蹦床实时监测系统开发设计

Development and Design of Trampoline Real-time Monitoring System

通过在现有蹦床器械上加装光电传感器,并研发相应的数据实时采集与诊断分析系统,以监测训练过程中运动员在蹦床时的压网时间、腾空时间、着网速度、起网速度、压网总时间、腾空总时间、运动总时间、运动次数、左右前后越线违例等状态参数,同时以图表和数字的方式将这些参数进行显示,提供准确可靠的科学数据,全面准确地反映了蹦床运动中的运动过程,实时反馈给使用者,实现了蹦床监测的数字化和智能化。为科学地测试和评价运动员的训练负荷和强度提供量化的依据,减少训练过程中伤害的发生,特别是为对少年儿童运动员的有效长期监控、选材和管理提供依据。

The installation of photoelectric sensors on the trampoline equipment and the development of corresponding real-time data acquisition and diagnostic analysis system,the data of training process of trampoline athletes can be monitored and collected. The data contain network time,flight time,the speed of network,the speed from network,the total time of pressing network,the total vacated time,total time for exercise,exercise frequency,number of crossing the line before and after the offense and other state parameters. Charts and digital plots display these parameters to provide athletes accurate reliable and scientific data. These data fully and accurately reflect the a trampoline movement during exercise,real-time feedback to the user,and achieve a trampoline monitoring of digital and intelligent. The monitoring system provides a quantitative basis for the training load and intensity of scientific testing,and evaluation of athletes. It also reduces the occurrence of injuries during training. Especially for children athletes,the effective long-term monitor can provide a basis for the selection and management.