What Is Automated Manufacturing?
Automated manufacturing system refers to processing raw materials into parts or assembling parts into products with less manual or direct intervention, and realizes the management process and process automation in the process. The management process includes the optimal design of products; the preparation of procedures and the generation of processes; the organization and coordination of equipment; the planning and distribution of materials; and the monitoring of the environment. The process includes loading, unloading, storage and conveying of workpieces; assembly, adjustment, conveyance and replacement of tools; cutting processing, chip removal, cleaning and measurement of workpieces; chip conveying, purification treatment of cutting fluid, etc.
Automated manufacturing system
- Automated manufacturing systems include rigid manufacturing and
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- Manufacturing automation is one of the main development directions of manufacturing technology. It is of great significance to improve product quality and labor productivity, reduce manufacturing costs, reduce labor intensity, improve the adaptability of manufacturing systems, and then improve the market competitiveness of enterprises.
- This book systematically introduces the basic knowledge of automated manufacturing systems, as well as the basic theories and methods of planning, design, analysis, evaluation, and optimized operation of automated manufacturing systems. The focus of the introduction is a flexible automated manufacturing system for multi-variety, medium- and small-volume production, and the idea of "man-machine integration and moderate automation" is incorporated into this book. The structure of this book is complete, the writing method is novel, the theory is practical, and the perfect combination of practicality and advancedness is pursued. Considering the convenience of self-study, a number of review questions are attached after each chapter. Taking into account the current status of universities in China, a CD-ROM of teaching courseware is included with this book.
- This book can be used as a teaching reference book for undergraduates or graduates of various disciplines and majors related to manufacturing, such as mechanical engineering, industrial engineering, and also for self-study and reference of engineering and technical personnel in related manufacturing enterprises.
- Publisher: Machinery Industry Press; 3rd edition (June 1, 2011)
- Titles of series: National Eleventh Five-Year Plan for General Higher Education, National Tenth Five-Year Plan for General Higher Education, 21st Century Course Textbook
- Paperback: 276 pages
- Body language: Simplified Chinese
- Folio: 16
- ISBN: 9787111341192
- Barcode: 9787111341192
Introduction to automated manufacturing system content
- "Automated Manufacturing System (3rd Edition)" is one of the main development directions of manufacturing technology, it is to improve product quality and labor productivity, reduce manufacturing costs, reduce labor intensity, improve the adaptability of manufacturing systems, and then increase market competition of enterprises Capabilities are extremely important. "Automated Manufacturing System (3rd Edition)" systematically introduces the basic knowledge of automated manufacturing systems, as well as the basic theories and methods of planning, design, analysis, evaluation and optimized operation of automated manufacturing systems. The focus of the introduction is a flexible automated manufacturing system for multi-variety, medium and small batch production, and the idea of "man-machine integration and moderate automation" is incorporated into the "Automated Manufacturing System (3rd Edition)". "Automated Manufacturing System (3rd Edition)" has a complete structural system, novel writing methods, theoretical integration with practice, and a perfect combination of practicality and advancedness. Considering the convenience of self-study, a number of review questions are attached after each chapter. "Automated Manufacturing System (3rd Edition)" can be used as a teaching material for undergraduates or postgraduates of various disciplines and majors related to manufacturing, such as mechanical engineering and industrial engineering. It can also be used for self-learning and reference by engineering and technical personnel of related manufacturing enterprises.
Automated Manufacturing System
- Dr. Zhang Genbao (post), professor, doctoral supervisor. Dean of the Department of Mechanical Manufacturing, School of Mechanical Engineering, Chongqing University, Director of the Advanced Manufacturing Technology Institute, and visiting professor of the Department of Mechanical Engineering of the Lausanne University of Technology, Switzerland.
- Acting as the Deputy Chairman of the National College of Manufacturing Technology and Machine Tool Research Association, the Deputy Chairman of the National College of Interchangeability and Measurement Technology Research Association, the Deputy Director of the Information Technology Experts Technical Committee of Chongqing Information Technology Association, and the editorial board of 6 domestic and foreign magazines Deputy director and editor.
- Part-time assistant to the general manager of Changan Company, Construction Group and Changfeng Company, and senior consultant of more than ten companies.
- He has published 11 books, published more than 200 papers, and hosted more than 30 research and development projects.
Catalog of automated manufacturing systems
- Preface to the third edition
- Preface to the second edition
- Preface to the first edition
- Glossary of Abbreviations
- Chapter 1 Introduction to Automated Manufacturing Systems
- Section I Basic Concepts
- Section 2 Definition, Composition and Disciplinary Features of Automatic Manufacturing System
- Section 3 Significance of Automated Manufacturing and Its Development Process
- Section 4 Features, Application Scope and Implementation Principles of Automatic Manufacturing System
- Section 5 Evaluation Indexes of Automatic Manufacturing System
- Section 6 System Engineering Technology and Automatic Manufacturing System Methodology
- Review Questions
- Chapter 2 Design and Evaluation of Man-Machine Integration of Automatic Manufacturing System
- Section 1 Basic Concepts of Human-Machine Integration in Automated Manufacturing Systems
- Section 2 Overall Design of Human-Machine Integration of Automatic Manufacturing System
- Section 3 Human-Machine Integrated Operation and Maintenance of Automated Manufacturing Systems
- Section 4 Ergonomic Evaluation of Automated Manufacturing System Design
- Review Questions
- Chapter III Composition of Automatic Manufacturing System
- Section I Common Types of Automated Manufacturing Systems
- Section 2 Automatic Processing Equipment
- Section III Workpiece Storage and Transportation System
- Section 4 Tool Preparation, Storage and Transportation System
- Section 5 Industrial Robots
- Section 6 Quality Control and Operation Monitoring System
- Section VII Auxiliary Equipment
- Section VIII Control and Communication System
- Review Questions
- Chapter 4 Overall Design of Automatic Manufacturing System
- The first section of the system feasibility demonstration
- Section 2 System Analysis and Selection of System Type
- Section 3 Contents and Steps of the Overall Design
- Section 4 Determination of Part Family and Process Analysis
- Section 5 Overall Layout and Equipment Configuration Design
- Section 6 Control and Production Management of Automatic Manufacturing System
- Review Questions
- Chapter V Design of Each Subsystem of Automatic Manufacturing System
- Section 1 Processing Equipment Selection
- Section 2 Scheme Design of Workpiece Storage, Transportation and Management System
- Section III Design of Tool Storage, Transportation and Management System
- Section 4 Design of Job Planning and Scheduling System
- Review Questions
- Chapter 6 Reliability Analysis and Design of Automatic Manufacturing System
- The purpose and significance of the first section of reliability analysis
- Related concepts of reliability
- Section 3 Features and General Requirements of Reliability Analysis of Automatic Manufacturing System
- Section 4 Main Contents of System Reliability Analysis and Design
- Section 5 Reliability Analysis Indexes of Automatic Manufacturing System
- Section 6 System Reliability Analysis and Design Process
- Section 7 Basic Methods for System Reliability Analysis and Design
- Section VIII Ways to Improve the Reliability of Automated Manufacturing Systems
- Review Questions
- Chapter VII Computer Simulation and Optimization of Automatic Manufacturing System
- Section 1 Basic Concepts and Significance of Computer Simulation
- Section II Basic Theory and Methods of Computer Simulation
- Section III Main Contents of Simulation Research on Automatic Manufacturing System
- Section 4 Introduction to GPSS
- Section 5 FMS Simulation Examples
- Review Questions
- Chapter VIII Technical and Economic Analysis of Automatic Manufacturing System
- Section 1 Contents, Features and Index System of Automatic Manufacturing System Project Evaluation
- Section 2 Technical Performance Evaluation
- Section III Economic Evaluation
- Section 4 Benefit Analysis
- Section 5 Risk Analysis
- Section 6 Comprehensive Evaluation
- Review Questions
- Chapter IX Implementation and Example Analysis of Automatic Manufacturing System
- Section 1 Implementation Process of Automated Manufacturing System
- Section 2 Example Analysis of Automatic Manufacturing System
- Review Questions
- Chapter X Development Trends of Advanced Production Modes and Automatic Manufacturing Systems
- Section I Computer Integrated Manufacturing System CIMS
- Section 2 Lean Production LP
- Section 3 Agile Manufacturing AM
- Section 4 Basic Concepts of Intelligent Manufacturing System
- Section 5 Networked Manufacturing
- Section 6 Reconfigurable Manufacturing System
- Section VII Rapid Prototyping Technology
- Section VIII Low Carbon Manufacturing
- Section IX Development Trend of Automatic Manufacturing System
- Review Questions
- references
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