External interrupt and timer0 and timer1 using same time

void start_timer1()
{
    timer1=0;
    TMR0IE_bit=1;
}

void interrupt(void) 
{
     if(IOCIF_bit)   // RB4-RB7 interrupt
     {
          IOCIE_bit = 0;
          
          IOCIF_bit = 0;

          if(!RB4_bit)    // Data is received from RB4 
          {
                wiegand[wCounter]='0';
                wCounter++;
                while(RB4_bit==0);
          }
          else if(!RB5_bit)  // Data is received from RB5 
          {
                wiegand[wCounter]='1';
                wCounter++;
                while(RB5_bit==0);
          }
          
          if(wCounter==26)
          {
               finish=1;
          }
          else
          {
              IOCIE_bit = 1;
          }
    }
     
     if (TMR0IF_bit) 
     {
          TMR0IF_bit = 0;  // timer calculation from mikroElektronika software and it is true. 
          TMR0H = 0x48;    // microcontroller is pic18f24k50, external crystal 12Mhz, 1 second timer interrupt
          TMR0L = 0xE5;

          timer1++;
     }
}

unsigned short control_last_tag()
{
    unsigned short result=0;
    
    if(finish==1)
    {
       if((receivedTag[0]==lastTag1[0]) && (receivedTag[1]== lastTag1[1]) && (receivedTag[2]==lastTag1[2]))
       {
           if(timer1==0)
               result=1;
       }
       else
       {
           result=1;
       }
    } 
    else if(finish==2)
    {
        if((receivedTag[0]==lastTag2[0]) && (receivedTag[1]== lastTag2[1]) && (receivedTag[2]==lastTag2[2]))
        {
             if(timer2==0)
                result=1;
        }
        else
        {
             result=1;
        }
    }
    return result;
}

void isRec_tag()
{
    unsigned short isRec=0;
    unsigned int currentAddr=startAddr;
    
    while(currentAddr<=finishAddr)         // control from start adress to finish address in eeprom, tag data is find?
    {
             currentAddr++;
             if(EEPROM_Read(currentAddr)==receivedTag[0])
             {
                 currentAddr++;
                 if(EEPROM_Read(currentAddr)==receivedTag[1])
                 {
                      currentAddr++;
                      if(EEPROM_Read(currentAddr)==receivedTag[2])   // Tag data is find.
                      {
                          if(control_last_tag()==1)        // Control last readed tag. Microcontroller wont any process, if readed tag is read in 10 second again.
                          {
                              if(finish==1)
                              {
                                   RELAY1=ON;
                                   start_timer1();
                              }

                              if(finish==2)
                              {
                                   RELAY2=ON;
                                   start_timer2();
                              }
                              write_last_tag();   // Update last readed tag
                        }
                      }
                      else
                           currentAddr+=1;
                 }
                 else
                     currentAddr+=2;
             }
             else
                  currentAddr+=3;
    }
}

void main() 
{
    init();

    while(1) 
    {
           LED0 = ~LED0;
           Delay_ms(500);

           if(finish>0) // if all of tag data is received. If finish is 1, antenna-1 send data
           {                                            // If finish is 2, antenna-2 send data
               wCounter=0;
               calc_tag_data();   // Calculate received wiegand data to tag id
               isRec_tag();       // Control that readed tag is known?
               
               finish=0;
               
               IOCIE_bit = 1;     // IOC interrupt is on;
           }
           
          if(timer1==2)        // if timer is value 2 second
             RELAY1=OFF;
   
          if(timer1==10)       // if timer is value 10 second
          {
               timer1=0;
               TMR0IE_bit=0;
          }
    }
}

void init()
{
    /******* IOC RB4-RB7 interrupt ***************/
    IOCIE_bit = 1;
    PEIE_bit = 1;
    GIE_bit = 1;

    IOCB4_bit = 1;
    IOCB5_bit = 1;

    IOCIF_bit = 0;
    /*********************************************/
    /************* TIMER1 ************************/
    T0CON         = 0x85;
    TMR0H         = 0x48;
    TMR0L         = 0xE5;
}

if((memcmp(receivedTag, lastTag, x) == 0)) //turn ON relay for 2 seconds

TMR0ON_bit = 0;