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An XML-based machining energy estimation tool from process plans

机译:基于工艺计划的基于XML的加工能量估算工具

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摘要

Excessive energy consumption has become a worldwide issue in today's manufacturing industry. Software tools for estimating manufacturing energy consumption that could later be used to integrate with CAD/CAM systems are in demand. This research develops software tools for estimating manufacturing energy consumption in machining operations based on manufacturing process plans. This study first reviews literature and background in related areas and then presents the method to calculate manufacturing energy in machining operations. eXtended Markup Language (XML) has been adopted as the knowledge representation language for machining process plans and forms one of the inputs for energy estimation. Since XML plays an important role in estimating machining energy, this article introduces XML validation and parsing. The method is demonstrated via case studies for machining energy estimation in machining operations. The method will assist users who have little knowledge about energy computations to estimate energy consumption during the manufacturing phase. Such energy estimation can be used to redesign the part and assemblies, leading to products with reduced machining energy.
机译:过多的能源消耗已成为当今制造业的全球性问题。现在需要用于估算制造能耗的软件工具,这些软件工具以后可用于与CAD / CAM系统集成。这项研究开发了软件工具,用于根据制造工艺计划来估计加工操作中的制造能耗。本研究首先回顾了相关领域的文献和背景,然后提出了在加工操作中计算制造能量的方法。扩展标记语言(XML)已被用作加工过程计划的知识表示语言,并构成了能量估计的输入之一。由于XML在估计加工能量方面起着重要作用,因此本文介绍了XML验证和解析。通过案例研究演示了该方法,用于估算加工操作中的加工能量。该方法将帮助对能量计算了解甚少的用户估算制造阶段的能耗。这样的能量估计可用于重新设计零件和组件,从而降低了加工能量。

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