基于电力现场校验系统的移动终端设计

传统的电力移动终端面对现今多种通信网络,存在多通信网自适切换应能力不足的情况。为此,设计基于电力现场的校验系统的移动终端设计。在原有移动终端的基础上,选择TU-30作为GPS模块的核心模块,实现对电力现场的定位,设计移动网络和WiFi网络融合的通信模块,并修改原有的供电电路,防止供电电压过低,利用电力现场校验系统处理现场校验数据,通过XMPP协议和Openfire服务器实现移动终端的通信功能,至此基于电力现场校验系统的移动终端设计完成。测试结果表明:与传统的电力移动终端相比,设计的基于电力现场校验系统的移动终端多通信网自适应切换时间缩短了3倍左右,大大提高了多通信网自适应切换能力。

Design of mobile terminal based on power field verification system

The traditional power mobile terminal is faced with many kinds of communication networks,and the adaptive ability of multi-communication network is insufficient.Therefore,the mobile terminal design based on the power field verification system is designed.On the basis of the existing mobile terminals,TU-30 is selected as the core module of the GPS module to implement positioning of electric field.The communication module of mobile network and the WiFi network are designed,and the original power supply circuit,is modified to prevent the power supply voltage is too low.The electric power field calibration system is used to process field calibration data,and through the XMPP protocol and openfire server,the function of mobile communication is achieved,thus power field calibration system based on mobile terminal design is complete.The test results show that compared with the traditional power mobile terminal,the adaptive switching time of the mobile terminal based on the power field verification system is shortened by about 3 times,which greatly improves the adaptive switching ability of the multi-communication network.