Книга Transportation Systems in Buildings Transportation Systems in BuildingsКниги Строительство Год издания: 200 Формат: pdf Издат.:Chartered Institution of Building Services Engineers Страниц: 180 Размер: 35 ISBN: 190328709X Язык: Английский 68 (голосов: 1) Оценка: Настольная книгадля архитекторов и инженеров о том как проектировать лесницы, ескалаторы и другие средства передвижения в строительстве.
Author(s): Guide D Steering Committee
Edition: 2New Ed
Publisher: Chartered Institution of Building Services Engineers
Year: 2000
Language: English
Commentary: 17260
Pages: 250
FRONT COVER
......Page 1
Foreword
......Page 4
Contents
......Page 8
1.3 Contents of Guide D
......Page 12
1.4 Other sources of informations
......Page 13
2.2 General
......Page 14
2.3 Human factors
......Page 15
2.4 Circulation elements
......Page 16
2.5 Circulation in shopping centres
......Page 19
2.6 Other types of buildings
......Page 23
2.7 Location and arrangement of transportation facilities
......Page 24
Acknowledgement
......Page 26
3.2 Assessment of demand
......Page 27
3.3 Calculation of up peak performance
......Page 31
3.4 Determination of the six parametres in the RTT equation
......Page 32
3.5 Limitations and assumptions in the derivation of the RTT equation and methods for their correction
......Page 35
3.6 Estimation of passenger average waiting times
......Page 39
3.7 Consideration by lift functions
......Page 41
3.8 Consideration by building forms
......Page 42
3.9 Consideration by building function
......Page 45
References
......Page 46
Acknowledgement
......Page 47
4.2 Up peak calculation using computer software
......Page 48
4.3 Passenger traffic
......Page 50
4.4 General analysis
......Page 52
4.5 General analysis for double deck lifts
......Page 55
4.6 Simulation
......Page 56
4.7 Evaluating proprietary analysis software
......Page 58
Appendix 4.A1 : Lift kinematics
......Page 59
Appendix 4.A2 : Up peak formulae
......Page 61
Appendix 4.A3 : General analysis formulae
......Page 63
Appendix 4.A4 : General analysis formulae for double deck lifts
......Page 64
5.2 Passenger lifts
......Page 66
5.3 Observation lifts
......Page 68
5.4 Lifts for the aged and people with disabilities
......Page 73
5.5 Goods lifts
......Page 74
5.6 Service lifts
......Page 77
5.7 Motor vehicle lifts
......Page 78
5.8 Rack and pinion lifts
......Page 80
5.9 Explosion protected lifts
......Page 82
5.10 Inclined lifts
......Page 83
5.11 Scissor lifts
......Page 84
5.12 Home and stair lifts
......Page 85
References
......Page 86
6.2 Need for firefighting lifts
......Page 88
6.3 Design consideration for firefighting lifts
......Page 90
6.4 Inspection, testing and maintenance of firefighting lifts
......Page 92
6.5 Escape lifts for disabled people
......Page 93
References
......Page 94
7.2 Electric traction drives
......Page 96
7.3 Hydraulic drives
......Page 103
7.5 Guide rails
......Page 106
7.6 Counterweight
......Page 107
7.7 Lift car
......Page 108
7.8 Door operators
......Page 110
7.9 Door configurations
......Page 112
7.10 Overspeed governors
......Page 114
7.11 Safety gear
......Page 115
7.12 Buffers
......Page 117
7.13 Ropes
......Page 118
7.14 Roping systems
......Page 120
7.15 Car and landing fixtures
......Page 122
References
......Page 123
8.1 Introduction
......Page 124
8.2 Lift controllers
......Page 125
8.3 Controller technology
......Page 126
8.4 Control of lift drives
......Page 128
8.6 Group control
......Page 134
References
......Page 135
9.2 Evaluation of group control performance
......Page 136
9.3 Control algorithms
......Page 137
9.4 Use of artificial intelligence in group control
......Page 139
9.6 Bunching
......Page 140
9.7 Computer vision-based control
......Page 141
9.9 Data logging methods for evaluating actual performance
......Page 142
Bibliography
......Page 143
10.3 Safety aspects
......Page 145
10.5 Escalator motor drives and methods of starting
......Page 147
10.8 Installation
......Page 148
References
......Page 149
11.2 Power supplies
......Page 150
11.3 Harmonic distortion and interference
......Page 152
11.4 Design and installation considerations
......Page 153
References
......Page 155
12.2 Machine room temperature
......Page 156
12.3 Ventilation
......Page 157
12.5 Methods of cooling
......Page 159
12.6 Human comfort considerations
......Page 160
12.7 Environment for maintenance
......Page 161
References
......Page 162
Appendix 12.A1 : Typical specification
......Page 163
13.1 Lifts
......Page 164
13.2 Escalators
......Page 167
References
......Page 168
14.3 Benefits of lift monitoring
......Page 169
14.4 Lift monitoring : types of signal
......Page 170
14.5 Lift monitoring user interface and reports
......Page 171
14.6
Lift monitoring standards......Page 172
14.9 Integration of systems
......Page 173
14.10 Design and installation requirements for LMS / BEMS interfaces
......Page 174
References
......Page 176
15.2 Commissioning
......Page 177
15.3 Inspection
......Page 178
References
......Page 179
16.2 Elements of lift modernisation
......Page 181
16.3 Economic life factors and life cycle costing
......Page 183
16.4 Systematic approach to lift modernisation
......Page 187
References
......Page 194
17.1 Legislation
......Page 196
17.2 Standards and code of practice
......Page 199
References
......Page 201
18.2 Definitions
......Page 202
18.3 General
......Page 203
18.4 Requirements of the CDM Regulations
......Page 204
18.5 Compliance with the CDM Regulations in relation to lift and escalator work
......Page 206
18.6 Roles and responsibilities
......Page 207
Bibliography
......Page 211
Appendix A1 : Glossary of terms
......Page 212
Index
......Page 243
BACK COVER
......Page 250
