Design and Realization of Production Monitoring System for Seamless Steel Pipe Based on Virtual Reality

Yuanbin Shi, Y. Sun, Xiaochen Wang, Quan‐wen Yang, Jiaqi Chen
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Abstract

The production monitoring system of seamless steel pipe is particularly critical to the quality of steel pipe products. However, due to the changeable production environment, scattered production information, difficult observation condition, and potential safety hazards, the production status monitoring of seamless steel pipe is inefficient. To solve the above problems, a new monitoring system is designed and developed based on virtual reality technology, which establishes the real production scene in a 3D virtual space. The 3D model is used to reproduce the on-site production process and realize the three functions of production scene roaming, production status monitoring, and personnel training. The system effectively improves the visibility and convenience of on-site monitoring and enhances the efficiency of production management.
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基于虚拟现实的无缝钢管生产监控系统的设计与实现
无缝钢管的生产监控系统对钢管产品的质量尤为关键。然而,由于生产环境多变,生产信息分散,观察条件困难,存在安全隐患,无缝钢管的生产状态监测效率低下。针对上述问题,设计开发了一种基于虚拟现实技术的新型监控系统,在三维虚拟空间中建立真实的生产场景。3D模型用于再现现场生产过程,实现生产场景漫游、生产状态监控、人员培训三大功能。该系统有效地提高了现场监控的可视性和便利性,提高了生产管理的效率。
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