激素干预下一次运动微损伤低功率激光修复系统

Low-power Laser Repair System for Minor Sports Injury Under Hormone Intervention

为加快运动微损伤的结痂速度,促进运动微损伤治疗恢复和自愈效果,提出激素干预下一次运动微损伤低功率激光修复系统。通过分析低功率激光在运动医学方面的作用,以CMOS相机、传感器、光源等作为修复系统的硬件,通过驱动脉冲干扰传输,得到图像输出信号,使用不同照明方法滤波图像信息,以用户界面、损伤检测模块、激光模块、主控模块、视觉模块与配置模块构成系统软件部分,依靠该系统抑制胶原纤维的超量生成,抑制活性氧产生,缩减脂质过氧化破损,加快肌肉再生,进而完成对运动微损伤的修复。试验结果表明,激素干扰下低功率激光修复系统能够有效修复不同程度上的运动微损伤,使受损伤区域结痂的速度更快。

In order to speed up the scabbing speed of sports micro-injury and promote the recovery and self-healing effect of sports micro-injury,a low-power laser repair system for the next sports micro-injury with hormone intervention was proposed.By analyzing the role of low-power laser in sports medicine,CMOS camera,sensor and light source are used as the hardware of the repair system,and the image output signal is obtained by driving pulse interference transmission.Different lighting methods are used to filter the image information,and the system software is composed of user interface,damage detection module,laser module,main control module,vision module and configuration module.Relying on this system,the excessive production of collagen fibers,active oxygen production,lipid peroxidation damage and muscle regeneration are inhibited.Experimental results show that the low-power laser repair system under the interference of hormone can effectively repair different degrees of sports micro-injuries,and make the scarring speed of damaged areas faster.