Method for intelligently acquiring bone structure parameters of fetal face and terminal equipment

Abstract

The invention discloses a method for intelligently acquiring bone structure parameters of a fetal face, and and terminal equipment. The method comprises the steps: acquiring ultrasonic data of a to-be-analyzed fetus, wherein the ultrasonic data of the to-be-analyzed fetus comprises the median sagittal section image of the fetal face and the binocular frame cross section image; judging whether the median sagittal section image of the fetus face and the binocular frame cross section image are standard section images or not through a deep learning algorithm; automatically segmenting the standard fetal face median sagittal section image and the standard binocular frame cross section image through an automatic segmentation algorithm to obtain a segmented bone structure image; performing feature extraction processing on the segmented bone structure image to obtain key lines and key points corresponding to the bone structure; and according to the key lines and the key points of the bone structure, and in combination with the measurement value definition of the bone structure parameters, calculating to obtain the bone structure parameters of the fetus face. According to the method, the bone structure parameters of the fetus face part are accurately and efficiently obtained in an artificial intelligence mode.

Description

technical field [0001] The invention relates to the technical field of medical parameter acquisition, in particular to a method and terminal equipment for intelligently acquiring fetal facial bony structure parameters. Background technique [0002] Chromosomal abnormalities in morphological structure or quantity are called chromosomal abnormalities, and diseases caused by chromosomal abnormalities are chromosomal diseases. Chromosomal diseases can cause miscarriage, congenital stupidity, congenital multiple polarity, and cancer in clinical practice. Fetuses with multiple chromosomal abnormalities will have abnormal facial development, most of which are subtle, such as: widened eye distance, small eyeball diameter, collapsed, short or absent nasal bone, raised or flat forehead, small jaw, etc. At present, prenatal ultrasound is mainly used to screen fetal structural abnormalities, and then to diagnose multiple chromosomal abnormalities. The existing method is: the nasal bone...

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Problems solved by technology

[0006] In view of the deficiencies in the prior art above, the purpose of the present invention is to provide a method and terminal equipment for intelligently obtaining fetal facial bony structure parameters, aiming at solving the problem that the prior art relies on doctors' experience to obtain fetal facial bony structure parameters. Accurate and Time-Consuming Questions

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