Only used for opening the part of activa where the battery was placed.
Story
1. INSTRUCTION
We all have seen someone losing life in a road accident, and people riding a two-wheeler without a helmet is seen so often, in fact from an article of India today says "4 people die every hour in India because they do not wear a helmet" So I tried to make a "helmet for a life" trying to stop people riding a two-wheeler without a helmet and alert them over SMS whenever they go on two riders to wear a helmet and mask for there safety.
2. HOW IT WORKS
So the main parts of setup consist of IR sensor, Realy, Transmitter and receiver, the Bolt Wi-Fi module, and 2 Arduino Uno.
one Arduino Uno is placed on the helmet and with the help of jumping wires bolt wifi module, transmitter and IR sensor are connected to it the IR sensor is inside the helmet which continuously checks whether there is an object inside its range or not.
Another Arduino Uno is placed near the battery of 2 wheeler vehicle and with the help of jumping wires relay module and receiver are connected to it, Realy module is connected to battery and Arduino.
When the person is not wearing a helmet the IR sensor gives value "LOW" and with the help of transmitter it will transmit this will value and receiver will catch thus relay will disconnect the circuit by which person will not be able to "Selfstart" the vehicle, whereas when the person wears the helmet also IR sensor detects it and the bolt wifi module knows it with the help of python code and send an SMS to the user to wear a helmet and mask for safety, the "HIGH" value is transmitted which is received by the receiver and the relay establish the connection and vehicle is started when self-start button is pressed.
1 / 2 • When objecct is in range of IR sensor
The main purpose of sending SMS is to make the rider aware to wear helmet and mask before going out.
SMS recieved
3. HARDWARE SETUP
To know about the IR sensor working and connections you can follow this link also IR sensor with Arduino also I have attached the Fritzing breadboard diagram and my circuit also:
1 / 2 • Circuit on helmet
1 / 2 • Circuit on helmet
4. SOFTWARE SETUP
The Arduino Code linked in below continuously detects the value from theIR sensor and sends it to the Bolt Wi-Fi module over serial communication.
A Python script running on a server or your PC queries the Bolt Cloud for the value using the Bolt Python Library, which in turn is based on the Bolt open APIs for Serial Read.
The Python script then checks if the value is "HIGH or LOW" if the IR sensor gives value 1 i.e. object in range so it sends SMS accordingly using the Twillio SMS service.
SMS recieved
5. Video
Project Video(Watch on youtube for better experince)
importjson,time,requestsfromboltiotimportSms,Boltapi_key="Your api key"#Add your API key device_id="Your device ID"#Add your device IDmybolt=Bolt(api_key,device_id)#Module readySID='Your SID'#From your twilio dashboardAUTH_TOKEN='Your authentication token'#From your twilio dashboardFROM_NUMBER='Phone number'#Twilio numberTO_NUMBER='Phone number'#To the number you want to send SMSmybolt=Bolt(api_key,device_id)sms=Sms(SID,AUTH_TOKEN,TO_NUMBER,FROM_NUMBER)response=mybolt.serialRead('10')#Take response from arduinowhileTrue:print("\nReading")#reading value form arduinoresponse=mybolt.serialRead('10')data=json.loads(response)val=data['value'].rstrip()#readings from arduino converted to string typetime.sleep(5)#If arduino gives value 0 that is it sensor is in connected with object that means, person is wearing helmet we need to perform our taskifval=="0":print("Wearing helmet\n")try:print("Making request to Twilio to send a SMS")response=sms.send_sms("It seems like you started your vehicle, do wear a helmet and mask. Have a safe ride!")print("Response received from Twilio is: "+str(response))time.sleep(600)print("Status of SMS at Twilio is :"+str(response.status)+"\n")exceptExceptionase:print("Error occured: Below are the details")print(e)print("\n")time.sleep(5)else:None
Code for the circuit present on helmet
C/C++
#include<VirtualWire.h> //Including library//Initialise pinsintled_pin=6;inttransmit_pin=12;intir_sensor=2;intval=0;voidsetup(){Serial.begin(9600);vw_set_tx_pin(transmit_pin);vw_setup(4000);// Transmission ratepinMode(led_pin,OUTPUT);// Led is an output devicepinMode(ir_sensor,INPUT);// Led is an input device}voidloop(){charmsg[1]={'0'};val=digitalRead(ir_sensor);// Get sensor valueSerial.println(val);// Print value //Check if motion is detectedif(val==1){msg[0]='1';digitalWrite(led_pin,1);//Led flashing to show transmittingvw_send((uint8_t*)msg,1);//send messagevw_wait_tx();// Wait until the whole message is gonedelay(500);}else{msg[0]='0';digitalWrite(led_pin,0);//led off when not detectingvw_send((uint8_t*)msg,1);//send messagevw_wait_tx();// Wait until the whole message is gonedelay(500);}}
Code for the circuit attached with vehicle battery
C/C++
#include<VirtualWire.h> //Including library//Initialise pinsintrelay=7;intreceive_pin=4;voidsetup(){Serial.begin(9600);vw_set_rx_pin(receive_pin);vw_setup(4000);// Transmission rate same as in transmittervw_rx_start();// Start the receiverpinMode(relay,OUTPUT);}voidloop(){uint8_tbuf[VW_MAX_MESSAGE_LEN];uint8_tbuflen=VW_MAX_MESSAGE_LEN;// Checking if a message was received or notif(vw_get_message(buf,&buflen)){if(buf[0]=='1'){digitalWrite(relay,HIGH);//Connect relay and complete circuitdelay(500);}else{digitalWrite(relay,LOW);//Disconnect the circuitdelay(500);}}}
_ztBMuBhMHo.jpg?auto=compress%2Cformat&w=48&h=48&fit=fill&bg=ffffff)
Comments