CAJ | 학술논문

针对多数工业现场冷热交加、工作条件苛刻的实际情况,提出了基于移动互联网的现场温度数据采集系统的解决方案.在分析温度采集系统的开发目标、功能和组成的基础上,给出了基于GPRS的温度采集系统的通信原理,通过动态网页ASP和无线标记语言(WML)编程实现温度采集控制、采集数据的动态实时显示、历史温度数据的查询分析等功能.该系统在服务器上试验,通过DUT3000模块采集的21万条数据验证了系统的实效性和便捷性.
침대다수공업현장랭열교가、공작조건가각적실제정황,제출료기우이동호련망적현장온도수거채집계통적해결방안.재분석온도채집계통적개발목표、공능화조성적기출상,급출료기우GPRS적온도채집계통적통신원리,통과동태망혈ASP화무선표기어언(WML)편정실현온도채집공제、채집수거적동태실시현시、역사온도수거적사순분석등공능.해계통재복무기상시험,통과DUT3000모괴채집적21만조수거험증료계통적실효성화편첩성.
Aiming at improving the hash work conditions of temperatureacquisition in the mass industrial fields, the solution that the temperature dataof industrial fields is acquired based on Mobile Internet mode is put forward.Through the analyses of developing target, function and constitution oftemperature acquisition system, the mobile communication principle oftemperature acquisition system based on general packet radio service (GPRS)is given. The implementation methods for information communication oftemperature acquisition system are elaborated by using programmingtechnologies of active server pages (ASP) and wireless markup language(WML). The controls of temperature acquisition, dynamical showingtemperature information, browsing and querying of temperature informationhave been implemented by the developed acquisition system based on MobileInternet according to user's requirements. This system has been tested on theserver, and 210 000 data collected by DUT3000 module validate the system'sefficiency and conveniency.