Study on the Application of 3-D Laser Scanning BIM Technology in Optimization and Adjustment of Factory Pipeline System

Fangxin Chen, K. Hu, Yupeng Yang, C. Ying, Yanhui Liu, T. Guo, Qian Meng, Daguang Han
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Abstract

The pipeline system in large-scale factories integrates multiple sub-systems such as power, lighting and lire control. In the traditional acceptance of measurement results for completion, the large number of cross-subsystems makes their expression not intuitive and poor interpretation and can no longer meet the requirements of inspection and later operation maintenance management of digital factories. In view of this situation, taking a workshop of FAW Volkswagen as an example, A new three-dimensional contrast detection technology is proposed in this paper. Through three-dimensional laser scanning technology, the actual data acquisition of pipelines in the workshop is carried out. This technology can provide truthful and reliable basic data information for later operation maintenance management and plant expansion.
三维激光扫描BIM技术在工厂管道系统优化调整中的应用研究
大型工厂的管道系统集成了电力、照明、生活控制等多个子系统。在传统的测量结果竣工验收中,大量的交叉子系统使得其表达不直观,解释性差,已不能满足数字化工厂检验及后期运行维护管理的要求。针对这种情况,本文以一汽大众某车间为例,提出了一种新的三维对比度检测技术。通过三维激光扫描技术,对车间管道进行实际数据采集。该技术可为后期的运行维护管理和工厂扩建提供真实可靠的基础数据信息。
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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