Programmed controllable infant jaundice treatment bed

Abstract

The invention discloses a programmed controllable infant jaundice treatment bed which comprises an infant tray having a basin-shaped structure and an LED (light-emitting diode) luminescent plate arranged below the infant tray, wherein the LED luminescent plate comprises a plurality of blue light LEDs which are distributed according to subregions of the orthographic projection shape of an infant body under a prone position state, and the working states of the blue light LEDs are controlled by an intelligent module; light emitted by the LED luminescent plate is projected to the bottom surface of the infant tray having a transparent structure so as to form an irradiation treatment surface; and the intelligent module is respectively connected with a display unit and an operation panel. The programmed controllable infant jaundice treatment bed has a simple and beautiful structure, and is convenient to operate and maintain; the blue light irradiation intensity can be subjected to step control; and by combining light irradiation region and intensity and timing control and being matched with a visual man-machine interaction interface, the programmed controllable infant jaundice treatment bed can realize programmable control and create multiple treatment modes, thereby achieving a good treatment effect. Meanwhile, a high molecular elastic transparent cushion can provide a comfortable sprawl posture for an infant and relieve local congestion and pressing pain and other side effects.

Description

technical field [0001] The invention relates to an infant jaundice treatment device, in particular to a programmable control LED type infant jaundice treatment bed. Background technique [0002] In order to treat neonatal pathological jaundice, one of the traditional solutions is to place the sick newborn in a blue light irradiation environment with a certain illuminance, let the blue light with a specific wavelength directly irradiate the skin of the newborn, and then act on the blood until the newborn Jaundice subsided and recovered. Among the devices and equipment that provide the blue light irradiation environment in the traditional scheme, whether it is a rigid blue light treatment box, bed, instrument, lamp, or a flexible shape of clothes, quilts, blankets, pads, etc., there are some structural and functional defects. And deficiencies: the irradiation area is fixed and cannot be changed, multiple LED lights or tubes cannot be turned on or off in batches and time, poor...

AI Technical Summary

Problems solved by technology

Among the devices that provide a blue light irradiation environment in the traditional scheme, whether it is a rigid blue light therapy box, bed, instrument, lamp, or a flexible shape of clothes, quilts, blankets, pads, etc., there are some structural and functional defects. And deficiencies: the irradiation area is fixed and cannot be changed, multiple LED lights or lamp tubes cannot be turned on or off in batches and time, poor ventilation and heat dissipation, poor lying position comfort of newborns, and inconvenient disassembly, maintenance, disinfection and maintenance, etc.; More importantly, the treatment mode is very single. In terms of hardware structure and software control, it does not have the function of combining light area, light intensity and timing control. Users such as doctors and nurses cannot program and control the treatment process.

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