2. ABSTRACT
In this world of science and technology robotics is
one of the boom to the world. Recently, there has been
increasing interest in the emerging field of robotics. Today’s
robots are mechanical arms controlled by computers that are
programmed to perform a range of handling activities. They
are establishing themselves in manufacturing automation
systems to produce a range of goods with great precision. The
emerging era of robots calls for different types of skills. With
their computational and agile skills robots perform tasks that
are difficult or hazardous to humans. One area where robots
are beginning to excel in, and which causes less controversial
debate on their usefulness, is as explorers. The exploration of
Mars has long been considered as a major goal in the
exploration of the Solar System. This exploration is performed
by using robots known as Mars Exploration Rovers. We are
going to present a view of the rover and its operation.
3. CONTENT
WHAT IS MANUFACTURING?
SOME FACTS ABOUT MANUFACTURING
DEVELOPMENT OF MANUFACTURING
ROBOTICS
LAWS OF ROBOTICS
TYPES OF ROBOTS
COMPONENTS OF ROBOTS
DEGREES OF FREEDOM
ADVANTAGE OF ROBOTS
DISADVANTAGE OF ROBOTS
APPLICATIONS OF ROBOTS
FUTURE OF ROBOTICS
CONCLUSION
4. WHATISMANUFACTURING?
There are many ways and definition are available to
explain the concept of manufacturing.
A. The process of converting raw materials into
finished products.
B. Manufacturing is a very broad activity ,
encompassing many functions into every thing for
the quality control into a new product.
C. Chemical and physical transformation of the
material substances.
D. Manufacturing is a value addition activity to the
raw material, substances or components.
E. Manufacturing is the process through which the
product are made through various production
activities.
5. SOME FACTSABOUTMANUFACTURING
Let us, first look at some historical facts about
manufacturing follows.
Manufacturing activities are started during
4000 -5000BC it self.
In this period , the manufacturing are mostly
wood works , metal works and stone works.
6. DEVELOPMENT OF MANUFACTURING
After the development of computer
many manufacturing machines and software are
developed ,
1. CNC MACHINES
2. GROUP TECHNOLOGY
3. ROBOTICS AND CONTROL
4. CAD/CAM ADAPTIVE CONTROL
Advanced manufacturing process
(including advanced casting , joining machining
and finishing methods).
8. ROBOTS
Mechanical device that performs human tasks,
either automatically or by remote control.
A reprogrammable multi functional manipulator
designed to move material, parts, tools or
specialized devices through various programmed
motions for the performance of a variety of
Tasks.
Study and application of robot technology is
called as the Robotics.
10. LAWS OF ROBOTICS
FIRST LAW
“ A robot may not injure a human being, or
through inaction, allow a human being to come to
harm”.
SECOND LAW
“A robot must obey the orders given it by human
beings except where such orders would conflict with
first law”.
THIRD LAW
“ A robot must protect its own existence as long
as such protection does not conflict with first or
second law”.
11. TYPES OF ROBOTS
Mobile robots
Rolling Robots
Walking Robots
Stationary Robots
Autonomous Robots
Remote Control Robots
12. MOBILE ROBOTS
Mobile robots are able to move ,usually they
perform task such as areas. A prime example is
the Mars, Explorer.
Mobile robots are a great help to such
collapsed building for survivors.
USES:
It is used for task where people cannot go.
It is used to research institutions
It is used for Defence and Security systems
13. DEVELOPMENT OF MOBILE ROBOTS
BEFORE.....
The humans are not quickly
perform the tasks.
It is very long time used in
the tasks.
AFTER.....
It is very fast and quickly to
the any tasks.
I t is very short time used in the
tasks.
14. ROLLING ROBOTS
Rolling robots have wheels to move around
and the type of robots that can quickly search
move around.
Flat terrains are their territory.
USES:
It is used for flat areas , rocky terrains.
It is most uses in the factories.
15. DEVELOPMENT OF ROLLING ROBOTS
BEFORE.....
In this robot wheels are
move not quickly around .
It is move slowly in the flat
areas.
AFTER.....
In this robot wheels are move
quickly around .
It is move fast in flat areas.
16. WALKING ROBOTS
Robots on legs are usually brought in when
the terrain is rocky and difficult to enter with
wheels.
Robots have a hard time shifting balance and
keep them from tumbling.
USES:
It is used for military and defence.
It is used for dangerous environment.
17. DEVELOPMENT OF WALKING ROBOTS
BEFORE.....
In this robots is not working
on the correctly and low
development.
It most robots are not quickly
walk.
AFTER.....
In this robots is working on
correctly and high technology.
It is quickly walks.
18. STATIONARY ROBOTS
Robots are not only used to explore areas or
imitate a human being.
Most robots perform repeating tasks without
ever moving an inch.
USES:
It is used for inspection and welding.
It is used for materials handling and laboratory
applications.
19. DEVELOPMENT OF STATIONARY ROBOTS
BEFORE.....
In this robots tools or
engines not fixing in limited
time.
The robots are using low
technology.
AFTER.....
In this robots machines are
correctly fixed.
Advanced technology is used.
20. AUTONOMOUS ROBOTS
Autonomous robots are self supporting or in
other words self contained.
A little while the robot adjust its program and
performs a pattern which enables it to move in
a direction.
USES:
It is used for gain information about the
environment.
It is used for unsupervised situations.
21. DEVELOPEMENT OF AUTONOMOUS ROBOTS
BEFORE.....
It is very difficult to made on
the robots.
It is very long time consumed
the robots.
AFTER.....
It is easy to made on the
robots.
It is short time used in the
robots.
22. REMOTE CONTROL ROBOTS
A person can guide a robot by remote control. A
person can perform difficult and usually
dangerous tasks without being at the spot where
the tasks are performed.
An autonomous robot is despite its autonomous
not a very clever or intelligent unit.
USES:
It is used for very dangerous areas.
It is used for information technology.
23. DEVELOPMENTOF REMOTECONTROLROBOTS
BEFORE......
In before remote control
robots is controlled very
difficult.
It is more waste of time in the
robots .
AFTER......
In after the remote control
robots is very easy to
controlled.
It is no waste of time.
24. COMPONENTS OF ROBOTS
Manipulator
End Effect
Actuators
Sensors
Controller
Processor
Software
25. ADVANTAGES OF ROBOTS
Going to far away planets.
They can perform the tasks faster than the
humans.
Working at places 24/7 without any salary and
food.
They can work at a constant speed.
They can work in hazards conditions.
26. DISADVANTAGES OF ROBOTS
It needs a supply of power.
It costs a lot of money to make the robots.
They need the maintenance to keep them
running.
People can lose jobs in factories.
27. APPLICATIONS OF ROBOTICS
EXPLORATION
1. Space Missions
2. Robots in the Antarctic
3. Exploring Volcanoes
4. Underwater Exploration
MEDICAL SCIENCE
1. Surgical assistant
ASSEMBLY
Handling, Assembly, Painting, Security
28. FUTURE OF ROBOTICS
To demonstrate advances in research and
stimulate in scientists, a Robot cup soccer
competition is held a few times every year.
Recognizing team mates , the goals, the ball is a
difficult task for the robots.
Thus, constant advances are being made in
robotics and robots are bound to revolutionize
Humanity.
29. CONCLUSION
The term advance manufacturing encompass
many of the development in Robotic field during
the late 20th century and early 21st century
including high technology products the
manufacturing entity make extensive use of
computer high precision and information
technology and the product should be efficiency
and production.