CAJ | 학술논문

介绍了基于ZigBee技术的无线传感网络，将ZigBee技术应用到传动轴扭矩检测中，提出一种以ZigBee技术为基础的扭矩监测系统设计方案；设计了以CC2430无线射频芯片为核心的硬件电路，包括采集数据节点模块、接收处理模块；设计了传感器节点程序、上下位机串口通信程序。根据ZigBee协议，各节点间组成树状网络，实现对传动轴扭矩的监测与控制。试验表明了该监测系统的可行性，达到了设计目的，有着广泛的应用前景。
개소료기우ZigBee기술적무선전감망락，장ZigBee기술응용도전동축뉴구검측중，제출일충이ZigBee기술위기출적뉴구감측계통설계방안；설계료이CC2430무선사빈심편위핵심적경건전로，포괄채집수거절점모괴、접수처리모괴；설계료전감기절점정서、상하위궤천구통신정서。근거ZigBee협의，각절점간조성수상망락，실현대전동축뉴구적감측여공제。시험표명료해감측계통적가행성，체도료설계목적，유착엄범적응용전경。
The wireless sensor net based on ZigBee was introduced.The ZigBee technology was used in detection of the trans-mitting shaft torque.A kind of design scheme of monitoring torque system based on ZigBee technology was presented.The hardware circuit was designed with CC2430 wireless frequency chip as the main chip,including date collection module,receiving and processing module.Sensor program and serial port communication program between upper machine and lower machine were designed.Tree net-work with nodes was made according to ZigBee protocol,to implement monitoring and controlling for the transmitting shaft torque.Test indicates the feasibility of the monitoring system,the design purpose is reached and the system has a broad application prospect.