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Strain gauge based on Arduino
von Cliff W. (cliff)

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The strain assessment instrument is used to assess the degree of 
corresponding muscle strain by obtaining the muscle surface action 
potential through silver oxide electrodes or other human surface 
electrodes, together with the patient's conscious control of muscle 
movements. The highest level of muscle strain is 7 and the lowest level 
is 1. Level 1 is a mild condition, followed by levels 2, 3, 4, and 5, 
and levels 6 and 7 are severe conditions. This project uses the serial 
touch screen animation to display the evaluation process, and the end of 
the evaluation will give the level of the proposed treatment plan 
display. The accessories are as follows.

1, STONE 5.6" serial touch screen and adapter board V1.2.
2, electrodes, electrode wires.
3, Arduino EMG feedback module.

The result demonstration is shown in the attached image.

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Re: Strain gauge based on Arduino
von Cliff W. (cliff)

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1
//EMG assess is testing for people. 

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// by Frank 20210326.

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//

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#include <Servo.h>  

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int pos = 0;    // variable to store the servo position 

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int inDelay = 0;

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String inString = "";    // String buffer

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// Pin 13 has an LED connected on most Arduino boards.

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// give it a name:

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int led = 13;       // in pcba

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int led2 = 12;       // yellow

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int led3 = 11;       // red

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int ipage = 1;         //  Pointer buffer 1-7

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int ipage0;            //  Pointer buffer 1-7

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int ipage2;            //  Pointer buffer 1-7

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int biaozhi = 0;  // 1 = begin, 0 = stop. 

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int threeok;      // 3 = trun to reslut page  and biaozhi zero,

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int dataMuscle = 0;   // The muscle data of testing.

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void setup() 

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{ 

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   pinMode(led, OUTPUT);        // initialize the digital pin as an output.  

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  pinMode(led2, OUTPUT);        // initialize the digital pin as an output.  

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  pinMode(led3, OUTPUT);        // initialize the digital pin as an output.

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  Serial.begin(9600);  // Open the serial communication function and wait for the serial port to open

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  while (!Serial) {

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    ; // wait for serial port to connect. Needed for Leonardo only

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  }  

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}   

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void loop() 

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{ 

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  int inChar;

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  if(inDelay == 0){  

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       inDelay = 1;                //RTC is only once! 

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      //-------------------------RTC--------------------------

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        Serial.write(0xA5);       //"A5" is 165

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        Serial.write(0x5A);       //"5A" is 90

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        Serial.write(0x0A);

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        Serial.write(0x80);

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        Serial.write(0x1F);

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        Serial.write(0x5A); 

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        Serial.write(0x21);    

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        Serial.write(0x03);      

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        Serial.write(0x26);            // 3 month 26 day

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        Serial.write(0x05);            // friday

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        Serial.write(0x11);

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        Serial.write(0x08);   

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        Serial.write(0x57);           // 11:08:57

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      //---------------------------------------------------  

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  }

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  // Read the information sent by the serial port:

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  if (Serial.available() > 0)   {    inChar = Serial.read();  }

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  /* begin key is biaozhi = 1 ! */

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  if ((inChar == 0x61)&&(biaozhi == 0)) {        // 0x0061 is the begin key !

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     biaozhi = 1;

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     threeok = 0;

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     dataMuscle = random(1,7);            //shui ji shu (1-7)   ,it is the result num!

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     ipage2 = 0;

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     ipage3 = 0;

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  }

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  /*-------------------------------------EMG assess begin------------------------------*/

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  if(biaozhi == 1)     // begin EMG assess testing!

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  {

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     digitalWrite(led, HIGH);   // turn the LED on (HIGH is the voltage level) 

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    //------------------------------------------1------------------------------------------   

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     if (ipage < 7)            // only begin look each page!

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     {

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         for(ipage0 = ipage; ipage0 < 7; ipage0 += 1)      // Num 1+

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        {

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              // variable Icon + 1

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            Serial.write(0xA5);       //"A5" is 165

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            Serial.write(0x5A);       //"5A" is 90

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            Serial.write(0x05);

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            Serial.write(0x82);

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            Serial.write(0x03);

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            Serial.write(0x00);

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            Serial.write(0x00);

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            Serial.write(ipage0);    // 0-7 page all can look!      

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            delay(600);              // waits 0.6s            

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            if((ipage0 == (dataMuscle + 1))&&(ipage2 == 0)){

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              ipage2 = 1;

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              ipage0 -= 2;

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            }

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        }

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        ipage = 7;

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        ipage2 = 0;         

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        digitalWrite(led3, HIGH);   // turn the LED on (HIGH is the voltage level)   

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        for(ipage0 = ipage; ipage0 > 0; ipage0 -= 1)  // Num 1-

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        {

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          Serial.write(0xA5);       //"A5" is 165

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          Serial.write(0x5A);       //"5A" is 90

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          Serial.write(0x05);

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          Serial.write(0x82);

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          Serial.write(0x03);

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          Serial.write(0x00);

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          Serial.write(0x00);

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          Serial.write(ipage0);    // 01-7 page all can look!          

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          delay(900);              // waits 0.9s          

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          if((ipage0 == (dataMuscle - 1))&&(ipage2 == 0)){

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              ipage2 = 1;

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              ipage0 += 2;

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          }

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        }

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        ipage = 1;

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        ipage2 = 0;

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   }

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    threeok = 1;       

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    //----------------------------------------2------------------------------------------

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       digitalWrite(led, LOW);    // turn the LED off by making the voltage LOW

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     digitalWrite(led2, HIGH);    // turn the LED off by making the voltage LOW

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     digitalWrite(led3, LOW);    // turn the LED off by making the voltage LOW

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       if (ipage < 7)            // only begin look each page!

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   {

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     for(ipage0 = ipage; ipage0 < 7; ipage0 += 1)      // Num 1+

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      {

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              // variable Icon + 1

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        Serial.write(0xA5);       //"A5" is 165

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        Serial.write(0x5A);       //"5A" is 90

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        Serial.write(0x05);

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        Serial.write(0x82);

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        Serial.write(0x03);

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        Serial.write(0x00);

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        Serial.write(0x00);

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        Serial.write(ipage0);    // 1-7 page all can look!        

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        delay(500);              // waits 0.6s

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        if((ipage0 == (dataMuscle + 1))&&(ipage2 == 0)){

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           ipage2 = 1;

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           ipage0 -= 2;

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         }       

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      }

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      ipage = 7;

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      ipage2 = 0;        

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      digitalWrite(led3, HIGH);   // turn the LED on (HIGH is the voltage level)   

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      for(ipage0 = ipage; ipage0 > 0; ipage0 -= 1)  // Num 1-

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      {

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        Serial.write(0xA5);       //"A5" is 165

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        Serial.write(0x5A);       //"5A" is 90

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        Serial.write(0x05);

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        Serial.write(0x82);

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        Serial.write(0x03);

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        Serial.write(0x00);

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        Serial.write(0x00);

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        Serial.write(ipage0);    // 0-7 page all can look!        

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        delay(800);              // waits 0.9s

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        if((ipage0 == (dataMuscle - 1))&&(ipage2 == 0)){

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            ipage2 = 1;

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            ipage0 += 2;

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        }

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      }

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      ipage = 1;

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      ipage2 = 0;

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   }

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    threeok = 2;      

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    //------------------------------------------3------------------------------------------

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        digitalWrite(led, LOW);    // turn the LED off by making the voltage LOW

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     digitalWrite(led2, LOW);    // turn the LED off by making the voltage LOW

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     digitalWrite(led3, HIGH);    // turn the LED off by making the voltage LOW

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   if (ipage < 7)            // only begin look each page!

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   {

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     for(ipage0 = ipage; ipage0 < 7; ipage0 += 1)      // Num 1+

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      {

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              // variable Icon + 1

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        Serial.write(0xA5);       //"A5" is 165

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        Serial.write(0x5A);       //"5A" is 90

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        Serial.write(0x05);

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        Serial.write(0x82);

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        Serial.write(0x03);

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        Serial.write(0x00);

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        Serial.write(0x00);

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        Serial.write(ipage0);    // 0-7 page all can look!

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        delay(300);              // waits 0.6s

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        if((ipage0 == (dataMuscle + 1))&&(ipage2 == 0)){

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            ipage2 = 1;

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            ipage0 -= 2;

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        }   

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      }

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      ipage = 7;

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      ipage2 = 0;   

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      digitalWrite(led, HIGH);   // turn the LED on (HIGH is the voltage level)   

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      for(ipage0 = ipage; ipage0 > 0; ipage0 -= 1)  // Num 1-

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      {

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        Serial.write(0xA5);       //"A5" is 165

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        Serial.write(0x5A);       //"5A" is 90

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        Serial.write(0x05);

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        Serial.write(0x82);

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        Serial.write(0x03);

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        Serial.write(0x00);

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        Serial.write(0x00);

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        Serial.write(ipage0);    // 0-7 page all can look!        

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        delay(600);              // waits 0.9s

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        if((ipage0 == (dataMuscle - 1))&&(ipage2 == 0)){

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            ipage2 = 1;

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            ipage0 += 2;

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        }

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      }

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      ipage = 1;

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      ipage2 = 0;

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   }

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   threeok = 3;      

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  }// end if(biaozhi == 1)  

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  /*-------------------------------------EMG assess  END -----------------------------*/

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  if(threeok == 3)      // 3 = trun to reslut page  and biaozhi zero,

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  {

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    biaozhi = 0;

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    threeok = 0;

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    //trun reslut page.

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        Serial.write(0xA5);       //"A5" is 165

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        Serial.write(0x5A);       //"5A" is 90

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        Serial.write(0x04);

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        Serial.write(0x80);

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        Serial.write(0x03);

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        Serial.write(0x00);

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        Serial.write(dataMuscle);     

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     digitalWrite(led, LOW);    // turn the LED off by making the voltage LOW

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     digitalWrite(led2, HIGH);    // turn the LED off by making the voltage LOW

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     digitalWrite(led3, LOW);    // turn the LED off by making the voltage LOW

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  }//end if(threeok == 3)  

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}


  


  




  

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