Preface | p. ix |
Acknowledgments | p. xi |
Robots-Definitions and Classifications | p. 1 |
Definitions | p. 1 |
Robot Classifications | p. 2 |
The Superintelligent Robot | p. 2 |
The Intelligent Robot | p. 2 |
The Nonintelligent Robot | p. 2 |
Fixed Automation | p. 3 |
References | p. 4 |
Economic Productivity | p. 5 |
Ways to Increase Productivity | p. 12 |
References | p. 13 |
Comparisons between Robots and Fixed Automation | p. 15 |
Assembly of Liquid Level Monovial | p. 15 |
| p. 16 |
| p. 16 |
Manual Economic Comparisons | p. 18 |
Two Robots | p. 18 |
Fixed Automation | p. 19 |
Tending Die-Casting Machines | p. 19 |
General-Purpose Robot | p. 19 |
Fixed Automation | p. 21 |
References | p. 21 |
Where to Use a Robot | p. 23 |
Human versus Robot Motion Times | p. 23 |
Problem Definition | p. 25 |
Case Studies | p. 30 |
How Robots Are Used in the Composites Industry | p. 31 |
Why Buy Robotic Vision from a Robot Supplier? | p. 38 |
Robotic Sealing System Helps Lamson & Sessions Increase Production Flexibility and Reduce Operating Costs | p. 43 |
Survey of Robotic Seam Tracking Systems for Gas Metal Arc Welding | p. 50 |
Well-Dressed | p. 54 |
Successful Robotic Laser Cutting Applications | p. 58 |
How Small Shops Can Stay Competitive with Robotic Solutions | p. 62 |
Automotive Paint Shops: Quality from Technology and Reducing Contamination | p. 68 |
Kuntz Electroplating Develops a New Automated Wheel Polishing Process | p. 74 |
Robotic Dross Removal-Skimming More Profits for the Hot Dip Steel Galvanizing Industry | p. 82 |
Robots Impact Production at Mennie's Machine Company, Inc. | p. 88 |
Industry-Roller Bearings | p. 92 |
Industry-Aluminum Die Castings and Transmission Housings | p. 95 |
Industry-Automotive Assembly Seam Sealing of Cars | p. 98 |
Industry-Personal Care | p. 100 |
Industry-Mail Processing Industry | p. 103 |
Industry-Bottling and Packaging | p. 106 |
Industry-Tobacco Industry | p. 108 |
Industry-Automotive Assembly | p. 110 |
Industry-Automotive Subsupplier | p. 112 |
Industry-Automotive | p. 114 |
Industry-Custom Plastic Molders | p. 116 |
Industry-Off-Road Equipment | p. 118 |
Industry-Off-Highway Farm Tractors | p. 121 |
Industry-Aerospace (Helicopters) | p. 123 |
Industry-Motorcycle | p. 127 |
Industry-Motorcycles | p. 130 |
Industry-Motorcycle | p. 133 |
Industry-Power Generation | p. 135 |
Industry-Aluminum (Automotive) Wheels | p. 138 |
Industry-Plastic Injection Molding | p. 141 |
Industry-Textile Manufacturing | p. 144 |
Industry-Textile | p. 146 |
Diesel Engines for Heavy Tractors and Trucks | p. 148 |
References | p. 150 |
Upkeep of Industrial Robots | p. 151 |
Design and Construction of Industrial Robots | p. 151 |
Setup | p. 152 |
Maintenance | p. 152 |
Reference | p. 152 |
Economic Justification | p. 153 |
Payback Period | p. 153 |
Return on Investment | p. 154 |
Present Value of Future Earnings | p. 154 |
Comparison of These Three Measures | p. 155 |
The MAPI Formula | p. 156 |
Assumptions | p. 160 |
References | p. 160 |
Effects of Legislation | p. 161 |
References | p. 163 |
Human Factors | p. 165 |
References | p. 166 |
Safety Standards for Industrial Robotics | p. 169 |
The Robotic Industries Association (RIA) | p. 169 |
Risk Assessment Software from RIA | p. 170 |
National Robot Safety Conference Presentations | p. 170 |
The Robot Safety Standard | p. 172 |
R15.06-1999 Safety Standard | p. 173 |
Current Issues the Affect the Old Standard | p. 174 |
One-on-One with the Director of Standards Development | p. 174 |
Safety Standards FAQs | p. 177 |
Safety First: A Review of Robotic Safeguarding Devices and Issues | p. 180 |
Robot Safety Begins with the Design Process | p. 182 |
Risk Assessment | p. 182 |
Safeguarding Technology-Availability and Implementation | p. 182 |
Perimeter Guarding | p. 183 |
Protection on the Inside | p. 183 |
The Solution | p. 183 |
Designing a Safe and Highly Productive System | p. 184 |
How to Stay Competitive | p. 186 |
Safety First, Last, and Always | p. 186 |
The Impact of Machine Vision on the Robotics Industry | p. 187 |
Machine Vision | p. 187 |
Categories of Machine Vision | p. 188 |
Code Reading | p. 188 |
Print Verification | p. 188 |
Robotic Guidance | p. 189 |
Dimensional Gauging | p. 189 |
Flaw Detection | p. 189 |
Summary and Conclusions | p. 191 |
Reasons for Robots | p. 191 |
Robot Application Comparisons | p. 193 |
Checklist | p. 194 |
Robot Applications | p. 195 |
Future Developments | p. 196 |
References | p. 197 |
A Survey of Industrial Robots | p. 199 |
Index | p. 205 |
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