Modeling of Virtual Assembly and Disassembly Process Based on Selective Disassembly

Q3 Computer Science
Hao Wang, Yan Tao Yang, Qing Shen, Qian Zhang, Bin Yin
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引用次数: 3

Abstract

The virtual disassembly and assembly system based on computer virtual reality technology has been rapidly developed and applied. However, the current virtual disassembly system and assembly based on the hierarchy model and association model does not consider the problem of selective disassembly, which leads to inconsistency between virtual disassembly and actual disassembly. Aiming to solve the problem, introduces the concept of skipping disassembly path on the basis of the original disassembly system based on the hierarchical relationship and the association relationship model, and perfects and optimizes the disassembly and assembly structure model based on the hierarchical relationship model and the association relationship model. The sequence planning of the disassembly model after introducing the shipping disassembly path was carried out.And the combination and reduction of disassembling units in the course of disassembly decision was described. Finally, a selective disassembly algorithm based on the association relationship model is established. With the marine oil separator for example verification. The results show that the model can better solve the actual problem of selective disassembly which improved the authenticity and user experience of the virtual disassembly and assembly system, and has great influence on the application development of the virtual disassembly and assembly system.
基于选择性拆卸的虚拟拆装过程建模
基于计算机虚拟现实技术的虚拟拆装系统得到了迅速的发展和应用。然而,目前的虚拟拆卸系统和基于层次模型和关联模型的装配没有考虑选择性拆卸问题,导致虚拟拆卸与实际拆卸不一致。针对这一问题,在原有的基于层次关系和关联关系模型的拆卸系统的基础上,引入了跳过拆卸路径的概念,并基于层次关系模型和关联关系模型对拆卸和装配结构模型进行了完善和优化。在引入船舶拆卸路径后,对拆卸模型进行了顺序规划。并对拆卸决策过程中拆卸单元的组合与缩减进行了描述。最后,建立了一种基于关联关系模型的选择性拆卸算法。以船用油分离器为例进行验证。结果表明,该模型能较好地解决虚拟拆装系统的选择性拆卸实际问题,提高了虚拟拆装系统的真实性和用户体验,对虚拟拆装系统的应用开发具有重要影响。
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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来源期刊
CiteScore
2.90
自引率
0.00%
发文量
21
期刊介绍: Intelligent information systems and intelligent database systems are a very dynamically developing field in computer sciences. IJIIDS provides a medium for exchanging scientific research and technological achievements accomplished by the international community. It focuses on research in applications of advanced intelligent technologies for data storing and processing in a wide-ranging context. The issues addressed by IJIIDS involve solutions of real-life problems, in which it is necessary to apply intelligent technologies for achieving effective results. The emphasis of the reported work is on new and original research and technological developments rather than reports on the application of existing technology to different sets of data.
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