Continuous quality improvement is now the focus of research and application in quality engineering. To achieve continuous improvement, it's necessary to integrate quality tools and to plan, design and control the whole process of creating quality. Based on the extensive literature review and the philosophy of concurrent quality engineering, the paper analyzes the relationships among major quality tools such as QFD, FMEA, DOE and SPC and presents a basic model and structure for the integration of quality tools.

本文在大量调研的基础上，对我国制造业质量管理现状进行了分析，剖析了当前我国制造业质量管理中的主要问题及其原因，提出了提高我国制造业质量管理水平的策略。对我国制造业质量管理水平的提高具有现实意义。

How to continuously improve product and process quality has been a focus of research in quality management. A company that is going to set up its CAQ or establish an effective quality system should make sure that the CAQ or quality system will lead to continuous quality improvement so as to meet customer's growing demand for quality. Based on Juran's quality loop philosophy, the paper presents how to utilize continuous quality improvement tools in product design and manufacturing. It addresses the application of QFD and design of experiment to optimize product/process design and how to integrate quality tools. Based on the philosophy of concurrent quality engineering and successful experience of some world class businesses, the paper presents a continuous quality improvement flowchart and puts forward to the strategies to implement continuous quality improvement.

测量系统能力分析是工序质量改进的一项重要工作，也是QS9000所要求的要素之一，其目的在于研究测量系统对工序质量的保证程度，传统的测量系统能力分析方法是以单台测量仪器为对象的。不适于多测量仪器并行测量的情形。本文以并行测量过程为对象，基于三因素交叉随机实验模型的方差分析和方差估计，提出了并行测量仪器测量系统能力分析的方法，并给出了应用案例。

在我国加入WTO和建立社会主义市场经济的条件下，产品责任制度将起着越来越重要的作用。本文根据产品责任理论的发展和国外产品责任的经验，分析了我国目前产品责任制度存在的一些问题，如缺陷的认定、供应商的产品责任、OEM制造商的产品责任、企业法人变更后的产品责任和防撞性缺陷责任等，以期对我国产品责任制度的发展有所裨益。