Design of phototherapy instrument for vitiligo
Authors: LIU Linlin, Xia Nan, Qiao Zebin, LI Yifei, Liang Xinxin, LV Xinlei, Chen Yuye
The design uses a modular approach to switch between handheld or wearable. The module of the phototherapy instrument can be freely combined and matched according to the shape area of the white spot, reducing the treatment time and cost. At the same time, it is equipped with a scanning module, which can regularly scan the white spot area and record the data, providing more treatment reference for doctors. The charging base has a printing function, which can print the corresponding white spot area stickers to avoid direct sunlight and improve the overall treatment effect.
1、Phototherapy treatment requires long-term adherence, usually several times a week, each treatment time is longer, generally 10-30 minutes, for patients, it takes a long time to invest, affecting daily life.
2、Hand-held phototherapy devices usually need to be held continuously, which requires a certain amount of strength and endurance for the patient, and prolonged use may cause hand fatigue and discomfort.
3、Light therapy requires frequent treatment, and patients need to go to the hospital frequently, which is time-consuming and laborious.
4、Improper operation of ultraviolet light therapy instrument may be ineffective or poor for patients, which will make patients feel disappointed and frustrated.
1. A wide variety of complex operation 2. Expensive 3. Use a certain risk 4. Single function only with light function, no psychological care and so on
By integrating vitiligo phototherapy device with App online consultation community, it is more convenient for patients to consult online. At the same time, the integration of intelligent health log synchronization, doctor-patient interaction community, personalized treatment plan customization, remote monitoring adjustment, online rehabilitation guidance, online drug management and other functions not only optimalizes the treatment process. Moreover, it realizes telemedicine collaboration in distributed medical design and provides strong support for the development of distributed medical model. Disappointment and frustration.
