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首页> 外文会议>IFIP 159; IFIP TC 5 / WG 5.5 IFIP International Conference on Information Technology for Balanced Automation Systems in Manufacturing And Services; 20040927-29; Vienna(AT) >DEFINITIONS, LIMITATIONS AND APPROACHES OF EVOLVABLE ASSEMBLY SYSTEM PLATFORMS
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DEFINITIONS, LIMITATIONS AND APPROACHES OF EVOLVABLE ASSEMBLY SYSTEM PLATFORMS

机译：渐进式装配系统平台的定义，局限性和方法

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摘要

Europe, as most other OECD areas, is confronted -with major potential opportunities in the decades to come. Although often portrayed as threats, the symptoms being denoted in the European economy are, in fact, part of a shift in knowledge and technology infrastructures created by these trends. These current challenges being faced by manufacturing companies nowadays require production systems to become ever more responsive and agile. This is particularly relevant to micro-products, since manual assembly becomes impossible, rendering outsourcing strategies less effective if not deliberately negative. Furthermore, traditional approaches to R&D in this field no longer suffice to cope with the challenges imposed since these imply new business methods, continuous technological evolution, and the increased tendency towards networks of enterprises. To meet such demands there is a need for new rapidly deployable and affordable (economically sustainable) microassembly systems based on re-configurable, modular concepts that would allow continuous system evolution and seamless reconfiguration. Furthermore, as will be detailed later, one of the required foundations to sustainable assembly system concepts lies within a new way of thinking and working: a methodology that could integrate the various aspects related to the life cycle of the production systems, with particular focus being placed on the re-engineering phase. This article will present some definitions, clarify the basic approach, and outline the serious requirements being posed by such a paradigm: Evolvable Assembly Systems.
机译：与其他大多数经合组织地区一样，欧洲在未来几十年中也面临着巨大的潜在机遇。尽管通常被描述为威胁，但实际上，欧洲经济中所表现出的症状是这些趋势所导致的知识和技术基础结构转变的一部分。如今，制造公司当前面临的这些挑战要求生产系统变得更加灵敏和敏捷。这与微型产品尤其相关，因为无法进行手动组装，因此，即使不是故意的负面影响，也会使外包策略的效率降低。此外，该领域的传统研发方法已不足以应对所施加的挑战，因为这些意味着新的业务方法，不断的技术发展以及企业网络日益发展的趋势。为了满足这样的需求，需要基于可重配置的模块化概念的新的可快速部署且可负担的（经济上可持续的）微装配系统，其将允许连续的系统演进和无缝的重配置。此外，如后所述，可持续装配系统概念的必要基础之一在于新的思维和工作方式：一种可以整合与生产系统的生命周期相关的各个方面的方法论，其中重点是置于重新设计阶段。本文将提出一些定义，阐明基本方法，并概述这种范式：可演化的装配系统提出的严格要求。

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