Fetal heart and fetal education instrument with Bluetooth function

Abstract

The invention provides a fetal heart and fetal education instrument with a Bluetooth function. The fetal heart and fetal education instrument comprises a shell and binding bands, wherein the shell isinternally provided with a containing cavity; a circular bulge is arranged on one side face of the shell, and the inner wall of the circular bulge is provided with two semi-circular vibration sensorsused for sensing fetal heart vibration; the other side face of the shell is an arc surface, and two bone conduction loudspeaker boxes are arranged on the arc surface; the containing cavity is internally provided with a power supply and a Bluetooth module; the Bluetooth module is used for sending fetal heart rate information, acquired by the vibration sensors, to an intelligent device, receiving music information of the intelligent device, and enabling the music information to be played by means of the bone conduction loudspeaker boxes; the binding bands are respectively positioned at the two sides of the shell, are connected with each other by means of a buckle, and are used for fixing the fetal heart and fetal education instrument on the abdomen of a user. The fetal heart and fetal education instrument with the Bluetooth function integrates functions of fetal heart rate monitoring and fetal education; one side of the fetal heart and fetal education instrument is used for measuring thefetal heart rate, the other side of the fetal heart and fetal education instrument is used for carrying out fetal education, and the two functions do not interfere each other, so that the fetal heartand fetal education instrument is very suitable for pregnant people.

Description

Technical field [0001] The invention relates to a fetal heart and fetal education device with Bluetooth function, belonging to the technical field of equipment for fetal detection. Background technique [0002] Fetal monitoring is an important means to ensure the safety of pregnant women and fetuses during the perinatal period, and to achieve eugenics. After the pregnant woman enters the expectant state, the current commonly used monitoring methods for the fetus are: ultrasound Doppler fetal monitoring and fetus. Its functions are to detect abnormalities in the growth and development of the fetus through the detection of fetal heart activity during pregnancy, and Take corresponding medical measures in time for prenatal treatment to reduce the birth defect rate and mortality of the fetus. The limitations of these two methods are: due to fetal movement, it is difficult to implement in the absence of a doctor; regular use has an impact on the health of the fetus; only the fetal hea...

AI Technical Summary

Problems solved by technology

The limitations of these two methods are: due to fetal movement, it is difficult to implement without the presence of doctors; frequent use has an impact on the health of the fetus; only fetal heart rate can be detected, and waveform information like fetal electrocardiogram cannot be obtained.

The existing fetal ECG monitoring system detects it through ultrasound, and there will still be a certain amount of radiation. If regular detection is practical, it will inevitably cause certain damage to the health of the fetus.

[0003] In the prior art, there is no equipment that can perform fetal heart rate and prenatal education at the same time

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