摘要
本研究以SOPC为控制核心,辅以检测传感电路、执行电路和输入输出电路,完成了一个智能机械润滑系统的研制,具有研制周期短、实时性好、控制精度高、适应性强等特点,是传统机械润滑控制系统改造和敏捷机械润滑控制系统开发的有效技术途径。对类似产品的研制,具有一定参考价值。
The study used SOPC as the control core focuses on The development of a smart mechanical lubrication system, which consists of sensing circuit, executive circuit,and input/output circuit. The system has the characteristics of high precision,high adaptability,and the time of development shorter. It is an effective method for the development of traditional mechanical lubrication control system and agile mechanical lubrication control system. This paper has some reference value for the development of similar products.
引文
[1]陈阳,余建坤.基于ARM+μC/OS-Ⅱ智能机械润滑控制系统设计[J].数字技术与应用,2014,(4):12-13.