Fetal position detection simulation device

Abstract

The invention provides a fetal position detection simulation device which comprises a pregnant woman belly module, a simulation fetus arranged in the uterus of the belly of a pregnant woman and an output unit. The fetal position detection simulation device is characterized in that the head of the simulation fetus is provided with a position senor, and the heart of the simulation fetus is provided with a fetus sound player; the fetal position detection simulation device further comprises a control unit connected with the position sensor and the fetus sound player, and the control unit receives information collected by the position sensor and feeds the information back to the output unit; the fetal position detection simulation device further comprises a rotation device for adjusting and simulating change of the position of the simulation fetus at different positions of the uterus; the pregnant woman belly module is a hollow cavity and used for containing a simulation uterus and a simulation placenta; by means of the fetal position detection simulation device, position change of the simulation fetus can be detected in an ultrasound mode, the fetus sound of the simulation fetus is listened to through a simulation stethoscope, and different positions of the simulation fetus in the simulation uterus can be controlled automatically.

Description

technical field [0001] The invention relates to the field of medical teaching, in particular to a fetal position detection simulation device for pregnant women during antenatal examination. Background technique [0002] Fetal position examination is to check the position of the fetus in the mother's uterus. Generally, it can be checked by B-ultrasound and palpation after 7 months of pregnancy. Abnormal fetal position generally refers to the abnormal position of the fetus in the uterus after 30 weeks of pregnancy, which is more common in expectant mothers and multiparas with loose abdominal walls. Abnormal fetal positions include breech, transverse, occiput posterior, and facial positions. Among them, the breech position is more common, and the transverse position has the most serious impact on the mother and fetus. The position of the fetus in the womb before birth is very important, and the fetal position is also used as one of the basis for choosing the mode of delivery ...

AI Technical Summary

Problems solved by technology

[0003] At present, most domestic medical students and clinicians directly simulate the fetal position examination training technology on pregnant women. Because medical students and clinicians have not undergone standardized simulation training before taking up their jobs, they are not skilled in operation and the examination time is too long, which increases the impact of ultrasound examination. Fetal side effects can cause tension between doctors and patients and lead to medical disputes

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