CAJ | 학술논문

在绿色建筑规划中，智能化空调系统通过温控面板，对建筑划分的空间进行温度调节和控制。采集器作为主要连接模块，完成两部分的工作。一是通过Modbus协议与温控面板进行数据交互，完成数据采集和面板控制；二是通过TCP/IP协议与上层服务器通信，完成数据上传，并接受来至PC终端的控制命令数据流。采集器模块搭建在以ARM9为核心的嵌入式平台上，在Linux操作系统上运行，采集器主要程序使用Linux-C语言设计完成。通过现场项目的反馈，该采集器模块运行稳定，实现了设计需求。
재록색건축규화중，지능화공조계통통과온공면판，대건축화분적공간진행온도조절화공제。채집기작위주요련접모괴，완성량부분적공작。일시통과Modbus협의여온공면판진행수거교호，완성수거채집화면판공제；이시통과TCP/IP협의여상층복무기통신，완성수거상전，병접수래지PC종단적공제명령수거류。채집기모괴탑건재이ARM9위핵심적감입식평태상，재Linux조작계통상운행，채집기주요정서사용Linux-C어언설계완성。통과현장항목적반궤，해채집기모괴운행은정，실현료설계수구。
In the green building plan, the intelligent air conditioning system adjusts the temperature of the divided building space by the temperature control panel. As the main linking module, the task of the collector includes two parts. On the one hand, the collector collects the data and control the panel from connecting to temperature control panel by Modbus protocol. On the other hand, the collector uploads data and receives the data stream of PC control command from connecting to the upper server by TCP/IP protocol. The Collector module set up in embedded platform which with the ARM9 at the core and run on the Linux operating system, the main program design by Linux-C programming language. Through the feedback of the project, this collector module is stable, and it meets the design requirements.