In the 21st century, where bikes are getting less expensive step by step, where mishaps rates are high. As indicated by a review 4,64,910 street mishaps happen because of bikes every year whether the shortcoming is of the biker or the vehicle, consistently the biker meets a mishap. The different purposes behind the mishaps are drink and drive, rash driving, not having control over the speed. Be that as it may, the principal reason was the nonappearance of the helmet on the individual who is riding the bike which prompts quick demise or head injury. We face a daily reality such that the guidelines of the street are abused routinely. To solve this issue, we have planned a device which we have given a name called 'Smart Helmet'. There are two modules which we have proposed: one is the head protector and the other one is the bike circuit. We proposed a Piezo electric buzzer to check whether the speed limit is not exceeded. Next is radio frequency which is in charge of the remote correspondence between the bike circuit and the head protector. There is likewise an ALCO-LOCK feature where we can identify whether the biker is defying the guidelines of 'drink and drive' or not. There is a GSM module wherein the case of a biker meeting a mishap, at that point a message is sent to a registered contact and also sends a message to Police and Ambulance. And we have also added a smart mode, where if a person is riding a bike and someone calls him a message will be sent to the caller that the person you are trying to call is currently riding the bike and furthermore there is a fog sensor which is utilized for the better vision for the biker.
Accelerometer, Arduino, LDR, Microcontroller89S52, MQ-6, RF module.
Saahil Sayed , Prasad Kalambe , Rugved Shelke , Archana Arudkar "Smart Helmet" Iconic Research And Engineering Journals Volume 3 Issue 10 2020 Page 217-220
Saahil Sayed , Prasad Kalambe , Rugved Shelke , Archana Arudkar "Smart Helmet" Iconic Research And Engineering Journals, 3(10)