Research on Fuzzy Expert System for Safety Evaluation of Construction Elevators

Author: Li Guangsheng
Publisher:
Publish Date: 2006-05-01
Features:
Chapter 1 Introduction
Section 1 Introduction
Section 2 Research Objectives and Significance
Section 3 Current Research Status of Construction Elevators
Section 4 Main Research Directions
Section 5 Characteristics and Innovations of the Research
Section 6 Accidental Incidents and Safety Evaluation of Construction Elevators
Section 7 Regulations for Supervising Construction Elevators
Section 8 Classification of Construction Elevators
Section 9 Structure of Construction Elevators
Section 10 Basic Structure of Rack-and-Gear Construction Elevators
Section 11 Basic Structure of Construction Elevators
Section 12 Safety Devices of Construction Elevators
Chapter 2 Introduction to ALIMAK SCANDO SUPER FC24/37C Construction Elevator with Continuous Speed Variation
Section 1 Working Principle and Main Technical Data
Section 2 Main Safety Devices of ALIMAK SCANDO SUPER FC24/37C High-Speed Construction Elevator
Chapter 3 Fuzzy Expert System
Section 1 Artificial Intelligence and Its Development
Section 2 Expert Systems
Section 3 Introduction to Fuzzy Expert Systems
Section 4 Methods for Determining Weights
Chapter 4 Weight Coefficients for Safety Evaluation Projects of ALIMAK SCANDO SUPER FC24/37C High-Speed Construction Elevator
Section 1 Composition of the Expert Group
Section 2 Evaluation Method for Safety Evaluation Project Weight Coefficients
Section 3 Overview of Weight Coefficients for Evaluation Sets
Chapter 5 Membership Degrees of Safety Evaluation Projects for ALIMAK SCANDO SUPER FC24/37C High-Speed Construction Elevator
Section 1 Overview
Section 2 Membership Degree Guidance for Safety Evaluation
Chapter 6 Case Study
Section 1 Membership Degree Assessment
Section 2 Related Photos
Section 3 Comprehensive Safety Evaluation
Chapter 7 Safety Technology
Section 1 Overload Sensing Device
Section 2 Safety Brake
Section 3 Driving Mechanism Brake
Section 4 Emergency Response Measures
Chapter 8 Conclusion and Recommendations
References
This book proposes a safety evaluation index system for construction elevators based on a detailed study of their structure and safety devices. It combines the opinions of 20 experts from two expert groups, analyzing and summarizing the experience and insights of specialists from different knowledge domains. A comprehensive safety evaluation system for construction elevators, encompassing the four major components of human, machine, environment, and management, is established.