Röststyrd trådlös launch control för duvskjutning.

[Eppom]

En vän byggde vidare på denna från elfa https://www.elfa.se/elfa3~se_sv/elfa/in ... &toc=20551. Ska höra mig för om han kan förklara lite mer ingående om intresset fortfarande kvarstår.
som jag förstår så är Voxen även volymkänslig/inställnings bar.

[Micke_71]

Eller så köper man en sådan här av någon variant o moddar. http://www.elnu.se/index.php?lista=17&a ... materiel=1

En tanke som borde kunna fungera. Någon wifi modul o sen nyttja telefonen som sändare. Blåtanden har väl lite för dålig räckvidd antar jag.

Typ http://www.tinyosshop.com/index.php?rou ... th=141_143

Eller den här http://www.tinyosshop.com/index.php?rou ... uct_id=657 Bara att göra en app för röstigenkänning och röstkommando i telefonen så slipper man falsk triggning av kastaren. Vi som skjuter halvautomat känner igen det.

Och så en sista tanke jag har haft kring det här.

Har några stycken gamla Motorola GP300 på uhf bandet. Har för mig att de går o progga med VOX. Borde kunna ha de som sändare. Men risk för falsk triggning.

[orvar-e]

Beställde lite pryttlar igår.
Radiodelen....
Ljuddetektor

Samma grejer som du Micke länkade till men utan dosan, och billigare.

[orvar-e]

Så där ja, nu har allt kommit hem från Kina. Dags att försöka få ihop nått användbart av det.
Det finns ju lite kod på försäljaren sida så det ska nog gå fort att testa lite iaf.

Kod: Markera allt

//Author: cantone-electonics
//Arduino 1.0
//Arduino uno R3
//Making a wireless remote control with arduino
const int data_out = 2;//encoder DOUT
 //LED pin,When receiving the key from the serial port, LED flash
const int ledPin =  13;    //LED pin
// OSC Resistance is 3.3M
const int Osc_4xCycle = 359; //4 oscillating time periods
const int Osc_12xCycle = 1078;//12 oscillating time periods
unsigned long Temporary[3];//Temporary storage unit
  
...
 
//send:8 Address Bits, 4 Data Bits, Sync bit
void send_data()
 
void setup() {
  // initialize the LED pin as an output:
  pinMode(ledPin, OUTPUT); 
   // initialize the encoder DOUT pin as an output
  pinMode(data_out, OUTPUT);
 
  Serial.begin(9600);
}
void loop()
{
  ...
  
  while(1)
  {
    //get key from pc serial port
    while (Serial.available() > 0) 
    {
        keydata = Serial.read();
        receive_flag = 1;
        delay(2);
    }
   
    if(receive_flag == 1)//if get key,send key
    {
     
    receive_flag = 0;
   
    if((keydata == 'a') || (keydata == 'A'))//trigger A channel relay.
    {
      Temporary[2] = 0xC0;// 0xC0 is A button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
       Serial.println(".....trigger A channel relay.....");
    }
    else if((keydata == 'b') || (keydata == 'B'))//trigger B channel relay.
    {
      Temporary[2] = 0x30;// 0x30 is B button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
      Serial.println(".....trigger B channel relay.....");
    }
     else if((keydata == 'c') || (keydata == 'C'))//trigger C channel relay.
     {
      Temporary[2] = 0x0C;// 0x0C is C button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
      Serial.println(".....trigger C channel relay.....");
     
     }
     else if((keydata == 'd') || (keydata == 'D'))//trigger D channel relay.
     {
      Temporary[2] = 0x03;// 0x03 is D button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
      Serial.println(".....trigger D channel relay.....");
     }
    
    ...
  
  }
}

[orvar-e]

Här är hela koden man får om man frågar efter den hos säljaren.

Kod: Markera allt

//Author: cantone-electonics
//More information welcome to : http://www.canton-electronics.com 
//Arduino 1.0
//Arduino uno R3
//Making a wireless remote control with arduino

//const int data_out = 2;//encoder DOUT

 //LED pin,When receiving the key from the serial port, LED flash
const int ledPin =  13;    //LED pin

const int gnd_pin =  9;    //AS GND 
const int data_out =  10;    //encoder DOUT
const int vcc_pin=  11;    //AS VCC


// OSC Resistance is 3.3M
const int Osc_4xCycle = 359; //4 oscillating time periods 
const int Osc_12xCycle = 1078;//12 oscillating time periods

unsigned long Temporary[3];//Temporary storage unit


//output bit "0"
void bit_0() {
  
  digitalWrite(data_out, HIGH);
  delayMicroseconds(Osc_4xCycle);//4 oscillating time periods High level
  digitalWrite(data_out, LOW);
  delayMicroseconds(Osc_12xCycle);//12 oscillating time periods Low level
  digitalWrite(data_out, HIGH);
  delayMicroseconds(Osc_4xCycle);//4 oscillating time periods High level
  digitalWrite(data_out, LOW);
  delayMicroseconds(Osc_12xCycle);//12 oscillating time periods Low level
  
}

//output bit "1"
void bit_1() {
  
  digitalWrite(data_out, HIGH);
  delayMicroseconds(Osc_12xCycle);//12 oscillating time periods High level
  digitalWrite(data_out, LOW);
  delayMicroseconds(Osc_4xCycle);//4 oscillating time periods Low level
  digitalWrite(data_out, HIGH);
  delayMicroseconds(Osc_12xCycle);//12 oscillating time periods High level
  digitalWrite(data_out, LOW);
  delayMicroseconds(Osc_4xCycle);//4 oscillating time periods Low level
  
}

//output bit "f"
void bit_f() {
  
  digitalWrite(data_out, HIGH);
  delayMicroseconds(Osc_4xCycle);//4 oscillating time periods High level
  digitalWrite(data_out, LOW);
  delayMicroseconds(Osc_12xCycle);//12 oscillating time periods Low level
  digitalWrite(data_out, HIGH);
  delayMicroseconds(Osc_12xCycle);//12 oscillating time periods High level
  digitalWrite(data_out, LOW);
  delayMicroseconds(Osc_4xCycle);//4 oscillating time periods Low level
  
}

//output synchronous bit
void bit_syn() {
  
  digitalWrite(data_out, HIGH);
  delayMicroseconds(Osc_4xCycle);//4 oscillating time periods High level
  digitalWrite(data_out, LOW);
  delayMicroseconds(Osc_4xCycle*31);//124 oscillating time periods Low level

}

//send:8 Address Bits, 4 Data Bits, Sync bit
void send_data(){
  unsigned char temp,tab,i;
  unsigned char j,k;
  for(j=0;j<4;j++)
  {
    for(k=0;k<3;k++)//send 8 Address Bits, 4 Data Bits
    {
      tab = Temporary[k];
    
      for(i=0;i<4;i++)
      {
        temp = tab;
        temp &= 0xC0;
      
        if(temp == 0xC0)//11 is bit "1"
        {
          bit_1();
        }
        else if(temp == 0x00)//00 is bit "0"
        {
          bit_0();
        }
        else //01 is bit "f"
        {
          bit_f();
         }
      
        tab =  tab << 2;
    }
  }
  
   bit_syn();//send Sync bit
  
  }
}
  

void setup() {
  // initialize the LED pin as an output:
  pinMode(ledPin, OUTPUT);  
   // initialize the encoder DOUT pin as an output
  pinMode(data_out, OUTPUT); 
  
  pinMode(gnd_pin, OUTPUT); 
  pinMode(vcc_pin, OUTPUT); 
  
  digitalWrite(vcc_pin, HIGH);//SET VCC
  digitalWrite(gnd_pin, LOW);//SET GND
  
  
  Serial.begin(9600);

}

void loop()
{
  int keydata = 0;
  int receive_flag = 0;
  
  Temporary[0] = 0xC5;//address A7-A4
  Temporary[1] = 0x55;//address A3-A0
  digitalWrite(ledPin, LOW);//Turn off led

  
  while(1)
  {
    //get key from pc serial port
    while (Serial.available() > 0)  
    {
        keydata = Serial.read();
        receive_flag = 1;
        delay(2);
    }
    
    if(receive_flag == 1)//if get key,send key
    {
      
    receive_flag = 0;
    
    if((keydata == 'a') || (keydata == 'A'))//trigger A channel relay.
    {
      Temporary[2] = 0xC0;// 0xC0 is A button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
       Serial.println(".....trigger A channel relay.....");
    }
    else if((keydata == 'b') || (keydata == 'B'))//trigger B channel relay.
    {
      Temporary[2] = 0x30;// 0x30 is B button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
      Serial.println(".....trigger B channel relay.....");
    }
     else if((keydata == 'c') || (keydata == 'C'))//trigger C channel relay.
     {
      Temporary[2] = 0x0C;// 0x0C is C button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
      Serial.println(".....trigger C channel relay.....");
      
     }
     else if((keydata == 'd') || (keydata == 'D'))//trigger D channel relay.
     {
      Temporary[2] = 0x03;// 0x03 is D button key
      digitalWrite(ledPin, HIGH);//Turn on led
      send_data();//send code word
      Serial.println(".....trigger D channel relay.....");
     }
     
    keydata = 0;
    
    //When receiving the key from the serial port, LED flash
    digitalWrite(ledPin, LOW);//Turn off led
    delay(50);//delay 100ms
    digitalWrite(ledPin, HIGH);//Turn on led
    delay(50);//delay 100ms
    digitalWrite(ledPin, LOW);//Turn off led
    delay(50);//delay 100ms
    digitalWrite(ledPin, HIGH);//Turn on led
    delay(50);//delay 100ms
    digitalWrite(ledPin, LOW);//Turn off led
    
    }
   
  }
}