UC (uterine contraction)-triggered FHR (fetal heart rate) detection type FHR monitoring system

Abstract

The invention belongs to the technical field of medical instruments and discloses a UC (uterine contraction)-triggered FHR (fetal heart rate) detection type FHR monitoring system. The UC-triggered FHR detection type FHR monitoring system comprises FHR detection components, intelligent display terminals and a server platform. Each FHR detection component comprises a wireless communication module, a UC pressure detection device and a FHR detection device. Self-triggered by the UC, the FHR detection detects FHR signals and then stops detection after detection time is over. Each intelligent display terminal receives detected CU pressure signals and the FHR signals, displays those on a display screen and sends the received signal data to the server platform. The server platform receives, saves and displays the signal data. A diagnosing module diagnoses and analyzes the received signal data and performs the feedback of a diagnosing result to the intelligent display terminal. By the use of the UC-triggered FHR detection type FHR monitoring system, damages, caused by long-term ultrasonic radiation, to the fetal health are avoided. The UC-triggered FHR detection type FHR monitoring system is small in size, convenient to carry and free of manual operation and allows fetal monitoring to be free of geographical limitations.

Description

technical field [0001] The invention relates to a fetal heart rate monitoring system, in particular to a fetal heart rate monitoring system triggered by uterine contractions, which belongs to the technical field of medical devices. Background technique [0002] Fetal heart rate monitoring is an important monitoring method for clinical detection of fetal health abnormalities. With the rapid development of Internet of Things technology, the use of Internet of Things technology to establish a dynamic, mobile, continuous long-term detection of fetal heart rate monitoring system has become a hot spot in fetal monitoring technology research . By using the fetal heart rate sensing device and uterine contraction pressure sensing device in the sensing layer of the Internet of Things to collect data and send the data to the hospital monitoring center through the network, you can understand the health status of the fetus and get diagnostic feedback anytime, anywhere. Although relevant...

AI Technical Summary

Problems solved by technology

Although relevant scholars and institutions have developed a variety of fetal heart rate monitoring systems, they are trying to monitor the fetal heart rate anytime and anywhere, and keep abreast of the health status of the fetus. However, on the one hand, the current sensing layer fetal heart rate detection device requires manual control or The program timing setting for fetal heart rate detection cannot achieve continuous long-term automatic detection, so some abnormalities in fetal health will be missed; Health does some damage

[0003] Uterine contractions during pregnancy have important clinical significance in fetal health monitoring. There is a certain relationship between the occurrence of uterine contractions and the activities and health of the fetus in the uterus. The joint detection of uterine contractions and fetal heart rate can accurately reflect the situation of the fetus in the uterus , but continuous long-term fetal heart rate detection has been proven to cause damage to the health of the fetus. Therefore, a long-term monitoring method has been developed that can start fetal heart rate detection after uterine contractions occur, thereby reducing the impact of long-term ultrasound radiation. Fetal heart rate monitoring system that damages fetal health appears crucial

Images