touch panel based restuarent automation system
TRANSCRIPT
DEPARTMENT
OF
ELECTRONICS AND COMMUNICATION ENGINEERING
BY
Page 3
ABSTRACT
INTRODUCTION
TITLE JUSTIFICATION
EXISTING SYSTEM
PROPOSED SYSTEMS
TECHNOLOGY USED
BLOCK DIAGRAM
HARDWARE USED
SOFTWARE USED
DESIGN CONSIDERATIONS
APPLICATIONS
Page 4
ABSTRACT
The present project deals wireless technology in the hotel management area the
present system working is very tedious process ordering to one person sending
that with another person to kitchen sending the same to the cashier
This total procedure will be build up by using embedded system with wireless
technology By using zigbee technology we can reduce the man power in hotels and
also it reduces the wastage time
Here we developed one touch technology by select the item from menu list display in
LCD select one item then enter to transmit order data to the server point In receiver
section receive the order from respective table number and selected items then
server go to serve respect item to respective table customers
Page 5
Now a days we have seen an atomized vending machine which will serve a hot
or soft drinks Chocolates amp many things There is automation of tickets on
railway station So into dayrsquos world due increased demand and competition we
need to serve the people as user friendly as fast as possible
The objective of this restaurants automation is to develop an embedded
system which is a wireless dish ordering system at hotels amp restaurants by
using zigbee technology and touch panel
Page 6
The main aim of this project is to construct a user friendly multi-
language communication system for illiteratedumb people travelling
around the country
And we can reduce the manpower by using this system
when user sends his need through touch screen then micro controller
transmits that information through Zigbee transmitter The information
received by the Zigbee receiver will be displayed on LCD monitor
Then finally the server can supply items to the customer
Page 7
TITLE JUSTIFICATION
Automation is the Technology Concerned with Application of electronics amp computer
based communication systems to operate amp control production Due to advancement
in technology we have seen atomization of many things
In restaurants touch panels are connected to tables The customers come to
restaurants and then they have to ordered for the items without wasting their time the
customer enter the items in the touch panel
After entering the touch panel given to the micro controller transmit the signal to the
monitor which is connected to zigbee it is in the kitchen
Page 8
In restaurants menu cards are available on each
table we can refer it amp place our order to waiter But we
never noticed disadvantages of this conventional
method You need to wait for the waiter to attend to you
Even it becomes difficult for the restaurant manager to keep
the changing prices on menu card At the same time adding
the new menu to the same card becomes tedious job for
anyone who is responsible for this job since changing menu
card within less time may result in cost rise
Page 9
Irregularity in Ordering
Wastage of time
Customer dissatisfaction
Poor management
No database maintenance
Increased manpower
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
BY
Page 3
ABSTRACT
INTRODUCTION
TITLE JUSTIFICATION
EXISTING SYSTEM
PROPOSED SYSTEMS
TECHNOLOGY USED
BLOCK DIAGRAM
HARDWARE USED
SOFTWARE USED
DESIGN CONSIDERATIONS
APPLICATIONS
Page 4
ABSTRACT
The present project deals wireless technology in the hotel management area the
present system working is very tedious process ordering to one person sending
that with another person to kitchen sending the same to the cashier
This total procedure will be build up by using embedded system with wireless
technology By using zigbee technology we can reduce the man power in hotels and
also it reduces the wastage time
Here we developed one touch technology by select the item from menu list display in
LCD select one item then enter to transmit order data to the server point In receiver
section receive the order from respective table number and selected items then
server go to serve respect item to respective table customers
Page 5
Now a days we have seen an atomized vending machine which will serve a hot
or soft drinks Chocolates amp many things There is automation of tickets on
railway station So into dayrsquos world due increased demand and competition we
need to serve the people as user friendly as fast as possible
The objective of this restaurants automation is to develop an embedded
system which is a wireless dish ordering system at hotels amp restaurants by
using zigbee technology and touch panel
Page 6
The main aim of this project is to construct a user friendly multi-
language communication system for illiteratedumb people travelling
around the country
And we can reduce the manpower by using this system
when user sends his need through touch screen then micro controller
transmits that information through Zigbee transmitter The information
received by the Zigbee receiver will be displayed on LCD monitor
Then finally the server can supply items to the customer
Page 7
TITLE JUSTIFICATION
Automation is the Technology Concerned with Application of electronics amp computer
based communication systems to operate amp control production Due to advancement
in technology we have seen atomization of many things
In restaurants touch panels are connected to tables The customers come to
restaurants and then they have to ordered for the items without wasting their time the
customer enter the items in the touch panel
After entering the touch panel given to the micro controller transmit the signal to the
monitor which is connected to zigbee it is in the kitchen
Page 8
In restaurants menu cards are available on each
table we can refer it amp place our order to waiter But we
never noticed disadvantages of this conventional
method You need to wait for the waiter to attend to you
Even it becomes difficult for the restaurant manager to keep
the changing prices on menu card At the same time adding
the new menu to the same card becomes tedious job for
anyone who is responsible for this job since changing menu
card within less time may result in cost rise
Page 9
Irregularity in Ordering
Wastage of time
Customer dissatisfaction
Poor management
No database maintenance
Increased manpower
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 3
ABSTRACT
INTRODUCTION
TITLE JUSTIFICATION
EXISTING SYSTEM
PROPOSED SYSTEMS
TECHNOLOGY USED
BLOCK DIAGRAM
HARDWARE USED
SOFTWARE USED
DESIGN CONSIDERATIONS
APPLICATIONS
Page 4
ABSTRACT
The present project deals wireless technology in the hotel management area the
present system working is very tedious process ordering to one person sending
that with another person to kitchen sending the same to the cashier
This total procedure will be build up by using embedded system with wireless
technology By using zigbee technology we can reduce the man power in hotels and
also it reduces the wastage time
Here we developed one touch technology by select the item from menu list display in
LCD select one item then enter to transmit order data to the server point In receiver
section receive the order from respective table number and selected items then
server go to serve respect item to respective table customers
Page 5
Now a days we have seen an atomized vending machine which will serve a hot
or soft drinks Chocolates amp many things There is automation of tickets on
railway station So into dayrsquos world due increased demand and competition we
need to serve the people as user friendly as fast as possible
The objective of this restaurants automation is to develop an embedded
system which is a wireless dish ordering system at hotels amp restaurants by
using zigbee technology and touch panel
Page 6
The main aim of this project is to construct a user friendly multi-
language communication system for illiteratedumb people travelling
around the country
And we can reduce the manpower by using this system
when user sends his need through touch screen then micro controller
transmits that information through Zigbee transmitter The information
received by the Zigbee receiver will be displayed on LCD monitor
Then finally the server can supply items to the customer
Page 7
TITLE JUSTIFICATION
Automation is the Technology Concerned with Application of electronics amp computer
based communication systems to operate amp control production Due to advancement
in technology we have seen atomization of many things
In restaurants touch panels are connected to tables The customers come to
restaurants and then they have to ordered for the items without wasting their time the
customer enter the items in the touch panel
After entering the touch panel given to the micro controller transmit the signal to the
monitor which is connected to zigbee it is in the kitchen
Page 8
In restaurants menu cards are available on each
table we can refer it amp place our order to waiter But we
never noticed disadvantages of this conventional
method You need to wait for the waiter to attend to you
Even it becomes difficult for the restaurant manager to keep
the changing prices on menu card At the same time adding
the new menu to the same card becomes tedious job for
anyone who is responsible for this job since changing menu
card within less time may result in cost rise
Page 9
Irregularity in Ordering
Wastage of time
Customer dissatisfaction
Poor management
No database maintenance
Increased manpower
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 4
ABSTRACT
The present project deals wireless technology in the hotel management area the
present system working is very tedious process ordering to one person sending
that with another person to kitchen sending the same to the cashier
This total procedure will be build up by using embedded system with wireless
technology By using zigbee technology we can reduce the man power in hotels and
also it reduces the wastage time
Here we developed one touch technology by select the item from menu list display in
LCD select one item then enter to transmit order data to the server point In receiver
section receive the order from respective table number and selected items then
server go to serve respect item to respective table customers
Page 5
Now a days we have seen an atomized vending machine which will serve a hot
or soft drinks Chocolates amp many things There is automation of tickets on
railway station So into dayrsquos world due increased demand and competition we
need to serve the people as user friendly as fast as possible
The objective of this restaurants automation is to develop an embedded
system which is a wireless dish ordering system at hotels amp restaurants by
using zigbee technology and touch panel
Page 6
The main aim of this project is to construct a user friendly multi-
language communication system for illiteratedumb people travelling
around the country
And we can reduce the manpower by using this system
when user sends his need through touch screen then micro controller
transmits that information through Zigbee transmitter The information
received by the Zigbee receiver will be displayed on LCD monitor
Then finally the server can supply items to the customer
Page 7
TITLE JUSTIFICATION
Automation is the Technology Concerned with Application of electronics amp computer
based communication systems to operate amp control production Due to advancement
in technology we have seen atomization of many things
In restaurants touch panels are connected to tables The customers come to
restaurants and then they have to ordered for the items without wasting their time the
customer enter the items in the touch panel
After entering the touch panel given to the micro controller transmit the signal to the
monitor which is connected to zigbee it is in the kitchen
Page 8
In restaurants menu cards are available on each
table we can refer it amp place our order to waiter But we
never noticed disadvantages of this conventional
method You need to wait for the waiter to attend to you
Even it becomes difficult for the restaurant manager to keep
the changing prices on menu card At the same time adding
the new menu to the same card becomes tedious job for
anyone who is responsible for this job since changing menu
card within less time may result in cost rise
Page 9
Irregularity in Ordering
Wastage of time
Customer dissatisfaction
Poor management
No database maintenance
Increased manpower
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 5
Now a days we have seen an atomized vending machine which will serve a hot
or soft drinks Chocolates amp many things There is automation of tickets on
railway station So into dayrsquos world due increased demand and competition we
need to serve the people as user friendly as fast as possible
The objective of this restaurants automation is to develop an embedded
system which is a wireless dish ordering system at hotels amp restaurants by
using zigbee technology and touch panel
Page 6
The main aim of this project is to construct a user friendly multi-
language communication system for illiteratedumb people travelling
around the country
And we can reduce the manpower by using this system
when user sends his need through touch screen then micro controller
transmits that information through Zigbee transmitter The information
received by the Zigbee receiver will be displayed on LCD monitor
Then finally the server can supply items to the customer
Page 7
TITLE JUSTIFICATION
Automation is the Technology Concerned with Application of electronics amp computer
based communication systems to operate amp control production Due to advancement
in technology we have seen atomization of many things
In restaurants touch panels are connected to tables The customers come to
restaurants and then they have to ordered for the items without wasting their time the
customer enter the items in the touch panel
After entering the touch panel given to the micro controller transmit the signal to the
monitor which is connected to zigbee it is in the kitchen
Page 8
In restaurants menu cards are available on each
table we can refer it amp place our order to waiter But we
never noticed disadvantages of this conventional
method You need to wait for the waiter to attend to you
Even it becomes difficult for the restaurant manager to keep
the changing prices on menu card At the same time adding
the new menu to the same card becomes tedious job for
anyone who is responsible for this job since changing menu
card within less time may result in cost rise
Page 9
Irregularity in Ordering
Wastage of time
Customer dissatisfaction
Poor management
No database maintenance
Increased manpower
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 6
The main aim of this project is to construct a user friendly multi-
language communication system for illiteratedumb people travelling
around the country
And we can reduce the manpower by using this system
when user sends his need through touch screen then micro controller
transmits that information through Zigbee transmitter The information
received by the Zigbee receiver will be displayed on LCD monitor
Then finally the server can supply items to the customer
Page 7
TITLE JUSTIFICATION
Automation is the Technology Concerned with Application of electronics amp computer
based communication systems to operate amp control production Due to advancement
in technology we have seen atomization of many things
In restaurants touch panels are connected to tables The customers come to
restaurants and then they have to ordered for the items without wasting their time the
customer enter the items in the touch panel
After entering the touch panel given to the micro controller transmit the signal to the
monitor which is connected to zigbee it is in the kitchen
Page 8
In restaurants menu cards are available on each
table we can refer it amp place our order to waiter But we
never noticed disadvantages of this conventional
method You need to wait for the waiter to attend to you
Even it becomes difficult for the restaurant manager to keep
the changing prices on menu card At the same time adding
the new menu to the same card becomes tedious job for
anyone who is responsible for this job since changing menu
card within less time may result in cost rise
Page 9
Irregularity in Ordering
Wastage of time
Customer dissatisfaction
Poor management
No database maintenance
Increased manpower
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 7
TITLE JUSTIFICATION
Automation is the Technology Concerned with Application of electronics amp computer
based communication systems to operate amp control production Due to advancement
in technology we have seen atomization of many things
In restaurants touch panels are connected to tables The customers come to
restaurants and then they have to ordered for the items without wasting their time the
customer enter the items in the touch panel
After entering the touch panel given to the micro controller transmit the signal to the
monitor which is connected to zigbee it is in the kitchen
Page 8
In restaurants menu cards are available on each
table we can refer it amp place our order to waiter But we
never noticed disadvantages of this conventional
method You need to wait for the waiter to attend to you
Even it becomes difficult for the restaurant manager to keep
the changing prices on menu card At the same time adding
the new menu to the same card becomes tedious job for
anyone who is responsible for this job since changing menu
card within less time may result in cost rise
Page 9
Irregularity in Ordering
Wastage of time
Customer dissatisfaction
Poor management
No database maintenance
Increased manpower
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 8
In restaurants menu cards are available on each
table we can refer it amp place our order to waiter But we
never noticed disadvantages of this conventional
method You need to wait for the waiter to attend to you
Even it becomes difficult for the restaurant manager to keep
the changing prices on menu card At the same time adding
the new menu to the same card becomes tedious job for
anyone who is responsible for this job since changing menu
card within less time may result in cost rise
Page 9
Irregularity in Ordering
Wastage of time
Customer dissatisfaction
Poor management
No database maintenance
Increased manpower
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 9
Irregularity in Ordering
Wastage of time
Customer dissatisfaction
Poor management
No database maintenance
Increased manpower
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 10
To overcome these problems RESTAURANTS AUTOMATION SYSTEM
installed on every table for ordering the menu These units will work as slave units amp will
be connected to central unit which can be kept at kitchen table
By using this system process will be Automated Shows the Menu card on the Touch
Screen with Cost to select the Items Order will be sent to Kitchen and Counter to
generate bill After paying the bill Session will be Closed
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 11
HOW IT WORK
FOR EXAMPLEhellipTouch screen
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 12
HOW IT WORK
FOR EXAMPLEhellip
VEG NON VEG
COOL amp HOT DRINKS CHATS
Touch screen
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 13
HOW IT WORK
FOR EXAMPLEhellip
OK
DOOSA RS- 30- CHAPATI RS-45-
MEALS RS-99-POORI RS-35-
BACKCONFORM
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 14
HOW IT WORK
FOR EXAMPLEhellipTouch screen
VEG NON VEG
COOL amp HOT DRINKS CHATS
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 15
HOW IT WORK
FOR EXAMPLEhellipTouch screen
OK
HOT DRINKS RS- 20- COOL DRINKS RS-45-
FRESH DRINKS RS-99- ICE CREAMS RS-35-
BACKCONFORM
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 16
HOW IT WORK
FOR EXAMPLEhellipTouch screen
CHAPATI RS-45-
ICE CREAMS RS-35-
ITEM NO OF ITEMS AMOUNT
1
1
TOTAL AMOUNT=
RS 45-
RS 35-
RS 80-
CONFORMDELETE
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 17
FOR EXAMPLEhellip
HOW IT WORK
In kitchen section
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 18
Then finallyhelliphelliphelliphelliphellip
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 19
Here we developed one touch technology by select the item
from menu list display in LCD select one item then enter to
transmit order data to the server point
In receiver section receive the order from respective table
number and selected items then server go to serve respect item
to respective table customers In this way we can speed up the
servicing and attract the customer with
1)Zigbee technology
2)Touch technology
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 20
Zigbee is a low cost low power wireless communication standard based on Personal Area
Network (PAN)
Zigbee is targeted at applications that require a low data rate long battery life and secure
networking
ZigBee operates in the Industrial
Scientific and Medical (ISM) radio
bands with a maximum data rate
of 250 kilobitssecond
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 21
A touch screen is an electronic visual display that can detect the presence and
location of a touch within the display area
It enables one to interact directly with what is displayed rather than indirectly with
any other intermediate device
The touch screen interface is being used in a wide variety of applications to
improve human-computer interaction
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 22
MICROCONTROLLER INTERFACING
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 23
BLOCK DIAGRAMTABLE SIDE
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 24
BLOCK DIAGRAM
OUTPUT SIDE
PC ZIGBEESERIAL
DRIVER
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 25
Microcontroller AT89S52
LCD
TOUCH PANEL
MAX232
MULTIPLEXER
PC
ZIGBEE
Buzzer
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 26
Keil compiler Protues(for schematic design)
Wilpro(for dumping)
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 27
DESIGN CONSIDERATIONS
TOUCH PANEL
Capacitive
Resistive
SAW
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 28
Max 232
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 29
162 LCD
Pin Symbol Function
1 Vss ground (0 V)
2 Vdd power (45 ndash 55 V)
3 Vo contrast adjustment
4 RS HL register select signal
5 RW HL readwrite signal
6 E HL enable signal
7-14 DB0 ndash DB7 HL data bus for 4- or 8-bit mode
15 A (LED+) backlight anode
16 K (LED-) backlight cathode
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 30
MICROCONTROLLER AT89S52
Featuresbull Compatible with MCSreg
-51Products
bull 8K Bytes of In-System Programmable (ISP) Flash Memory
ndash Endurance 10000 WriteErase Cycles
bull 40V to 55V Operating Range
bull Fully Static Operation 0 Hz to 33 MHz
bull Three-level Program Memory Lock
bull 256 x 8-bit Internal RAM
bull 32 Programmable IO Lines
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 31
True single-chip 24 GHz IEEE
802154 compliant RF transceiver
with baseband modem and MAC support
DSSS baseband modem with 2
M Chipss and 250 kbps effective data rate
Suitable for both RFD and FFD operation
Low current consumption (RX 188 mA TX 174 mA)
Low supply voltage (21 ndash36 V) with integrated voltage regulator
Low supply voltage (16 ndash20 V) with external voltage regulator
Programmable output power
ZIGBEE
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 32
Hotels Restaurants
Cinema halls Railway stations
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 33
Multi-language communication can
done here
By using this system we can
reduce the time delay
It works accurately and efficiently
Manpower is reduced
Low cost
Automated operation
Low power consumption
Page 34
TIME FOR DISCUSSION
Page 35
Page 34
TIME FOR DISCUSSION
Page 35
Page 35