Deployment of 3D vision systems integrated with robots in traceability systems to achieve dynamic positioning in fully automated lines

H. Mizgan, M. Ganea, Florin Blaga
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Abstract

The present industry faces numerous challenges in terms of delivering complex products, fast, inexpensive, on time, and with a robust quality level. To achieve these requirements, more and more companies are adopting a strategical orientation toward automation lines. The paper is describing the integration in the traceability systems of flexible systems formed of 3D visions working in synergy with robots to achieve higher levels of autonomy in industrial automation, level 4, High Level Automation, and level 5 Full Automation. This integration is representing a new wave in product inspection and automation level, bringing full transparency under the control of Total Traceability Management (TTM) and assuring new performance levels in terms of quality, flexibility and costs. The increasing complexity of the logistical supply and distribution flow is a consequence of the increased complexity of a vehicle's equipment and components. Increased complexity of the logistics and supply process in values proves that 50 years ago 90% of the vehicle was produced in factories for an OEM (Original Equipment Manufacturer) and today 90% of the vehicle is produced by other suppliers. It is no longer enough to control your own processes and guarantee quality within the OEM factories. The entire logistics chain must deliver a high level of quality, because in the end the materials and assemblies that reach the OEM line must be compliant so that they can be assembled without problems and guarantee the level of quality and safety required for the vehicle. All this must be done under the conditions of flexible production with many customers at the same time, where each vehicle on the OEM assembly lines may differ from the previous or subsequent one in terms of consistent quality and exact delivery times, all in accordance with JIT/JIS principles and in accordance with the specifications in the supply contract with the respective customer.
在溯源系统中部署与机器人集成的 3D 视觉系统,以实现全自动生产线的动态定位
当前的工业面临着众多挑战,即如何快速、低成本、准时、高质量地交付复杂的产品。为了达到这些要求,越来越多的公司正在采取自动化生产线的战略方针。本文介绍了在可追溯系统中集成三维视觉柔性系统,与机器人协同工作,以实现工业自动化中更高水平的自主化,即 4 级高级自动化和 5 级全自动化。这种集成代表了产品检测和自动化水平的新潮流,在全面可追溯性管理(TTM)的控制下实现了完全透明,并确保在质量、灵活性和成本方面达到新的性能水平。物流供应和分销流程的复杂性日益增加,这是汽车设备和部件复杂性增加的结果。物流和供应流程日益复杂的价值证明,50 年前,90% 的汽车是由原始设备制造商(OEM)的工厂生产的,而今天,90% 的汽车是由其他供应商生产的。仅仅在原始设备制造商的工厂内控制自己的流程和保证质量已经不够了。整个物流链都必须达到很高的质量水平,因为最终到达原始设备制造商生产线的材料和组件必须符合要求,这样才能顺利进行组装,并保证车辆所需的质量和安全水平。所有这一切都必须在同时与众多客户进行灵活生产的条件下完成,在这种情况下,原始设备制造商装配线上的每辆车都可能在质量的一致性和准确的交货时间方面与前一辆或后一辆车有所不同,所有这一切都必须符合 JIT/JIS 原则,并符合与各客户签订的供货合同中的规格要求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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