订单驱动的机械产品配置设计与排程系统研究

发布时间：2018-07-31 16:32

【摘要】：近年来，随着全球市场经济和知识经济的发展，制造业面临着前所未有的挑战。满足客户的个性化需求已成为现代企业的发展方向，如何以较低的成本快速设计出满足客户需求的产品是困扰企业的难题之一。到目前为止，，国内外研究者对大批量定制生产的研究已经取得了一定的进展，但大多数是针对大批量定制的概念和产品设计等方面的研究，对产品设计过程的具体软件实施方面的研究还属甚少。而订单驱动型生产方式正体现了大批量定制的思想，因此本文着重研究订单驱动的产品设计系统，主要研究工作包括以下几个方面：首先，根据订单驱动型生产方式的特点，结合订单驱动型产品配置与排程系统的体系结构，将产品配置设计与排程系统的整个过程分为客户需求的获取与处理、产品族建立、产品配置与生产排程四部分；结合当今理论分别阐述了产品配置与排程系统的基本原理。其次，进行了产品配置设计与排程系统的功能设计。分析了系统的体系结构，将系统整体分为四个层次：应用层、功能层、数据层和基础服务层；根据前文的理论将系统分为相对应的四个功能子系统；对系统的整体功能结构进行分析，详细描述了各模块的功能，为构建配置与排程系统做铺垫。最后，结合前文的理论研究，对机械产品配置设计与排程系统进行了总体设计，介绍了系统的开发环境及技术，并对产品族中零部件的编码进行了设计。最后以一批订单为例，介绍了整个系统的运行过程，对论文研究的理论和方法进行了验证。
[Abstract]:In recent years, with the development of global market economy and knowledge economy, manufacturing industry is facing unprecedented challenges. It has become the development direction of modern enterprises to meet the individual needs of customers. How to quickly design products to meet customers' needs at lower cost is one of the difficult problems for enterprises. Up to now, researchers at home and abroad have made some progress in mass customization production, but most of them focus on the concept of mass customization and product design. The research on the specific software implementation of the product design process is still very few. The order-driven mode of production embodies the idea of mass customization, so this paper focuses on the research of order-driven product design system, the main research work includes the following aspects: first, According to the characteristics of order-driven production mode and the architecture of order-driven product configuration and scheduling system, the whole process of product configuration design and scheduling system is divided into customer demand acquisition and processing, product family establishment. The basic principle of product configuration and scheduling system is expounded in combination with the current theory. Secondly, the product configuration design and the function design of the scheduling system are carried out. The architecture of the system is analyzed, and the whole system is divided into four levels: application layer, function layer, data layer and basic service layer, and the system is divided into four functional subsystems according to the previous theory. The overall functional structure of the system is analyzed, and the functions of each module are described in detail, which pave the way for the construction of configuration and scheduling system. Finally, combined with the previous theoretical research, the overall design of the mechanical product configuration design and scheduling system is carried out, the development environment and technology of the system are introduced, and the coding of the parts in the product family is designed. Finally, taking a batch of orders as an example, the operation process of the whole system is introduced, and the theory and method of the thesis are verified.
【学位授予单位】：哈尔滨理工大学
【学位级别】：硕士
【学位授予年份】：2012
【分类号】：TH166;TP311.52

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