A remote diagnosis and treatment support system for an ultraviolet phototherapy instrument

Abstract

The invention provides a remote diagnosis and treatment support system for an ultraviolet phototherapy instrument. According to the system, the ultraviolet phototherapy instrument is taken as a client device; a remote diagnosis and treatment server is taken as background support; a reverse proxy mechanism is employed in the remote diagnosis and treatment server; remote network connection is established with the client device through a communication proxy server, and interaction communication is realized. For each special user of the ultraviolet phototherapy instrument, customized online diagnosis and treatment service is realized. A phototherapy scheme at each time is determined according to basic information, illness degree, treatment course stage, actual result and adverse reaction condition after irradiation of a single user; and remote intelligent control and parameter setting are carried out on the ultraviolet phototherapy instrument according to the scheme.

Description

technical field [0001] The invention relates to the field of telemedicine, in particular to a remote diagnosis and treatment support system of an ultraviolet phototherapy instrument. Background technique [0002] With the development and innovation of telemedicine technology, patients are increasingly inclined to obtain various medical services through the Internet platform. Moreover, many professional-grade medical equipment in the past are developing in the direction of home use, intelligence, and networking. Its operation is becoming more and more convenient, the degree of automation is improving, and it has remote background information and functional support. This enables patients to receive professional treatment no less than that of large hospitals in their own homes or community clinics, and to receive remote diagnosis and treatment guidance through the network platform. [0003] Both psoriasis and vitiligo are intractable skin diseases with a long course of disease...

AI Technical Summary

Problems solved by technology

However, there are currently no mature remote UV phototherapy platforms and services in the market. The bottlenecks lie in: 1. There is a lack of means to accurately grasp the patient's basic condition, real-time curative effect and early adverse reactions, and UV phototherapy must be informed of the above conditions in order to accurately design In order to improve the curative effect and suppress side effects; for example, some platforms require users to take pictures of the affected area with their mobile phones and upload them to the doctor with a chat tool. The degree of reduction is not enough, and the risk of misdiagnosis is high; Second, the medical resources for background support are insufficient. When remote services are rolled out to families or communities, there will be a large number of remote diagnosis and treatment needs, but enough clinicians are organized to provide patients with real-time It is very difficult to provide high-level services, and the cost is relatively high; third, the phototherapy instrument itself as a remote platform client device is still similar to the traditional phototherapy instrument, requiring multiple steps of operation and parameter settings before use, but not every Every patient can easily learn and use it correctly, especially middle-aged and elderly patients; therefore, it is necessary to adapt to the characteristics of remote network applications and improve its human-computer interaction, especially to avoid the risks of misoperation and missetting.

Fourth, in addition to receiving phototherapy in traditional hospitals, patients generally hope to know information about their current condition, treatment effect, prognosis and precautions from doctors. These information can help patients understand their condition objectively, relieve negative emotions, and enhance treatment Confidence and adjustment of life and diet are of great significance, but the above-mentioned information services for patients cannot be effectively carried out under the current remote platform. First, due to the limited resources of the back-end physicians, they are unable to undertake consultation services, and second, because there is no timely feedback on diagnosis and treatment to users effective technical means of information

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