Health Monitor: UW Researchers Develop AI Tool to Monitor Cardiac Arrest  |  Technology Inceptions: Carbons Emissions Can Be Converted to Useful Products  |  Technology Inceptions: Huawei Nova 5i Pro Leaked Schematic Tips   |  National Edu News: IIT Madras Tops in NIRF 2019 Overall Rankings  |  National Edu News: Kerala Polytechnic allotment 2019  |  International Edu News: Queens University UK to Accept IIT JEE, Other Engg Entrance Scores  |  Science Innovations: New battery technology  |  Teacher Insights: OCD from feeling of responsibility  |  Higher Studies: Time to Apply for NIPHM PG Diploma in Plant Health Management  |  Finance: Policy Makers Should Give Top Priority for Wealth Creation : Dhiraj Nayyar  |  Rajagiri Round Table: Draft New Education Policy: Some Misconceptions and Major Recommendations  |  Science Innovations: Injectable tissues on anvil  |  Parent Interventions: Parental praise good for child  |  Technology Inceptions: Spotify testing ‘Car Thing’  |  Teacher Insights: Strategy to curtail junk food  |  
  • Pallikkutam Magazine
  • Companion Magazine
  • Mentor
  • Smart Board
  • Pallikkutam Publications

June 26, 2018 Tuesday 03:52:56 PM IST

IIT Roorkee Develops 'Inflatable Safety Helmet' For Motor-Cyclists

Policy Indications

New Delhi: Each year nearly 1.2 million people die because of road crashes, and millions more are injured or disabled. In India, 69% of the total number of motor vehicles are motorized two-wheelers, considerably higher than in high-income countries and 27% of road deaths in India are among users of motorized two-wheelers. Keeping in view that the the traditional helmets do not offer sufficient protection to prevent injuries, a team from Indian Institute of Technology (IIT) Roorkee has developed an Inflatable Safety Helmet for motor-cyclists. 

According to the institute, the concept of Inflatable Helmet is inspired from the inflatable space structures as they are suitable for many space applications at low cost.  

"An inflatable structure can be folded to fit into the shroud of a small launch vehicle and can be deployed in space by a small amount of inflation gas," said a statement from IIT Roorkee.

"The traditional helmets do not offer sufficient protection to prevent injuries and are known for hindering agility and reducing the responsiveness of the rider. Traditional helmets are not much capable of reducing the peak acceleration, which can lead to more severe injuries," it said.


The inflatable helmet can be worn around the neck and remains folded as a collar. 

The device is equipped with sensors to measure parameters such as acceleration, lean angle, velocity etc. to detect impact or collision. As soon as the impact is detected the helmet inflates and forms a cushion around the cranium. This cushion is more effective in reducing the impact and peak acceleration which is transferred to head.

The device is developed by three students, Mr. Sarang Nagwanshi, Mr. Mohit Siddha and Mr. Rajvardhan Singh, of B.Tech (Final Year) Mechanical Engineering, IIT Roorkee. The team is guided by Prof. Sanjay Upadhyay, Department of Mechanical & Industrial Engineering, IIT Roorkee.

"The product has been conceptualized and tested for effectiveness and feasibility, and it has shown positive results. But for mass production, we need more diligence from our side and industry support. So still we are working to make it consumer- friendly. We are also looking for industrial partnerships so that the product turns out to be cost effective and user-friendly," Prof. Sanjay Upadhyay said while speaking about the technology.


Speaking about their invention, Mr. Sarang Nagwanshi, said,"We got the idea of inflatable helmet while we were working on inflatable space antenna at ISRO during our internship. As this helmet is being developed for the first time in India we got very limited help from any external source and our learning curve was very steep. The results obtained are very encouraging and we are working towards converting this idea into a reality."

The team conducted Impact tests under standard testing conditions for helmets on mathematical models. The results indicate that inflatable safety helmets are capable of manifold reduction in the peak acceleration after impact created by the collision. The force which is experienced by the dummy head is found to be reduced by four times and falls far below the force experienced in case of conventional helmets. An inflatable airbag helmet reduces the head injury.

(Indebted to various sources)



Comments