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首页> 外文期刊>Procedia Manufacturing >Integrated training in using different Coordinate Measuring Systems to support Digital Manufacturing
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Integrated training in using different Coordinate Measuring Systems to support Digital Manufacturing

机译：使用不同坐标测量系统支持数字制造的集成培训

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摘要

Highly qualified labour force is a key resource for growth. In modern manufacturing, the competent use of advanced measuring equipment for inspection and digitization of parts is an essential competence that is needed for both advanced product/process engineering and quality control. Coordinate Metrology (including 3D digital measuring technologies) is by far the most important tool for these specialized activities. As widely reported, the individuals operating the measuring systems - with their decisions - are frequently one of the most relevant error sources in Coordinate Metrology operations, especially when dealing with new measuring technologies supporting Digital Manufacturing (e.g. Computed Tomography, Fringe-projection, Reverse Engineering). The paper reports the intermediate results of an initiative aiming at innovating training in Coordinate Metrology, focused on supporting the needs of SMEs in the supply chain of the automotive industry. The main target group are industry employees operating in SMEs that are newcomers on 3D measuring technologies. An integrated concept for training in Coordinate Metrology has been developed using a blended learning approach, based on a 10-steps structure and incorporating the learning outcomes required to operate different measuring systems in a consistent way.
机译：高素质的劳动力是增长的关键资源。在现代制造业中，零件检测和数字化的高级测量设备的主管使用是先进产品/流程工程和质量控制所需的基本能力。坐标计量（包括3D数字测量技术）是迄今为止这些专业活动的最重要工具。如被广泛报道的，操作测量系统的个人 - 及其决定 - 通常是坐标计量操作中最相关的误差源之一，特别是在处理支持数字制造的新测量技术时（例如，计算机断层扫描，边缘投影，逆向工程）。本文报告了旨在在协调计量培训方面进行创新培训的倡议的中间结果，重点是支持汽车行业供应链中小企业的需求。主要目标集团是在中小企业经营的行业员工，这些员工是3D测量技术的新人。基于10步结构的混合学习方法开发了用于坐标计量训练的集成概念，并采用以一致方式制定操作不同测量系统所需的学习结果。

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