Icterus neonatorum therapeutic system

Abstract

The invention relates to an icterus neonatorum therapeutic system, which comprises a radiation blue light source array, an auxiliary white light source, an image collection device, a data analysis and processing unit and a light control unit. According to the icterus neonatorum therapeutic system, icterus index changes of all parts of a neonatorum body can be dynamically detected, and control signals are output to the light control unit in time according to detection results, and moreover, radiation light sources for therapy are accurately controlled, and thereby, radiation light signals can be adjusted in time according to the detection results, and an effect of light therapy is obviously improved. Moreover, the icterus neonatorum therapeutic system is safer and more effective, and hurt caused to neonatorum because of excessive therapy is avoided.

Description

technical field [0001] The invention relates to a medical device, more specifically, the invention relates to a neonatal jaundice treatment system combining digital camera technology and image recognition technology. Background technique [0002] The accumulation of bilirubin in blood, tissue and interstitial fluid causes yellow staining in skin, mucous membrane, sclera and some body fluids, which is clinically called jaundice. Neonatal jaundice is a common disease of newborns. Generally speaking, neonatal jaundice can be divided into physiological and pathological. Physiologically speaking, physiological jaundice means that the total serum bilirubin content of newborns does not exceed an allowable range, and it will subside on its own within a short time after birth. If it exceeds the physiologically acceptable range, it is called pathological jaundice. In the neonatal period, the blood-brain barrier of the newborn can cause jaundice, which can damage the brain of the new...

AI Technical Summary

Problems solved by technology

The blue light blanket is an open treatment device, and the blue light has no harm to the surrounding people, but it has the disadvantages of low treatment efficiency and long treatment time

[0007] The jaundice treatment instrument in the prior art also has the following defects: (1) the area irradiated by blue light can only be manually pre-set and determined, and it is difficult to adjust in time; (2) the intensity and time of blue light irradiation can only be manually pre-set and determined : Studies have shown that the intensity of blue light exposure is directly related to the drop value and drop rate of bilirubin in the blood of children per hour

However, the existing therapeutic instruments are usually difficult to provide medical staff with reference to the optimal setting of blue light irradiation parameters according to the degree of jaundice in children and the different areas of irradiation; (3) it is difficult to quantitatively measure the effect of irradiation in time And evaluation; the color of the newborn's body will change with the change of bilirubin in the blood from birth. Experiments have proved that there is a certain correspondence between the bilirubin in the blood and the color of the skin of the child

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