Blood oxygen monitoring device

Abstract

The invention provides a blood oxygen monitoring device. The blood oxygen monitoring device comprises a host, an optional wireless blood oxygen accessory and an optional wireless myoelectricity accessory; the host comprises a first computing module, the first computing module is connected with a human-machine interaction module, a first wireless module, a baseband module, a first power module, a first blood oxygen and heart rate processing module and a positioning module, and a first blood oxygen and heart rate acquisition module is connected with the first blood oxygen and heart rate processing module; the optional wireless blood oxygen accessory comprises a second computing module, the second computing module is connected with a second wireless module, a second blood oxygen and heart rate processing module and a second power module, and a second blood oxygen and heart rate acquisition module is connected with the second blood oxygen and heart rate processing module; the optional wireless myoelectricity accessory comprises a third computing module, the third computing module is connected with a third wireless module, a myoelectricity processing module and a third power module, anda myoelectricity acquisition module is connected with the myoelectricity processing module. The blood oxygen monitoring device has the advantages of simple structure, high use flexibility, high detection data accuracy and good safety, and can be used for exercise monitoring.

Description

technical field [0001] The invention relates to a blood oxygen monitoring device, which belongs to the technical field of medical devices. Background technique [0002] Blood oxygen monitoring equipment is a commonly used medical device. The existing blood oxygen monitoring equipment mainly has the following problems: [0003] 1. Realize the transmission of alarm data and real-time data through operators 2G, 3G, and 4G. At present, the country cannot guarantee the full coverage of mobile networks in every local network, especially in places with dense buildings, 2G, 3G, and 4G signals It may not be good, causing the alarm message to fail to be sent. [0004] 2. Generally, it adopts the structure of wired blood oxygen lead and EMG patch. The method is fixed, inflexible, and burdensome to wear. [0005] 3. The EMG noise is only eliminated by a fixed-frequency filter, but the effect is not ideal. The EMG has a greater impact on the heart rate, and the quality of the dynamic h...

AI Technical Summary

Problems solved by technology

[0003] 1. Realize the transmission of alarm data and real-time data through operators 2G, 3G, and 4G. At present, the country cannot guarantee the full coverage of mobile networks in every local network, especially in places with dense buildings, 2G, 3G, and 4G signals It may be bad, causing the alarm message to fail to be sent

[0004] 2. Generally, the structure of wired blood oxygen lead and EMG patch is adopted, the method is fixed, not flexible, and the wearing burden is heavy

[0005] 3. The EMG noise is only eliminated by a fixed frequency filter, the effect is not ideal, the EMG has a greater impact on the heart rate, and the quality of the dynamic heart rate signal is poor

[0006] 4. It is only suitable for static state monitoring, not for exercise monitoring

[0007] 5. The current products are all simple single-chip microcomputer acquisition and communication module transmission systems, with weak confidentiality and the risk of core algorithm leakage

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