Fetal movement counting system of fetuses

Abstract

The invention discloses a fetal movement counting system of fetuses. The system comprises an ultrasound device and a fetal movement counting device, the fetal movement counting device comprises a counting base and a plurality of sensing units, one side face of the counting base is a bonding surface used for bonding the base to the abdomen of a pregnant woman, the counting device is bonded to the side, away from the bonding face, of the counting base, the ultrasound device comprises a controller and detecting probes with the same number of the amount of the sensing units, the detecting probes are used for detecting a fetus and correspondingly arranged on the sensing units one by one, and the detecting probes and the sensing units are coupled with the controller. According to the system, bythe arrangement of the detecting probes in the ultrasound device, the step that a fetus movement signal is output after the position of the fetus is detected during the fetal movement detecting process can be effectively achieved, so that it is effectively ensured that the vibration sensed by the sensing units at the time is the fetal movement of the fetus, and the problem of low precision causedby the detection of non-fetal movement vibration in the prior art is avoided.

Description

technical field [0001] The invention relates to a fetal movement counting instrument, in particular to a fetal movement counting system. Background technique [0002] Observation and counting of fetal movement plays an extremely important role in the health of the fetus in the late pregnancy and various aspects of the situation. When there is irregular fetal movement, there is a high probability that there is a problem with the fetus, so it is necessary to seek medical treatment in time. [0003] However, the existing fetal movement detection methods include manual detection and automatic detection. Manual detection means that the person sticks to the belly of the pregnant woman to feel the fetal movement through the human senses, and then calculates it manually. In this way, through manual detection and calculation, On the one hand, it is easy to cause inaccurate problems due to missing calculations. On the other hand, it is easy to include non-fetal movement interference m...

AI Technical Summary

Problems solved by technology

[0003] However, the existing fetal movement detection methods include manual detection and automatic detection. Manual detection means that the person sticks to the belly of the pregnant woman to feel the fetal movement through the human senses, and then calculates it manually. In this way, through manual detection and calculation, On the one hand, it is easy to cause inaccurate problems due to missing calculations. On the other hand, it is easy to include non-fetal movement interference movements in the calculation process, so the manual calculation method is very inaccurate, while the automatic detection method The way is to use the existing fetal movement detector to detect. The existing fetal movement detector is convenient for people to use at home, so its overall structure is a patch shape. Just put it on the stomach, the sensor and counter on the fetal movement detector will cooperate with each other to detect fetal movement and calculate the fetal movement. Compared with the manual method, the accuracy has been greatly improved, and the detection is also more accurate. It is convenient and quick, but the vibration on the pregnant woman’s belly is not caused by the baby’s fetal movement, so if the method of counting directly when it is detected, it will cause a lot of non-fetal vibration to be counted into the number of fetal movements, which will lead to the final count. The number of fetal kicks is not accurate enough

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