The document details the design and functionality of a mobile pick and place robot, emphasizing its components like DC motors, gripper arms, and drive mechanisms. This robot enhances automation in industrial settings by increasing speed, accuracy, and reliability while reducing manual labor costs. It discusses current applications, advantages, and potential future uses in various fields such as coal mining and waste disposal.

1. Mobile
Pick & Place Robot
By
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2. 1.Introduction
2.Main components of Mobile pick and place robot
3.RoboticsTerminologies
4.Specification and Parts Used
5.Application
6.Advantage
7.Future application
8.Conclusion
CONTENT

3. INTRODUCTION
• A robot is an automatic mechanical device guided by a computer
program or electronic circuit
• In highly developing society automation playing important role to save
human efforts in most of the regular &frequently carried works
Ex. Most of the industrial jobs like welding, painting, assembly, container
filling etc. Most commonly performed work is picking and placing of
jobs from source to destination.
For this purpose, ‘Mobile Pick And Place Robot commonly
named as Remote Controlled Robotic Vehicle(RCRV),maybe
used.

4. Mobile Pick And Place Robot
Pick And Place Robot is a mechatronic system that picks
object from source location and places at desired location.
For detection of object, infrared sensors are used which detect
presence of object as the transmitter to receiver path for
infrared sensor is interrupted by placed object. As soon as robot
senses presence of object, it moves towards object, picks it with
end effectors, and moves along way gantry and finally place it
on destination.
If another object causes interrupt, it again does the same job.
Whole process is controlled by micro controller.

5. • Mobile Pick and Place Robots speeds up the process of picking parts up
and placing them in new locations, while also increasing production rates.
• These mobile pick and place robots are more accurate and do not fatigue
while doing back-breaking movements that may be difficult for humans.
• The consistency, quality and repeatability of a mobile pick and place robot
system is unmatched. These systems are also versatile and can be
reprogrammed and tooled to provide multiple applications for consumers.
• An increase in output with a mobile pick and place robot system offer
long-term savings to companies. With the advancements in technology
and affordability of robots, more pick and place robotic cells are being
installed for automation applications.

6. Main Components of Mobile Pick
Place Robot
 Arms or Manipulator
 End Effector
 Drive Mechanism
 Controller
 Base
 Custom features : sensor & transducers

7. Robotics Terminology
 Link: A rigid piece of material connecting joints in
robot.
 Joint: The device which allow relative motion between
two adjoining link of robot.
ROBOTICS MOVEMENT
• Rotational movement
• Radial movement
• Vertical movement

8. Types of Joints
1. Linear
2. Rotational
3. Twisting
4. Revolving

9. Jointed Arm robot
DOF- Degree of Freedom can be Define as no . Of independent
motion a device can perform.

10. SPECIFICATION AND PARTS USED
• CHARACTERSITICS - Details
• NO. of Axes - 2 axis + Movement capability
• Cycle time - All movement in approx 20 sec
• Load carrying capacity - < 500 g
• Stroke length - 230 mm
• Angle covered - 125 degree approx.
• Motor Rpm - 10
• Working boundary - Hemispherical

11. 1. DC MOTORS: This is very commonly used in robotics. DC motors
can rotate in both direction depending upon the polarity of the
current through the motor . These motors have free running torque &
ideally zero current. These motors have high speed which can be
reduced with the help of gears.
2. GRIPPER ARM: The gripper
module is state of the art robotic arm
which can be used in various 'pick and
place' kind of robots. It works on DC
Motor (9 to 12V DC).
• Change in rotation direction of the DC Motor,
generates Jaw Open & Close Action.
• The DC motor can be easily be controlled with
the help of DPDT Switch (manual mode) or
with the help of any micro controller along
with L293D Motor Driver module.

12. 3. LIFTER ASSEMBLY: It is made from laser cut Metal and acrylic. There is a
worm gear and spur gear assembly which is attached with a DC motor (9 to 10 volt) to
provide torque so that gripper can pick and lift the load.
4. TRACK WHEEL: Track wheel is a circular wheel
with rubber grip fastened on DC motor shaft by screw.
Track wheel provide help in movement of robot in any
direction.
5. Worm drive: Worm drive is a gear
arrangement in which a worm (which is a gear in the
form of a screw) meshes with a worm gear (which is
similar in appearance to a spur gear, and is also called
a worm wheel).
(a) Spur gear (b) Worm gear,
(Made by acrylic fiber)

13. 6. CHASSIS: A chassis consists of an
internal framework that supports a man-
made object in its construction and use. It
is analogous to an animal's skeleton. An
example of a chassis is the under part of
a motor vehicle, consisting of the frame
(on which the body is mounted). Here
metallic chassis is used.
7. POWER SUPPLY:
To provide energy to DC motors
for movement of robot A Battery
of DC (6 volt to 12 V, 4.5A) is
being used.

14. APPLICATIONS
Materials Handling
Industrial Robot applications
Debarring
Welding
Handling
Trimming and Sealing
Spraying and palletizing

15. Automobile production
• Over the last three decades, automobile factories have become
dominated by robots. A factory contains hundreds of industrial
robots working on fully automated production lines, with one
robot for every ten human workers. On an automated production
line, a vehicle chassis on a conveyor is welded, glued, painted and
finally assembled at a sequence of robot stations

16. ADVANTAGES
Speed - Pick and place robots allow for faster cycle times.
Accuracy - Robotic systems are more accurate and consistent than their human counterparts.
Production - Work cells create more because they perform applications with more accuracy,
speed and tirelessness. The consistent output of a robotic system along with quality and
repeatability are unmatched
Reliability - Robots can work 24 hours a day, seven days a week without stopping or tiring.
Flexibility - Pick and place robots can be reprogrammable and tooling can be interchanged to provide for
multiple applications.
Savings - Managers are realizing the longterm savings with a pick and place robotic work cell rather than
the operation they are currently doing. An increase in output with a material handling robotic system has
saved factories money.
Affordability - With the advancements in technology, and affordable robotics becoming available at less
cost, more pick and place robotic cells are being installed for automation applications.

17. FUTURE APPLICATION
Coal mining
Military Operation
Fire fighting Operation
Undersea Robots
Garbage Collection and Waste Disposal Operation
Bottle filling Plant.
Construction works

18. CONCLUSION
This robot is used for pick & place the object from one place another
places. Concepts of automobile and robotics are combined in this project.
Transmission of power due to meshing of gear is used for lifting purpose.
Worm drive is also used for power steering.
Chassis is used for the base of the mobile robot.
It is used for assembly line, material handling etc. This robot does all
those things it mainly reduces the manual work our robot is designed at
low cost as well as high efficient one.
This project is to give the way for providing bigger effective
mobile robot for industrial applications.