Painless Childbirth Intelligent Monitoring and Control System

Abstract

The invention discloses an intelligent monitoring and control system for painless childbirth, which includes a childbirth monitoring and control device, a fetal monitoring device connected to the childbirth monitoring and control device through an I / O interface, a color Doppler ultrasonic diagnostic device, an infusion pump, Maternal monitoring devices. Compared with the existing technology, by collecting and analyzing various clinical indicators of the fetus and the parturient, it is possible to demonstrate the possibility of a successful trial of the simulated pelvis, the four-dimensional model of the fetus and the animation model of the delivery machine, and determine the delivery method. The pulse infusion pump for puerpera is used for feedback adjustment and pulse intravenous injection of oxytocin to induce the best state of uterine contraction; abnormal conditions are monitored and alarmed, and the control of the pulse infusion pump is stopped at the same time. Apply continuous epidural analgesia and monitor the analgesic effect and safety, and finally realize the automatic monitoring and control of the delivery process and painless delivery, and reduce the rate of cesarean section and maternal and child complications.

Description

technical field [0001] The invention relates to the medical field, in particular to an intelligent monitoring and control system for painless childbirth. Background technique [0002] Childbirth is a process. The driving force of childbirth is uterine contraction. The resistance is mainly the size of the fetus and pelvis and whether it adapts. The success or failure of childbirth depends on whether the mother, the fetus is safe, and whether the process is smooth. Uterine contraction is the main contradiction and the main aspect of the contradiction in the childbirth process. Being able to control or master the uterine contraction is the key to control the childbirth process; but the size and position of the fetus, the shape and size of the pelvis determine whether the fetus can be delivered, and the physical condition of the parturient. , Whether the fetus is hypoxic determines whether the mother and child are safe. Since uterine contraction is the driving force of childbir...

AI Technical Summary

Problems solved by technology

The reason is that obstetricians did not have effective methods or means or instruments to control the delivery process, and for the so-called "safety of mother and child", they "cut it off"

Images