Long-distance cloud fetal heart rate monitoring system

Abstract

The invention provides a long-distance cloud fetal heart rate monitoring system. The system comprises a fetal heart rate monitoring equipment terminal, a central server and a doctor client, wherein the fetal heart rate monitoring equipment terminal and the doctor client are in communication connection through the central server; the fetal heart rate monitoring equipment terminal comprises a data collection module, a data processing module and a voice processing module which are in communication connection; the central server comprises a data management module and a resource dispatch module which are in communication connection; and the doctor client comprises a data processing module and a voice processing module which are in communication connection. According to the system, physiological indexes of a fetus and a pregnant woman can be transmitted to a hospital at real time, a doctor can give guidance to the pregnant woman via voice and video channels according to the received physiological information, so that the pregnant woman can accept various medical resources of the hospital at home.

Description

technical field [0001] The invention relates to the technical field of fetal heart monitoring, in particular to a remote cloud fetal heart monitoring system. Background technique [0002] With the general improvement of people's living standards in today's society, people's requirements for health are also constantly increasing, especially for the health training of the next generation. More people hope that their children can receive careful care during the fetal period. In the process of fetal development, parents hope to be able to grasp the physiological information of the fetus in real time, such as fetal heart rate, uterine contraction pressure, etc., which will help early detection of abnormal phenomena in the fetal development process, eliminate potential or existing dangers, and guide fetal health. development. At present, most fetal heart rate monitoring for pregnant women is basically carried out in hospitals with obstetrics and gynecology. Pregnant women need to...

AI Technical Summary

Problems solved by technology

[0006] 1) For the portable fetal heart rate monitor, due to the limitation of the circuit itself, the fetal monitoring information can only be observed locally (fetal heart sound playback or screen display), and the pregnant woman's own medical knowledge is limited, and these physiological information cannot be analyzed. Make good judgments; the information that doctors can obtain remotely can only be fetal heart sounds transmitted through the telephone network, subject to the quality of telephone communication, it is easy to misjudge real-time information such as fetal heart sounds under the condition of poor communication quality , and it is also difficult to extract the original fetal heart rate signal through processing equipment; in addition to various monitoring probes, the cost of various analog circuit equipment integrated in portable equipment is relatively high, and it is not easy for ordinary families to receive, and the equipment itself only has monitoring functions. Outside of time, the device itself is a waste of resources

[0007] 2) For the application of fetal heart rate monitoring software implemented on smart devices, due to the limitation of the hardware of the device itself, the fetal monitoring data obtained by the software is also inaccurate and is easily disturbed by external noise; the accuracy of the data and the algorithm of the software itself are very different Professionalism may lead to deviations in the results displayed by the software, which may cause misunderstandings for pregnant women in judging the condition of the fetus

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