1.北京理工大学珠海学院 光电成像技术与系统教育部重点实验室，广东 珠海 519088；
2.University Health Network/University of Toronto，加拿大 多伦多 M5G1L7
Development of the Wearable Photon Wound Treatment Unit
ZHANG Kai1, CHEN Linkai1, KE Tianli1, MAI Yiyuan1, Lothar Lilge2, ZENG Huaixuan1, HE Zeyue1
1.Key Laboratory of Photoelectric Imaging and System, Ministry of Education, Beijing Institute of Technology Zhuhai, Zhuhai
Guangdong 519088, China; 2.University Health Network/University of Toronto, Toronto M5G1L7, Canada
Abstract：Skin wound is a common medical condition due to sport injury, accident or surgery. This paper described the construction
and the functions of a wearable photon wound treatment unit. The red light from the LED array in the system promoted the fiber cell
and endothelial cell proliferation, increased the metabolism of cells, enhanced cell synthesis, so as to accelerate wound healing. The
core of the system was an STM32 single chip computer. The applied portion was similar to a band-aid shape made from flexible
circuit with bendable material shell, and easy to wear. OLED display was used. The whole system has small volume and low power
consumption, which can be powered by rechargeable lithium batteries. The battery can last for more than 48 h under standby mode.
This device can be widely used at home, hospital or battlefield.
张凯1，陈林凯1，柯天立1，麦毅源1，Lothar Lilge2，曾怀萱1，何泽月1. 可穿戴式创伤光子治疗装置的研制[J]. 中国医疗设备, 2018, 33(6): 27-29.
ZHANG Kai1, CHEN Linkai1, KE Tianli1, MAI Yiyuan1, Lothar Lilge2, ZENG Huaixuan1, HE Zeyue1. Development of the Wearable Photon Wound Treatment Unit. China Medical Devices, 2018, 33(6): 27-29.
