基于TRIZ的计算机辅助矛盾解决系统

文章介绍了TRIZ的产生和发展以及在我国的研究现状，矛盾的分类以及相应的解决方法，建立了计算机辅助矛盾解决系统的总体结构和运行流程。最后对计算机辅助创新技术在我国的发展前景进行了展望。     

基于关联规则的创新矛盾矩阵的研究

随着市场竞争不断加剧,企业创新成为现代企业生存的重要一环。首先,将用于解决技术性发明创造而建立的TRIZ理论引入到企业创新研究之中;通过计算机知识发现和数据挖掘技术与TRIZ理论中的矛盾思想相结合,并根据德国弗朗克协会提出的企业创新九个领域,将其细分为相应若干指标器;在此基础上,提出使用指标器间关联规则替代TRIZ创新原理。最后,使用这些关联性与九个创新领域,得到了一种适合描述企业创新的矛盾矩阵构成方法,为解决企业创新提供了分析依据。     

TRIZ在GDX2包装机剔除装置改造中的应用

以GDX2剔除装置创新设计为例,描述了利用TRIZ理论解决产品创新设计问题的一般过程。介绍了TRIZ理论的概念和体系结构。利用TRIZ理论指导GDX2剔除装置的创新设计过程,从用途、原理要求等方面着手,说明了如何将实际问题抽象为工程技术参数、如何划分优化参数与恶化参数以及二者之间的矛盾;重点阐述了矛盾矩阵和40条创新原则在设计过程中的具体应用方法,最后得出一种解决方案,杜绝了误剔现象。     

传导矛盾问题的成因及解决方法

由于目前还没有对传导矛盾问题的成因进行过深入剖析,所以无法给出有效的解决方案.为解决此问题,定义了传导相关度,并通过其找到传导矛盾问题的根本成因,然后将其转化为TRIZ理论中的技术矛盾,再利用矛盾矩阵中的创新理论找到传导矛盾问题的解决方案.应用实例表明了该方法的有效性,为复杂矛盾问题系统中传导矛盾问题的分析和解决提供了参考依据.     

应用型本科院校创新人才培养的研究

文章是基于TRIZ理论,从国内外高校TRIZ研究的情况,阐明了哈尔滨华德学院TRIZ理论创新人才培养推广过程中出现的问题及几点解决建议,并介绍了在TRIZ理论推广中所获得的初步实践成果,为创新人才的有效培养提供了思路。     

基于科学效应库的TRIZ理论远程专家咨询系统

介绍了TRIZ理论的研究现状以及使用专家咨询系统对TRIZ理论在我国传播发展的意义,论述了TRIZ理论远程专家咨询系统的设计,分析了科学效应库以及矛盾矩阵应用的设计过程,实现了TRIZ理论的学习、应用与专家咨询的统一。     

TRIZ技术系统进化法则在专利布局中的应用研究

TRIZ理论来自对专利的研究，TRIZ理论应用对技术创新有推动作用。技术系统进化原理是TRIZ理论的核心。本文对技术系统进化法则进行研究。通过技术进化路线对技术系统未来发展趋势做出准确预测。结合系统S曲线法则，实现技术专利的合理布局，进而为企业带来高附加值收益。     

基于科学效应库的TRIZ理论远程专家咨询系统

介绍了TRIZ理论的研究现状以及使用专家咨询系统对TRIZ理论在我国传播发展的意义,论述了TRIZ理论远程专家咨询系统的设计,分析了科学效应库以及矛盾矩阵应用的设计过程,实现了TRIZ理论的学习、应用与专家咨询的统一。     

基于TRIZ的研究型教学模式研究

从认知的角度,以TRIZ理论为基础探讨研究型教学模式。文章首先分析TRIZ理论与创新的关系,以"网络与信息安全"课程中的一个模块为例,阐述如何基于TRIZ理论开展研究型教学,最后论证基于TRIZ理论的研究型教学对高质量创新型人才的培养的重要性。     

基于TRIZ理论的行李箱创新设计

结合网络和实地用户调研、用户行为模拟、功能系统分析等方法,分析用户在行李箱使用过程中存在的问题;运用TRIZ创新发明理论分析出现的问题并转换为TRIZ标准问题,采用对应的发明措施原理并结合行李箱的实际使用情况,对行李箱进行设计研究,并通过Jack仿真验证了设计的合理性.解决了行李箱的现有使用问题,获得了行李箱创新设计解...     

Six cognitive gaps by using TRIZ and tools for service system design

The purpose of this paper is to develop a conceptual framework of service system design. When reviewing the past literatures in the field of TRIZ solving processes, it was found that there were several drawbacks in the TRIZ solving processes which were: (i) the TRIZ depended on the researchers’ subjective viewpoints; (ii) the TRIZ lacked a customized contradictory matrix and innovative principles; (iii) and the innovative principle of TRIZ could not provide comprehensive solutions to apply to all service fields. In attempting to understand the reason for the additional above drawbacks, much of the literature was organized to find six cognitive gaps, which might support TRIZ implementation during the TRIZ solving processes for service system design (SSD). The six cognitive gaps which are: (i) identifying the opportunity by mapping the specific features and characteristics; (ii) the ideal contradiction matrix; (iii) evaluating the results especially by checking the KM-based profession-oriented tools; (iv) checking the KM-based context; (v) human factors and teamwork; (vi) innovative supplemental technologies. Finally, the six cognitive gaps were integrated into a conceptual framework of SSD development, which will provide an improved guide for further researchers.     

TRIZ设计教学在网络同步学习环境中的应用

网络同步教学还存在很多不足,耗费大量人力物力,而且不能刺激学生进行创新思考。而TRIZ设计教学是科技创新的基础,该文探讨将TRIZ设计教学应用到网络同步学习环境中,重点探讨在网络同步学习环境中TRIZ设计教学的构建原则,以作为教学应用的参考。     

Using integrated quality function deployment and theory of innovation problem solving approach for ergonomic product design

A multidisciplinary approach integrating method of identification of customer satisfaction needs (CSNs), the House of Quality (HoQ) chart of quality function deployment (QFD), theory of innovation problem solving (TRIZ) and fuzzy group decision-making theory for ergonomic product innovative design and evaluation in the early design stages was proposed. An integrated model and the approach procedures consists of four steps. In step 1, identification of CSNs is based on a data source triangulation approach, questionnaire survey, 5-point liner numeric rating scale, factor analysis, and Cronbach’s coefficient alpha statistic are utilized to guarantee that the CSNs are complete and reliable. In step 2, a correlation matrix is built to identify the critical ergonomic design areas and the key problems are established by analysis of the negative relationships obtained from interrelationship half-matrix at the roof of the HoQ. In step 3, to solve the problems, TRIZ main tools and contradiction analysis are utilized. Several innovative alternatives are generated by combining appropriate Inventive Principles of TRIZ, the critical ergonomic design areas and the ergonomic design principles. In step 4, a general and easy fuzzy group decision-making method for evaluating of the best design alternatives is presented. A case study of the integrated kitchen stove innovative design and evaluation is conducted to demonstrate the applicability of the proposed approach.     

基于TRIZ的计算机辅助冲突解决系统研究

介绍了创新设计理论——TRIZ,说明了应用TRIZ理论解决问题的流程。用Delphi编程实现了计算机辅助冲突解决,详细论述了系统的设计和技术细节。对于解决工程技术冲突有较大的帮助。     

TRIZ理论在对讲机设计中的应用

本文重点对对讲机的外观形态进行深入分析。利用TRIZ创新设计理论及矛盾冲突原理,总结对讲机使用中的不便及误操作等问题,根据TRIZ理论中的部分创新原理进行全新的创新及人性化设计。     

基于E/HOQ/TRIZ 的人机产品创新方法研究

为了快速准确地进行设计阶段的人机产品创新,开发了E/HOQ/TRIZ 集成模型并 描述了具体步骤,提出了基于人体工程学(E)的人机用户需求三维分类的需求获取方式;通过质 量屋(HOQ)确立人机设计关键问题与关键人机设计区域;利用发明问题解决理论(TRIZ)分析人 机设计关键问题中的冲突类型,借助TRIZ 发明原理消除冲突。E/HOQ/TRIZ 集成模型有效弥补 了单一设计理论与方法的局限性,并发挥三种理论与方法的优势,实现人机产品创新设计。通 过人机洗浴设施创新设计,论证了所提出E/HOQ/TRIZ 集成模型与方法的可行性。     

Applying TRIZ to Service Conceptual Design: An Exploratory Study

This paper introduces a new avenue for applying the Theory of Inventive Problem Solving (TRIZ). TRIZ tools may be used in designing new service concepts in the field of new service development (NSD). Up to the present time, the practice of generating new ideas in NSD has been dependent largely on inspiration, luck and flair. One shortcoming in the generation of creative ideas is the psychological inertia or mental block commonly encountered. This research proposes to use TRIZ to help spawn new and perhaps unorthodox ideas and concepts in NSD. A case study on canteen operation demonstrates the feasibility of applying TRIZ in service design.     

UXDs-driven conceptual design process model for contradiction solving using CAIs

Design is situational, which means the explicit consideration of the state of the environment, the knowledge and experience of the designer, and the interaction between the designer and the environment during designing interact. When computer-aided innovation systems (CAIs) are applied to the design, the environment and the situation are different from the traditional design process and environment. The basic principles of some CAIs available in the world market are directly related to theory of inventive problem solving (TRIZ). Special TRIZ solutions, which have a few inventive principles and the related cases for contradiction problem solving, are medium-solutions to domain problems. The second stage analogy process is used to generate domain solutions and in this process, the TRIZ solutions are used as source designs of analogy-based process. Unexpected discoveries (UXDs) are the key factors to trigger designers to generate new ideas for domain solutions. The type of UXDs for the specific TRIZ solutions is studied and a UXDs-driven contradiction solving for conceptual design is formed. A case study shows the application of the process step by step.