作　　者： ; ; ;

机构地区： 湖南大学机械与运载工程学院

出　　处： 《工业工程》 2009年第1期136-139,共4页

摘　　要： 介绍了TR IZ理论利用矛盾解决矩阵、物质-场分析法进行工程问题解决的流程,把TR IZ技术应用于CQI持续质量改进。运用TR IZ技术和CQI方法对某电子产品在烧结和研磨加工过程出现的质量问题进行分析。对于烧结工序,建立了矛盾矩阵,并根据发明原理确定了可行的方案。对于研磨工序,应用柏拉图,确定了问题的根源,利用物质-场分析法,提出了相应的方案。通过方案的实施,大幅度提高了加工作业的效率和产品合格率。 TRIZ（Theory of Inventive Problem Solving）was introduced as a new design approach in solving complex engineering problems by making use of the confilict solving matrix and the substance-field analysis, and TRIZ was applied in Continuous Quality Improvement （CQI）. With the help of TRIZ and CQI, quality problems in the sintering and grinding process of an electronic product were analyzed. The conflict solving matrix was established in sintering, and a feasible program was worked out. In grinding, the primary potential defects were identified with Pareto chart, and a feasible scheme was put forward by substance-field analysis. The application resulted in improved operation efficiency and higher quality level of finished products.

关 键 词： 理论 持续质量改进 矛盾解决矩阵 发明原理 物质 场分析

领　　域： [经济管理]