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Introduction to Robotics: 1. Future of Robotics in upcoming days 2.Robot Anatomy 3. Features 4. Robot configuration 5. Important Terminology used in Robotics 6. Specification of a Robot 7. Generalised Block Diagram of a Robotic System Contains images, diagrams, figures etc
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Introduction to Robotics – A) Origin of the word Robot – History (Refer books and internet) B) What a Robot can do? – Different areas and applications. (Refer books and internet) C) Future of Robotics in coming days – Industrial to Domestic use. (Refer internet) D) Features of Robotics – Merits – Human Safety, Speed, Consistency, Accuracy, Reliable, Productivity, Suitable for Dangerous / dirty atmosphere, No Fatigue. E) Features of Robotics – Demerits – Creates Unemployment, High expertise required, Huge initial cost, Restricted by the Programming, Takes long time for a small change in the setup, Electricity is a must, High maintenance cost, Can be fatal if accidents occur. F) Anatomy of a Robot – Humanoid Robots are very rare in actual Industrial applications. Mobile (movable) Robots are also rarely used. Generally, Robots are stationary and the job moves on a conveyor in front of it. Robot anatomy resembles with Human body. Robots have arm, wrist, gripper, joints etc. functioning in a similar way as that of a Human body. Rotary and Linear (prismatic) joints are used in Robots. A typical sketch is as follows. End effector can be a gripper, a magnetic pickup, a painting gun, welding tool, drill etc. Base Arm 1 Arm 2 Wrist Gripper Joint 1 Joint 2 Prismatic Joint (Linear) Robot Anatomy Base, Arms, Wrist, Slider and Gripper - Mechanical Structure of a Robotic Manipulator
G) Robot Configurations – 1) Cartesian, 2) Cylindrical, 3) Polar, 4) Jointed Arm Robot, 5) SCARA (Selective Compliance Assembly Robot Arm) H) Systems used in End Effectors – 1) Mechanical, 2) Vacuum, 3) Magnetic etc. I) End effectors (tools) used in Industrial Robotics – 1) Welding gun, 2) Spray paint gun, 3) Spindle for drilling, 4) Screw driver, 5) Heating torch …. and many more….. J) Orientation of the object – The gripper has to change the orientation of the object many times so that it fits in a required space and position. e.g. the screw driver held by the gripper has to orient itself so that it will fit in the slot to turn the screw properly. K) Yaw, Roll and Pitch – Rotation about the 3 axes in a 3D system.
**O) Important terminology used in Robotics
Q) Specifications of a Robot –