Quantitative measuring and analyzing system for development condition of baby skull

Abstract

The invention provides a quantitative measuring and analyzing system for the development condition of a baby skull. The quantitative measuring and analyzing system comprises an ultrasonic probe, an ultrasonic signal processing part, an electromagnetic positioning device, and an analysis processing and displaying part. The ultrasonic probe is used for emitting ultrasonic waves and receiving return signals of the ultrasonic waves, the ultrasonic signal processing part is used for processing the ultrasonic return signals received by the ultrasonic probe, the electromagnetic positioning device is used for monitoring the position of the ultrasonic probe in real time and outputting a coordinate value, and the analysis processing and displaying part is used for carrying out analysis processing on collected data and displaying the measured skull in a visualized manner. The quantitative measuring and analyzing system not only can quantitatively measure parameters of the baby skull including bone density, bone thickness, radial line of the skull, sutura bondary, fontanel area and the like, but also can display the shape and structural characteristics of the skull in a visualized manner, thereby providing evaluation basis for the development condition of the baby skull.

Description

technical field [0001] The invention relates to the fields of ultrasonic diagnosis and medical equipment, and more specifically relates to a system for quantitatively measuring and analyzing the developmental state of the baby's skull by means of ultrasound. Background technique [0002] The lack of calcium and iron during the mother's pregnancy will lead to poor development of the skull sutures of the newborn, and malnutrition during lactation will seriously affect the normal growth and intellectual development of the newborn's skull. Babies grow rapidly from birth to one year old, for example, the head circumference can increase by an average of 12 centimeters within one year after birth. The growth and development of bones in infancy requires sufficient vitamin D and calcium. If not supplemented in time, the fontanel located on the top of the head will not be able to close after birth, resulting in a "square skull" deformity, that is, osteomalacia. The closure of the bre...

AI Technical Summary

Problems solved by technology

[0003] In order to overcome the problem that the development status of infant skulls cannot be quantitatively measured and analyzed at present, the quantitative measurement and analysis system for infant skull development status of the present invention applies ultrasonic technology and electromagnetic positioning technology to the measurement and analysis of infant skulls. Invention can be safely used to measure babies' skulls

Images