Mobile communication terminal and remote blood oxygen monitoring system

Abstract

The invention provides a mobile communication terminal and a remote blood oxygen monitoring system, wherein the mobile communication terminal includes a displaying module, as well as a blood oxygen collecting module for collecting analog current signal data of the blood oxygen and outputting the analog current signal data; and a blood oxygen data processing module connected with the blood oxygen collecting module via a data line and used for receiving the analog current signal data output by the blood oxygen collecting module, converting the analog current signal data into blood oxygen digitalsignal data, calculating blood oxygen parameters according to the blood oxygen digital signal data and outputting the parameters to the displaying module to display. The mobile communication terminalcan effectively improve the portability of the blood oxygen detecting device and the reliability of data transmission, can be used as an access terminal of the remote blood oxygen monitoring system,and can provide accurate blood oxygen detection and disease monitoring serviced for the patients at any place and any time.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a mobile communication terminal and a remote blood oxygen monitoring system. Background technique [0002] The concentration of blood oxygen in the blood, that is, blood oxygen saturation is the percentage of the capacity of oxyhemoglobin bound by oxygen in the blood to the total hemoglobin capacity that can be combined. It is an important physiological parameter of the respiratory and circulatory system. It is of great significance for the diagnosis and prevention of many diseases (such as major surgical trauma, respiratory diseases, etc.). [0003] At present, hospitals widely use various oximeters to monitor the blood oxygen saturation of patients to monitor the patient's condition and its changes. These oximeters fall into two main categories. One is the bedside monitor, which is mostly used in the ICU, CCU and other intensive care units of the hospital. After th...

AI Technical Summary

Problems solved by technology

It can be seen that although the oximeter of this solution solves the problem of poor portability of the hospital's bedside oximeter monitor, the acquisition and conversion of physiological data by this oximeter are carried out independently outside the mobile communication terminal. The collected and converted physiological data is uploaded to the processor of the mobile communication terminal through Bluetooth or Radio Frequency (RF) wirelessly for processing

With the rapid development of science and technology, the functions and internal data processing capabilities of mobile communication terminals are becoming more and more powerful. This solution only uses the data transmission function of mobile communication terminals, but does not make full use of the internal resources of mobile communication terminals. The portability of the portable oximeter is reduced; on the other hand, the data reliability caused by the data transmission process is not high, and the link needs to be established before the data is transmitted by Bluetooth, and then the data can be transmitted, which takes a long time. The efficiency is low; in addition, the wireless connection mode of Bluetooth or RF consumes a lot of power, which wastes the power of the mobile communication terminal and causes frequent charging of the mobile communication terminal

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