Small-scale continuous dynamic fetus monitor

Abstract

The invention discloses a small-scale continuous dynamic fetus monitor comprising a shell, a touch control display screen, a volume adjustment button, a power switch, probe interfaces, winding type signal filters, fetal heart fetal movement probes, an uterine contraction probe, uterine myoelectricity fetus electro-cardio probes, a loudspeaker, an uterine contraction zero returning key, a storage card insertion hole, a power indicator, a data line interface, a network cable interface, a CPU control main board, a rear cover, a cellular network card groove, a battery bin, hook junction parts, an elastic band, a net-shaped waist and abdominal belt and hook bodies. The touch control display screen and the battery bin are arranged on the front face and the back face of the shell respectively. The problems that the fetal heart, fetal movement, uterine contraction and other indexes can not be continuously and dynamically monitored clinically are solved. More fetus health indexes can be provided for clinical work, and effective support is provided for clinic to rapidly and timely solve the problem of unforeseen circumstances happening on fetuses.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a small continuous dynamic fetal monitor. Background technique [0002] Fetal heart rate and fetal movement monitoring can reflect whether the fetus is hypoxic or not. At present, home fetal heart rate monitors can only monitor fetal heart rate, but cannot monitor fetal movement. At present, fetal movement is counted by pregnant women themselves. Human factors interfere too much, and in many cases it is impossible to monitor fetal movement. Accurately know the exact fetal movement situation, if the uterine contraction (especially regular uterine contraction) occurs before the expected date of delivery, it may be a threatened abortion, but because the current monitoring is to go to the hospital for monitoring, and it can only be intermittent Therefore, abnormal uterine contractions cannot be detected in time, and there is no way to detect and treat threatened miscarriage early. A...

AI Technical Summary

Problems solved by technology

[0002] Fetal heart rate and fetal movement monitoring can reflect whether the fetus is hypoxic or not. At present, home fetal heart rate monitors can only monitor fetal heart rate, but cannot monitor fetal movement. At present, fetal movement is counted by pregnant women themselves. Human factors interfere too much, and in many cases it is impossible to monitor fetal movement. Accurately know the exact fetal movement situation, if the uterine contraction (especially regular uterine contraction) occurs before the expected date of delivery, it may be a threatened abortion, but because the current monitoring is to go to the hospital for monitoring, and it can only be intermittent Therefore, abnormal uterine contractions cannot be detected in time, and there is no way to achieve early detection and early treatment of threatened miscarriage

At present, the monitoring of fetal heart rate and fetal movement can only be intermittent monitoring, which cannot reflect the real-time situation of the fetus in a timely and continuous manner. If any abnormal situation occurs, it cannot be understood and resolved in time. It is done in the hospital with large-scale equipment, and this large-scale equipment can only be monitored for 1 to 2 hours during diagnosis, and it cannot monitor the fetus from time to time.

At present, there is no small fetal monitor that can be carried by pregnant women for a long time to dynamically monitor fetal heart rate, fetal movement and uterine contractions

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