Published June 21, 2020

Hand Tools Only: The Community Health Monitor

The solution provides a heatmap view of households displaying COVID-19 related self-assessments and objective measures of household members.

AdvancedFull instructions provided527

Hand Tools Only: The Community Health Monitor

Things used in this project

Hardware components

ESP WROOM 32 Dev Kit

5 mm LED: Red

5 mm LED: Green

Male/Female Jumper Wires

Female/Female Jumper Wires

Ring Tongue Terminal, M4

Solid Single Core Copper Wire 24 AWG

Banana Jack/Plug

Thermistor 1 kOhm

Resistor 330 ohm

Capacitor 10 nF

Aluminum Tape

Copper Pins

Heat Shrink Tubing (3mm)

Breadboard (generic)

Bolt M5 (6 cm long)

Nut M5

Wooden Stripes (2x1 cm) - 16 cm long

Wooden Stripes (2x1 cm) - 25 cm long

Software apps and online services

Arduino IDE

Thingsboard IoT Platform

Hand tools and fabrication machines

Crimp Tool, Heavy-Duty

Wire Stripper & Cutter, 18-10 AWG / 0.75-4mm² Capacity Wires

Hot glue gun (generic)

Utility Knife

Hand Saw

Drilling Machine

Drill (6mm)

Story

Half a year after the first detection of the COVID-19 disease caused by the SARS-CoV-2 coronavirus, the pandemic is still a serious threat to the whole world. In order to slow down the spread of the pandemic a lot of countries decided to lock down regions or even the entire country. While this approach works well in rich countries with a good social system in place, it is not possible in poor countries without a sufficient social system that can take care of the citizen. In those countries, people are forced to go to work every day in order to feed their families. Here, a community based monitoring approach can be very helpful to detect a local outbreak at an early stage in order to prevent a spread of the disease and a lock down of a bigger region. Moreover, the identification of risk patients that are more likely to undergo a severe course of the disease and who will need intensive medical care, can help the health departments in the medical organization of a local outbreak. I developed a Community Health Monitor that can both identify local outbreaks of COVID-19 disease using a heat map and potential risk patients using relevant measurement methods.

Community Health Monitor - Fully assembled

The Community Health Monitor is an easy-to-build device that requires only hand tools and no soldering. All you need is a microcontroller (esp32), some LEDs, resistors and capacitors, two thermistors, wires, a few pieces of wood, cardboard, paper, aluminium foil and security pins. You can easily build it at your own home or a local group can build it for its community. One device can be used for one household with up to four members. For data storage and the heat map view, you will be using an open source IoT platform. You can find detailed instructions of the enclosure build and the set-up of the IoT platform and dashboard in the attachments.

Community Health Monitor - Electronics parts only

The Community Health Monitor is easy to use. After selecting a user, the user can indicate whether he or she observed one or more of three typical symptoms for COVID-19 (cough, fever and fatigue). The selection is done using the inbuilt capacitive touch sensing capabilities of the esp32 to keep costs low. Moreover, the selection is indicated with LEDs. Using a thermistor, the user measures his or her respiration with a nose clip. A change in the respiratory rate can indicate a progressing COVID-19 disease (elevated respiratory rate). The other thermistor measures the finger tip temperature rebound. This measurement indicates whether the user has a coronary artery disease that might led to a severe progression of the COVID-19 disease. This measurement is divided into three phases. First, you record your baseline finger tip temperature. Second, you need to tie your arm to reduce blood flow. This will result in a temperature decrease. Third, you need to untie your arm. The time it needs for the temperature to rebound is indicative for the condition of your cardiovascular system.

The data will be uploaded to the ThingsBoard IoT platform using your local Wi-Fi access point or a Wi-Fi hotspot from a mobile device. If no Wi-Fi is available, a Raspberry Pi can be used as a Wi-Fi hotspot with the IoT platform installed. The Raspberry Pi functions as a mobile data hub here. However, the solution presented here is designed to use a local Wi-Fi access point or hotspot with the IoT platform hosted on an Amazon Web Services EC2 instance.

The data can be investigated using three different views on the IoT platform’s dashboard which are hierarchically structured. The “district view” shows the different households as symbols on a map. The houses are depicted in red or green colours. A green house indicates that no member of the household shows all three typical symptoms for COVID-19. A red house suggests that at least one member of the household shows all three symptoms. This view can be interpreted as a heat map with red areas indicating a potential outbreak of COVID-19 disease. By clicking on the symbol of the house, the “household view” opens, which allows to investigate the symptoms of all members of the household. The detailed information of the measurements for each user can then be examined in the “user view”. A medical person can analyze these measurements by changing from a realtime to an historical view and determine whether a sick person might develop a severe progression of COVID-19. To ensure the patient’s data safety, it can be determined who or which authorities are allowed to view which resolution of the data by using the role-based access control of the IoT platform.

The strength of the Community Health Monitor is its modifiability, both the symptomes and the measurement methods can be adjusted to the newest findings of the COVID-19 research. This makes the Community Health Monitor a valuable device for detecting the spread of cases of COVID-19 as fast as possible. Moreover, it is possible to modify the device to detect other diseases in the future. Alternatively, the user can convert the microcontroller and the other electronic components to build another useful application. The box-like structure made of wood allows the user to easily disassemble the box and convert it into another device like a garden or field monitor. Therefore, the Community Health Monitor is a helpful device in the present pandemic but can be useful in the future as well, not only but especially in developing countries.

Community Health Monitor - in action

Schematics

Code

//The Code for uploading data to thingsboard is based on the following ressource
//https://thingsboard.io/docs/samples/esp32/gpio-control-pico-kit-dht22-sensor/

#include <WiFi.h>           // WiFi control for ESP32
#include <ThingsBoard.h>    // ThingsBoard SDK



// WiFi access point
#define WIFI_AP_NAME        "WIFI_AP_NAME" // Put in your WIFI name
// WiFi password
#define WIFI_PASSWORD       "WIFI_PASSWORD" // Put in your WIFI password

// See https://thingsboard.io/docs/getting-started-guides/helloworld/ 
// to understand how to obtain an access token
#define TOKEN               "VPS2jRtlzFDLz3RFGUN7" // Put in your Access token



// ThingsBoard server instance.
#define THINGSBOARD_SERVER  "ec2-3-121-239-3.eu-central-1.compute.amazonaws.com" // Put in the public DNS of your AWS EC2 instance



// Initialize ThingsBoard client
WiFiClient espClient;
// Initialize ThingsBoard instance
ThingsBoard tb(espClient);
// the Wifi radio's status
int status = WL_IDLE_STATUS;

// Array with LEDs that should be lit up one by one
uint8_t leds_cycling[] = { 15, 2, 4, 16, 17, 5, 18, 19, 21, 3, 22, 23 };
int current_cycle = 0;
int max_cycle = 5; // You can change the duration of the measurement phases by increasing/decreasing the number of cycles 


// Main application loop delay
int quant = 20;

// Initial period of LED cycling.
int led_delay = 2000;
// Period of sending data.
int send_delay = 500;

// Time passed after LED was turned ON, milliseconds.
int led_passed = 0;
// Time passed after temperature/humidity data was sent, milliseconds.
int send_passed = 0;


// LED number that is currenlty ON during data upload.
int current_led = -1;


//The code for reading resistive sensors is based on the following ressource
//https://www.arduino.cc/en/Tutorial/RCtime

// Variablen fr Average
float AverageTemperature = 0;
int MeasurementsToAverage = 10;

float Measurement_Nose = 0;
int sensorPin_nose = 25;
 
float Measurement_Finger = 0;
int sensorPin_finger = 26;              

long result = 0;


// The code for driving LEDs is based on the following ressource
//http://www.martyncurrey.com/switching-things-on-and-off-with-an-arduino/
//LEDs used: 15, 2, 4, 16, 17, 5, 18, 19, 21, 3, 22, 23

int Measure_Start = 0;
int Measure_Phase = 0;
int Symptom_Upload = 0;

float House_Latitude = 48.1477608;
float House_Longitude = 11.5731407;

int User1_LED = 15;
int User2_LED = 2;
int User3_LED = 4;
int User4_LED = 16;
int User_squenceLength = 4;

String User_Name = "";
String User_1 = "U1"; // Leave it as is. If you want to put in your own names, you should use short names because they will be uploaded.
String User_2 = "U2";
String User_3 = "U3";
String User_4 = "U4";

int S1_LED_y = 5; 
int S1_LED_n = 17; 
int S1_squenceLength = 2;
String S1_Name = "Cough"; //Put in the name for first symptom, e.g. cough
String S1_eval = "";

int S2_LED_y = 19;
int S2_LED_n = 18;
int S2_squenceLength = 2;
String S2_Name = "Fever"; //Put in the name for second symptom, e.g. fever
String S2_eval = "";

int S3_LED_y = 3;
int S3_LED_n = 21;
int S3_squenceLength = 2;
String S3_Name = "Fatigue"; //Put in the name for second symptom, e.g. fever
String S3_eval = "";

int M1_LED = 22;
int M2_LED = 23;

int M1_squenceLength = 3;
 
int User_Switch = 13;
int S1_Switch = 12;
int S2_Switch = 14;
int S3_Switch = 27;
int M1_Switch = 32;

 
// variables to hold the new and old switch states
boolean User_oldSwitchState = LOW;
boolean User_newSwitchState1 = LOW;
boolean User_newSwitchState2 = LOW;
boolean User_newSwitchState3 = LOW;

boolean S1_oldSwitchState = LOW;
boolean S1_newSwitchState1 = LOW;
boolean S1_newSwitchState2 = LOW;
boolean S1_newSwitchState3 = LOW;

boolean S2_oldSwitchState = LOW;
boolean S2_newSwitchState1 = LOW;
boolean S2_newSwitchState2 = LOW;
boolean S2_newSwitchState3 = LOW;

boolean S3_oldSwitchState = LOW;
boolean S3_newSwitchState1 = LOW;
boolean S3_newSwitchState2 = LOW;
boolean S3_newSwitchState3 = LOW;

boolean M1_oldSwitchState = LOW;
boolean M1_newSwitchState1 = LOW;
boolean M1_newSwitchState2 = LOW;
boolean M1_newSwitchState3 = LOW;

// variables for reading touch values. These will be used to sense if the touch panels are touched
float User_touchstate1 = 0;
float User_touchstate2 = 0;
float User_touchstate3 = 0;

float S1_touchstate1 = 0;
float S1_touchstate2 = 0;
float S1_touchstate3 = 0;

float S2_touchstate1 = 0;
float S2_touchstate2 = 0;
float S2_touchstate3 = 0;

float S3_touchstate1 = 0;
float S3_touchstate2 = 0;
float S3_touchstate3 = 0;

float M1_touchstate1 = 0;
float M1_touchstate2 = 0;
float M1_touchstate3 = 0;

// variables to keep track of led states
byte User_state = 0;
byte S1_state = 0;
byte S2_state = 0;
byte S3_state = 0;
byte M1_state = 0;

 
void setup() 
{
    Serial.begin(115200);

    WiFi.begin(WIFI_AP_NAME, WIFI_PASSWORD);
    InitWiFi();
     
    pinMode(User1_LED, OUTPUT ); digitalWrite(User1_LED, LOW);
    pinMode(User2_LED, OUTPUT ); digitalWrite(User2_LED, LOW);
    pinMode(User3_LED, OUTPUT ); digitalWrite(User3_LED, LOW);
    pinMode(User4_LED, OUTPUT ); digitalWrite(User4_LED, LOW);
    
    pinMode(S1_LED_y, OUTPUT ); digitalWrite(S1_LED_y, LOW);
    pinMode(S1_LED_n, OUTPUT ); digitalWrite(S1_LED_n, LOW);
    
    pinMode(S2_LED_y, OUTPUT ); digitalWrite(S2_LED_y, LOW);
    pinMode(S2_LED_n, OUTPUT ); digitalWrite(S2_LED_n, LOW);

    pinMode(S3_LED_y, OUTPUT ); digitalWrite(S3_LED_y, LOW);
    pinMode(S3_LED_n, OUTPUT ); digitalWrite(S3_LED_n, LOW);

    pinMode(M1_LED, OUTPUT ); digitalWrite(M1_LED, LOW);
    pinMode(M2_LED, OUTPUT ); digitalWrite(M2_LED, LOW);
    
    
    
    pinMode(User_Switch, INPUT); 
    pinMode(S1_Switch, INPUT); 
    pinMode(S2_Switch, INPUT); 
    pinMode(S3_Switch, INPUT); 
    pinMode(M1_Switch, INPUT);


}
 
void loop()
{
    
//Section to select user and tun on respective LED
    User_touchstate1 = touchRead(User_Switch);
    if (User_touchstate1<45){ 
      
      //If the value of the touch pins are lower the 45, it will be processed as a touched evet. 
      //You might adjust this value if you run into the problem that the touch switch is not detecting a touched event. 
      //You might have to adjust each touch switch separately.
      
      User_newSwitchState1 = HIGH;
    }
    else {
     User_newSwitchState1 = LOW; 
    }
      delay(1);
    
     
    User_touchstate2 = touchRead(User_Switch);
    if (User_touchstate2<45){
      User_newSwitchState2 = HIGH;
    }
    else {
     User_newSwitchState2 = LOW; 
    }
      delay(1);


     User_touchstate3 = touchRead(User_Switch);
    if (User_touchstate3<45){
      User_newSwitchState3 = HIGH;
    }
    else {
     User_newSwitchState3 = LOW; 
    }
      delay(1);

    //Serial.print(User_touchstate3); Serial.println(User_newSwitchState3);
 
    // if all 3 values are the same we can continue. This is done to prevent rebounding of the switch
    if (  (User_newSwitchState1==User_newSwitchState2) && (User_newSwitchState1==User_newSwitchState3) )
    {
        if ( User_newSwitchState1 != User_oldSwitchState ) 
        {
 
           // has the touch switch been touched?
           if ( User_newSwitchState1 == HIGH )
           {
 
                User_state++;
                if (User_state > (User_squenceLength) ) { User_state = 1; }
 
                // turn all LEDs off. Doing it this way means we do not need to care about the individual LEDs
                // simply turn them all off and then turn on the correct one. 
                digitalWrite(User1_LED, LOW);
                digitalWrite(User2_LED, LOW);
                digitalWrite(User3_LED, LOW);
                digitalWrite(User4_LED, LOW);
 
                // Turn on the next LED
                if (User_state==1) { digitalWrite(User1_LED, HIGH);  User_Name = User_1;}
                if (User_state==2) { digitalWrite(User2_LED, HIGH);  User_Name = User_2;}
                if (User_state==3) { digitalWrite(User3_LED, HIGH);  User_Name = User_3;}
                if (User_state==4) { digitalWrite(User4_LED, HIGH);  User_Name = User_4;}
           }
           User_oldSwitchState = User_newSwitchState1;
        }  
    }


//Section to select first symptom evaluation and tun on respective LED
    S1_touchstate1 = touchRead(S1_Switch);
    if (S1_touchstate1<45){
      S1_newSwitchState1 = HIGH;
    }
    else {
     S1_newSwitchState1 = LOW; 
    }
      delay(1);
    
     
    S1_touchstate2 = touchRead(S1_Switch);
    if (S1_touchstate2<45){
      S1_newSwitchState2 = HIGH;
    }
    else {
     S1_newSwitchState2 = LOW; 
    }
      delay(1);


     S1_touchstate3 = touchRead(S1_Switch);
    if (S1_touchstate3<45){
      S1_newSwitchState3 = HIGH;
    }
    else {
     S1_newSwitchState3 = LOW; 
    }
      delay(1);

    //Serial.print(S1_touchstate3); Serial.println(S1_newSwitchState3);
 
    // if all 3 values are the same we can continue
    if (  (S1_newSwitchState1==S1_newSwitchState2) && (S1_newSwitchState1==S1_newSwitchState3) )
    {
        if ( S1_newSwitchState1 != S1_oldSwitchState ) 
        {
 
           // has the touch switch been touched?
           if ( S1_newSwitchState1 == HIGH )
           {
 
                S1_state++;
                if (S1_state > (S1_squenceLength) ) { S1_state = 1; }
 
                // turn all LEDs off. Doing it this way means we do not need to care about the individual LEDs
                // simply turn them all off and then turn on the correct one. 
                digitalWrite(S1_LED_y, LOW);
                digitalWrite(S1_LED_n, LOW);
               
 
                // Turn on the next LED
                if (S1_state==1) { digitalWrite(S1_LED_n, HIGH);  S1_eval = "0";}
                if (S1_state==2) { digitalWrite(S1_LED_y, HIGH);  S1_eval = "1";}
               
           }
           S1_oldSwitchState = S1_newSwitchState1;
        }  
    }




//Section to select second symptom evaluation and tun on respective LED
    S2_touchstate1 = touchRead(S2_Switch);
    if (S2_touchstate1<45){
      S2_newSwitchState1 = HIGH;
    }
    else {
     S2_newSwitchState1 = LOW; 
    }
      delay(1);
    
     
    S2_touchstate2 = touchRead(S2_Switch);
    if (S2_touchstate2<45){
      S2_newSwitchState2 = HIGH;
    }
    else {
     S2_newSwitchState2 = LOW; 
    }
      delay(1);


     S2_touchstate3 = touchRead(S2_Switch);
    if (S2_touchstate3<45){
      S2_newSwitchState3 = HIGH;
    }
    else {
     S2_newSwitchState3 = LOW; 
    }
      delay(1);

    //Serial.print(S2_touchstate3); Serial.println(S2_newSwitchState3);
 
    // if all 3 values are the same we can continue
    if (  (S2_newSwitchState1==S2_newSwitchState2) && (S2_newSwitchState1==S2_newSwitchState3) )
    {
        if ( S2_newSwitchState1 != S2_oldSwitchState ) 
        {
 
           // has the touch switch been touched?
           if ( S2_newSwitchState1 == HIGH )
           {
 
                S2_state++;
                if (S2_state > (S2_squenceLength) ) { S2_state = 1; }
 
                // turn all LEDs off. Doing it this way means we do not need to care about the individual LEDs
                // simply turn them all off and then turn on the correct one. 
                digitalWrite(S2_LED_y, LOW);
                digitalWrite(S2_LED_n, LOW);
               
 
                // Turn on the next LED
                if (S2_state==1) { digitalWrite(S2_LED_n, HIGH);  S2_eval = "0";} //green
                if (S2_state==2) { digitalWrite(S2_LED_y, HIGH);  S2_eval = "1";} //red
               
           }
           S2_oldSwitchState = S2_newSwitchState1;
        }  
    }


//Section to select third symptom evaluation and tun on respective LED
    S3_touchstate1 = touchRead(S3_Switch);
    //Serial.println(S3_touchstate1);
    if (S3_touchstate1<45){
      S3_newSwitchState1 = HIGH;
    }
    else {
     S3_newSwitchState1 = LOW; 
    }
      delay(1);
    
     
    S3_touchstate2 = touchRead(S3_Switch);
    if (S3_touchstate2<45){
      S3_newSwitchState2 = HIGH;
    }
    else {
     S3_newSwitchState2 = LOW; 
    }
      delay(1);


     S3_touchstate3 = touchRead(S3_Switch);
    if (S3_touchstate3<45){
      S3_newSwitchState3 = HIGH;
    }
    else {
     S3_newSwitchState3 = LOW; 
    }
      delay(1);

    //Serial.print(S3_touchstate3); Serial.println(S3_newSwitchState3);
 
    // if all 3 values are the same we can continue
    if (  (S3_newSwitchState1==S3_newSwitchState2) && (S3_newSwitchState1==S3_newSwitchState3) )
    {
        if ( S3_newSwitchState1 != S3_oldSwitchState ) 
        {
 
           // has the touch switch been touched?
           if ( S3_newSwitchState1 == HIGH )
           {
 
                S3_state++;
                if (S3_state > (S3_squenceLength) ) { S3_state = 1; }
 
                // turn all LEDs off. Doing it this way means we do not need to care about the individual LEDs
                // simply turn them all off and then turn on the correct one. 
                digitalWrite(S3_LED_y, LOW);
                digitalWrite(S3_LED_n, LOW);
               
 
                // Turn on the next LED
                if (S3_state==1) { digitalWrite(S3_LED_n, HIGH);  S3_eval = "0";}
                if (S3_state==2) { digitalWrite(S3_LED_y, HIGH);  S3_eval = "1";}
               
           }
           S3_oldSwitchState = S3_newSwitchState1;
        }  
    }




//Section to start measurments
    M1_touchstate1 = touchRead(M1_Switch);
    //Serial.println(M1_touchstate1);
    if (M1_touchstate1<25){
      M1_newSwitchState1 = HIGH;
    }
    else {
     M1_newSwitchState1 = LOW; 
    }
      delay(1);
    
     
    M1_touchstate2 = touchRead(M1_Switch);
    if (M1_touchstate2<25){
      M1_newSwitchState2 = HIGH;
    }
    else {
     M1_newSwitchState2 = LOW; 
    }
      delay(1);


     M1_touchstate3 = touchRead(M1_Switch);
    if (M1_touchstate3<25){
      M1_newSwitchState3 = HIGH;
    }
    else {
     M1_newSwitchState3 = LOW; 
    }
      delay(1);

    //Serial.print(M1_touchstate3); Serial.println(M1_newSwitchState3);
 
    // if all 3 values are the same we can continue
    if (  (M1_newSwitchState1==M1_newSwitchState2) && (M1_newSwitchState1==M1_newSwitchState3) )
    {
        if ( M1_newSwitchState1 != M1_oldSwitchState ) 
        {
 
           // has the touch switch been touched?
           if ( M1_newSwitchState1 == HIGH )
           {
 
                M1_state++;
                if (M1_state > (M1_squenceLength) ) { M1_state = 1; }
 
                // turn all LEDs off. Doing it this way means we do not need to care about the individual LEDs
                // simply turn them all off and then turn on the correct one. 
                digitalWrite(User1_LED, LOW);
                digitalWrite(User2_LED, LOW);
                digitalWrite(User3_LED, LOW);
                digitalWrite(User4_LED, LOW);
                digitalWrite(S1_LED_y, LOW);
                digitalWrite(S1_LED_n, LOW);
                digitalWrite(S2_LED_y, LOW);
                digitalWrite(S2_LED_n, LOW);
                digitalWrite(S3_LED_y, LOW);
                digitalWrite(S3_LED_n, LOW);
                digitalWrite(M1_LED, LOW);
                digitalWrite(M2_LED, LOW);
                
                
               
               
 
                
                if (M1_state==1) {
                  if (Measure_Start == 0){
                    
                    //The first time you touch the touch switch to start the measurement, all LEDs will turn on and turn off after 2 second. 
                    //The first measurement phase starts.
                    // You have to touch the measurement touch switch again to start the next phase.
                    digitalWrite(User1_LED, HIGH);
                    digitalWrite(User2_LED, HIGH);
                    digitalWrite(User3_LED, HIGH);
                    digitalWrite(User4_LED, HIGH);
                    digitalWrite(S1_LED_y, HIGH);
                    digitalWrite(S1_LED_n, HIGH);
                    digitalWrite(S2_LED_y, HIGH);
                    digitalWrite(S2_LED_n, HIGH);
                    digitalWrite(S3_LED_y, HIGH);
                    digitalWrite(S3_LED_n, HIGH);
                    digitalWrite(M1_LED, HIGH);
                    digitalWrite(M2_LED, HIGH);
                    delay(2000);
                    digitalWrite(User1_LED, LOW);
                    digitalWrite(User2_LED, LOW);
                    digitalWrite(User3_LED, LOW);
                    digitalWrite(User4_LED, LOW);
                    digitalWrite(S1_LED_y, LOW);
                    digitalWrite(S1_LED_n, LOW);
                    digitalWrite(S2_LED_y, LOW);
                    digitalWrite(S2_LED_n, LOW);
                    digitalWrite(S3_LED_y, LOW);
                    digitalWrite(S3_LED_n, LOW);
                    digitalWrite(M1_LED, HIGH); // Only the first LED is permanently on.
                    digitalWrite(M2_LED, LOW);
                    Measure_Start = 1; //This variable turn on and off the measurement and uploading porcess. The LED cycle starts while the LED M1_LED is permanently on.
                  }

                  Measure_Phase = 1; // This variable sets the measurement phase. This is important when you upload the data to ThingsBoard IoT platform                       
                  
                  }
                
                
                
                if (M1_state==2) {

                  if (Measure_Start == 2){
                    
                    digitalWrite(User1_LED, LOW);
                    digitalWrite(User2_LED, LOW);
                    digitalWrite(User3_LED, LOW);
                    digitalWrite(User4_LED, LOW);
                    digitalWrite(S1_LED_y, LOW);
                    digitalWrite(S1_LED_n, LOW);
                    digitalWrite(S2_LED_y, LOW);
                    digitalWrite(S2_LED_n, LOW);
                    digitalWrite(S3_LED_y, LOW);
                    digitalWrite(S3_LED_n, LOW);
                    digitalWrite(M1_LED, LOW);
                    digitalWrite(M2_LED, HIGH); //The LED M2_LED is permanently on. 
                    delay(2000);
                    Measure_Start = 1;
                  }
                  
                  
                  Measure_Phase = 2;
                  
                  
                  }

                if (M1_state==3) {
                  if (Measure_Start == 2){
                    
                    digitalWrite(User1_LED, LOW);
                    digitalWrite(User2_LED, LOW);
                    digitalWrite(User3_LED, LOW);
                    digitalWrite(User4_LED, LOW);
                    digitalWrite(S1_LED_y, LOW);
                    digitalWrite(S1_LED_n, LOW);
                    digitalWrite(S2_LED_y, LOW);
                    digitalWrite(S2_LED_n, LOW);
                    digitalWrite(S3_LED_y, LOW);
                    digitalWrite(S3_LED_n, LOW);
                    digitalWrite(M1_LED, HIGH); // The LEDs M1_LED and M2_LED are permanently on.
                    digitalWrite(M2_LED, HIGH);
                    delay(2000);
                    Measure_Start = 1;
                  }
                  Measure_Phase = 3;
                }
               
           }
           M1_oldSwitchState = M1_newSwitchState1;
        }  
    }

    

    

   

    

    if (Measure_Start == 1){ // The measuremet and uploading process starts


      if (Measure_Phase == 1){
        digitalWrite(M1_LED, HIGH);
        
      }

      if (Measure_Phase == 2){
        digitalWrite(M2_LED, HIGH);
      }

      if (Measure_Phase == 3){
        digitalWrite(M1_LED, HIGH);
        digitalWrite(M2_LED, HIGH);
      }

      
      delay(quant);

      led_passed += quant;
      send_passed += quant;
    
      // Check if next LED should be lit up
      if (led_passed > led_delay) {
        // Turn off current LED
        digitalWrite(leds_cycling[current_led], LOW);
        led_passed = 0;
        current_led = current_led >= 11 ? 0 : (current_led + 1);
        // Turn on next LED in a row
        digitalWrite(leds_cycling[current_led], HIGH);
        if (current_led == 11){
          current_cycle++;
          if (current_cycle == max_cycle && Measure_Phase <3){
            
            //The measurement takes a few minutes (depending on the number you set in the max_cycle variable) in each phase. When one phase is completed, all LEDs are turned on.
            // You have to touch the measurement touch switch again to start the next phase.
            
            digitalWrite(User1_LED, HIGH);
            digitalWrite(User2_LED, HIGH);
            digitalWrite(User3_LED, HIGH);
            digitalWrite(User4_LED, HIGH);
            digitalWrite(S1_LED_y, HIGH);
            digitalWrite(S1_LED_n, HIGH);
            digitalWrite(S2_LED_y, HIGH);
            digitalWrite(S2_LED_n, HIGH);
            digitalWrite(S3_LED_y, HIGH);
            digitalWrite(S3_LED_n, HIGH);
            digitalWrite(M1_LED, HIGH);
            digitalWrite(M2_LED, HIGH);
            current_cycle = 0;
            Measure_Start = 2; 
                               
          
          
          } else if (current_cycle == max_cycle && Measure_Phase == 3){

            // After the last measruement phase is completed, all LEDs are turned off. Another user can then use the device.
            Measure_Start = 0; 
            digitalWrite(User1_LED, HIGH);
            digitalWrite(User2_LED, HIGH);
            digitalWrite(User3_LED, HIGH);
            digitalWrite(User4_LED, HIGH);
            digitalWrite(S1_LED_y, HIGH);
            digitalWrite(S1_LED_n, HIGH);
            digitalWrite(S2_LED_y, HIGH);
            digitalWrite(S2_LED_n, HIGH);
            digitalWrite(S3_LED_y, HIGH);
            digitalWrite(S3_LED_n, HIGH);
            digitalWrite(M1_LED, HIGH);
            digitalWrite(M2_LED, HIGH);
            delay(5000);
            digitalWrite(User1_LED, LOW);
            digitalWrite(User2_LED, LOW);
            digitalWrite(User3_LED, LOW);
            digitalWrite(User4_LED, LOW);
            digitalWrite(S1_LED_y, LOW);
            digitalWrite(S1_LED_n, LOW);
            digitalWrite(S2_LED_y, LOW);
            digitalWrite(S2_LED_n, LOW);
            digitalWrite(S3_LED_y, LOW);
            digitalWrite(S3_LED_n, LOW); 
            digitalWrite(M1_LED, LOW);
            digitalWrite(M2_LED, LOW);
     
          }
        }

        //Serial.println(Measure_Start);
        //Serial.println(Measure_Phase);

    
      }
      
    
      // Reconnect to WiFi, if needed
      if (WiFi.status() != WL_CONNECTED) {
        reconnect();
        return;
      }
    
      // Reconnect to ThingsBoard, if needed
      if (!tb.connected()) {
        
    
        // Connect to the ThingsBoard
        Serial.print("Connecting to: ");
        Serial.print(THINGSBOARD_SERVER);
        Serial.print(" with token ");
        Serial.println(TOKEN);
        if (!tb.connect(THINGSBOARD_SERVER, TOKEN)) {
          Serial.println("Failed to connect");
          return;
        }
      }
    
     
    
    
      // Check if it is a time to send sensor data
      if (send_passed > send_delay) {
        //Read data from sensors 

        for(int i = 0; i < MeasurementsToAverage; ++i)
          {
            Measurement_Finger += RCtime(sensorPin_finger); 
            Measurement_Nose += RCtime(sensorPin_nose); 
            delay(1);
          }
        Measurement_Finger /= MeasurementsToAverage;
        Measurement_Nose /= MeasurementsToAverage;
        
        //Thingsboard accepts data in the key:value format. The SDK transforms the input to a json payload.
        //In order to concatenating a key, we can concatenate a string and transform it then to a char.  
        //If you get errors with char length, then maybe your user names are too long. Just increase the char length.       
        if (Symptom_Upload == 0){ //Send symptom data only once 
            
            String payload_KEY_S1 = User_Name +"_"+ S1_Name;
            char KEY_S1[25];
            payload_KEY_S1.toCharArray( KEY_S1, 25 );

            String payload_VALUE_S1 = S1_eval;
            char VALUE_S1[5];
            payload_VALUE_S1.toCharArray( VALUE_S1, 5 );
            
            tb.sendAttributeString(KEY_S1, VALUE_S1);


            String payload_KEY_S2 = User_Name +"_"+ S2_Name;
            char KEY_S2[25];
            payload_KEY_S2.toCharArray( KEY_S2, 25 );

            String payload_VALUE_S2 = S2_eval;
            char VALUE_S2[5];
            payload_VALUE_S2.toCharArray( VALUE_S2, 5 );
            
            tb.sendAttributeString(KEY_S2, VALUE_S2);


            String payload_KEY_S3 = User_Name +"_"+ S3_Name;
            char KEY_S3[25];
            payload_KEY_S3.toCharArray( KEY_S3, 25 );

            String payload_VALUE_S3 = S3_eval;
            char VALUE_S3[5];
            payload_VALUE_S3.toCharArray( VALUE_S3, 5 );
            
            tb.sendAttributeString(KEY_S3, VALUE_S3);
            
            tb.sendAttributeFloat("latitude", House_Latitude );
            tb.sendAttributeFloat("longitude", House_Longitude );
            
            Symptom_Upload = 1;

            Serial.print(KEY_S1); Serial.print("_"); Serial.println(VALUE_S1);
            Serial.print(KEY_S2); Serial.print("_"); Serial.println(VALUE_S2);
            Serial.print(KEY_S3); Serial.print("_"); Serial.println(VALUE_S3);

          
          
            
          }

           
          String payload_finger = User_Name + "_Finger";
          char KEY_Finger[10];
          payload_finger.toCharArray( KEY_Finger, 10 );

          String payload_nose = User_Name + "_Nose";
          char KEY_Nose[10];
          payload_nose.toCharArray( KEY_Nose, 10 );


          String payload_phase = User_Name + "_Phase";
          char KEY_Phase[10];
          payload_phase.toCharArray( KEY_Phase, 10 ); 
          


          tb.sendTelemetryFloat(KEY_Nose, Measurement_Nose);
          tb.sendTelemetryFloat(KEY_Finger, Measurement_Finger);
          tb.sendTelemetryInt(KEY_Phase, Measure_Phase);

               

          Serial.print(User_Name + "_Finger: "); Serial.println(Measurement_Finger);
          Serial.print(User_Name + "_Nose: "); Serial.println(Measurement_Nose); 
          Serial.print(User_Name + "_Phase: "); Serial.println(Measure_Phase); 

          
       
    
        send_passed = 0;
      }

      
      
  }

    

}



void InitWiFi()
{
  Serial.println("Connecting to AP ...");
  // attempt to connect to WiFi network

  WiFi.begin(WIFI_AP_NAME, WIFI_PASSWORD);
  while (WiFi.status() != WL_CONNECTED) {
    delay(500);
    Serial.print(".");
  }
  Serial.println("Connected to AP");
}

void reconnect() {
  // Loop until we're reconnected
  status = WiFi.status();
  if ( status != WL_CONNECTED) {
    WiFi.begin(WIFI_AP_NAME, WIFI_PASSWORD);
    while (WiFi.status() != WL_CONNECTED) {
      delay(500);
      Serial.print(".");
    }
    Serial.println("Connected to AP");
  }
}




long RCtime(int sensPin){
   long result = 0;
   pinMode(sensPin, OUTPUT);       // make pin OUTPUT
   digitalWrite(sensPin, HIGH);    // make pin HIGH to discharge capacitor - study the schematic
   delay(1);                       // wait a  ms to make sure cap is discharged

   pinMode(sensPin, INPUT);        // turn pin into an input and time till pin goes low
   digitalWrite(sensPin, LOW);     // turn pullups off - or it won't work
   while(digitalRead(sensPin)){    // wait for pin to go low
      result++;
   }

   return result;                   // report results  
}

{
  "title": "Health_Monitor",
  "configuration": {
    "widgets": {
      "03fc7acd-a282-c549-1c0f-c846209aa04c": {
        "isSystemType": true,
        "bundleAlias": "maps_v2",
        "typeAlias": "openstreetmap",
        "type": "latest",
        "title": "New widget",
        "sizeX": 16,
        "sizeY": 9,
        "config": {
          "datasources": [
            {
              "type": "entity",
              "dataKeys": [
                {
                  "name": "U1_Cough",
                  "type": "attribute",
                  "label": "U1_Cough",
                  "color": "#f44336",
                  "settings": {},
                  "_hash": 0.9483047289752751
                },
                {
                  "name": "latitude",
                  "type": "attribute",
                  "label": "latitude",
                  "color": "#4caf50",
                  "settings": {},
                  "_hash": 0.6336059629177917
                },
                {
                  "name": "longitude",
                  "type": "attribute",
                  "label": "longitude",
                  "color": "#f44336",
                  "settings": {},
                  "_hash": 0.26130980460545916
                },
                {
                  "name": "U1_Fever",
                  "type": "attribute",
                  "label": "U1_Fever",
                  "color": "#ffc107",
                  "settings": {},
                  "_hash": 0.7883786482037389
                },
                {
                  "name": "U1_Fatigue",
                  "type": "attribute",
                  "label": "U1_Fatigue",
                  "color": "#607d8b",
                  "settings": {},
                  "_hash": 0.4548511186595847
                },
                {
                  "name": "U2_Fever",
                  "type": "attribute",
                  "label": "U2_Fever",
                  "color": "#8bc34a",
                  "settings": {},
                  "_hash": 0.3726623945015146
                },
                {
                  "name": "U2_Fatigue",
                  "type": "attribute",
                  "label": "U2_Fatigue",
                  "color": "#3f51b5",
                  "settings": {},
                  "_hash": 0.7234108375227497
                },
                {
                  "name": "U3_Cough",
                  "type": "attribute",
                  "label": "U3_Cough",
                  "color": "#e91e63",
                  "settings": {},
                  "_hash": 0.9265306049034161
                },
                {
                  "name": "U3_Fever",
                  "type": "attribute",
                  "label": "U3_Fever",
                  "color": "#ffeb3b",
                  "settings": {},
                  "_hash": 0.10952738301734644
                },
                {
                  "name": "U3_Fatigue",
                  "type": "attribute",
                  "label": "U3_Fatigue",
                  "color": "#03a9f4",
                  "settings": {},
                  "_hash": 0.9292721882744681
                },
                {
                  "name": "U4_Cough",
                  "type": "attribute",
                  "label": "U4_Cough",
                  "color": "#ff9800",
                  "settings": {},
                  "_hash": 0.44640189579906586
                },
                {
                  "name": "U4_Fever",
                  "type": "attribute",
                  "label": "U4_Fever",
                  "color": "#673ab7",
                  "settings": {},
                  "_hash": 0.3910911063383722
                },
                {
                  "name": "U4_Fatigue",
                  "type": "attribute",
                  "label": "U4_Fatigue",
                  "color": "#cddc39",
                  "settings": {},
                  "_hash": 0.7629474201410205
                },
                {
                  "name": "U2_Cough",
                  "type": "attribute",
                  "label": "U2_Cough",
                  "color": "#cddc39",
                  "settings": {},
                  "_hash": 0.5605604798221353
                }
              ],
              "entityAliasId": "65ec6bdc-4dd8-5874-c7a0-fd5ea96dbe93"
            }
          ],
          "timewindow": {
            "realtime": {
              "timewindowMs": 60000
            }
          },
          "showTitle": true,
          "backgroundColor": "rgb(238, 238, 238)",
          "color": "rgba(0, 0, 0, 0.87)",
          "padding": "8px",
          "settings": {
            "fitMapBounds": true,
            "latKeyName": "latitude",
            "lngKeyName": "longitude",
            "showLabel": false,
            "label": "${entityName}",
            "tooltipPattern": "<b>Latitude:</b> ${latitude:7}<br/><b>Longitude:</b> ${longitude:7}<br/>",
            "markerImageSize": 75,
            "useColorFunction": false,
            "markerImages": [
              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",
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",
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            ],
            "useMarkerImageFunction": true,
            "colorFunction": "var type = dsData[dsIndex]['type'];\nif (type == 'colorpin') {\n\tvar temperature = dsData[dsIndex]['temperature'];\n\tif (typeof temperature !== undefined) {\n\t    var percent = (temperature + 60)/120 * 100;\n\t    return tinycolor.mix('blue', 'red', amount = percent).toHexString();\n\t}\n\treturn 'blue';\n}\n",
            "color": "#fe7569",
            "mapProvider": "OpenStreetMap.Mapnik",
            "showTooltip": true,
            "autocloseTooltip": true,
            "tooltipFunction": "var deviceType = dsData[dsIndex]['deviceType'];\r\nif (typeof deviceType !== undefined) {\r\n    if (deviceType == \"energy meter\") {\r\n        return '<b>${entityName}</b><br/><b>Energy:</b> ${energy:2} kWt<br/>';\r\n    } else if (deviceType == \"thermometer\") {\r\n        return '<b>${entityName}</b><br/><b>Temperature:</b> ${temperature:2} C<br/>';\r\n    }\r\n}",
            "labelFunction": "var deviceType = dsData[dsIndex]['deviceType'];\r\nif (typeof deviceType !== undefined) {\r\n    if (deviceType == \"energy meter\") {\r\n        return '<span style=\"color:orange;\">${entityName}, ${energy:2} kWt</span>';\r\n    } else if (deviceType == \"thermometer\") {\r\n        return '<span style=\"color:blue;\">${entityName}, ${temperature:2} C</span>';\r\n    }\r\n}",
            "customProviderTileUrl": "https://{s}.tile.openstreetmap.org/{z}/{x}/{y}.png",
            "defaultCenterPosition": [
              0,
              0
            ],
            "showTooltipAction": "click",
            "polygonKeyName": "coordinates",
            "polygonOpacity": 0.5,
            "polygonStrokeOpacity": 1,
            "polygonStrokeWeight": 1,
            "zoomOnClick": true,
            "showCoverageOnHover": true,
            "animate": true,
            "maxClusterRadius": 80,
            "removeOutsideVisibleBounds": true,
            "markerImage": 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",
            "useDefaultCenterPosition": false,
            "markerImageFunction": "var u1_cough = dsData[dsIndex]['U1_Cough'];\nvar u1_fever = dsData[dsIndex]['U1_Fever'];\nvar u1_fatigue = dsData[dsIndex]['U1_Fatigue'];\nvar u1 = u1_cough + u1_fever + u1_fatigue;\n\nvar u2_cough = dsData[dsIndex]['U2_Cough'];\nvar u2_fever = dsData[dsIndex]['U2_Fever'];\nvar u2_fatigue = dsData[dsIndex]['U2_Fatigue'];\nvar u2 = u2_cough + u2_fever + u2_fatigue;\n\nvar u3_cough = dsData[dsIndex]['U3_Cough'];\nvar u3_fever = dsData[dsIndex]['U3_Fever'];\nvar u3_fatigue = dsData[dsIndex]['U3_Fatigue'];\nvar u3 = u3_cough + u3_fever + u3_fatigue;\n\nvar u4_cough = dsData[dsIndex]['U4_Cough'];\nvar u4_fever = dsData[dsIndex]['U4_Fever'];\nvar u4_fatigue = dsData[dsIndex]['U4_Fatigue'];\nvar u4 = u4_cough + u4_fever + u4_fatigue;\n\n\nvar res = {\n    size: 75\n};\n\n\n    if (u1>2 || u2>2 || u3>2 || u4>2 ) {\n        res.url = images[1];\n        res.size = 75;\n\n    } else {\n     res.url = images[0];\n     res.size = 75;\n    }\n    \n\nreturn res;"
          },
          "title": "Houses in District 1",
          "dropShadow": false,
          "enableFullscreen": false,
          "titleStyle": {
            "fontSize": "16px",
            "fontWeight": 400
          },
          "useDashboardTimewindow": true,
          "showLegend": false,
          "widgetStyle": {},
          "actions": {
            "tooltipAction": [
              {
                "id": "6886ee99-bbf0-1e98-3ede-2c998990910a",
                "name": "house_details",
                "icon": "more_horiz",
                "type": "openDashboardState",
                "targetDashboardStateId": "house_state",
                "setEntityId": true
              }
            ]
          },
          "showTitleIcon": false,
          "titleIcon": null,
          "iconColor": "rgba(0, 0, 0, 0.87)",
          "iconSize": "24px",
          "titleTooltip": "",
          "displayTimewindow": true
        },
        "id": "03fc7acd-a282-c549-1c0f-c846209aa04c"
      },
      "408b3c79-6666-2f1f-f0be-ebbb17e140f6": {
        "isSystemType": true,
        "bundleAlias": "cards",
        "typeAlias": "html_card",
        "type": "static",
        "title": "New widget",
        "sizeX": 5,
        "sizeY": 2,
        "config": {
          "datasources": [],
          "timewindow": {
            "realtime": {
              "timewindowMs": 60000
            }
          },
          "showTitle": false,
          "backgroundColor": "rgb(238, 238, 238)",
          "color": "rgb(0, 0, 0)",
          "padding": "8px",
          "settings": {
            "cardHtml": "<div class='card'>User 1</div>",
            "cardCss": ".card {\n    font-weight: bold;\n    font-size: 32px;\n    color: #10000;\n    width: 100%;\n    height: 100%;\n    display: flex;\n    align-items: center;\n    justify-content: center;\n}"
          },
          "title": "New HTML Card",
          "dropShadow": false,
          "showTitleIcon": false,
          "titleIcon": null,
          "iconColor": "rgb(0, 0, 0)",
          "iconSize": "24px",
          "titleTooltip": "",
          "enableFullscreen": false,
          "widgetStyle": {},
          "titleStyle": {
            "fontSize": "16px",
            "fontWeight": 400
          },
          "useDashboardTimewindow": true,
          "displayTimewindow": true,
          "showLegend": false,
          "actions": {
            "elementClick": [],
            "headerButton": [
              {
                "id": "004b004e-4e0d-a10b-4573-21edc42d818f",
                "name": "user_click",
                "icon": "insert_chart",
                "type": "openDashboardState",
                "targetDashboardStateId": "User1_state",
                "setEntityId": false
              }
            ]
          }
        },
        "id": "408b3c79-6666-2f1f-f0be-ebbb17e140f6"
      },
      "ecaa4db1-a940-d94b-abd5-679c1e8ea684": {
        "isSystemType": true,
        "bundleAlias": "cards",
        "typeAlias": "simple_card",
        "type": "latest",
        "title": "New widget",
        "sizeX": 5,
        "sizeY": 2,
        "config": {
          "datasources": [
            {
              "type": "entity",
              "dataKeys": [
                {
                  "name": "U1_Cough",
                  "type": "attribute",
                  "label": "Cough",
                  "color": "#2196f3",
                  "settings": {},
                  "_hash": 0.32292288520882684,
                  "postFuncBody": "if (value >0){\n    value = \"yes\";\n} else {\n    value = \"no\";   \n}\n\nreturn value;"
                }
              ],
              "entityAliasId": "584ea633-d792-36e0-0aa7-6395b1136977"
            }
          ],
          "timewindow": {
            "realtime": {
              "timewindowMs": 60000
            }
          },
          "showTitle": false,
          "backgroundColor": "rgb(48, 86, 128)",
          "color": "rgba(255, 255, 255, 0.87)",
          "padding": "16px",
          "settings": {
            "labelPosition": "top"
          },
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...

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Credits

smi

1 project • 1 follower

Thanks to ThingsBoard, RC Time Tutorial, and www.martyncurrey.com.

Hand Tools Only: The Community Health Monitor

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Software apps and online services

Hand tools and fabrication machines

Story

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Community Health Monitor Instructions

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Community Health Monitor Schematic

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Community Health Monitor Arduino Code

Community Health Monitor ThingsBoard Dashboard

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Embed the widget on your own site

Hand Tools Only: The Community Health Monitor

Hand Tools Only: The Community Health Monitor

Things used in this project

Hardware components

Software apps and online services

Hand tools and fabrication machines

Story

Custom parts and enclosures

Community Health Monitor Instructions

Schematics

Community Health Monitor Schematic

Code

Community Health Monitor Arduino Code

Community Health Monitor ThingsBoard Dashboard

Credits

smi

Comments

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