Send 433mhz decoded signal to internet
Posted: Sun Sep 11, 2016 8:48 amHi guys,
i have a question for you..
I'have developed code to decode weather data from a weather station(wind,rain,temperature,solar radiation) that send packet at 433mhz.
I'm using a 433mhz rx and an arduino nano,it works perfectly,after i receive the data,i send it to the hardware serial monitor ,so i can read data from serial console
of arduino ide.
Now,i would like to send this data to a server using an esp8266.
Is it possible send data from hardware serial monitor of arduino,to internet,using esp8266-01?
Could you pease give me some hints?Thank you guys!
This is the code that i'm using to send data so hardware serial monitor.
i have a question for you..
I'have developed code to decode weather data from a weather station(wind,rain,temperature,solar radiation) that send packet at 433mhz.
I'm using a 433mhz rx and an arduino nano,it works perfectly,after i receive the data,i send it to the hardware serial monitor ,so i can read data from serial console
of arduino ide.
Now,i would like to send this data to a server using an esp8266.
Is it possible send data from hardware serial monitor of arduino,to internet,using esp8266-01?
Could you pease give me some hints?Thank you guys!
This is the code that i'm using to send data so hardware serial monitor.
Code: Select all
#ifdef SERIALOG
void SerialWrite(byte bSensorType)
{
byte b_ch;
switch(bSensorType)
{
case 0: //temp
{
b_ch=(bICP_DEA_PacketData[bICP_WSR_PacketOutputPointer][4] & 0x0C) >> 2;
Serial.print(b_ch,DEC );
Serial.print(" ");
Serial.print(W_Packet.Temp[b_ch].temp/10, DEC );
Serial.write( byte('.') );
if( W_Packet.Temp[b_ch].temp < 0 )
Serial.print(((0-W_Packet.Temp[b_ch].temp)%10), DEC );
else
Serial.print( W_Packet.Temp[b_ch].temp%10, DEC );
Serial.print(" ");
Serial.print(W_Packet.Temp[b_ch].hr, DEC );
Serial.print(" ");
#ifdef BAROMETER_SENSOR
Serial.print(pressure/100, DEC);
Serial.write( byte('.') );
Serial.print( pressure%100, DEC);
#endif
Serial.println();
break;
}
case 1: //Rain
{
Serial.print("4");
Serial.print(" ");
Serial.print(uiWSR_RainfallCount/4, DEC );
Serial.write( byte('.') );
Serial.print(uiWSR_RainfallCount%4, DEC );
Serial.println();
break;
}
case 2: //wind
{
if((W_Packet.isfully & 0xC0) == 0xC0)
{
//avg_wind
Serial.print("2");
Serial.print(" ");
Serial.print( W_Packet.Wind.avg/5, DEC );
Serial.write( byte('.') );
Serial.print(W_Packet.Wind.avg%5, DEC );
Serial.print(" ");
//gust_wind
Serial.print(W_Packet.Wind.gst/5, DEC );
Serial.write( byte('.') );
Serial.print(W_Packet.Wind.gst%5, DEC );
Serial.print(" ");
//wind_dir
Serial.print(W_Packet.Wind.dir);
Serial.println();
}
break;
}
case 3: //SolarRadiation
{
if((W_Packet.SolarRad<18000) && (bWSR_StationTransmitterID == 156))
{
Serial.print( "StationID=" );
Serial.print( bWSR_StationTransmitterID, DEC );
Serial.print(",Solar Radiation=");
Serial.print( W_Packet.SolarRad/10, DEC );
Serial.write( byte('.') );
Serial.print( W_Packet.SolarRad%10, DEC );
Serial.print(" W/mq");
Serial.println();
}
break;
}
}
}
#endif
