Microcontroller Based Food-Mixing Machine

International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395 -0056
Volume: 04 Issue: 03 | Mar -2017 www.irjet.net p-ISSN: 2395-0072
© 2017, IRJET | Impact Factor value: 5.181 | ISO 9001:2008 Certified Journal | Page 1645
Microcontroller Based Food-Mixing Machine
Mrs S.S.Lad 1, Bhagyashri bhosale2, Priyanka Jadhav3 .
Department of ENTC,shivajiuniversity,Kolhapur.Sanjeevan Engineering & Tecghnology,Panhala
Maharashtra ,India
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Abstract-In this project, a smart machine for food
mixing is proposed. This machine will be specifically
designed to prepare bhel. To prepare bhel puffed rice,
farsana, chilli powder, some spices, tamarind liquid, onion
has to be mixed with proper proportion. In the proposed
design, user can select taste (sweet, medium spicy, spicy)
and quantity (no. of plates).
Upon the inputs given by user smart machine will mix the
required items in proper quantity. automated
microcontroller-based bhel mixer that can provide mixed
bhel with the push of a single button.
Key words - Motor , Mixer.
Introduction-
In our day to day life food mixing, the process
where two or more food items are mixed
together is carried out manually. To make a good mixture
(good taste) one requires good knowledge of foods to be
mixed. Sometimes it is very critical to handle appropriate
quantity of particular food items. Spices, salt, chillies, oil,
As of 2013 the ATmega 328 is commonly used in
many projects and autonomous systems where a simple
, low speed , low cost ,micro - controller is needed .
perhaps the most common implementation of this
chip is on the popular Arduion development platform ,
namely the Arduion Uno and Arduion nano models
This project is mainly based on to reduces or decreases
man power using natural as well as techniqual ideas. It is
an innovative techniqueWhich is totally hygienic .It can
helps to reduces time. As the popularity in teast will
increase This technique is very easy to do more work in
short time period
The provision of the world population with food
represent one of the most imp future challenges for
science and technology in this contest of many different
objectives arise. In many countries of the world the most
urgent task is to satisfy the original nutritive minimum
requirement on other hand food has further function in
the industrialized nations as the settlement of the special
enjoyment or the promotion of health.
Thus ,the food is producrd or processed under very
different condition .A considerable share of the population
consumes products directly out of nature or out of the
characteristic agriculture . In the industrialized nation
people meanwhile eat up predominantly such food which
stems out of a far mechanized agriculture and are
prepaired in large industrial plants .
Keypad-
Keypad allows users to inut data while a program is
.this tutorial shows you how to connect a 6 button keypad
to an arduino and how to use library keypad A keypad is
often needed to provide input to an Arduino system and
membrane type keypads are an economical solution for
many applications

Fig.1 block diagram
B) Parts of system-
1 ) Dc motors
2 ) Device control
3 ) Analog to digital convertor
4 ) Microcontroller ATmega328
5 ) Motor driver circuit
6 ) Keypad
7 ) Relay circuit
C ) Flow of working-
• i.Microcontroller ATmega328 is used as it contains
inbuilt ADC and this project contains many sensors which
need to be given to ADCs. The ATmega328 is a low-power
CMOS 8-bit microcontroller based on the AVR enhanced
RISC architecture.
Atmega are popular for :
• low cost
• wide availability
• large user base
free development tools and serial programming (and
reprogramming with flash memory)
D). HARDWARE DESCRIPTION
Microcontroller ATmega328
The microcontroller is the heart of the proposed
embedded system. The ATmega328 is a low-power CMOS
8-bit microcontroller based on the AVR enhanced RISC
architecture. By executing powerful instructions in a single
clock cycle, the ATmega328 achieves throughputs
approaching 1 MIPS per MHz allowing the system
designed to optimize power consumption versus
processing speed.
Funtion block-
Fig.2 function block diagram
Micro-
controller
Atmega32
8
Mo
tor
Dri
ver

• Motor driver plays important role to drive chilli powder &
masala block of project
• Motor driver is designed by using component MOSFET
irf540
Features (IRF540)
• Drain-Source Volt (Vds): 100V
• Drain-Gate Volt (Vdg): 100V
• Gate-Source Volt (Vgs): 20V
• Drain Current (Id): 30A
• Power Dissipation (Ptot): 150W
• Type: N-Channel
Motor Driver Circuit
A "freewheeling diode" is put into a circuit to
protect the switching device from being damaged by the
reverse current of an inductive load.
It is normally placed in a circuit so that it does not conduct
when the current is being supplied to the inductive load.
When the current flow to an inductor is suddenly
interrupted, the inductor tries to maintain the current by
reversing polarity and increasing the voltage.
Without the "freewheeling diode" the voltage can go high
enough to damage the switching .
With it, the reverse current is allowed to flow through the
diode and dissipate.
Fig.3 freewheeling diode circuit diagram
LCD (Liquid Crystal Display)-
LCD (Liquid Crystal Display) screen is an
electronic display module and find a wide range of
applications. A 16x2 LCD display is very basic module and
is very commonly used in various devices and circuits
These modules are preferreover seven segments and
other multi segment LEDs.
LCD(liquide crystal display)screen is an electronic
display module and find a wide range of application .A
16*2 LCD displayd is very basic module and is very
commanly used in various devices and circuits .These
modules are preferred over seven segments and other
multi segment LEDs are economical ;easily programmable

; have no limitation of displaying special & even custom
character ‘animation and so on.
A 16*2 LCD means it can display 16 characters per
line and there are 2 such line ,In this LCD each character is
displayed in 5*7 pixel matrix . This LCD has two register s
,namely ,command and Data
The command register stores the command
instruction given to the LCD
Fig.4 Liquid Crystal display(LCD)
Fig.5 Hardware mounting diagram
Advantages-
• Total hygienic.
• NO manual error of mixing in proper proportional.
• Due to proper mixing bhel is very testy.
• This project helps to reduces the man power
• There is increased efficiency and safety regarding systems
,facilities products.
• Automatically controlled machines guarantee constant
Quality with minimized energy waste functioning at the a
optimum level requiredin this specific time period .
• Limiting the no of production stop and restart of the
machine for inspection .
References -
 Emedded system based industrial power plant Boiler
Automation using GSM technology, By V.Sivasankaran ,Dr
.Azha ,Dr. S. Muruganand , IGRET: International Journal of
research in computer and communication Engg and
Technology.
 Multi paramerter monitoring and controlling for a
boiler using PIC controller ,By Saurav Kumar Mohanty,
International Journal of scientific and Engg Research,
volume 5,Issue 4 April2014
 Parameter controlling of boiler in power plant
using Fuzzy logic controller By Sridhar Raja,
IJRET:International journal of research in Engg and
Technology.
 Johnson,C.D. process control instrumentation
Technology (5th edition) New jersey prentice hall
,INC.1997
 DeGroff,Dale,”list of different cocktail
recipes”,1999.available
http//www.kingcocktail.com/rcpemenu.htm[ accessed
july1,2005]
 Barmonkey . Net .forums. barmonkey version 4.available
 Maloney,T.J .modern industrial electronics (5th edition) .
New jernecy : prentice hall,Inc.2003

Microcontroller Based Food-Mixing Machine

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