03.120.01 质量综合 标准查询与下载

LST EN 62347-2007 系统可靠性规范指南（IEC 62347:2006）

Guidance on system dependability specifications (IEC 62347:2006)

GOST R IEC 61650-2007 技术可靠性.恒定故障率和恒定故障密度的对比规程

Reliability in techniques. Procedures for comparison of constant failure rates and constant failure intensities

KS A IEC 61160:2006 设计研讨

설계 검토를 실행하는 단계는 프로젝트의 설계단계와 개발의 계획단계에서 결정해야 한다. 인자

Design review

KS A IEC 61160-2006(2022) 设计评审

Design review

KS A IEC 61160-2006(2017) 设计回顾

Design review

KS A 5607-2006(2022) 通过性能特性随时间退化来保证可靠性

Reliability assurance by performance characteristic degrading over time

KS A 5607-2006(2017) 性能特性随时间降低的可靠性保证

Reliability assurance by performance characteristic degrading over time

KS A 5607-2006 性能退化特性的可靠性保证

금속, 섬유, 고무, 플라스틱 등 시간에 따라 성능이 열화되는 아이템의 신뢰성 목표를 성능

Reliability assurance by performance characteristic degrading over time

SAE AS9111-2005 维修机构的质量管理体系评定(基于ISO 9001-2000)

The purpose of this document is to define the content and the presentation of the Assessment Report of AS9110.

Quality Management System Assessment for Maintenance Organizations (Based on ISO 9001:2000)

GOST R 52380.1-2005 质量经济学导则.第1部分:工艺成本模型

Guide to the economics of quality. Part 1. Process cost model

GOST R 52380.2-2005 质量经济学导则.第2部分:预防,评估与故障模型

Guide to the economics of quality. Part 2. The prevention, appraisal and failure model

DS/EN 60300-2:2004 可靠性管理 第2部分：可靠性管理指南

This part of IEC 60300 provides guidelines for dependability management of product design, development, evaluation and process enhancements. Life cycle models are used to describe product development or project phases. A tailoring process is recommended for the selection of relevant dependability programme tasks for time-phased implementation to meet varied user needs. This part of IEC 60300 is applicable for detailed planning and implementation of a dependability programme to meet specific product needs. The tailoring process provides a method for selection of dependability programme elements and associated processes from a product or project perspective.

Dependability management - Part 2: Guidance for dependability management

ANSI/ASQ Z1.4-2003 按属性检查用取样程序和表

Sampling Procedures and Tables for Inspection by Attributes is an acceptance sampling system to be used with switchingrules on a continuing stream of lots for AQL specified. It provides tightened, normal, and reduced plans to be applied forattributes inspection for percent nonconforming or nonconformities per 100 units.

Sampling Procedures and Tables for Inspection by Attributes

PD CEN/TR 13833:2003 建筑施工企业资质管理的原则

This European Standard specifies the definitions, procedures, criteria and their assessment as well as the respective documentation related to a system of qualification of construction enterprises.

Qualification of construction enterprises

HB 10187-2001 可靠度、维修性和风险

Reliability, Maintainability and Risk - 6th edition

ANSI/EIA 765-A:2000 国际和国家质量标准索引

Provides a quick reference of international and national quality standards and publications that support general quality system elements. This reference is a list of quality standards that a company may wish to consider when implementing or improving their quality system. Electronic copy available from emikoski@eia.org.

International and National Quality Standards Index

BS IEC 61650:1997 可靠性数据分析技术.双恒定失效率和双恒定失效(事件)密度比较程序

This International Standard specifies procedures to compare two observed – failure rates; – failure intensities; – rates/intensities of relevant events. The procedures are used to determine whether an apparent difference between the two sets of observations can be considered statistically significant. It is assumed that the time intervals to/between the failures (events) are independent and identically exponentially distributed during the observation period (that is, the accumulated relevant test time). NOTE – This assumption implies that the failure rate/intensity is constant. It is furthermore assumed that there are technical or other reasons to believe that a difference (either an improvement or deterioration) might exist between the observed reliability characteristic of the two sets of items under comparison. Some examples of typical applications are described in 5.4. The methods are designed as hypothesis tests which state, with a specified risk (the significance level), whether the two series of observations belong to the same population or the same process, that is they have the same true mean value. NOTE – Failure rate, which is relevant to non-repaired items, is associated with a distribution of times to failure. Failure intensity, which is relevant to repaired items only, is associated with a point process describing a sequence of events, for example times between failures on a time axis. The procedures are not restricted to comparison of failure rate/intensity, but can be applied to observations of two series of any relevant events, provided the above assumptions are valid. NOTE – The two series of observations may be of items from the same population, or the same item under different conditions (for example environment and load), or just comparable series of events (for example car accidents on a road). Numerical methods and a graphical procedure are prescribed. The observation periods relevant to the two series do not need to be equal, but if they are, the methods are very simple.

Reliability data analysis techniques - Procedures for comparison of two constant failure rates and two constant failure (event) intensities

IEC 61650:1997 可靠性数据分析技术 两种恒定失效率和两种恒定失效(事件)密度的比较程序

This International Standard specifies procedures to compare two observed - failure rates; - failure intensities; - rates/intensities of relevant events. The procedures are used to determine whether an apparent difference between the two sets of observations can be considered statistically significant. It is assumed that the time intervals to/between the failures (events) are independent and identically exponentially distributed during the observation period (that is, the accumulated relevant test time). NOTE - This assumption implies that the failure rate/intensity is constant. It is furthermore assumed that there are technical or other reasons to believe that a difference (either an improvement or deterioration) might exist between the observed reliability characteristic of the two sets of items under comparison. Some examples of typical applications are described in 5.4. The methods are designed as hypothesis tests which state, with a specified risk (the significance level), whether the two series of observations belong to the same population or the same process, that is they have the same true mean value. NOTE - Failure rate, which is relevant to non-repaired items, is associated with a distribution of times to failure. Failure intensity, which is relevant to repaired items only, is associated with a point process describing a se-quence of events, for example times between failures on a time axis. The procedures are not restricted to comparison of failure rate/intensity, but can be applied to observations of two series of any relevant events, provided the above assumptions are valid. NOTE - The two series of observations may be of items from the same population, or the same item under different conditions (for example environment and load), or just comparable series of events (for example car accidents on a road). Numerical methods and a graphical procedure are prescribed. The observation periods relevant to the two series do not need to be equal, but if they are, the methods are very simple.

Reliability data analysis techniques - Procedures for comparison of two constant failure rates and two constant failure (event) intensities

CAN/CSA-CEI/IEC 1160-96:1996 形式化设计评审

La présente Norme nationale du Canada est équivalente à la Norme internationale CEI/IEC 1160:1992. 1 Domaine d'application La présente Norme internationale donne des recommandations pour la mise en oeuvre des procédures de revues de conception en tant que moyen de stimulation pour l'amélioration d'un produit ou d'un processus. Elle comprend des lignes directrices pour la planification et la conduite de revues de conception, ainsi que des détails spécifiques concernant les contributions apportées par les spécialistes fiabilité, maintenance, logistique de maintenance et disponibilité. La présente Norme internationale comprend également des paragraphes sur les contributions d'autres spécialistes oeuvrant dans des domaines tels que la qualité, l'environnement, la sécurité (liée au produit et à l'utilisateur), les facteurs humains et les aspects juridiques. Il est particulièrement indiqué d'inclure à l'acception courante du terme «produit» d'autres aspects tels que matériel et logiciel, listes constituant un catalogue, spécifications décrivants une entité, emballage de transport, installation et assemblage, instructions et manuels d'utilisation, étiquettes et avertissements maintenance, listes de pièces de rechange, garanties, brochures commerciales et publicitaires.

Formalized design review

JIS Z 8403:1996 产品的质量特性.比值测定的一般规则

この規格は，出荷時の製，品()の品質特性の規格値を要求条件と経済的観点との兼ね合いで合理的に決める方法の，一般的な事項について規定する。

Quality characteristics of products -- General rules for determination of specific values