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Mine winding and transport /
Changes in size and power of available mining transport equipment, combined with improved means of control involving leaky feeder radio and computers, demands a new look at the problem of mine winding and transport. Such changes require the traditional mining engineer to have a much greater engineer...
| Clasificación: | Libro Electrónico |
|---|---|
| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Amsterdam ; New York :
Elsevier,
1988.
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| Colección: | Advances in mining science and technology ;
4. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Mine Winding and Transport; Copyright Page; Preface; Foreward; Acknowledgements; Units of Measurement; Table of Contents; Chapter 1. GENERAL INTRODUCTION; 1.1 Brief Background History; 1.2 Engineering in the Mining Scene; 1.3 Importance and Cost of Mine Winding and Transport; Chapter 2. STEEL WIRE ROPES; 2.1 Fundamental Importance in Winding and Transport; 2.2 Wire Rope Design; 2.3 Rope Lubrication; 2.4 Reception and Storage on Site; 2.5 Installation and Maintenance; 2.6 Rope Terminations; 2.7 Wire Rope Stresses and Calculations; 2.8 Rope Drums, Pulleys and Rollers.
- Chapter 3. WIRE ROPE HAULAGE SYSTEMS3.1 Introduction; 3.2 Haulage Wire Ropes; 3.3 Haulage Rope Clips; 3.4 Pit Tubs, Mine Cars and Conveyances; 3.5 Classification of Rope Haulage Systems; 3.6 Haulage Engine Design; 3.7 Controlling the System; 3.8 Remote Manual Haulage Operation; 3.9 Remote Radio Haulage Operation; 3.10 Rail Track Systems; 3.11 Haulage Types
- Calculations; Chapter 4. BELT CONVEYING SYSTEMS; 4.1 General Arrangements; 4.2 Conveyor Belting; 4.3 Troughing Idlers; 4.4 Return Ends and Take-Up Units; 4.5 Drive and Head End Units; 4.6 Delivery Jib and Belt Cleaning Unit.
- 4.7 Loading the Belt4.8 Conveyor Calculations; 4.9 Multiple Drive Units; 4.10 Theoretic Belt Capacity; 4.11 Belt Width and Speed Relationship; 4.12 Belt Factors of Safety; 4.13 Pre-Engineered Conveyors; 4.14 Cable Belt Conveyors; 4.15 Steeply Inclined Conveyors; 4.16 Flexible Frame or Wire Rope Conveyors; 4.17 Shiftable Conveyors; 4.18 Regenerative Conveyors; 4.19 Manriding Conveyor; Chapter 5. MISCELLANEOUS CONVEYORS; 5.1 Armoured Flexible Conveyors; 5.2 Screw Conveyors; 5.3 Shaker and Vibratory Conveyors; 5.4 Apron Conveyors; 5.5 Bunker Conveyors; 5.6 Steep and Vertical Conveyors.
- Chapter 6. UNDERGROUND LOCOMOTIVES6.1 Flameproof Diesel Locomotives; 6.2 Battery Locomotives; 6.3 Trolley Locomotives; 6.4 Trolley/Battery and Trolley/Cable Locomotives; 6.5 Induced Traction Locomotives (Trapped Rail Systems); 6.6 Rack Locomotives; 6.7 Locomotive Hauled Vehicles; 6.8 Unit Trains; 6.9 Track Monitoring and Maintenance Equipment; 6.10 Automation of Rail Transport Systems; 6.11 Locomotive Calculations; 6.12 Locomotive Brake Testing; 6.13 Comparison of Locomotive Types; Chapter 7. FREE STEERED VEHICLES; 7.1 Floor Preparation; 7.2 Types of Free Steered Vehicles; 7.3 Shuttle Cars.
- 7.4 Load-Haul-Dump Vehicles7.5 Underground Truck Transport; Chapter 8. WINDING ENGINES; 8.1 Winding Systems; 8.2 Drum Winders; 8.3 Driving the Winder; 8.4 Gear Drives; 8.5 Blair Winder System; 8.6 Koepe and Multi-Rope Friction Winding; 8.7 Winding Engine Braking; 8.8 Depth Indication; 8.9 Overwind and Overspeed Protection; 8.10 Control and Protection; 8.11 Pre-Calculation and Performance Data; 8.12 Winding Performance and Power Calculations; 8.13 Automatic Winding; 8.14 Inclined Shaft Winding; Chapter 9. IN AND ABOUT THE SHAFT; 9.1 Headgear/Shaft Relationship; 9.2 Headgears and Towers.