Efficient child jaundice treatment device with adjustable irradiation angle and irradiation distance

Abstract

The invention discloses an efficient child jaundice treatment device with adjustable irradiation angle and irradiation distance, including a shell, installation blocks, a screw, first threaded sleeves, first hinged bases, first connecting rods, second hinged bases, a bed, guide blocks, guide rods, a fifth hinged base, and an installation rod. The bed includes a housing, a main bed board, support boards, a rotating shaft, threaded portions, second threaded sleeves, third hinged bases, second connecting rods, fourth hinged bases, first hinged shafts, and side bed boards. A lamp board is installed at the lower end of the installation rod. Treatment lamps are installed on the lower end face of the lamp board. The height of the bed can be adjusted through the first hinged bases, the first connecting rods and the second hinged bases. When the rotating shaft rotates, the end of each side bed board away from the main bed board will be lifted, and the side bed boards will encircle the main bedboard, so that the child on the main bed board can be stabilized and is prevented from falling. The angle of the lamp board can be adjusted through a telescopic rod.

Description

technical field [0001] The invention relates to a medical device, in particular to a high-efficiency infant jaundice treatment device which can adjust the irradiation angle and irradiation distance. Background technique [0002] Jaundice is a common disease in the neonatal period, which can induce bilirubin encephalopathy and threaten the health of newborns. The treatment methods for jaundice include gene therapy, hyperoxia therapy, drug therapy, exchange transfusion therapy and light therapy. Due to the advantages of good curative effect, less toxic and side effects, and convenient use, phototherapy is currently the main treatment method in clinical practice. Traditional light therapy often uses blue fluorescent lamps for irradiation. With the continuous development of LED technology, LED light sources have the advantages of narrow luminous wavelength band, long life and high luminous efficiency compared with fluorescent lamps. Therefore, the use of LED light sources in th...

AI Technical Summary

Problems solved by technology

[0003] However, the existing jaundice treatment boxes are often fixed in use, and the treatment can only be changed by adjusting the intensity of the light when the child is placed inside the treatment box. The distance between the child and the light and the angle of irradiation of the light cannot be adjusted. The irradiation angle is changed by changing the position of the child, so there are certain limitations and needs to be improved urgently

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