基于SOA架构的信息集成平台规划与实现

通过论述面向服务的体系架构（SOA）进行信息集成平台规划的基本思路，结合应用实例，提出了基于SOA技术体系构建信息集成平台的实现途径。     

全生命周期产品和过程模型集成技术研究

制造业的产品和过程集成技术体现在各个不同的层面,为此,研究了全生命周期产品和过程模型的集成技术。采用面向对象方法,构建全生命周期虚拟产品模型,对全生命周期的产品信息进行表达,并对全生命周期的涵义进行阐述。虚拟产品模型由实体对象和联系对象组成,它是一个动态模型,在产品全生命周期中不断进化。通过面向对象Petri网模型(OPN),描述产品全生命周期的各种过程。在虚拟产品模型和OPN模型的基础上重点讨论产品模型和过程模型的集成技术,并结合实例进行研究。产品和过程模型集成为产品信息的重用和追溯提供支持。     

基于web技术的图书馆网络信息平台建设

提出以图书馆信息服务集成平台为方法和手段,重点论述图书馆信息服务集成平台的构建,包括集成平台资源的集成、服务的集成、技术的集成和管理的集成,从而为实现我国图书馆文献信息资源和数字化信息资源的全面、广泛的共享和集成平台式的服务提供技术支持。     

基于SOA构建和集成行业应用系统

根据行业信息化发展的趋势,针对信息化发展中常常面临的问题,探讨用SOA（面向服务的体系结构）构建和集成行业应用系统的方案,简述如何分步实施SOA,并走向面向服务的体系结构的企业应用集成。     

关于产品全生命周期信息集成的复合应用协议的研究

到目前为止，国际标准化对ＳＴＥＰ集成的研究都集中到面向应用领域的ＡＰ的集成上。而不同ＡＰ之间的集成，日益成为集成研究中严重的障碍，到目前还没有找到解决方法，本文所提出的复合ＡＰ的研究，在国际上首次提出了不同应用领域ＡＰ的集成的概念和方法，首次提出面向产品全生命周期信息集成的方法和实现手段。     

航空武器装备PLM概念模型设计

针对航空武器装备产品生命周期各阶段的任务和内容,分析指出了航空武器装备PLM中的信息流动和交互模式,设计了一种航空武器装备PLM的概念模型.该模型充分考虑了航空武器装备生命周期过程中信息与流程的集成与管理,支持协同、并行的产品全生命周期过程.最后描述了其中的关键技术和功能模块.     

基于ETL思想的产品全生命周期质量数据整合

针对构建面向产品全生命周期质量数据包的需求,提出了基于ETL思想的产品全生命周期异构质量数据的整合方法．给出了面向产品全生命周期的质量数据映射语义库的构建方法,建立了基于ETL思想的质量数据映射模型,提出了基于组织维度和产品维度的质量数据整合方法．在此基础上,设计开发了质量数据整合软件工具QQ—DI,并验证了所提出方法的有效性．     

产品敏捷设计支持系统中的集成与数据交换技术

阐明了基于协同与商务的产品敏捷设计方法.叙述了采用网格服务的集成技术,该技术可以有效地屏蔽企业间设计资源和应用系统的异地、异构和动态特性,实现广域网环境下设计资源和应用系统的松散耦合集成,构建了产品信息模型及其XML模式表达,提出了利用STEP与XML的映射转换机制实现产品图形信息交换的方法,同时给出了基于XML的产品非图形信息的数据交换方法.介绍了产品敏捷设计支持系统的集成功能模型和实现集成的技术系统结构,给出了产品图形信息交换的实例.     

基于teamcenter三维模型的产品PLM实施

运用teamcenter进行PLM实施,构建并完善基于teamcenter的三维模型的产品数据管理集成平台.运用teamcenter的各功能模块和BOM管理产品信息.通过项目管理和工作流管理,对产品数据实现统一管理.     

面向产品全生命周期的标准件库研究与实现

设计数据是制造企业产品生命周期管理中的源头数据,设计数据的标准化、规范化很大程度决定了整个PLM系统的应用效果。据此,研究了在设计过程中物料信息的产生及在PLM系统中的传递过程以及设计工具软件与PLM系统的单一数据源理论,提出了面向产品全生命周期管理的标准件库系统的构建与实现方法;以及实现设计工具软件与PLM系统协同应用的方法。基于该理论及方法在SOLIDWORKS的软件平台上开发实现了面向产品全生命周期的标准件库系统,所开发系统已在某制造企业的设计部门得到应用,效果明显。     

多工位在线包装质量呼叫与互控系统设计

目的为解决卷烟生产中卷包机组和装封箱机组操作人员进行质量检测时发现产品存在质量缺陷而不能及时提醒沟通、停机处理、缺陷产品分流,导致产生大量废品,造成人力、物力巨大浪费的问题,设计一种新型多工位在线包装质量呼叫与互控系统。方法该系统通过对条烟提升机、条烟输送系统、垂直排包机控制系统的控制,建立各工位人机交互平台及质量报警系统,实现卷包机组和装封箱机组操作人员的实时信息互通。结果该系统在卷烟厂实施后取得了良好的经济效益,卷包机组生产的缺陷产品数量同比降低了35%;设备有效作业率提升了0.5%。结论研究成果可推广应用于烟草生产企业的卷包设备与装封箱机设备上。     

A systematic literature review to explore traceability and lifecycle relationship

Traceability is the ability to follow a product along its lifecycle. It ensures product safety and quality along the supply chain, managing information generated by several players. Even though regulations establish the information that has to be traced, each player generates much more product (and process) information, which could be used to add value to products, with respect to, not only traceability, but also the lifecycle approach. However, the concepts do not appear to be immediately related in scientific panorama. This paper aims to explore the relationship between traceability and lifecycle through a systematic literature review. Six industries (Software, Manufacturing, Automotive, Automation, Aircraft, and Aerospace) and seven subject areas (Software engineering; System engineering; Industry 4.0; New product development; Process management; Data Management; and Environmental sustainability) were identified through bibliometric analysis. To better explore this relationship in the context of the food industry, a content analysis on lead papers’ sample was performed to identify traceability and lifecycle definitions, methodologies and technologies and their relation. The results of the work, synthetised in a proposed research map, will be of interest to those who are approaching the subject for the first time, and for companies involved in product lifecycle management and food traceability.     

Challenges in integrating requirements management with PLM

Nowadays, requirements management (RQM) is mostly not included in the current structures of product lifecycle management (PLM) systems, although RQM has become a critical activity throughout the PLM. Customer requirements with all related product information need not only be integrated with each other, but with all processes and stakeholders involved through the related business functions of product lifecycle. In this paper, we examine the various challenges of RQM, especially related to PLM. Company-specific challenges are identified, when integrating RQM with PLM in a case company acting in the automotive industry. The objective of this study is to find out how product-related information on customer requirements could better be utilised and integrated with PLM. We propose a new integration framework according to which the challenges at different integration levels are categorised. As a final conclusion, the study shows the core points where and how the concepts of PLM and RQM should be developed, as to create requirements integrated solutions for extended products and systems through the lifecycle.     

自动包装机热封温度自适应控制系统设计

目的提高包装机械热封机构的温度控制精度,以保证包装效率和产品质量。方法针对包装塑料薄膜热封的温度控制,基于单神经元自适应PID控制算法设计一种自动包装机热封温度控制系统。介绍自动包装机热封的基本原理,阐述单神经元自适应PID控制算法的基本原理,并设计一种温度控制器。基于模糊集理论,实现控制器比例、积分和微分系数学习速率的在线调整。基于ARM Cortex-M3和PIC单片机搭建自动包装机热封温度控制系统。结果将该热封温度控制系统应用于自动包装机中,可以将热封温度误差控制在合理的范围内。结论通过仿真验证了文中所述自动包装机热封温度控制系统稳定性较好,具有一定的抗干扰、自适应、自调整能力。     

The integration of lightweight representation and annotation for collaborative design representation

Today companies face the unprecedented challenges of a global market, collaborative environments and the concept of management of the entire product life cycle. In supporting this, the challenge is not only how to utilize information management policies, but also how to develop product representation methods to meet the new demands including platform/application independence, support for the product lifecycle, assisting generation of viewpoint-specific representations, rapid sharing of information between geographically distributed applications and users, and protection of commercial security (intellectual property). This paper proposes a product representation approach using the strengths of lightweight representation and annotation and markup practices to allow the association of product data from throughout the lifecycle with the geometric form of the product. The approach, called Lightweight Model with Multi-layer Annotation (LIMMA), integrates the concept of lightweight representation with annotation of boundary-representations (b-rep) of a product and the use of a formalised markup language (XML). Examples of annotation layers and development of models through-life are given, based on the LIMMA approach.     

amePLM: a platform providing information provision in engineering

The procedure for the engineering of products and production systems in manufacturing companies is often distributed over several organisational units. The different units involved in these procedures use their respective methods and tools, resulting in silo-like and distributed information and data sources for engineering. In this paper, the open platform amePLM is introduced. This platform is based on a semantic data model. The ontology as explicitly formulated data model allows an integrated view on data and information available in the systems used along the product lifecycle, and the automatic provision of suitable information to the user. Furthermore, this open approach allows the linking of the solution to existing engineering software systems in the sense of a continuous flow of information.     

面向产品全生命周期管理的商务智能（BIfPLM）研究

为充分利用、发掘产品全生命周期各个阶段产生的大规模数据和信息,提高分析智能性和决策能力,提出了面向产品全生命周期管理的商务智能．（BIfPLM）概念．总结分析了产品全生命周期各个阶段的主要数据和信息,系统地阐述了BIfPLM的概念,分析了BIfPLM的作用,建立了BIfPLM系统的体系结构,并对体系结构中的数据仓库设计、ETL过程实现和前端分析应用实现进行了探讨．     

“适当”的产品设计

提出了"适当"的产品设计概念,这样不仅可以优化产品的产业结构,延长产品的使用寿命,使人与产品、产品与产业、产品与资源环境可持续发展.     

无氧包装之密闭空间设计研究

目的研究一种密闭空间的设计方案,为无氧包装工艺的推广提供一个安全可靠的操作平台。方法通过研究空间密封工艺,分析密封材料,设计密封结构和计算方法,并结合相关试验及生产流程的实际需求,设计出一种密闭空间的解决方案。结果文中设计了密闭空间的整体结构,设计了其关键部分的密封结构,并进行了相应的强度分析及氧气泄漏率分析,设计的密闭空间可实现无氧包装连续生产的需求。结论利用文中设计的密闭空间系统,可实现对空间内包装设备方便可靠的操作,同时可使残氧量长期低于0.0001%,达到无氧包装的工艺要求。