MECHANICAL PROJECTS ABSTRACT-Land mine detection and indication using gps and gsm

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MECHANICAL PROJECTS SENSING LAND MINE DETACTOR WITH HELP OF GPS&GSM

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  • IEEE PROJECTS HELP:

    SOME STUDENTS, ASKING CIRCUIT DIAGRAM, EVEN THOUGH IF I GIVE TO CIRCUIT DIAGRAM U CAN NOT ASSEMBLED&TESTED REASON IS THE PROJECTS ARE FULLY BASED ON EMBEDDED

    MICROCONTROLLER-PIC16F877, SO U NEED TO HAVE PROGRAMMING KNOWLEDGE ALSO THEN ONLY U DEVELOP THE OWN PROJECTS.




    DEAR STUDENTS,

    pre/final year project abstract pl download http://www.slideshare.net/maastech

    IEEE BASED EMBEDDED SYSTEM PROJECTS(hardware projects)/FINAL YEAR PROJECTS/MINI PROJECTS/DIPLOMA PROJECTS

    INPLANT TRAINING DETAILS, (ECE/EEE/E&I/CSE/BIOMEDICAL/IT/MECHATRONICS/AYTOMOBILES)&MSC ELECTRONICS..

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    thanks
    R.ASHOK KUMAR
    MAASTECH
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    ipt/projects full details....PL VISIT http://www.maastechindia.com (projects list,abstract,video,photo gallery)
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MECHANICAL PROJECTS ABSTRACT-Land mine detection and indication using gps and gsm

  1. 1. Land Mine Detection and Indication using GPS and GSM LANDMINES land mine n. An explosive device laid usually just below the surface of the ground.
  2. 2. A land mine is an explosive device designed to be placed on or in the ground to explode when triggered by an operator or the proximity of a vehicle, person or animal. The name originates from the practice of sapping, where tunnels were dug (much like mining) under enemy fortifications or forces. These tunnels ("mines") were first collapsed to destroy fortifications above, and later filled with explosives and detonated. Landmines generally refer to devices specifically manufactured for this purpose, as distinguished from improvised explosive devices (IEDs).
  3. 3. Landmines are explosive devices that are designed to explode when triggered by pressure or a tripwire. The purpose of mines when used by armed forces is to disable any person or vehicle that comes into contact with it by an explosion of fragments released at high speeds.
  4. 4. The exact number of landmines is unknown. However, it is estimated that approximately 70 million landmines and other unexploded ordnance (UXO) are buried in more than 80 countries worldwide. Landmines can remain active more than 50 years after they are planted in the ground. For this reason, there is a continuing worldwide effort to rid the world of landmines. We have designed a project in which we can able to track the position o f the land mines using the GPS and GSM and a metal detector. Operation: The vehicle is fitted with a Metal detector to sense the land mines. The vehicle will have a GPS Module which will receive the information from the satlite to know about the position of the vehicle (Lat itude and longtitude position). The vehicle will also have a Noikia GSM phone which will send information about the land mines positon to a remote PC through a cell phone. So that we can know the exact position of the mines. Mine 1 Lat 60 Lon 80 Mine 2 Lat 79 Long 89
  5. 5. Power Supply
  6. 6. Provides +5VDC and +12VDC power supply for the IC’s and the motors for its proper operation Dspi30F4013 Microcontroller Microchip's newest dsPIC® Digital Signal Controller (DSC) and PIC24 MCUs offer the performance speed of 40 million instructions per second (MIPS), selfprogramming capabilities via Flash memory and industrial and extended temperature ranges. This IC severs as a CPU for the whole system. Metal Detector Metal Detector or a Proximity sensor is used to detect the Landmines and converts that into electrical signal and it is connected to the dsPIC Microcontroller. GPS Receiver ProGin SR-92 is a low-power, ultra-high performance, easy to use GPS smart antenna module based on SiRF’s third generation single chip. Its low power consumption and high performance enables the adoption of handheld applications. The slim design allows SR-92 to be placed on top side of the housing to have best GPS signal reception. The 5-pin I/O interface is then connected to the main board with either connector or wire soldering. GSM Mobile (Nokia 3310)
  7. 7. A Nokia 3310 mobile is used as a GSM modem and is used to send SMS Messages to the remotely located Monitoring unit. Stepper Driver This section is necessary to Drive the Stepper motor. Since the signal from the microcontroller cannot drive the motor directly, it is amplified and strengthened by the stepper driver section and the signal is applied to the Stepper motor. Stepper Motor A stepper motor is an electric machine that rotates in discrete angular increments or steps. It is operated by applying pulses of a specific frequency to the input of the motor. Each pulse applied to the motor causes its shaft to move a certain angle of rotation, called a stepping angle. This Stepper motor is used to run the mechanical model

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