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Introductio n to Robotics A Force of the Future
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Page 1: Introduction to Robotics A Force of the Future.

Introduction to Robotics

A Force of the Future

Page 2: Introduction to Robotics A Force of the Future.
Page 3: Introduction to Robotics A Force of the Future.

Robots of the media

Page 4: Introduction to Robotics A Force of the Future.
Page 5: Introduction to Robotics A Force of the Future.

• What kinds of robots are there?

• What are the parts of a robot?

• How do robots move?

• How do robots help us?

Page 6: Introduction to Robotics A Force of the Future.

What kinds of robots are

there?

Page 7: Introduction to Robotics A Force of the Future.

Types of robots

• are automatic machines that extend human potential.

• do work that humans can but should not do.

Simple Level Robots:

Page 8: Introduction to Robotics A Force of the Future.

Types of robots

• are programmable, multipurpose, electromechanical machines.

• do work that humans normally do.

Middle Level Robots:

Page 9: Introduction to Robotics A Force of the Future.

Types of robots

• are reprogrammable, multifunctional, manipulators.

• are designed to move materials, tools and parts through programmed paths.

• are suited for a variety of tasks.

Complex Level Robots:

Page 10: Introduction to Robotics A Force of the Future.

What are the parts of a robot?

•Manipulator

•Pedestal

•Controller

•End Effectors

•Power Source

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Manipulator(Mimics the human arm)

• Base

• AppendagesShoulderArmGrippers

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Pedestal

(Human waist)

• Supports the manipulator.

• Acts as a counterbalance.

Page 13: Introduction to Robotics A Force of the Future.

Controller(The brain)

• Issues instructions to the robot.

• Controls peripheral devices.

• Interfaces with robot.

• Interfaces with humans.

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End Effectors(The hand)

• Spray paint attachments

• Welding attachments

• Vacuum heads

• Hands

• Grippers

Page 15: Introduction to Robotics A Force of the Future.

Power Source

(The food)

• Electric

• Pneumatic

• Hydraulic

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How do robots move?

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Cartesian Coordinate System

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Cartesian Coordinate System

X- Axis

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Cartesian Coordinate System

Y- Axis

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Cartesian Coordinate System

Z- Axis

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Cartesian Coordinate System

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Cylindrical Coordinate System

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Cylindrical Coordinate System

Y - Axis

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Cylindrical Coordinate System

Z - Axis

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Cylindrical Coordinate System

- Axis

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Cylindrical Coordinate System

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Polar (Spherical) Coordinate System

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Polar (Spherical) Coordinate System

- Axis

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Polar (Spherical) Coordinate System

- Axis

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Polar (Spherical) Coordinate System

Y - Axis

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Polar (Spherical) Coordinate System

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Revolute (Joined-Arm) Coordinate System

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Revolute (Joined-Arm) Coordinate System

- Axis

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Revolute (Joined-Arm) Coordinate System

- Axis

Page 35: Introduction to Robotics A Force of the Future.

Revolute (Joined-Arm) Coordinate System

- Axis

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Revolute (Joined-Arm) Coordinate System

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Stop !!

Time out !!

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Degrees of Freedom

VS

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Degrees of Freedom

•Rotating the base.

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Degrees of Freedom

• Pivot the base of the arm.

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Degrees of Freedom

•Bending the elbow.

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Degrees of Freedom

•Wrist up and down.

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Degrees of Freedom

•Wrist left and right.

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Degrees of Freedom

•Rotating the wrist.

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Applications

• Transporting materials, tools, equipment.

• Assembling parts.

• Quality control.

• Cutting materials.

• Others

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• How can robots be classified?

• What are the major parts of a robot?

• How can robots move?

• How can robots help extend our potential?