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FIRST AID ANDRIOD IN DEFENCE
 The basic idea behind
 this presentation is to
 provide first aid to the
 wounded soldiers in war
 field.
 Whenever the person is
  getting injured it’s very
  difficult to give first aid
  for the soldiers at the
  time of war.
 So to overcome, this
  project is helpful.
7?
The ARM7-TDMI

(ARM7 Thumb+Debug+Multiplier+ICE )
processor is a 32-bit RISC designed by ARM
,It is found in numerous deeply embedded
system designs.(V4 VERSION )

 This generation introduced the Thumb 16-
bit instruction set providing improved code
density compared to previous designs.

Controller used here IS LPC2148.
FEATURES OF ARM -7
            PACKAGE (LQFP64)
            SRAM,FLASH ROM
            ADC ,DAC
            RTC,USB
            VOLTAGES,BOD
            T/C,POWER SAVING MODES
            ONCHIP OSCILLATOR,WDT
            DUMPING,INTERRUPTS
DIFFERENT CONTROLLERS :
DIFFERENT    NO.OF ON-CHIP ON-CHIP   NO.OF   END
CONTROLLER   PINS   SRAM   FLASH     10BIT   POINT
S                          RAM       ADC     USB
LPC2141 64          8KB    32KB      4       2KB
LPC2142 64          16KB 64KB        4       2KB
LPC2144 64          16KB 128KB 8             2KB
LPC2146 64          32KB 256KB 14            2KB
                    +
                    2KB
LPC2148 64          32KB 512KB 14            2KB
                    +2KB
Technology using :

          GPS: (Global   Positioning
           System )
        The GPS is a space-based
         satellite navigation system
         that provides location and time
         information in all weather,
         anywhere on or near the Earth.
        The design of GPS is based
         partly on similar ground-based
         radio-navigation systems

        In this GPS technology, the
         communication takes place
         between GPS transceiver and
         GPS satellite.
 GPS, formally known as the NAVSTAR
  (Navigation Satellite Timing and
  Ranging). Global Positioning System
  originally was developed for the military.
  Because of its popular navigation
  capabilities and because you can access
  GPS technology using small, inexpensive
  equipment, the government made the
  system available for civilian use.

 GPS technology requires the following
  three segments.

 Space segment.
 Control segment.
 User segment
HOW DOES GPS WORKS??
 Zigbee is new wireless
  technology guided by
  IEEE 802.15.4 Personal
  Area Network
  standard,It is primarily
  designed for the wide
  range
 It currently operates in
  868MHz band at a data
  rate of 20Kbps in
  Europe, 914MHz band at
  40kbps in USA, and the
  2.4GHz ISM bands
  Worldwide at a
  maximum data-rate of
  250kbps.
SOFTWARES:     HARDWARES:
               MICRO CONTROLLER
EMBEDDED C
               POWER SUPPLY
KEIL IDE      MOTOR DRIVER

MICRO-FLASH   MOTOR
               ZIGBEE TRANSCEIVERS
               LCD
               KEYS
               GPS
               MAX 232
SOFTWARE DESCRIPTION
 EMBEDDED C


 It is possible to cr eate the sour ce files in a text
  editor such as Notepad, r un the Compiler on each C
  sour ce file, specifying a list of contr ols, r un the
  Assembler on each Assembler sour ce file, specifying
  another list of contr ols, r un either the Libr ar y
  Mana ger or Linker (a gain specifying a list of
  contr ols) and finall y r unning the Object-HEX
  Conver ter to conver t the Linker output file to an
  Intel Hex File. Once that has been completed the
  Hex File can be downloaded .



Micro flash
DESCRIPTION


section
 This project is having three



  1- Person

                      2-Control
  room

                3- Robot
BLOCK DIAGRAM :
PERSON :

  POWER
                MICRO
    SUPPLY                 LCD
              CONTROLLER




                           ZIGBEE
     GPS                   TRANSCEIVER
     MODULE



                           SWITCH
BLOCK DIAGRAM
DESCRIPTION
   MICROCONTROLLER SECTION


   POWER SUPPLY


   LCD DISPLAY SECTION


   GPS MODEM


   MAX 232 SECTION


   ZIGBEE TRANSCEIVER


   DRIVER CIRCUIT


   MOTORS
 CONTROL ROOM :


 POWER               LCD
   SUPPLY   MICRO
              C
              O
              N
               T
              R
              O
     KEYS      L
                       ZIGBEE
               L
                    TRANSCEIVER
               E
              R
ROBOT:

         POWER
           SUPPL
           Y            MICRO    MOTOR
                          C       DRIVERS
                          O
                          N
                          T
                          R
         ZIGBEETRANSC     O     MOTORS
               EIVER
                          L
                          L
                          E
                          R
Advantages :
        When you are in a emergency
         situation how to deal with it?
       You need some instructions and
       “First aid is your first choice”.
        It provides you first aid.
        The Time accuracy is reliable
        These are emergency
         protector
        It protects from many injuries
         and helps us to feel better by
         providing first aid at the time
         of need .
CONCLUSION :
 As a result robot is able to treat the soldier
  by using first aid kit provided to it. By this the
  exposure of medical personnel to the
  dangers encountered in war field can be
  avoided.
Bibliographie :
• http://www.garmin.com/products/gps35
• http://www.alldatasheet.com
• http://www.mathworks.com
• M. A. Mazidi, J. C. Mazidi, R. D. Mckinaly, The
  8051 Microcontroller and Embedded Systems,
     Pearson Education, 2006.
• http://www.national.com/ds/LM/LM35.pdf
• http://www.nxp.com/documents/user_manual/U
  M10139.pdf
 
THANK YOU .
First aid andriod in defence

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First aid andriod in defence

  • 1. FIRST AID ANDRIOD IN DEFENCE
  • 2.  The basic idea behind this presentation is to provide first aid to the wounded soldiers in war field.
  • 3.  Whenever the person is getting injured it’s very difficult to give first aid for the soldiers at the time of war.  So to overcome, this project is helpful.
  • 4. 7? The ARM7-TDMI (ARM7 Thumb+Debug+Multiplier+ICE ) processor is a 32-bit RISC designed by ARM ,It is found in numerous deeply embedded system designs.(V4 VERSION )  This generation introduced the Thumb 16- bit instruction set providing improved code density compared to previous designs. Controller used here IS LPC2148.
  • 5. FEATURES OF ARM -7  PACKAGE (LQFP64)  SRAM,FLASH ROM  ADC ,DAC  RTC,USB  VOLTAGES,BOD  T/C,POWER SAVING MODES  ONCHIP OSCILLATOR,WDT  DUMPING,INTERRUPTS
  • 6. DIFFERENT CONTROLLERS : DIFFERENT NO.OF ON-CHIP ON-CHIP NO.OF END CONTROLLER PINS SRAM FLASH 10BIT POINT S RAM ADC USB LPC2141 64 8KB 32KB 4 2KB LPC2142 64 16KB 64KB 4 2KB LPC2144 64 16KB 128KB 8 2KB LPC2146 64 32KB 256KB 14 2KB + 2KB LPC2148 64 32KB 512KB 14 2KB +2KB
  • 7. Technology using :  GPS: (Global Positioning System )  The GPS is a space-based satellite navigation system that provides location and time information in all weather, anywhere on or near the Earth.  The design of GPS is based partly on similar ground-based radio-navigation systems  In this GPS technology, the communication takes place between GPS transceiver and GPS satellite.
  • 8.  GPS, formally known as the NAVSTAR (Navigation Satellite Timing and Ranging). Global Positioning System originally was developed for the military. Because of its popular navigation capabilities and because you can access GPS technology using small, inexpensive equipment, the government made the system available for civilian use.  GPS technology requires the following three segments.  Space segment.  Control segment.  User segment
  • 9. HOW DOES GPS WORKS??
  • 10.  Zigbee is new wireless technology guided by IEEE 802.15.4 Personal Area Network standard,It is primarily designed for the wide range  It currently operates in 868MHz band at a data rate of 20Kbps in Europe, 914MHz band at 40kbps in USA, and the 2.4GHz ISM bands Worldwide at a maximum data-rate of 250kbps.
  • 11.
  • 12. SOFTWARES: HARDWARES: MICRO CONTROLLER EMBEDDED C POWER SUPPLY KEIL IDE MOTOR DRIVER MICRO-FLASH MOTOR ZIGBEE TRANSCEIVERS LCD KEYS GPS MAX 232
  • 13. SOFTWARE DESCRIPTION  EMBEDDED C  It is possible to cr eate the sour ce files in a text editor such as Notepad, r un the Compiler on each C sour ce file, specifying a list of contr ols, r un the Assembler on each Assembler sour ce file, specifying another list of contr ols, r un either the Libr ar y Mana ger or Linker (a gain specifying a list of contr ols) and finall y r unning the Object-HEX Conver ter to conver t the Linker output file to an Intel Hex File. Once that has been completed the Hex File can be downloaded . Micro flash
  • 14. DESCRIPTION section This project is having three 1- Person 2-Control room 3- Robot
  • 15. BLOCK DIAGRAM : PERSON : POWER MICRO SUPPLY LCD CONTROLLER ZIGBEE GPS TRANSCEIVER MODULE SWITCH
  • 16. BLOCK DIAGRAM DESCRIPTION  MICROCONTROLLER SECTION  POWER SUPPLY  LCD DISPLAY SECTION  GPS MODEM  MAX 232 SECTION  ZIGBEE TRANSCEIVER  DRIVER CIRCUIT  MOTORS
  • 17.  CONTROL ROOM : POWER LCD SUPPLY MICRO C O N T R O KEYS L ZIGBEE L TRANSCEIVER E R
  • 18. ROBOT: POWER SUPPL Y MICRO MOTOR C DRIVERS O N T R ZIGBEETRANSC O MOTORS EIVER L L E R
  • 19. Advantages :  When you are in a emergency situation how to deal with it? You need some instructions and “First aid is your first choice”.  It provides you first aid.  The Time accuracy is reliable  These are emergency protector  It protects from many injuries and helps us to feel better by providing first aid at the time of need .
  • 20. CONCLUSION :  As a result robot is able to treat the soldier by using first aid kit provided to it. By this the exposure of medical personnel to the dangers encountered in war field can be avoided.
  • 21. Bibliographie : • http://www.garmin.com/products/gps35 • http://www.alldatasheet.com • http://www.mathworks.com • M. A. Mazidi, J. C. Mazidi, R. D. Mckinaly, The 8051 Microcontroller and Embedded Systems, Pearson Education, 2006. • http://www.national.com/ds/LM/LM35.pdf • http://www.nxp.com/documents/user_manual/U M10139.pdf