This is a project presentation on war field spying robot with fire fighting alarm. This presentation will helpful for those who want to make robots basically a Spy Robot. This will describes the hardware and the software requirements of the project. This will also describe the use of this project in different areas.

1. WAR FIELD SPYING ROBOT
WITH FIRE FIGHTING ALARM
Presented by
Er. Vansh Raheja
( Lovely Professional University)
(Dept. of ECE)

2. INTRODUCTION
PROJECT DESIGN
APPLICATIONS
ADVANTAGES AND DISADVANTAGES
CONCLUSION
CONTENTS

3. INTRODUCTION

4. It is the branch of technology that deals with the design,
construction, operation, and application of robots as well as
computer systems for their control, sensory feedback, and
information processing.
It is a field of Engineering that covers the mimicking of human
behaviour.
Robotics includes the knowledge of Mechanical, Electronics,
Electrical and Computer Science Engineering.
ROBOTICS

5. A robot is usually an electro-mechanical machine that can
perform tasks automatically.
Basically a Robot means
An automatic industrial machine replacing the human in
hazardous work.
A machine removing mines in a war field all by itself and
many more.
ROBOT

6. The spying robot is the one which is used for the purpose of
spying on enemy territories.
This robot is designed to develop a robotic vehicle using RF
technology for remote operation attached with mobile phone for
monitoring purpose.
WAR SPYING ROBOT

7. IP Webcam stands for Internet Protocol Webcam.
In this project with the help of this application data is transmit and
received. The data here means some video which is recorded with
the help of this application.
IP WEBCAM APPLICATION

8. Minimize human casualties in terrorist attack such as 26/11. It is
designed to tackle such a cruel terror attacks.
This Spy robot can be used in star hotels, shopping malls,
jewellery show rooms etc. where there can be threat from intruders
or terrorists.
OBJECTIVE

9.  The robot movement is based on RF. A wireless camera has been
installed on it, so that it can monitor enemy remotely when
required.
These robots Silently enter into enemy area and send us
information.

10. NEED OF THE PROJECT
Extensive
Applications in
Hazardous
Conditions
Replaced Massive
Human Work Force
Easy Control Over
Wireless Link
Minimize
Human
Casualties
in Terror Attacks

11. BASIC BUILDING BLOCKS
Microcontroller Unit
Encoder-Decoder
Pair
RF Module
DC Motor
Motor
Driver
IP Webcam
Application

12. PROJECT DESIGN

13. TRANSMITTER OF ROBOT

14. CIRCUIT DIAGRAM OF TRANSMITTER

15. RECIEVER OF ROBOT

16. CIRCUIT DIAGRAM OF RECEIVER

17. MICROCONTROLLER
Microcontroller is that which
incorporates all the features that
are found in microprocessor.
The microcontroller has built
in ROM, RAM, Input Output
ports, Serial Port, timers,
interrupts and clock circuit.

18. The receiver used is STR 433
MHz. It has 8 pins:
 Antenna (1)
 Ground(3)
 Vcc (2)
 Data(2)
RF RECEIVER

19. The transmitter used is STR 433
MHz. It has 4 pins:
 Antenna
 Ground
 Vcc
 Data
RF TRANSMITTER

20.  It is defined as the device that
converts electrical energy to
mechanical energy.
 Motor works on principle of
Fleming Left Hand Rule.
 L293D is used as the motor
driver in the circuit.
DC MOTOR

21.  It is used in interfacing RF
circuits.
 It converts the parallel inputs into
serial output.
 It encodes the 12 bit parallel data
into serial for transmission
through an RF transmitter.
ENCODER

22.  It is used for remote control
system applications.
 It mainly provided to interface
RF.
 It converts the serial input into
parallel outputs.
 In this valid transmission is
indicated by a high signal at VT
pin.
DECODER

23.  It is a family of self-contained
fixed linear voltage regulator
circuit.
 The last two digits indicate the
output voltage.
 It produce a voltage that is
positive relative to a common
ground.
LM7805

24. L293D is a typical Motor driver
or Motor Driver IC which
allows DC motor to drive on
either direction.
L293D is a 16-pin IC which can
control a set of two DC motors
simultaneously in any direction.
It means that you can control
two DC motor with a single
L293D IC.
MOTOR DRIVER (L293D)

25. A System in Package (SIP) or system-in-a-package, also known
as a Chip Stack MCM.
A SIP is a number of integrated circuits enclosed in a single
module (package).
The SIP performs all or most of the functions of an electronic
system, and are typically used inside a mobile phone, digital
music player etc.
SYSTEM IN PACKAGE(SIP)

26. ATTRIBUTES ARE USED TO DEFINE SIP
 Includes chip-level interconnect technology. In other words flip chip, wire bond, TAB, or
other interconnects directly to an IC chip. This distinguishes small SMT board assemblies
from being considered SIPs.
 Quite often includes passive components. The passives can be either surface mounted
discrete components or can be embedded into or manufactured on the substrate material.
 Typically includes more than one IC chip.
 May include other components necessary to bring the SIP to a more complete functional
system or subsystem level - such as housings, lids, RF shields, connectors, antennas,
batteries, etc.

27. APPLICATIONS

28. APPLICATIONS
 Military
 Disaster Affected Area Surveillance
 Underground Tunnel / Mines Surveillance
 General Surveillance
 Fire Fighting

29. CONCLUSION

30.  As we all know that these days India is sick off massive terror attacks, bomb
explosions. To avoid such disasters Technological power must exceed Human
power. “Human life and time are priceless”.
 So we took an initiative to design a model of a Spy robot that can be widely used so
as to avoid terror attacks, to ensure more security at the border and high density
areas.
 Even every nation needs its own defense system for their integrity and security. In
such a way construction of these robots will carry nation’s name, fame globally.
CONCLUSION

31. THANKS….!!!