基于分布式触觉感知的智能脊柱矫形装置研究

脊柱侧弯在青少年中的发病率越来越高,严重影响青少年的心理和生理健康,如何矫正青少年不良姿态的问题迫切需要解决。为帮助脊柱侧弯的青少年得到更好的治疗,开展了基于分布式触觉传感技术的智能脊柱矫形装置研究。针对现有的支具治疗法在日常监督和提醒方面的不足,提出了将分布式触觉传感器用于矫形支具上,以提高其治疗效率。研究包括分布式触觉传感系统设计、支具设计和APP软件设计,采用模糊算法控制提醒强度,并对该算法进行实验验证。实验证明,该系统能在用户产生不良姿态时实时提醒,并能对用户的恢复情况进行检测,具有良好的实用价值;将分布式触觉传感技术应用在矫形支具上,可大大提高其智能化,为治疗青少年的脊柱侧弯问题提供帮助。

Research on Intelligent Spinal Orthopedic Device Based on Distributed Tactile Perception

The incidence of scoliosis is increasing among adolescents,which seriously affects the mental and physical health of adolescents.Therefore,it is urgent to solve the problem of how to correct the bad posture of adolescents.In order to help the adolescents with scoliosis get better treatment,an intelligent spinal orthopedic device based on distributed tactile sensing technology has been developed.The research includes the design of distributed tactile sensing system,support and APP software.Fuzzy algorithm is used to control the alert intensity,and experimental verification of the algorithm is carried out.Experiments show that the system can not only remind users when they are in bad posture but also take a careful detection of their recovery,which are of high practical value.The application of distributed tactile sensing technology in orthopedic braces can greatly improve its intelligence and provide help for the treatment of adolescent scoliosis.