摘要
经临床研究发现,高功率固定波长红光具有促进细胞代谢活动、改善肌肉萎缩、加快组织修复,并有一定的消炎和镇痛作用,开始广泛应用于临床。其主要临床应用是:复杂难愈性创面、烧伤烫伤等的创面、糖尿病足及糖尿病性溃疡、其他多种溃疡、坏疽及手术瘘口等。文中基于STM32单片机,研究了红光治疗仪的实现原理和控制系统设计。克服了市场上红光治疗仪存在的成本高、性能不稳定、操作复杂、工作时间短等缺点,使红光治疗仪具有更广泛的市场前景。
Clinical research has found that high power fixed wavelength red light can promote the cell metabolism,improve muscle atrophy,accelerate tissue repair,and have a certain anti-inflammatory and analgesic effects,which is widely used in clinic.Its main clinical applications are:complex wounds,burns and other wounds,and diabetic ulcers,diabetic foot a variety of other ulcer,gangrene,fistula operation,etc.This paper,based on STM32 MCU,studies the red light therapeutic instrument realization principle,designs the control system of red light therapy apparatus,and overcomes the disadvantages of high cost,instable performance,complex operation,short operating time and other shortcomings of the red light therapeutic apparatus available on the market,thus bringing the red light therapeutic instrument a more extensive market prospect.
出处
《电子科技》
2012年第4期54-56,共3页
Electronic Science and Technology
关键词
STM32
红光治疗仪
控制系统
STM32
red light therapeutic apparatus
controlling system