Method and device for presenting electrocardiogram data, medium and program product

Abstract

The invention aims to provide a method and device for presenting electrocardiogram data, a medium and a program product, the method and device are applied to electrocardiogram monitoring equipment, the electrocardiogram monitoring equipment comprises a data acquisition module, a data transmission module and a data processing display module, the data acquisition module comprises a first magnetic attraction connection contact, and the data processing display module comprises a second magnetic attraction connection contact. The data acquisition module comprises a first magnetic connection contact, the data transmission module comprises a second magnetic connection contact, the data transmission module comprises a wireless transmission unit, the modularized electrocardiogram monitoring equipment is provided, data acquisition and data transmission are separated, the data transmission is independent into a module device, the data acquisition module and the data transmission module are connected through the magnetic connection contacts, and the data transmission module is connected with the wireless transmission unit through the wireless transmission unit. The data acquisition module is connected with the data transmission module when data needs to be displayed and analyzed in real time, the data transmission module plays a role in data transmission on one hand and also plays a role in power supply on the other hand, the size and the weight of the electrocardiogram acquisition and monitoring device are well reduced, and the wearing experience is improved.

Description

technical field [0001] The present application relates to the communication field, and in particular to a technology for presenting electrocardiographic data. Background technique [0002] At present, there are many kinds of portable ECG monitoring devices on the market, such as the traditional 12-lead Holter. In recent years, single-lead ECG monitoring devices have appeared. These portable ECG monitoring devices generally have several implementation methods. The first is continuous Monitoring + continuous storage, this kind of device needs to export and analyze the data after the whole monitoring is completed, and it cannot be analyzed and displayed in real time; the other is continuous monitoring + continuous transmission, this kind of device can receive data through the receiving device for real-time post-processing, but Continuous transmission brings about the problem of high power consumption, which leads to short wearing time of this kind of equipment. In addition, rea...

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Problems solved by technology

[0002] At present, there are many kinds of portable ECG monitoring devices on the market, such as the traditional 12-lead Holter. In recent years, single-lead ECG monitoring devices have appeared. These portable ECG monitoring devices generally have several implementation methods. The first is continuous Monitoring + continuous storage, this kind of device needs to export and analyze the data after the whole monitoring is completed, and it cannot be analyzed and displayed in real time; the other is continuous monitoring + continuous transmission, this kind of device can receive data through the receiving device for real-time post-processing, but Continuous transmission brings about the problem of high power consumption, which leads to short wearing time of this kind of equipment. In addition, real-time transmission is not a strong demand for portable devices. There is another kind of continuous monitoring + continuous storage + controllable transmission. This kind of device has been certain To some extent, the problems of the previous two devices have been solved, but on the one hand, the self-contained transmission module still has power consumption problems, which affects the use time of the monitoring device. On the other hand, the self-contained transmission module also increases the volume and weight of the device, which affects wearing experience,

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