Download ai based industrial security robot

CMR ENGINEERING COLLEGE
(Affiliated to Jawaharlal Nehru Technological University, Hyderabad)
Kandlakoya (V) , Medchal Road,Hyderabad-501 401
AGRICULTURE MOTOR CONTROL USING
ANDROID APPLICATION
Submitted by:
K.SRILATHA
K.ROSHANI RAJ
LAKSHMI DUBEY
Under the guidance of:
Mr.VASEEM AHMED QURESHI
Assoc . Professor
Dept. of ECE
CONTENT
 Aim of the project
 Project introduction
 Block diagram
 Description of block diagram
 Converting ac power to dc power
 Advantages
 Disadvantages
 reference
ABSTRACT
 The main aim of this project is to help the poor
farmers in villages who face difficulties to operate
their machines or motors which are situated far away
from them .
Project introduction
 This project is for agriculture motor control system in
which motor used in agriculture fields are controlled by
mobile applications.
 In this the modules used are microcontroller (8051),
Bluetooth , motor driver, step down transformer, pump,
LCD, power supply.
 The main operation of this is to switch on and switch off
the motors.
BLOCK DIAGRAM
LCD
Microcontroller (8051)
Microcontroller (8051): Single integrated circuit containing a processor core,
memory, and programmable input/output
 Program memory in the form of nor flash or OTPROM is
also often included on the chip
 Microcontroller are used in automatically controlled
products and devices
 Make it economical to digital control even more devices
and processes
Motor Driver (L293D)IC
 The l293D is a quadruple half H-bridge bidirectional motor
driver IC
 Can drive current of up to 600mA with voltage range of 4.5
to 36 volts
 Drive small dc geared motor ,bipolar stepper motor
Conversion of ac to dc power
Step down transformer
Advantages
 It is very simple in designing.
 Very cheap.
 Easily available
 Reduce man power
Future scope
 we can use WIFI or IOT for longer distance
communication.
 Can also be used in organic farming.