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Designing of a technological line in the context of controlling with the use of integration of the virtual controller with the mechatronics concept designer module of the PLM Siemens NX software

机译:使用虚拟控制器与PLM Siemens NX软件的机电统计设计器模块使用虚拟控制器的集成来设计技术线

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In the work is examined the sequential control system of a technological line in the form of the final part of a system of an internal transport. The process of designing this technological line using the computer-aided approach ran concurrently in two different program environments. In the Mechatronics Concept Designer module of the PLM Siemens NX software was developed the 3D model of the technological line prepared for verification the logic interrelations implemented in the control system. For this purpose, from the whole system of the technological line, it was distinguished the sub-system of actuators and sensors, because their correct operation determines the correct operation of the whole system. Whereas in the application of the virtual controller have been implemented the algorithms of work of the planned line. Then both program environments have been integrated using the OPC server, which enables the exchange of data between the considered systems. The data on the state of the object and the data defining the way and sequence of operation of the technological line are exchanged between the virtual controller and the 3D model of the technological line in real time.
机译:在工作中,以内部运输系统的最终部分的形式检查了技术线的顺序控制系统。使用计算机辅助方法设计这种技术线的过程在两个不同的程序环境中同时运行。在Mechatronics概念设计器模块中,PLM Siemens NX软件是开发了用于验证控制系统中实现的逻辑相互作用的技术线的3D模型。为此目的,从技术线的整个系统,它区分了执行器和传感器的子系统,因为它们的正确操作决定了整个系统的正确操作。在虚拟控制器的应用中,已经实现了计划线的工作算法。然后,两个程序环境都使用OPC服务器集成,可以在所考虑的系统之间交换数据。关于对象的状态和定义的数据的数据和定义技术线路的操作的数据在实时技术线的虚拟控制器和3D模型之间交换。

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