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Introduction to Robotic Mechanisms

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This course provides a comprehensive introduction to robot mechanisms, covering various types of industrial robots, their characteristics, and the mechanisms used for their manipulation and control. Students will gain a solid understanding of the fundamental principles underlying robot design and operation.

Description

Introduction to Robotic Mechanisms

I. Industrial Robots

  • Classification of industrial robots
  • Comparison between robots and telecherics
  • Trends in the field of robotics

II. Robot Characteristics

  • Different types of robot geometries (articulated, revolute, jointed-geometry, polar coordinate, Cartesian, cylindrical, vertically-jointed)
  • End effectors and their common types
  • Specific robot specifications (e.g., FANUC S-900i Family, S-500 Robot, LR Mate 100i Robot)

III. Mechanisms for Robot Manipulation

  • Mechanisms for planar manipulation with simplified kinematics
  • Tool-changing mechanisms
  • Piezoelectric motors in robot finger joints
  • Six-degree-of-freedom parallel manipulators
  • Self-reconfigurable manipulators
  • Improved roller and gear drives for robots