2. PRESENTED BY :-
M U J T A B A N A Y Y E R ( 4 0 )
TA H I R S A B I R ( 4 4 )
AW WA B A M E E R ( 7 1 )
A H M A D I D R E E S ( 8 5 )
TA L H A I M R A N ( 8 9 )
SUPERVISED BY :-
P R O F. M U B A S H I R TA R I Q
3. Contents :
History of Robotics
Types of robot
Components of Robot
Disadvantage Of Robots
Laws Of Robots
Problems with Robots
Future Of Robot
Robot painting is equal, uniform with high quality and
precision. It can reach very difficult places due to their high degree
of flexibility which can be difficult for humans, but can be achieved
easily by robots.
Wheeled robots are robots which change their positions with
the help of their wheels. Wheeled motion for a robot can be achieved
easily in mechanical terms and its cost is pretty low.
Legged robots are mobile robots, similar to wheeled robots, but
their locomotion methods are more sophisticated and complicated
compared to their wheeled counterparts.
Swimming robots are robots which move underwater. These
robots are generally inspired by fish and they use their fin-like
actuators to maneuver in water. These are very useful.
Flying robots are robots that float and maneuver on air using
their plane-like or bird/insect-like wings, propellers or balloons.
Examples of these robots are airplane robots, bird/insect
inspired wing flapping robots, proppeller based multicopters and
By definiton micro robots term is used to specify both robots
that have dimensions on micrometer scale and robots that can operate
on micrometer resolution.
The term nano robot both defines very small robots which
have nano meter scaled dimensions and robots those can manipulate
their environment with a nano meter scale resolution regardless of
their actual size.
14. Components of robot:
The working power to the robot is provided by batteries,
hydraulic, solar power, or pneumatic power sources.
Actuators are the energy conversion device used inside a
robot. The major function of actuators is to convert energy into
Electric motors (DC/AC)
Motors are electromechanical component used for converting
electrical energy into its equivalent mechanical energy.
Sensors provide real time information on the task environment.
Controller is a part of robot that
coordinates all motion of the
mechanical system. It also receives
an input from immediate environment
through various sensors.
The use of robotic systems in the industrial sector is a necessity
nowadays, as more and more products are to be manufactured in a
very less time, and that too with high-quality and accuracy.
In Medical and Healthcare
Robotic systems have also proven to play a very important role
in the medical and surgical sector, be it in manufacturing medicines
and drugs or carrying out simple tasks in specific surgeries.
Perform Dangerous Tasks
One of the advantages of using robots in the workplace is that
they can cut down on the number of dangerous tasks that employees
have to engage in.
Reduce Mundane Tasks
In many work environments, employees expend countless
hours doing mundane activities that could be better used elsewhere.
Robots are also frequently used in manufacturing settings as a
part of the process of assembling the product.
22. Disadvantage Of Robots:
Today, most of the humans depends to the robots that it can do
make the things that human can do.
The robots cannot detect faster in terms of emergency because
their memory chips of mind was artificial and they don’t have their
Robots and its system replace certain workers causing economic
losses with possible resultant shortening of lifespans.
Robots are more expensive and make lazy in our work.
Robots and machines will take may jobs and people we loose their
jobs by contrast.
23. Laws Of Robots:
A robot may not injure a human being or, through inaction, allow a
human being to come to harm.
A robot must obey orders given it by human beings except where
such orders would conflict with the First Law.
A robot must protect its own existence as long as such protection
does not conflict with the First or Second Law.
This contribution to the soft robotics toolkit aims at providing
a first numerical software for modeling and control of soft-robot.
This tool could be used by the community for design and control
assistance of soft robots. The approach seeks to be generic and could
be applied for various shape of soft robots and (for now) two types
of actuators: cables (tendons) and pneumatics.