< [Mechanical Manufacturing and Automation] 1.Fundamentals of Industrial Robot Applications
Course Introduction.mp4+ 1.1 Development and Application of Industrial Robots.mp4+ 1.2 Classification, Structure, and Basic Parameters of Industrial Robots.mp4+ 2.1 Cognition of Robot Body, Teaching Pendant, and Control Cabinet.mp4+ 2.2 Functions and Connections of Robot Body Interfaces.mp4+ 2.3 Basic Coordinate Systems of Industrial Robots.mp4+ 3.1 Tool Coordinates and User Coordinates of Robots.mp4+ 3.2 Setting Tool Coordinates with the Three-Point Method and Activation Verification.mp4+ 3.3 Setting Tool Coordinates with the Six-Point Method and Activation Verification.mp4+ 3.4 Direct Input Method for Tool Coordinates and Activation Verification.mp4+ 3.5 Setting and Verifying User Coordinates with the Three-Point Method.mp4+ 4.1 Application of Conditional Comparison and Conditional Selection Instructions.mp4+ 4.2 Application of Jump/Label Instructions.mp4+ 4.3 Connection and Verification of External Emergency Stop Signals for Industrial Robots.mp4+ 4.4 Methods for Handling Common Faults in Industrial Robot Programming and Debugging.mp4+ 4.5 Other Instructions.mp4+ 4.6 Case Studies of Offset Instruction.mp4+ 4.7 Case Studies of Different Forms of Palletizing.mp4+ 5.1 Common I/O Board Signal Configuration.mp4+ 5.2 Reference Position and Macro.mp4+ 5.3 Working Process and Principle of Handling Workstation.mp4+ 5.4 Signal Configuration and Tool Installation of Handling Workstation.mp4+ 5.5 Programming and Debugging of Handling Workstation.mp4+ 5.6 Industrial Robot PROFIBUS Communication Case Study 1.mp4+ 5.7 Industrial Robot PROFINET Communication Case Study 2.mp4+ 6.1 Automatic Operation Modes and Types of Robots.mp4+ 6.2 Application of Button Start and Program Execution Interruption in Control Cabinet.mp4+ 6.3 Principle and Setting Steps of RSR Automatic Operation Mode.mp4+ 6.4 Principle and Setting Steps of PNS Automatic Operation Mode.mp4+ 6.5 PROFIBUS Communication Board Signal Configuration.mp4+ 7.1 Battery Types and Replacement Methods of Industrial Robots.mp4+ 7.2 Steps of Handling Zero Point Loss of Robot.mp4+ 7.3 Methods and Steps of System Settings File Backup and Recovery.mp4+ 8.1 A Case Study of the Preparation for Industrial Robot Design.mp4+ 8.2 Construct a Prototype and Detailed Design.mp4+ 8.3 Manufacturing and Implementation.mp4+ 8.4 Analyze the Results and Refine the Design.mp4+ 8.5 Robotic Education.mp4+

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