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Developing ISO 14649-based conversational programming system for multi-channel complex machine tools

机译:为多通道复杂机床开发基于ISO 14649的会话编程系统

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摘要

A multi-channel complex machine tool (MCCM) is a versatile machining system equipped with more than two spindles and turrets for both turning and milling operations. Despite the potential of such a tool, the value of the hardware is largely dependent on how the machine tools are effectively programmed for machining. In this paper we consider a shop-floor programming system based on ISO 14649 (called e-CAM), the international standard for the interface between computer-aided manufacture (CAM) and computer numerical control (CNC). To be deployed in practical industrial usage a great deal of research has to be carried out. In this paper we present: 1) Design consideration for an e-CAM system, 2) The architecture design of e-CAM, 3) Major algorithms to fulfill the modules defined in the architecture, and 4) Implementation details.
机译:多通道复杂机床(MCCM)是一种多功能加工系统,配备了两个以上的主轴和转塔,可用于车削和铣削操作。尽管有这种工具的潜力,但硬件的价值在很大程度上取决于如何有效地对机床进行编程以进行加工。在本文中,我们考虑一种基于ISO 14649的车间编程系统(称为e-CAM),这是计算机辅助制造(CAM)和计算机数控(CNC)之间接口的国际标准。为了在实际工业应用中进行部署,必须进行大量研究。在本文中,我们介绍:1)e-CAM系统的设计考虑,2)e-CAM的体系结构设计,3)满足体系结构中定义的模块的主要算法,以及4)实现细节。

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