carry out economical and convenient daily ECG tests, and it is impossible to send these ECG signals to the hospital monitoring center in time , allowing doctors to carry out timely relevant treatment

Nowadays, more and more people pay attention to and prevent diseases, and more and more people use the monitoring system, which inevitably makes the real-time analysis and storage of big data more and more difficult, and in the traditional medical information system, the network And servers are used and maintained independently by different medical institutions. The services provided by these medical information systems are also different, and even vary widely. They cannot provide effective medical guidance and information sharing for patients or sub-healthy groups, nor can they provide administrative personnel with Handy Statistics

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