Monitoring and management method based on noninvasive antenatal care technology

Abstract

The invention discloses a monitoring and management method based on a noninvasive antenatal care technology, and the method comprises the following steps: S1, collecting the source data of a pregnant woman in a data collection link, and transmitting the data to a data conversion link; S2, in a data conversion link, converting the data acquired in the data acquisition link in the S1, and transmitting the converted data to a data analysis link; S3, enabling a data analysis link to analyze the data converted in the S2, and transmitting the analyzed data to a database link; S4, enabling the database link to store and manage the data analyzed in the S3. According to the monitoring and management method, various physiological indexes of the pregnant woman are monitored, abnormal physiological indexes can be recognized in an early stage, risks brought by gestational diseases to the pregnant woman and the fetus are reduced, safety guarantee of the pregnant woman and the fetus is improved, meanwhile, the characteristics of network interconnection, high coverage rate and excellent long-distance transmission performance are applied, and the health condition of the pregnant woman is monitored and managed.

Description

technical field [0001] The invention relates to the field of obstetric inspection, in particular to a monitoring and management method based on non-invasive obstetric inspection technology. Background technique [0002] Pregnancy disease is a disease unique to pregnant women. This disease not only seriously endangers the health and life safety of pregnant women, but also leads to placental abruption, premature delivery, fetal death, etc., which is the cause of maternal and infant death and birth defects. main reason. Diseases during pregnancy have the characteristics of hidden onset, late onset of clinical symptoms, and sudden onset. Reduce the harm of pregnancy diseases to mothers and fetuses. [0003] The key to "early prediction, early intervention, and early treatment" is "early prediction". At present, non-invasive obstetric examination is the most direct means of early prediction. For diseases during pregnancy, non-invasive obstetric examination can screen out high-...

AI Technical Summary

Problems solved by technology

Pregnant women cannot go to the hospital for antenatal examination in time or change the antenatal examination plan made by the doctor at will due to inconvenience, distance from the hospital, and poor traffic conditions.

[0005] 2. The shortest interval between two prenatal checkups is one week, while the longest interval is one month. Pregnant women are in a vacuum of medical monitoring and management between two prenatal checkups, and lack continuous objective evaluation of their health status during pregnancy. During this period, the physiological indicators of pregnant women cannot be effectively managed, which may lead to unnecessary or delayed medical treatment

Moreover, the frequency of prenatal checkups in the first trimester is too low, the monitoring of physiological indicators is discontinuous, and the data is relatively scarce, all of which will lead to missing the best time for disease prediction and treatment during pregnancy

[0006] 3. Due to limited medical resources, one doctor needs to manage multiple pregnant women. After each check-up, the doctor and pregnant women only have 3-5 minutes of communication time. The communication is not sufficient in many aspects, and the doctor cannot give a comprehensive answer in a short time Problems of pregnant women