摘要
二次设备必须在较为适宜的环境温湿度下运行,为了提高温湿度测量速度和准确性,基于Raspberry Pi嵌入式系统和Java语言,开发了一套对二次屏柜温湿度进行测量的系统。该系统具有GUI可视化界面,通过鼠标即可控制温湿度测量的启动和停止,在连续测量时,测量结果通过控件变化动态显示。该系统集合温湿度一起测量,可布置在重点屏柜内,有利于运维人员及时掌握二次屏柜温湿度变化,在温湿度超限时能及时采取处理措施。
The secondary equipment must be run under the suitable temperature and humidity of the environment. In order to improve the temperature and humidity measurement speed and accuracy,a set of the secondary cabinet temperature and humidity measurement sys- tem is developed based on the embedded system Raspberry Pi and Java language. The system has the visual interface of GUI, and the mouse can control the start and stop of the temperature and humidity measurement. In the continuous measurement,the measurement re- suits are displayed dynamically through the control. The system collects the temperature and humidity parameters together, it can be placed in a key cabinet. It helps the operation and maintenance personnel in time to grasp of the temperature and humidity changes, and the measures can be timely taken to deal with when the temperature and humidity exceed the limit.
出处
《单片机与嵌入式系统应用》
2016年第9期57-60,68,共5页
Microcontrollers & Embedded Systems
