摘要
在工程中,将多种解决方案和技术相结合可以产生比仅使用一种方法更有效的系统。特别是红外状态监测(CM),通过将各种传感器集成在一起,可以实现更智能的维修系统。基于此,通过横向集成各种非同构技术,扩展了这一思想。该系统是一个基于互联网的状态监测(e-CM)原型,可以识别移动带中的异常张力。研究结果表明,利用这一新颖检测分类技术,可以通过光学传感器(即间接传感方法)对皮带振动信号进行处理来确定皮带张力状态。采用灵活的CAN总线技术,通过互联网将传感器与过程控制器连接在一起;它与低成本微控制器一起使用,内置以太网链路用于数据采集和传输。由此产生的综合方法更有效率,在应用于改进瓶颈流程和关键组件时尤为重要。
In engineering,the combination of multiple solutions and technologies can produce systems that are more effective than using only one method.Especially,infrared state monitoring(CM),can realize more intelligent maintenance system by integrating all kinds of sensors.Based on this,this idea is extended by integrating various non-isomorphism technologies horizontally.The system is an Internet-based condition monitoring(e-CM)prototype,which can identify abnormal tension in mobile bands.The results show that the belt tension can be determined by processing the vibration signal of belt by optical sensor(that is,indirect sensing method)by using this novel detection and classification technique.The state of force.The flexible CAN bus technology is used to connect the sensor with the process controller through the Internet,and it is used with the low-cost microcontroller,and the built-in Ethernet link is used for data acquisition and transmission.The resulting integrated method is more efficient and is particularly important in improving bottleneck processes and key components.
作者
王凯
Wang Kai(Shanxi Fenxi Project Construction Co.,Ltd.,Jiexiu Shanxi 032000)
出处
《机械管理开发》
2020年第1期201-202,207,共3页
Mechanical Management and Development
关键词
皮带系统
皮带状态监测
间接传感
智能维护
传感器
belt system
belt state monitoring
indirect sensing
intelligent maintenance
sensor
