HEARTBEAT SENSOR project

SparkFun Sensor Kit

Arduino IDE

PHPoC Debugger

Crazyflie Python Client

Raspberry Pi 3 Model B

Arduino UNO

<p >The purpose of this tutorial is to allow yourself to build the project on your own. We’ll list all the hardware and software you’ll need. We’ll also post all our codes that we used to make this project run properly. Then we’ll give you a cable schematics so that you will be able to plug all the wires in the right spot.</p><p ><strong >1)   List of equipment</strong></p><ul ><li >1 Raspberry Pi  (3200₹)</li><li >1 Arduino  (1900₹)</li><li >1 heartbeat sensor  (550₹)</li><li >1 base shield (module groove)  (550₹)</li><li >1 battery (Output: DC 5V/1A)  (790₹)</li><li >1 USB A to B cable  (700₹)</li><li >1 computer with an internet connection</li><li >1 server host</li><li >1 led  (5₹)</li><li >1 resistor (120 Ohms)  (5₹)</li><li >1 micro SD card (8 GB minimum)  (1200₹)</li></ul><p ><strong >2) All the codes used during the development</strong></p><p >·         Python code</p><p >·         C++ language</p><p >·         PHP</p><p ><strong >3) Software steps</strong></p><ul ><li >Download Raspbian Jessie, Win32 Disk Imager and PuTTY</li><li >Put Raspbian Jessie in the micro SD card thanks to Win32 Disk Imager</li><li >Insert the micro SD card into the Raspberry Pi</li><li >Connect the equipment (you will find next point)</li><li >After to have loading the different codes (Arduino and Raspberry Pi), start putty</li><li >In Python, to change code: to write ‘sudo nano myproject.py’</li></ul><p >And to start this code: to write ‘sudo python myproject.py’</p><p >-  Use a website to display the data. For instance, in graphic as we did. The codes to create the website are in the        ‘.rar’ file.</p><h3 ><span >Step 1: The Base Shield Is Connected to All PIN of the Arduino</span></h3><figure><img src=https://projects.arduinocontent.cc/965d44c9-3be2-486c-9893-419e03ea94ed.jpg /><figcaption> </figcaption></figure><h3 ><span >Step 2: The Micro SD Card Is Inserted in the Raspberry PI</span></h3><figure><img src=https://projects.arduinocontent.cc/b6a00ea3-0da8-42ca-9d5e-9fb1daa43a75.jpg /><figcaption> </figcaption></figure><h3 ><span >Step 3: The Arduino and Raspberry Pi Are Connected Together by USB Cable a to B</span></h3><figure><img src=https://projects.arduinocontent.cc/40cf63a6-5ac8-4e7f-9a1f-d76bbfdc04f9.jpg /><figcaption> </figcaption></figure><h3 ><span >Step 4: The Heartbeat Sensor Is Connected to the PIN 2 and the LED to the PIN 4 of the Base Shield</span></h3><figure><img src=https://projects.arduinocontent.cc/1929b302-377c-4436-848a-23a1af806bd0.jpg /><figcaption> </figcaption></figure><h3 ><span >Step 5: The Battery Is Connected to the Raspberry Pi Power Plug</span></h3><figure><img src=https://projects.arduinocontent.cc/e1e6eeba-fac2-4ca3-89a4-4aaa83091034.jpg /><figcaption> </figcaption></figure><h3 ><span >Step 6: The Final Result</span></h3><div id="gallery"><img id="gallery" src=https://projects.arduinocontent.cc/2642f0e1-93ab-4101-9ce4-e57e310ce446.jpg /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/e4c2afe4-4a35-4448-bfe9-6945524835c2.png /><figcaption> </figcaption><img id="gallery" src=https://projects.arduinocontent.cc/031df138-0193-4f14-9d39-e04c216d6747.png /><figcaption> </figcaption></div><p >The LED is lit when the sensor detects a heartbeat</p><p >1)      The heartbeat sensor </p><p >2)      The LED </p><p >3)      The Arduino </p><p >4)      The base shield </p><p >5)      The battery </p><p >6)      The USB A to B cable</p><p >7)      The socket B for the USB cable</p><p >8) The socket A for the USB cable</p><p >9) The micro SD card</p><p >10) The Raspberry Pi power plug</p><p >11) The Raspberry Pi</p><p >12) The Ethernet socket</p><h3 ><span >Step 7: Here Is the File With Different Codes</span></h3><p ></p>

HEARTBEAT SENSOR project

USING HEARTBEAT SENSOR FOR COUNTING THE NUMBER OF HEARTBEATS per MINUTE