Saving Gas, How to reduce gas consumption, How to save gas,

  WE CAN REDUCE GAS BY FOLLOWING THESE 5 STEPS IN REDUCING RED FLAME

    1. Flame should not be loose, that is flame should come with preasure.
     

    2. There should not be any red flame.
     

    3. Clean the burner with soap oil or any other liquids that should remove black ash.
       
    4. Make sure that all holes of jet or inductor should be required small.

    5. Use teflan tape for rectifying leakages.



If you want to reduce the gas wastage please remember the following points:
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1. Use pilot burners which uses very less gas, we need to keep them on position while not using main                  burners. This will helps in reducing the gas flow.

burner pilot 

pilot flame conditions 

 The different conditions of pilot is given in the side image

2. Maintain regular services on the gas burners. Because the gas mechanics will repair burners they will turn        the red flame to blue flame. The blue flame generate the more heat.

burner with good condition 

burner with good condition

 the burners without problem is shown with blue flames like in the two up and side images. It will take less amount of gas to heat anything.

burner in bad condition

This is the burner need to be repaired completely. If we find the red flame from burner like in image will take more gas to and more time to make heat and it will damages containers one it with black ash.









3. The third and most important thing is the design of the many-fold at gas bank should be in such a way that      " there should be no gas remained in the cylinders that means the cylinders should become              complete empty".
4. Check regularly whether there is any leakage in the gas line.

NOTE: Now a days the cost of gas is becoming very high, and it is very high for commercial burners. so we need to reduce the gas wastage in order to reduce the expenditure. And this amount is on of the main amount in running the Hotels or Industries.

LPG Burner servicing Techniques, Burner Servicing technique

Techniques to reduce the Gas Consumption

1. Gas flame should be light blue in color otherwise you might have problem with your gas stove.

2. Gas flame should not be red color like flame 1 in image, to rectify this we need to heat the gas stove burners till it become just red.
3. Next we need to clean the all holes with some binding wire or break wire.
4. See whether there is any dust or oil in the jet, and clean it.

5. Flame will become red if there any gas leakage, you can rectify leakage with teflan tape, you can get that in electrical/ hardware shop.
Note: Finally after repaire the flame should be blue in color like flame 3 or flame 4 as per our requirement

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Samsung Galaxy Golden:

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2. It works on Android Jellybean 4.2 OS
3. 1.5 GB RAM and 16GB internal memory and it is expandable up to 64GB.
4. processor dual-core Qualcomm Snapdragon 400.
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7. It comes in Gold color.

Samsung Galaxy Note 3

Price: Rs. 41, 999

Features:

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Features;
OS: Android(4.1)
Camera:  primary 8mp, with secondary camera
Display: 5 inches
3G, WiFi is
HD Video Recording with 1080p.
Processor 1.2.GHz, Dual-core Cortex-A9
RAM 1GB
Dual SIM
 3.5mm Jack
screen 5inches, 800 X 480

Battery- Lithium-Ion, 2100 mAh

how to track a mobile, how to know mobile IMEI number, how to get my lost mobile

Technology is improved allot, it is very easy process just follow these steps:

1. Initially you should have your IMEI number. 
2. To get this IMEI number type *#06# , the IMEI number will be desplayed on your screen.
3. Send this IMEI number to cop@vsnl.net 
4. You will get the sim number of the person who is using your mobile.

Send me your confusions to me. More details will be given later.

LPG gas maintenance tips, LPG gas repairing issues

These are some of the safety considerations that you need to follow

1. Always the regulator should be off after the cooking.

2. Don't use ordinary flexible tube to connect stove with cylinder or to connect burner with gas line.

3. Check leakages regularly that is weekly once by soap water or surf water or any soap oil, you can find leakages by pouring this liquid on joints, you see bubbles then there is a  leakage other wise there is no leakage.
4. Open windows and doors and make kitchen well ventilated while cooking.

5. The gas will not spread up words it self if it leaks, it will be revolved in the room with 3 to 4 foot height from ground.

6. Be care full while leakage and after leakage, don't switch on any electrical buttons a small spark can cause a big blast.


Remaining data will be updated soon.....

code for anti theft tracking system, fingerprint protected anti theft tracking system code, embedded code, project code

This is the code i am sending it is having gsm.h, lcd.h, main.c, uart0.h, uart.h files.

1. main.c

#include<lpc214x.h>

#include<string.h>
#include"lcd.h"
#include"uart0.h"
#include"uart1.h"
#include"gsm.h"

unsigned char GSM_recive,newmsg=0;
extern unsigned char msg[50],mobilenum[11];
unsigned char store_m[11],vib=0,gpsdata,GPSvalue[50],Longitude[50];

void GPS_read (void);

#define  motor           0x00020000         // p0.17        pin no=35  (in pin)
#define  ir           0x00040000        // p0.18      pin no=45  (in pin)
#define  sw           0x00080000        // p0.19      pin no=45  (in pin)
#define  enrol           0x00100000        // p0.20      pin no=45  (in pin)

#define  buzz            0x00800000
#define  gsm             0x00000004         
#define  gps             0x00000008


#define  Motor_ON     IOSET0 |= motor
#define  Motor_OFF    IOCLR0 |= motor

#define  buzz_ON      IOCLR0 |=buzz
#define  buzz_OFF     IOSET0 |= buzz

#define  gsm_on       IOSET0 |= gsm
#define  gsm_off      IOCLR0 |= gsm

#define  gps_on       IOSET0 |= gps
#define  gps_off      IOCLR0 |= gps

unsigned char uart0_rx,t1,t2,t3,suc=0,ide=0,id1=0;

unsigned char baudrate[14]={0xef,0x01,0xff,0xff,0xff,0xff,0x01,0x00,0x05,0x0e,0x04,0x01,0x00,0x19};
unsigned char enroll[12]={0xEF,0X01,0XFF,0XFF,0XFF,0XFF,0X01,0X00,0X03,0X01,0X00,0X05};   
unsigned char generate_ch[13]={0xEF,0X01,0XFF,0XFF,0XFF,0XFF,0X01,0X00,0X04,0x02,0X01,0X00,0X08};  
unsigned char generate_ch1[13]={0xEF,0X01,0XFF,0XFF,0XFF,0XFF,0X01,0X00,0X04,0x02,0X02,0X00,0X09};  
unsigned char un_cmd[12]={0xef,0x01,0xff,0xff,0xff,0xff, 0x01,0x00,0x03,0x05,0x00,0x09 };
unsigned char store[12]={0xEF,0X01,0XFF,0XFF,0XFF,0XFF,0X01,0X00,0X06,0X06,0X02,0x00};
unsigned char identify[17]={0xef,0x01,0xff,0xff,0xff,0xff,0x01,0x00,0x08,0x1b,0x01,0x00,0x00,0x01,0x01,0x00,0x27};

unsigned int fp_i=0,fp[20],fp_j=0;
unsigned int rec=0x00,dummy=0x0f,id; 


void clearfp(void);
void enroll_finger(void);
void identify_finger(void);


void main_delay( unsigned int value )
{
 unsigned int ui_temp1,ui_temp2;
 for(ui_temp1=0;ui_temp1<value;ui_temp1++)
 for(ui_temp2=0;ui_temp2<5000;ui_temp2++);
}

void UART0_irq (void) __irq               
{
 while (!(U0LSR & 0x01));     // Wait RXD Receive Data Ready
 GSM_recive=U0RBR; 
 
 if(GSM_recive=='+')
 {
  newmsg=1;
  VICIntEnable = 0x00000000;   //interrupt Enable 
  U0IER=0;  // Clear the interrupt;
  VICVectAddr = 0x00000000; // interrupt address;
 }
 VICVectAddr = 0x00000000;   //Dummy write to signal end of interrupt                                                                                  
}

void UART1ISR (void) __irq
{
 while (!(U1LSR & 0x01));
 fp[fp_j]=U1RBR;
 fp_j++;
 VICVectAddr = 0x00000000;   //Dummy write to signal end of interrupt   
}

void EXTINT0_ISR (void)  __irq    //external interrupt 0 EINT0 pin0 16
{
 vib=1;
 VICVectAddr = 0x00000000; 
 EXTINT =0x01;
}

void uart0_irq_init(void)
{
 VICVectCntl1 = 0x00000026;            
 VICVectAddr1 = (unsigned long)UART0_irq;
 VICIntEnable |= 0x00000040;         
 U0IER=0x01;          
}

void uart1_irq_init(void)
{
 VICVectCntl0 = 0x00000027;    
 VICVectAddr0 = (unsigned)UART1ISR;
 VICIntEnable = 0x00000080;
 U1IER=0x05;
}

void  EXTINT0_init()
{
 VICVectCntl2 = 0x0000002E; 
 VICVectAddr2 = (unsigned)EXTINT0_ISR; 
 VICIntEnable |=0x00004000;
 PINSEL1 |= 0x00000001; 
 EXTINT |=0x01;
 EXTMODE |=0x01;
 EXTPOLAR |=0x00;
}

int main()
{
 char vh_status=0,glass_b=0,vh_s=0;  

 IODIR0 |=gsm;
 gsm_off;

 IODIR0 |=gps;
 gps_off;

 IODIR0 |=motor;
 Motor_OFF;

 IODIR0 |=buzz;
 buzz_OFF;

 lcd_init();
 uart0_init();
 uart1_init();
 lcd_cmd(0x01);
 lcd_puts("vehicle security "); //Vehicle security
 lcd_cmd(0xc0);
 lcd_puts("     system");
 main_delay(2000);

 gsm_on;
 gps_off;
 gsm_check();
 gsm_init();
 gsm_clear_msg(1);

 uart0_irq_init();

 lcd_cmd(0x01);
 lcd_puts("Store Ph.No");

 while(newmsg==0);
 {
  newmsg=0;
  lcd_cmd(0x01);
  lcd_puts("msg.........");
  main_delay(2000);
  U0IER=0x00;
  gsm_mes_read();
  lcd_cmd(0x01);
  lcd_puts(mobilenum);
  gsm_delay(2000);
  store_m[0]=mobilenum[0];
  store_m[1]=mobilenum[1];
  store_m[2]=mobilenum[2];
  store_m[3]=mobilenum[3];
  store_m[4]=mobilenum[4];
  store_m[5]=mobilenum[5];
  store_m[6]=mobilenum[6];
  store_m[7]=mobilenum[7];
  store_m[8]=mobilenum[8];
  store_m[9]=mobilenum[9];
  store_m[10]=mobilenum[10];

  U0IER=0x01;  
  main_delay(2000);
 }

 EXTINT0_init();
 uart1_irq_init();

 start:

 lcd_cmd(0x01);
 lcd_puts("vehicle security "); //Vehicle security
 lcd_cmd(0xc0);
 lcd_puts("     system");
 main_delay(5000);

 lcd_cmd(0x01);
 lcd_puts(" PUT UR FINGER");

 while(1)
 {
  if(newmsg==1)
  {
   char i;
   
   newmsg=0;
   gsm_mes_read();
   main_delay(1000);

lcd_cmd(0x01);
 lcd_puts("vehicle security "); //Vehicle security
 lcd_cmd(0xc0);
 lcd_puts("     system");
   
   if(!strcmp(msg,"STOP"))
   {
    if(!strcmp(mobilenum,store_m))
 {
     buzz_ON ;
  vh_status=1;
     for(i=0;i<5;i++)
  {
   lcd_cmd(0x01);
   lcd_puts("vh going to be ");
   lcd_cmd(0xc0);
   lcd_puts("stop....");
   main_delay(500);
  }
  Motor_OFF;
  U0IER=0x00;
  gsm_send_num_mesg_data(mobilenum,Longitude,"vh stoped");
  main_delay(1500);
     U0IER=0x01;
  lcd_cmd(0x01);
  lcd_puts("Door locked");
  lcd_cmd(0xc0);
  lcd_puts("vh ctrl by user");
    }
 else
 {
  lcd_cmd(0x01);
  lcd_puts("Unauthorized ");
  lcd_cmd(0xc0);
  lcd_puts("       Access");
  main_delay(500);
  goto start;
 }
   }
   if(!strcmp(msg,"LOCATION"))
   {
    if(!strcmp(mobilenum,store_m))
 {
     U0IER=0x00;
     gsm_send_num_mesg(mobilenum,Longitude);
  gsm_delay(2000);
     U0IER=0x01;
     
     lcd_cmd(0x01);
     lcd_puts("vehicle security "); //Vehicle security
     lcd_cmd(0xc0);
     lcd_puts("     system");
     main_delay(1000); 

  if(vh_status==1)
     {
      lcd_cmd(0x01);
      lcd_puts("Door locked");
  lcd_cmd(0xc0);
  lcd_puts("vh ctrl by user");
     }
    }
 else
 {
  lcd_cmd(0x01);
  lcd_puts("Unauthorized P");
  lcd_cmd(0xc0);
  lcd_puts(" Try to Access");
  main_delay(1500);
  goto start;
 }
   }
   if(!strcmp(msg,"START"))
   {
    if(!strcmp(mobilenum,store_m))
 {
     vh_status=0;
  U0IER=0x00;
     gsm_send_num_mesg_data(mobilenum,Longitude,"vh start");
  gsm_delay(2000);
     U0IER=0x01;
  lcd_cmd(0x01);
     lcd_puts("vh start by user");
goto start;
    }
 else
 {
  lcd_cmd(0x01);
  lcd_puts("Unauthorized ");
  lcd_cmd(0xc0);
  lcd_puts("       Access");
  main_delay(1500);
  goto start;
 }
   } 
  }

if((IOPIN0&ir)!=0 && vh_status==0 && vh_s==0)
  {
    //U0IER=0x00;
   //enroll_finger();
// U0IER=0x01;

U0IER=0x00; 
identify_finger();
U0IER=0x01; 

if( ide==1)
   {
ide=0; 
vh_s=1; 
    Motor_ON ;
    U0IER=0x00; 
gsm_off;
gps_on; 
GPS_read();
uart0_init(); 
gps_off;
    gsm_on;
    gsm_send_num_mesg_data(store_m,Longitude,"authorized access");
    U0IER=0x01;  
}
else
{
U0IER=0x00; 
gsm_off;
gps_on; 
GPS_read();
uart0_init(); 
gps_off;
    gsm_on;
    gsm_send_num_mesg_data(store_m,Longitude,"unauthorized access");
    U0IER=0x01;  
   } 
    lcd_cmd(0x01);
    lcd_puts("vehicle security "); //Vehicle security
    lcd_cmd(0xc0);
    lcd_puts("     system"); 
  } 

if((IOPIN0&sw)==0&&vh_s==1)
  {
vh_s=0;  
while(!(sw&IOPIN0));
Motor_OFF ;
   goto start;
}

  if((IOPIN0&enrol)==0 && vh_s==1)
  {
while(!(enrol&IOPIN0));
    U0IER=0x00;
   enroll_finger();
U0IER=0x01;
lcd_cmd(0x01);
    lcd_puts("vehicle security "); //Vehicle security
    lcd_cmd(0xc0);
    lcd_puts("     system");  
  }

  if(vib==1)
  {
vib=0;
vh_s=0; 
   Motor_OFF ;
lcd_cmd(0x01);
lcd_puts("Accident ");
lcd_cmd(0xc0);
lcd_puts("   occurred");
main_delay(1000);
U0IER=0x00; 
gsm_off;
gps_on; 
GPS_read();
uart0_init(); 
gps_off;
   gsm_on;
   gsm_send_num_mesg_data(store_m,Longitude,"Accident occurred");
   U0IER=0x01;
   EXTINT0_init();
   goto start;
  }
  
  /*if(vh_status==1)
  {
   lcd_cmd(0x80);
   lcd_puts("                ");
   lcd_cmd(0xc0);
   lcd_puts("               ");
   lcd_cmd(0x80);
   lcd_puts("Door locked");
   lcd_cmd(0xc0);
   lcd_puts("vh cont by user");
   main_delay(800);
  }


  if(glass==1 && glass_b==0)   
  {
   glass_b=1;
   buzz_ON;
   glass=0;
   lcd_cmd(0x01);
   lcd_puts("  Glass Broken ");
   main_delay(1500);
   U0IER=0x00;
   gsm_send_num_mesg_data(store,Longitude,"Glass Broken");
   main_delay(1500);
   lcd_cmd(0x01);
   U0IER=0x01;
   goto start;
  }*/
 }
}









void GPS_read (void)
{
 unsigned char gps_i,gps_k;
 com_baudrate0(4800);
 while(1)
 {
  gpsdata =uart0_getch();
  if(gpsdata=='$')
  {
   gpsdata= uart0_getch();
   gpsdata= uart0_getch();

   if(uart0_getch()=='R')
   {
    if(uart0_getch()=='M')
    { 
     if(uart0_getch()=='C')
{
 gps_i=0;
 while(gps_i<45)
 {
  GPSvalue[gps_i]=uart0_getch();
  gps_i++;
 }
 GPSvalue[gps_i]='\0';
 gps_i=0;gps_k=0;
 main_delay(100);
 lcd_cmd(0x80);
   lcd_puts("                ");
   lcd_cmd(0xc0);
   lcd_puts("               ");
   lcd_cmd(0x80);
      lcd_puts("LT: ");
      Longitude[gps_k]='L';
 gps_k++;
 Longitude[gps_k]='T';gps_k++;
 Longitude[gps_k]=':';gps_k++;
 for(gps_i=14;gps_i<25;gps_i++)
 {
  lcd_data(GPSvalue[gps_i]);
  Longitude[gps_k]= GPSvalue[gps_i];
  gps_k++;
    //main_delay(100);
 }
 Longitude[gps_k]=' ';gps_k++;
 Longitude[gps_k]=' ';gps_k++;
 Longitude[gps_k]='L';gps_k++;
 Longitude[gps_k]='G';gps_k++;
 Longitude[gps_k]=':';gps_k++;
 lcd_cmd(0xc0);
      lcd_puts("LG: ");
 for(gps_i=27;gps_i<38;gps_i++)
 { 
  lcd_data(GPSvalue[gps_i]);
  Longitude[gps_k]=GPSvalue[gps_i];
  gps_k++;
  //main_delay(100);
 }
 Longitude[gps_k]='\0';
      gps_i=0;
 gps_k=0;
 main_delay(1000);

 break;
     }
    }
   }
  }
 }
}

void clearfp(void)
{
 unsigned char cl=0;
 while(cl<20)
 {
  fp[cl]=' ';
  cl++; 
 }
 fp_j=0;
} 



void enroll_finger(void)
{
 lcd_cmd(0x01);                                                
 lcd_puts("Enrolling.....");
  main_delay(1000);
 fp_i=0;
 clearfp();
 while(fp_i<14)
 {
  uart1_putch( baudrate[fp_i]);
  fp_i++;
 }
 fp_j=0;
 fp[11]=0x00;
 while(fp_j==0);
 main_delay(500);                                       
 if(fp[11]==0x0a)
 {
  //lcd_cmd(0x01);                                                
  //lcd_puts("BAUDRATE SUCCESS");

  //main_delay(800);
 }
 else
 {
  lcd_cmd(0x01);                                                
  lcd_puts("BAUDRATE FAILED");
  main_delay(800);
goto end;
 } 

   fp_i=0;
   clearfp();
   while(fp_i<12)
   {
    uart1_putch(enroll[fp_i]);
    fp_i++;
   }
   fp_j=0;
   fp[9]=0x01;
   while(fp_j==0);
   main_delay(500);                                       
   if(fp[9]==0x00)
   {
   }
   else
   {
    lcd_cmd(0x01);                                                
    lcd_puts("ENROLL FAILED");
 main_delay(3000);
 goto end;
   }

   clearfp();
   fp_j=0;
   fp_i=0;
   while(fp_i<13)
   {
    uart1_putch(generate_ch[fp_i]);
    fp_i++;
   }
   fp_j=0;
   fp[9]=0x01;
   while(fp_j==0);
   main_delay(500);        
   if(fp[9]==0x00)
   {
   }
   else
   {
    lcd_cmd(0x01);                                                
    lcd_puts("ENROLL FAILED");
  main_delay(3000);
 goto end;
   }

   fp_i=0;
   clearfp();
   while(fp_i<12)
   {
    uart1_putch(enroll[fp_i]);
    fp_i++;
   }
   fp_j=0;
   fp[9]=0x01;
   while(fp_j==0);
   main_delay(500);       
   if(fp[9]==0x00)
   {
   }
   else
   {
    lcd_cmd(0x01);                                                
    lcd_puts("ENROLL FAILED");
 main_delay(3000);
   goto end;
   }

   clearfp();
   fp_j=0;
   fp_i=0;
   while(fp_i<13)
   {
    uart1_putch(generate_ch1[fp_i]);
    fp_i++;
   }
   fp_j=0;
   fp[9]=0x01;
   while(fp_j==0);
   main_delay(500);         
   if(fp[9]==0x00)
   {
   }
   else
   {
    lcd_cmd(0x01);                                                
    lcd_puts("ENROLL FAILED");
     main_delay(3000);
goto end;
   }

   clearfp();
   fp_j=0;
   fp_i=0;
   while(fp_i<12)
   {
    uart1_putch(un_cmd[fp_i]);
    fp_i++;
   }
   fp_j=0;
   fp[9]=0x01;
   while(fp_j==0);
   main_delay(500);        
   if(fp[9]==0x00)
   {
   }
   else
   { 
    lcd_cmd(0x01);                                                
    lcd_puts("ENROLL FAILED");
     main_delay(3000);
  goto end;
   }

   clearfp();
   fp_j=0;
   fp_i=0;
   while(fp_i<12)
   {
    uart1_putch(store[fp_i]);
    fp_i++;
   }
   uart1_putch(rec);
   uart1_putch(0x00);
   uart1_putch(dummy);
   fp_j=0;
   fp[9]=0x01;
   while(fp_j==0);
   main_delay(500);       
 
   if(fp[9]==0x00)
   {
    suc=1;
 lcd_cmd(0x01);                                                
    lcd_puts(" successfully ");
    lcd_cmd(0xc0);                                                
    lcd_puts("  Enrolled");
    main_delay(3000);       
    lcd_cmd(0x01);  
    lcd_puts(" ur id : "); 
lcd_data(rec/10+48);
    lcd_data(rec%10+48);  
id1++;
    rec++;
    dummy++;
    main_delay(3000);
goto end;
   }
   else
   {
    lcd_cmd(0x01);                                                
    lcd_puts("ENROLL FAILED");
  main_delay(3000);
goto end;
   } 
   end:
   main_delay(1);
}


void identify_finger(void)
{
 lcd_cmd(0x01);                              
 lcd_puts("IDENTIFYING...");
 main_delay(1000);
 fp_i=0;
 clearfp();
 while(fp_i<14)
 {
  uart1_putch( baudrate[fp_i]);
  fp_i++;
 }
 fp_j=0;
 fp[11]=0x00;
 while(fp_j==0);
 main_delay(1500);                                       
 if(fp[11]==0x0a)
 {
  //lcd_cmd(0x01);                                                
  //lcd_puts("BAUDRATE SUCCESS");

  //main_delay(800);
 }
 else
 {
  lcd_cmd(0x01);                                                
  lcd_puts("BAUDRATE FAILED");
  main_delay(800);
goto end; 
 } 

 fp_i=0;
 clearfp();
 while(fp_i<12)
 {
  uart1_putch(enroll[fp_i]);
  fp_i++;
 }
 fp_j=0;
 fp[9]=0x01;
 while(fp_j==0);
 main_delay(500);                                           
 if(fp[9]==0x00)
 {
 }
 else
 {
  lcd_cmd(0x01);                                                
  lcd_puts("IDENTIFY FAILED");
  
  main_delay(3000);       
  goto end;
 }

 clearfp();
 fp_j=0;
 fp_i=0;
 while(fp_i<13)
 {
  uart1_putch(generate_ch[fp_i]);
  fp_i++;
 }
 fp_j=0;
 fp[9]=0x01;
 while(fp_j==0);
 main_delay(500);         
 if(fp[9]==0x00)
 {
 }
 else
 {
  lcd_cmd(0x01);                                                
  lcd_puts("IDENTIFY FAILED");
  //lcd_puts1(0,4,"IDENTIFY FAILED..");
  main_delay(3000);       
  goto end;
 }
   

 clearfp();
 fp_i=0;  
 fp_j=0;
 while(fp_i<17)
 {
  uart1_putch(identify[fp_i]);
  fp_i++;
 }
 fp_j=0;
 while(fp_j==0);
 main_delay(500);       
   
 if(fp[9]==0x00)
 {
  ide=1;
  lcd_cmd(0x01);                                                
  lcd_puts(" successfully ");
  lcd_cmd(0xc0);                                                
  lcd_puts("identified  ");

  //lcd_puts1(0,4," successfully    ");
//lcd_puts1(0,5,"identified   ");
  id=fp[11];
  //lcd_puts1(0,5," ur id : ");
  //lcd_data2(fp[11]/10+48);
  //lcd_data2(fp[11]%10+48);

  lcd_data(fp[11]/10+48);
  lcd_data(fp[11]%10+48);
  main_delay(3000);       
 }
 else
 {
  lcd_cmd(0x01);                                                
  lcd_puts("IDENTIFY FAILED");
  //lcd_puts1(0,4,"IDENTIFY FAILED..");
 main_delay(3000);       

  goto end;
 }
 end:
 main_delay(1);
}

2.  gsm.h file 

#include "LCD.h" 

extern unsigned char mx,my,mz,mm;

unsigned char uc_temp,uc_temp1,uc_temp2=0;

unsigned long int uli_temp3=0; 

void gsm_delay( unsigned int value );

void gsm_cmd(char *cmd);

void gsm_check(void);

void gsm_init(void);

void gsm_send_num_mesg(unsigned char *num,unsigned char *mes);

unsigned char msg[50],mobilenum[11];

void gsm_delay( unsigned int value )

{

 unsigned int ui_temp1,ui_temp2;

 for(ui_temp1=0;ui_temp1<value;ui_temp1++)

 for(ui_temp2=0;ui_temp2<2500;ui_temp2++);

}

void gsm_cmd(char *cmd)

{

 while(*cmd)      

 {

  while (!(U0LSR & 0x20));

  U0THR = *cmd++;

 }   

}

void gsm_enter(void)

{

 uart0_putch(10);

 uart0_putch(13);         

}

void gsm_check()

{

 check:

 uc_temp1=0;

 uli_temp3=0;

 gsm_cmd("AT");

 gsm_enter();

 while(uc_temp1<10)

 {

  while (!(U0LSR & 0x01))

  {

   uli_temp3++;

   if(uli_temp3==6000000)

   {

    uli_temp3=0;

goto end;

   }

  }

  uc_temp= U0RBR;

  if(uc_temp=='O')

  {

   uc_temp=uart0_getch();

   if(uc_temp=='K')

   {

    uc_temp2=1;

    break;

   }

  }

  uc_temp1++ ;

  uli_temp3=0;

 }

 end:

 if(uc_temp2==0)

 {

  lcd_cmd(0x01);

 lcd_puts("MODEM IS NOT");

 lcd_cmd(0xc0);

 lcd_puts("        READY");

 gsm_delay(1000);

  goto check;

 }

}

void gsm_init()

{

 check1:

 uc_temp1=0;

 uli_temp3=0;

 uc_temp2=0;

 gsm_cmd("ATE0");

 gsm_enter();

 while(uc_temp1<10)

 {

  while (!(U0LSR & 0x01))

  {

   uli_temp3++;

   if(uli_temp3==8000000)

   {

    uli_temp3=0;

goto end1;

   }

  } // Wait RXD Receive Data Ready

  uc_temp= U0RBR;

  if(uc_temp=='O')

  {

   uc_temp=uart0_getch();

   if(uc_temp=='K')

   {

    uc_temp2=1;

    break;

   }

  }

  uc_temp1++ ;

  uli_temp3=0;

 }

 end1:

 if(uc_temp2==0)

 {

  lcd_cmd(0x01);

 lcd_puts("MODEM IS NOT");

 lcd_cmd(0xc0);

 lcd_puts("        READY");

 gsm_delay(1000);

  goto check1;

 }

  check:

 uc_temp1=0;

 uli_temp3=0;

 uc_temp2=0;

 gsm_cmd("AT+CMGF=1");

 gsm_enter();

 while(uc_temp1<10)

 {

  while (!(U0LSR & 0x01))

  {

   uli_temp3++;

   if(uli_temp3==8000000)

   {

    uli_temp3=0;

goto end;

   }

  } // Wait RXD Receive Data Ready

  uc_temp= U0RBR;

  if(uc_temp=='O')

  {

   uc_temp=uart0_getch();

   if(uc_temp=='K')

   {

    uc_temp2=1;

    break;

   }

  }

  uc_temp1++ ;

  uli_temp3=0;

 }

 end:

 if(uc_temp2==0)

 {

  

 lcd_cmd(0x01);

 lcd_puts("MODEM IS NOT");

 lcd_cmd(0xc0);

 lcd_puts("        READY");

 gsm_delay(1000);

  goto check;

 }

 lcd_cmd(0x01);

 lcd_puts("MODEM IS READY");

 gsm_delay(2000);

}

void gsm_clear_msg(char num)

{

 check:

 uc_temp1=0;

 uli_temp3=0;

 uc_temp2=0;

 gsm_cmd("at+cmgd=");

 uart0_putch(num+48);

 gsm_enter(); 

 while(uc_temp1<10)

 {

  while (!(U0LSR & 0x01))

  {

   uli_temp3++;

   if(uli_temp3==8000000)

   {

    uli_temp3=0;

    goto end;

   }

  } // Wait RXD Receive Data Ready

  uc_temp= U0RBR;

  if(uc_temp=='O')

  {

   uc_temp=uart0_getch();

   if(uc_temp=='K')

   uc_temp2=1;

   break;

  }

  uc_temp1++ ;

  uli_temp3=0;

  }

  end:

  if(uc_temp2==0)

  {

   lcd_cmd(0x01);

   lcd_puts("MSG DELETE ERROR");

   gsm_delay(1500);

   goto check;

  }

  lcd_cmd(0x01);

  lcd_puts("MSG DELETED");

  gsm_delay(2000);

}    

void gsm_send_num_mesg(unsigned char *num,unsigned char *mes)

{

 unsigned char uc_temp,uc_temp1,uc_temp3=0;

 unsigned long long int uli_temp2;

 U1IER=0;

 U0IER=0;

 gsm_cmd("at+cmgs=");

 uart0_putch('"');

 while(*num)

 uart0_putch(*num++);

 uart0_putch('"');

 gsm_enter();

 while(*mes)

 uart0_putch(*mes++);

 gsm_enter();

 gsm_enter();

 uart0_putch(0x1a);

 uc_temp1=0;

 uli_temp2=0;

 while(uc_temp1<10)

 {

  while (!(U0LSR & 0x01))

  {

   if(uli_temp2==8000000)

   {

    lcd_cmd(0x01);

    lcd_puts("MSG SENDING ");

    lcd_cmd(0xc0);

    lcd_puts("       ERROR");

    gsm_delay(2000);

lcd_cmd(0x01);

    lcd_puts("MODEM IS");

    lcd_cmd(0xc0);

    lcd_puts("   NOT CONNECTED");

    gsm_delay(2000);

goto end;

   }

   uli_temp2++;

  } // Wait RXD Receive Data Ready

  uc_temp= U0RBR;

  if(uc_temp=='+')

  {

   uc_temp=uart0_getch();

   if(uc_temp=='C')

   uc_temp=uart0_getch();

   else

   {

    lcd_cmd(0x01);

    lcd_puts("NO BALENCE");

    lcd_cmd(0xc0);

    lcd_puts("  IN UR SIM CARD");

    gsm_delay(2000);

goto end;

   }

   if(uc_temp=='M')

   uc_temp=uart0_getch();

   else

   {

    lcd_cmd(0x01);

    lcd_puts("NO BALENCE");

    lcd_cmd(0xc0);

    lcd_puts("  IN UR SIM CARD");

    gsm_delay(2000);

goto end;

   }

   if(uc_temp=='G')

   uc_temp=uart0_getch();

   else

   {

    lcd_cmd(0x01);

    lcd_puts("NO BALENCE");

    lcd_cmd(0xc0);

    lcd_puts("  IN UR SIM CARD");

    gsm_delay(2000);

goto end;

   }

   if(uc_temp=='S')

   {

    uc_temp3=1;

    break;

   }

   else

   {

    lcd_cmd(0x01);

    lcd_puts("NO BALENCE");

    lcd_cmd(0xc0);

    lcd_puts("  IN UR SIM CARD");

    gsm_delay(2000);

goto end;

   }

  }

  uc_temp1++ ;

 }

 if(uc_temp3==1)

 {

  lcd_cmd(0x01);

  lcd_puts("MESSAGE HAS BEEN");

  lcd_cmd(0xc0);

  lcd_puts("   SENT TO USER");

  gsm_delay(2000);

 }

 else

 {

  lcd_cmd(0x01);

  lcd_puts("MSG SENDING ");

  lcd_cmd(0xc0);

  lcd_puts("       ERROR");

  gsm_delay(2000);

 }

 end: 

 U1IER=0x01;

 U0IER=0x01;

}

void gsm_send_num_mesg_data(unsigned char *num,unsigned char *mes ,unsigned char *mes1)

{

 unsigned char uc_temp,uc_temp1,uc_temp3=0;

 unsigned long long int uli_temp2;

 U1IER=0;

 U0IER=0;

 gsm_cmd("at+cmgs=");

 uart0_putch('"');

 while(*num)

 uart0_putch(*num++);

 uart0_putch('"');

 gsm_enter();

 while(*mes)

 uart0_putch(*mes++);

 gsm_enter();

 while(*mes1)

 uart0_putch(*mes1++);

 gsm_enter();

 uart0_putch(0x1a);

 uc_temp1=0;

 uli_temp2=0;

 while(uc_temp1<10)

 {

  while (!(U0LSR & 0x01))

  {

   if(uli_temp2==8000000)

   {

    lcd_cmd(0x01);

    lcd_puts("MSG SENDING ");

    lcd_cmd(0xc0);

    lcd_puts("       ERROR");

    gsm_delay(2000);

lcd_cmd(0x01);

    lcd_puts("MODEM IS");

    lcd_cmd(0xc0);

    lcd_puts("   NOT CONNECTED");

    gsm_delay(2000);

goto end;

   }

   uli_temp2++;

  } // Wait RXD Receive Data Ready

  uc_temp= U0RBR;

  if(uc_temp=='+')

  {

   uc_temp=uart0_getch();

   if(uc_temp=='C')

   uc_temp=uart0_getch();

   else

   {

    lcd_cmd(0x01);

    lcd_puts("NO BALENCE");

    lcd_cmd(0xc0);

    lcd_puts("  IN UR SIM CARD");

    gsm_delay(2000);

goto end;

   }

   if(uc_temp=='M')

   uc_temp=uart0_getch();

   else

   {

    lcd_cmd(0x01);

    lcd_puts("NO BALENCE");

    lcd_cmd(0xc0);

    lcd_puts("  IN UR SIM CARD");

    gsm_delay(2000);

goto end;

   }

   if(uc_temp=='G')

   uc_temp=uart0_getch();

   else

   {

    lcd_cmd(0x01);

    lcd_puts("NO BALENCE");

    lcd_cmd(0xc0);

    lcd_puts("  IN UR SIM CARD");

    gsm_delay(2000);

goto end;

   }

   if(uc_temp=='S')

   {

    uc_temp3=1;

    break;

   }

   else

   {

    lcd_cmd(0x01);

    lcd_puts("NO BALENCE");

    lcd_cmd(0xc0);

    lcd_puts("  IN UR SIM CARD");

    gsm_delay(2000);

goto end;

   }

  }

  uc_temp1++ ;

 }

 if(uc_temp3==1)

 {

  lcd_cmd(0x01);

  lcd_puts("MESSAGE HAS BEEN");

  lcd_cmd(0xc0);

  lcd_puts("   SENT TO USER");

  gsm_delay(2000);

 }

 else

 {

  lcd_cmd(0x01);

  lcd_puts("MSG SENDING ");

  lcd_cmd(0xc0);

  lcd_puts("       ERROR");

  gsm_delay(2000);

 }

 end: 

 U1IER=0x01;

 U0IER=0x01;

}

void gsm_mes_read(void)         

{

 unsigned char a,b,i,count,numcnt;

 U1IER=0;

 U0IER=0;

 gsm_delay(100);

 while ((U0LSR & 0x01)) // Wait RXD Receive Data Ready

 {

  b= U0RBR;

  gsm_delay(5);

 }

   

 gsm_cmd("at+cmgr=1");

 gsm_enter();

 count=0;

 i=0;

 a=0;

 numcnt=0;

 while(count!=3)

 {

  b=uart0_getch();

  if((b==',')||(a==1))

  {

   if(numcnt<15)

   {

    if(numcnt>4)

    {

     mobilenum[numcnt-5]=b;

    }

    a=1;

    numcnt++;

   }

   else

   a=0;

  }

  if(count==2)

  {

   msg[i++]=b;

  }

  if(b==10)

  count+=1;

 }

 msg[--i]='\0';

 msg[--i]='\0';

 mobilenum[10]='\0';

 lcd_cmd(0x01);

 lcd_puts(msg);

 gsm_delay(2000);

 gsm_cmd("at+cmgd=1");

 gsm_enter();

 U1IER=0x01;

 U0IER=0x01;

}

3. lcd.h

//*****************************************************************************
// file name :lcd.h 
//*****************************************************************************

#ifndef _LPC214X_H_
#define _LPC214X_H_

// Define LCD PinIO Mask 
#define  LCD_RS     0x00010000   // P1.16(0000 0000 0000 000x 0000 0000 0000 0000)
#define  LCD_EN     0x00020000   // P1.17(0000 0000 0000 00x0 0000 0000 0000 0000)

#define  LCD_D4     0x00040000   // P1.18(0000 0000 0000 0x00 0000 0000 0000 0000)
#define  LCD_D5     0x00080000   // P1.19(0000 0000 0000 x000 0000 0000 0000 0000)
#define  LCD_D6     0x00100000   // P1.20(0000 0000 000x 0000 0000 0000 0000 0000)
#define  LCD_D7     0x00200000   // P1.21(0000 0000 00x0 0000 0000 0000 0000 0000)


lcd_cmd(unsigned char val)
{
 unsigned int lcd_ch;
 unsigned int lcd_i; // LCD Initial Delay Count 

 IOCLR1 = LCD_RS ; // RS = 0 

 lcd_ch=((val>>4)&0x0F); // Strobe 4-Bit High-Nibble to LCD

 IOCLR1 = (LCD_D7|LCD_D6|LCD_D5|LCD_D4); // Reset 4-Bit Pin Data
 IOSET1 = (lcd_ch<<18); // EN,0,RW,RS:DDDD:0000:0000:0000:0000:0000:0000   

 IOSET1 = LCD_EN ; // EN = 1 (Enable)
 for (lcd_i=0;lcd_i<10000;lcd_i++);
 IOCLR1 = LCD_EN ; // EN = 0 (Disable)
  
 lcd_ch=(val&0x0F);   // Strobe 4-Bit Low-Nibble to LCD

 IOCLR1 = (LCD_D7|LCD_D6|LCD_D5|LCD_D4);   // Reset 4-Bit Pin Data
 IOSET1 = (lcd_ch<<18); // EN,0,RW,RS:DDDD:0000:0000:0000:0000:0000:0000   

 IOSET1 = LCD_EN ; // EN = 1 (Enable)
 for (lcd_i=0;lcd_i<10000;lcd_i++);
 IOCLR1 = LCD_EN ; // EN = 0 (Disable)
  
 for (lcd_i=0;lcd_i<10000;lcd_i++);
}

lcd_data(unsigned char val)
{
 unsigned int lcd_ch;
 unsigned int lcd_i; // LCD Initial Delay Count 

 IOSET1 = LCD_RS ; // RS = 1 

 lcd_ch=((val>>4)&0x0F); // Strobe 4-Bit High-Nibble to LCD

 IOCLR1 = (LCD_D7|LCD_D6|LCD_D5|LCD_D4);   // Reset 4-Bit Pin Data
 IOSET1 = (lcd_ch<<18); // EN,0,RW,RS:DDDD:0000:0000:0000:0000:0000:0000   

 IOSET1 = LCD_EN ; // EN = 1 (Enable)
 for (lcd_i=0;lcd_i<10000;lcd_i++);
 IOCLR1 = LCD_EN ; // EN = 0 (Disable)
  
 lcd_ch=(val&0x0F);   // Strobe 4-Bit Low-Nibble to LCD

 IOCLR1 = (LCD_D7|LCD_D6|LCD_D5|LCD_D4);   // Reset 4-Bit Pin Data
 IOSET1 = (lcd_ch<<18); // EN,0,RW,RS:DDDD:0000:0000:0000:0000:0000:0000   

 IOSET1 = LCD_EN ; // EN = 1 (Enable)
 for (lcd_i=0;lcd_i<10000;lcd_i++);
 IOCLR1 = LCD_EN ; // EN = 0 (Disable)
  
 for (lcd_i=0;lcd_i<10000;lcd_i++);
}

void lcd_puts(unsigned char* str)
{
 while(*str)
 lcd_data(*str++);
}

void lcd_int(unsigned int lcd_value)
{
 unsigned int lcd_arr[10],lcd_val;

 for(lcd_val=1;lcd_val<5;lcd_val++)
 {
  lcd_arr[lcd_val] = lcd_value%10;
  lcd_value  = lcd_value/10;
 }

 for(lcd_val=4; lcd_val!=0 ; lcd_val--) //sending data to LCD
 {
  lcd_data(lcd_arr[lcd_val]+48);
 }
}


lcd_init()
{
 unsigned int lcd_main_i; // LCD Initial Delay Count 

 PINSEL2 |= 0x00000000; // GPIO1[31..26] = I/O Function
 IODIR1  |= 0x003F0000 ; // LCD Data Bus = Write // LCD Data Bus = Write
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++); // Power-On Delay (15 mS)

 IOCLR1 = ((LCD_D7|LCD_D6|LCD_D5|LCD_D4|LCD_RS|LCD_EN)); // Reset (RS,RW,EN,4-Bit Data) Pin
 IOSET1 = (LCD_D5|LCD_D4); // DDDD:EN,RW,RS,0:0000:0000:0000:0000:0000:0000 
 IOSET1 = LCD_EN ; // EN = 1 (Enable)
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++);
 IOCLR1 = LCD_EN ; // EN = 0 (Disable)
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++); // Delay 4.1mS

 IOCLR1 = ((LCD_D7|LCD_D6|LCD_D5|LCD_D4|LCD_RS|LCD_EN));   // Reset (RS,RW,EN,4-Bit Data) Pin
 IOSET1 = (LCD_D5|LCD_D4); // DDDD:EN,RW,RS,0:0000:0000:0000:0000:0000:0000 
 IOSET1 = LCD_EN ; // EN = 1 (Enable)
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++);
 IOCLR1 = LCD_EN ; // EN = 0 (Disable)
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++); // delay 100uS
  
 IOCLR1 = ((LCD_D7|LCD_D6|LCD_D5|LCD_D4|LCD_RS|LCD_EN));   // Reset (RS,RW,EN,4-Bit Data) Pin
 IOSET1 = (LCD_D5|LCD_D4); // DDDD:EN,RW,RS,0:0000:0000:0000:0000:0000:0000 
 IOSET1 = LCD_EN ; // EN = 1 (Enable)
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++);
 IOCLR1 = LCD_EN ; // EN = 0 (Disable)
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++);  

 IOCLR1 = ((LCD_D7|LCD_D6|LCD_D5|LCD_D4|LCD_RS|LCD_EN));   // Reset (RS,RW,EN,4-Bit Data) Pin
 IOSET1 = (LCD_D5); // DDDD:EN,RW,RS,0:0000:0000:0000:0000:0000:0000 
 IOSET1 = LCD_EN ; // EN = 1 (Enable)
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++);
 IOCLR1 = LCD_EN ; // EN = 0 (Disable)
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++);
 
 lcd_cmd(0x28);  
 lcd_cmd(0x0c); 
 lcd_cmd(0x06); 
 lcd_cmd(0x01);
 for (lcd_main_i=0;lcd_main_i<10000;lcd_main_i++); // Wait Command Ready
}

void lcd_float(float value)
{
   unsigned char xxx[5],z=0;
   int intval;
   

   intval=(int)value;

   value=value-intval;

   while(intval!=0)
   {
    xxx[z]=intval%10;
intval=intval/10;
    z++;
    }
while(z!=0)
{
z--;

   lcd_data(xxx[z]+48);
   }
   lcd_puts(".");
   
   intval=value*10;
    lcd_data(intval+48);
  /* while(intval!=0)
   {
    xx[z]=intval%10;
intval=intval/10;
    z++;
}
while(z!=0)
{
z--;
lcd_data(xx[z]+48);
} */
 }


#endif

4. uart.h

void uart0_init()
{
 PINSEL0 |=0x00000005;

 U0LCR =0X80;
 U0DLL =97;
 U0LCR =0X03;
}

void com_baudrate0 (unsigned int baudrate) 
{
  unsigned long DLreload;

  PINSEL0 |=0x00000005;
  DLreload = (15000000UL / baudrate) / 16UL;

  U0LCR = 0x80;           /* Set DLAB */
  U0DLL = DLreload;
  U0DLM = (DLreload >> 8);
  
  U0LCR = 0x03;          /* Clear DLAB */
}

void uart0_putch(unsigned char val)
{
 while(!(U0LSR & 0x20));
 U0THR =val;
} 

unsigned char uart0_getch()
{
 while(!(U0LSR & 0x01));
 return(U0RBR);
}

void uart0_puts( char *stringptr)
{
  while (*stringptr)
   uart0_putch(*stringptr++);
} 

void uart0_int(unsigned long value)
{
 unsigned char arr[10];
 unsigned char val=0;
 if(value==0)
 uart0_putch(0+48);

 while(value!=0)
 {
  arr[val] = value%10;
  value  = value/10;
  val++;
 }

 while(val!=0)
 {
  val--;
  uart0_putch(arr[val]+48);
 }
}

  

5. uart1.h 

       void uart1_init()

{

 PINSEL0 |=0x00050000;

 U1LCR =0X80;

 U1DLL =97;

 U1LCR =0X03;

}

void uart1_putch(unsigned char val)

{

 while(!(U1LSR & 0x20));

 U1THR =val;

} 

unsigned char uart1_getch()

{

 while(!(U1LSR & 0x01));

 return(U1RBR);

} 

void uart1_puts( unsigned char *stringptr)

{

  while (*stringptr)

   uart1_putch(*stringptr++);

} 

void uart1_int(unsigned long value)

{

 unsigned char arr[10];

 unsigned char val=0;

 if(value==0)

 uart1_putch(0+48);

 while(value!=0)

 {

  arr[val] = value%10;

  value  = value/10;

  val++;

 }

 while(val!=0)

 {

  val--;

  uart1_putch(arr[val]+48);

 }

}