Intelligent nevus flammeus photodynamic treatment instrument system

Abstract

The invention provides an intelligent nevus flammeus photodynamic treatment instrument system. The system is characterized in that, a host is an independent treatment light source host having the wireless or wired network networking function. The host is connected with the wireless internet through an independent 4G module and forms an intelligent control system together with a PC machine and an intelligent power meter. The intelligent control system transmits data through the internet, manages the working process of the treatment instrument, collects data and summarizes the data in real time. The data exchanged between all units of the intelligent control system is realized through the networking and interworking of a 4G network. Meanwhile, the resource sharing among multiple systems and the global interconnection and interworking among the systems are realized through a wireless or wired network. According to the invention, according to special requirements during the treatment of nevus flammeus diseases by adopting a semiconductor narrow-spectrum light source, the intelligent nevus flammeus photodynamic treatment instrument and the overall treatment process thereof are intelligently controlled.

Description

technical field [0001] The invention relates to medical equipment, in particular to an intelligent PWS photodynamic therapeutic instrument system which adopts semiconductor light-emitting material spectrum, has highly intelligent function control, and is used for treating PWS with photosensitizers. Background technique [0002] Port port nevus, also known as port wine nevus or telangiectatic nevus, is a congenital disease, mostly occurs on the face and neck, mostly unilateral, occasionally bilateral, also occurs on other parts of the body, sometimes involving mucous membranes . At the beginning of the damage, there are several light red, dark red or purple red patches of different sizes, which are irregular in shape, with clear borders, not higher than the skin surface, telangiectasia can be seen, the pressure is partially or completely faded, and the surface is smooth. With age, the color deepens and turns red and purple. In 40% of patients, the lesion will gradually expan...

AI Technical Summary

Problems solved by technology

my country started relatively late in the research and development of light sources and equipment systems for photodynamic therapy, and there are few varieties, which can no longer meet the needs of the growing photodynamic medicine.

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