Long-time-history dynamic electrocardiogram data real-time transparent transmission method

Abstract

The invention discloses a long-time-history dynamic electrocardiogram data real-time transparent transmission method. The method comprises the steps: 1, configuring a long-time-history dynamic electrocardiogram real-time transparent transmitter; 2, performing a start-up operation; 3, scanning nearby electrocardiograph apparatuses, establishing a nearby electrocardiograph apparatus list, and establishing connection with the server at the same time; 4, connecting a first electrocardiograph, and checking whether the electrocardiograph has electrocardiograph data needing to be transmitted or not by the server; 5, if the first electrocardiograph needs to transmit electrocardiogram data, sending the data to the server until the first electrocardiograph does not transmit the data any more, and then connecting the second electrocardiograph; if the first electrocardiograph needs to transmit the electrocardio data, enabling the Bluetooth ble5 module to initiate the connection with a second electrocardiograph; 6, after all the data of the electrocardiograph in the electrocardiograph list are transmitted, returning to the step 3, and repeating the steps. According to the invention, long-term measurement and transmission can be ensured, the transmission efficiency is high, and the method has very good popularization value and market prospect.

Description

technical field [0001] The invention relates to a real-time and transparent transmission method for long-term dynamic electrocardiographic data. Background technique [0002] The electrocardiograph needs a sampling frequency above 220Hz to collect ECG data. If a sampling frequency of 250Hz is used for collection and 16bit data is stored each time, 250*16=4000bit data needs to be generated per second, so the real-time transmission rate requirement is relatively high . [0003] Most of the current wearable smart electrocardiograph solutions use bluetooth transmission and are operated through the smartphone APP (such as collecting, viewing, sending to the server, etc.). The existing problems of the current solution include: [0004] (1) Many elderly people use elderly phones, and most of them are inconvenient to install APPs, so the use efficiency is low and it is not convenient to promote. [0005] (2) Smartphone APPs are easily withdrawn by the mobile phone operating system...

AI Technical Summary

Problems solved by technology

[0004] (1) Many elderly people use elderly phones, and most of them are inconvenient to install APP, so the use efficiency is low and it is not convenient to promote

[0005] (2) Smartphone APPs are easily exited by the mobile operating system, and the transmission is easily interrupted, which cannot achieve the effect of real-time transmission and early warning

[0006] (3) When used in a hospital ward, if a 1:1 mobile phone needs to be configured, the cost is very high

[0007] (4) The elderly may not be able to use APP, and doctors need to teach patients to use it, which causes inconvenience to doctors

[0008] (5) Smartphones generally cannot stand by for 3 days, and if the network transmission is turned on, it cannot meet the long-term requirements

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