P09 卫生、安全、劳动保护 标准查询与下载

BS 8008:1996+A1:2008 打桩和其它用途的机械钻孔轴结构和降落的安全防护和程序

This British Standard provides guidance on the safety precautions and procedures involved where it is required to lower personnel into a shaft that is machine bored and not less than 750 mm in diameter. It does not cover the descent of hand-dug shafts lined progressively as excavation proceeds, for which reference ought to be made to BS 6164.

Guide to Safety precautions and procedures for the construction and descent of machine-bored shafts for piling and other purposes

BOCA CHAPTER 7 NFPC-1996 应急规划和准备

The fire prevention code official shall recommend to the chief administrative official of the municipality the location or relocation of new or existing fire hydrants and the placement or replacement of inadequate water mains located upon public prope

Emergency Planning and Preparedness

ANSI/ASSE A10.39-1996 健康审核程序的结构安全性

Identifies the minimum performance elements that when properly utilized will allow for a competent evaluation of a construction safety and health program. Further, it will identify those areas where systems, records and performance elements are required in order to produce a quality audit.

Construction Safety and Health Audit Program

ANSI A10.39-1996 施工安全和卫生审计计划

Identifies the minimum performance elements that when properly utilized will allow for a competent evaluation of a construction safety and health program. Further, it will identify those areas where systems, records and performance elements are required

Construction Safety and Health Audit Program

ASTM D5791-95(2012)e1 建筑物中室内空气质量研究用概率取样法的标准指南

Studies of indoor air problems are often iterative in nature. A thorough engineering evaluation of a building (1-4) is sometimes sufficient to identify likely causes of indoor air problems. When these investigations and subsequent remedial measures are not sufficient to solve a problem, more intensive investigations may be necessary. This guide provides the basis for determining when probability sampling methods are needed to achieve statistically defensible inferences regarding the goals of a study of indoor air quality. The need for probability sampling methods in a study of indoor air quality depends on the specific objectives of the study. Such methods may be needed to select a sample of people to be asked questions, examined medically, or monitored for personal exposures. They may also be needed to select a sample of locations in space and time to be monitored for environmental contaminants. This guide identifies several potential obstacles to proper implementation of probability sampling methods in studies of indoor air quality in buildings and presents procedures that overcome those obstacles or at least minimize their impact. Although this guide specifically addresses sampling people or locations across time within a building, it also provides important guidance for studying populations of buildings. The guidance in this document is fully applicable to sampling locations to determine environmental quality or sampling people to determine environmental effects within each building in the sample selected from a larger population of buildings.1.1 This guide covers criteria for determining when probability sampling methods should be used to select locations for placement of environmental monitoring equipment in a building or to select a sample of building occupants for questionnaire administration for a study of indoor air quality. Some of the basic probability sampling methods that are applicable for these types of studies are introduced. 1.2 Probability sampling refers to statistical sampling methods that select units for observation with known probabilities (including probabilities equal to one for a census) so that statistically defensible inferences are supported from the sample to the entire population of units that had a positive probability of being selected into the sample. 1.3 This guide describes those situations in which probability sampling methods are needed for a scientific study of the indoor air quality in a building. For those situations for which probability sampling methods are recommended, guidance is provided on how to implement probability sampling methods, including obstacles that may arise. Examples of their application are provided for selected situations. Because some indoor air quality investigations may require application of complex, multistage, survey sampling procedures and because this standard is a guide rather than a practice, the references in Appendix X1 are recommended for guidance on appropriate probability sampling methods, rather than including expositions of such methods in this guide. 1.4 Units8212;The values stated in SI units are to be regarded as standard. No other units of measurement are included in this standard.

Standard Guide for Using Probability Sampling Methods in Studies of Indoor Air Quality in Buildings

ANSI/ASSE A10.15-1995 挖泥作业的安全性要求

Applies to the operation, inspection, and maintenance of any vessel fitted with machinery for the purpose of removing or relocating of material from or in a body of water.

Safety Requirements for Dredging

ASTM F967-95 工程安全符号

1.1 This practice utilizes symbols to depict security systems and equipment requirements for architectural or engineering drawings that are produced either manually or by computer aided design (CAD). The symbols depicted include some symbols that have already been somewhat universally accepted or that have already been adopted by a standards-writing body, such as by the National Fire Protection Association. 1.2 It is not proposed that all of the symbols need to be utilized since the level of detail required for drawings is likely to vary. Generic symbols of a class of security device may be sufficient in some instances. Moreover, the need to provide a measure of security in the actual drawing may also suggest a need to utilize a generic symbol rather than to depict the exact device being installed. 1.3 In the event that a greater level of detail is required, it is possible to combine many of the symbols to create new symbols that achieve the desired level. While some combinations of symbols are shown, it would be impractical to attempt to depict every conceivable combination of symbols. It is also the intent of this practice that the symbols be capable of being continuously expanded and modified as the industry state of the art changes or as emphasis varies. For example, little attention is given to document security in the security symbols since such requirements are not generally fully met during construction periods but are rather developed and provided for subsequently. Since much of this equipment is not installed but is "placed," such as furniture, there is only one symbol proposed (for example, for document shredders). 1.4 This standard does not purport to address all of the safety concerns, if any, associated with its use. It is the responsibility of the user of this standard to establish appropriate safety and health practices and determine the applicability of regulatory limitations prior to use.

Standard Practice for Security Engineering Symbols

BOCA CHAPTER 7 NFPC COMM-1993 应急规划和准备

A person shall not willfully fail or refuse to comply with any lawful order or direction of the fire prevention code officiai or to interfere with the compliance attempts of another individual.

Emergency Planning and Preparedness

BOCA CHAPTER 7 NFPC-1993 应急规划和准备

The following is a listing of the standards referenced in this code, the effective date of the standard, the promulgating agency of the standard and the section(s) of this code that refer to the standard.

Emergency Planning and Preparedness

JGJ 80-1991 建筑施工高处作业安全技术规范

Technical code for safety of high altitude operation of building construction

JGJ 80-1991（条文说明） 建筑施工高处作业安全技术规范

Safety code for high-rise work in construction

ANSI A10.33-1992 建筑施工和拆除工程.安全和卫生大纲.多雇员参与的工程项目的要求

Sets forth the minimum elements and activities of a program that defines the duties and responsibilites of construction project where a single Project Constructor supervises and controls the project.

Safety and Health Program Requirements for Multi-Employer Projects

BOCA APPENDIX C NPMC-1990 米制当量.第3版

The format and provisions of The BOCA National Propero Maintenance Code are designed to provide units of government with an effective regulatory means of providing minimum health and safety requirements for existing buildings and structures.

Metric Equivalents Third Edition

BOCA ARTICLE 7 NFPC COMM-1990 应急规划和准备

The BOCA National Mechanical Code was initially prepared and updated on the premise that adequate code requirements are essential to the safe installation and maintenance of all mechanical equipment and systems in order to protect the public health, sa

Emergency Planning and Preparedness

BOCA ARTICLE 7 NFPC-1990 应急规划和准备.第8版

It shall be unlawful to interfere with, attempt to interfere with, conspire to interfere with, obstruct or restrict the mobility of or block the path of travel of any fire department emergency vehicle in any way, or to interfere with, attempt to inter

Emergency Planning and Preparedness Eighth Edition

BS 5531:1988 建筑构架安装的安全性实用规程

Essential good practices and recommendations for identifying hazards. Precautionary, preventive and remedial actions to take. Guidance to the designer on information to be provided to enable safer erection procedures to be planned.

Code of practice for safety in erecting structural frames

ASCE 1-88-1988 N-725和土木建筑物相关的安全设计和分析指南

The analyses and design of earth structures by the Geotechnical Engineer are based upon certain design assumptions, including strengths, materials properties and other parameters. The Geotechnical Engineer shall provide Construction Plans and Specifications

N-725 Guideline for Design and Analysis of Nuclear Safety Related Earth Structures

DL/T 537-2007 水电水利土建工程安全技术工作规范

Technical code of safety for hydroelectric and hydraulic civil construction engineering

JGJ/T 77-2003（条文说明） 施工企业安全生产评价标准

Standard of the work safety assessment for construction company(explanation)

JGJ 59-1999（条文说明） 建筑施工安全检查标准

Standard for safety inspection of building construction (explanation)