增强船厂运营的机器人技术:挑战与解决方案

Jawad Masood, Felix Vidal, David Castro, Afra M. Pertusa, Abel Feijoo
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引用次数: 0

摘要

大型零部件制造在很大程度上依赖于手工操作和人工。以人为本的解决方案可以保留特定行业的知识、扩展能力并提高工作绩效。针对船厂作业开发了三种机器人技术:ABB™ 和 KUKA™ 机器人手导向系统 (HGS)、用于等离子切割的轻型协作系统以及用于改装的经济型 3D 投影系统。这些技术都是在开放式教学工厂开发的,该工厂是快速技术进步的平台。HGS 与 ABB™ 和 KUKA™ 集成,三维投影技术和轻型协作系统为中小型造船厂提供了经济高效的解决方案。然而,由于计算机辅助设计模型与实际部件之间的几何变化和差异,向非平面过渡带来了挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Robotized technologies for enhanced shipyard operations: challenges and solutions
Large component manufacturing relies heavily on manual operations and human workers. Human-centric solutions can preserve industry-specific knowledge, extend capabilities, and improve job performance. Three robotized technologies were developed for shipyard operations: ABB™ and KUKA™ robot hand-guiding systems (HGS), a lightweight collaborative system for plasma cutting, and a cost-effective 3D projection system for retrofitting. These technologies were developed at the open didactic factory, which served as platforms for rapid technological advancement. The HGS was integrated with ABB™ and KUKA™, and the 3D projection technology and lightweight collaborative system offered a cost-effective solution for small and medium shipyards. However, transitioning to non-flat surfaces presents challenges due to geometric variations and discrepancies between the computer-aided design model and the actual component.
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