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CNC machines diagnostics

机译:数控机床诊断

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摘要

Mechatronics is an exhaustive coverage of the various aspects from design to testing of high technology computer numerically controlled (CNC) machines. With the introduction of advanced features on CNC machines and with the introduction of flexible manufacturing system (FMS) and computer integrated manufacturing (CIM) diagnostic systems to detect wear and breakage assumed importance as the operation on such systems are normally unmanned or minimally manned. A large number of systems are available for automatic tool monitoring on CNC machines. The basic monitoring principles are as follows: registration of tool working hours, measurement of output power, measurement of cutting forces, geometric measurement of tools or products [1]. Need to diagnose not only tools, but also to diagnose the machine modules. For diagnostics of machines modules and elements is necessary to apply artificial intelligence (AI) techniques.
机译:机电一体化涵盖了从高科技计算机数控(CNC)机器的设计到测试的各个方面。随着在CNC机器上引入高级功能以及引入柔性制造系统(FMS)和计算机集成制造(CIM)诊断系统来检测磨损和损坏,诊断系统被认为非常重要,因为此类系统的操作通常是无人值守或很少有人值守的。大量系统可用于CNC机床上的自动刀具监控。基本监视原理如下:工具工作时间的记录,输出功率的测量,切削力的测量,工具或产品的几何测量[1]。不仅需要诊断工具,还需要诊断机器模块。对于机器模块和元件的诊断,必须应用人工智能(AI)技术。

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