Remote fetal monitoring method and system

Abstract

Provided are a remote fetal monitoring method and system. The remote fetal monitoring method comprises the following steps that pregnant woman abdominal surface image data are acquired and transmitted to a central station; the central station receives the image data and performs centralized processing on a plurality of pregnant woman abdominal surface image data and sends marked data of one or more positions guiding an operator to place a fetal monitoring detection probe to a remote fetal monitor; the fetal monitor places the fetal monitoring detection probe according to marked position points to obtain fetal monitoring signals and screens out a best-quality fetal monitoring signal and the fetal monitoring detection probe placement position point corresponding to the signal; the fetal monitoring detection probe is placed on the position point to perform continuous fetal monitoring. The remote fetal monitoring method and system conducts intelligent placement guidance on the fetal monitoring detection probe, the accuracy of the fetal monitoring detection probe placement position is greatly improved, accordingly a high-quality fetal monitoring signal can be obtained, the monitoring quality of the remote fetal monitoring system is improved, and the operating efficiency of the system is improved.

Description

Technical field [0001] The present invention relates to remote communication and remote control methods for human medical monitoring and nursing care, in particular to the monitoring of fetuses and pregnant women, and particularly to methods and systems for remote monitoring of fetuses and pregnant women. Background technique [0002] With the improvement of people's living standards and the popularization of the concept of prenatal and postnatal care, the detection and control of the physiological parameters of the fetus and pregnant women have become very important medical monitoring methods during pregnancy, especially the perinatal period. In the prior art, the detection and control of the physiological parameters of the fetus and pregnant women must be realized by doctors operating professional equipment in the hospital and interpreted by the doctor's professional judgment. Pregnant women usually need to go to the hospital every week to check the physiological parameters of ...

AI Technical Summary

Problems solved by technology

[0004] However, such a remote fetal monitoring system is usually operated by pregnant women or family members, so it lacks professional knowledge and experience of doctors, and some operational problems are prone to affect the output of test results, thereby affecting the operating efficiency of the remote fetal monitoring system.

[0005] If the operator of the monitoring terminal does not know where the detection probe should be placed on the abdomen to achieve the best monitoring effect, the operator takes the detection probe and searches blindly in the abdomen, wasting a lot of time and energy; Placed in the best monitoring position, the quality of the collected signal is not good, resulting in poor quality of monitoring results, and it is difficult for doctors to diagnose; such situations often require doctors to provide targeted guidance according to the situation on the spot, currently mainly through third-party communication means The voice and video communication methods of remote guidance greatly increase the workload of doctors' guidance and communication, and take up a lot of time for doctors. This method is not efficient. During this period, doctors cannot respond to other pregnant women's remote monitoring requests at the same time. The system inefficiency

And the above method, if there is no third-party communication means to assist communication, must bear the risk of inaccurate measurement results output by fetal monitoring equipment caused by unprofessional operation

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