Smart Helmet With inbuilt alchohol test sensor and helmet authentication Subtitle as needed (paper subtitle) Adarsh Kondandapani1, K. Sudarsan2, P. Kumaraguru Diderot3 1Department of ECE, BMS Institute of Technology, Bangalore, Karnataka, India. 2M.Tech, Embedded systems, Department of Electronics and Communication Engineering, Hindustan University, Chennai, India 3Assistant professor, Department of Electronics and Communication Engineering, Hindustan University, Chennai, India ABSTRACT Due to rise in death due to negligence after accidents it was necessary to generate a system to limit accidental deaths. Our system has following features: A smart helmet is a special idea which makes motorcycle driving much safer than the existing system i.e helmet . This is implemented using Microcontroller. The working of this smart helmet using Microcontroller is very simple, we place vibration sensors in different places of helmet where the probability of hitting is more which are connected to Microcontroller. So when the rider crashes and the helmet hits the ground, the sensors sense and the Microcontroller extract data using the GSM module that is interfaced with Microcontroller. When the data exceeds minimum stress limit then GSM module automatically send message to ambulance or police or family members. Keywords: Safety, Sensor, Vehicle, Accident, Drunken Driving, Helmet, Intelligent system,IR sensor,Gas Sensor I.INTRODUCTION The main intention of this project is to find
As a consequence, this study helps illuminate the power of IMUs in gathering meaningful data about the rider and bicycle motion. One more advanced IPB developed in recent years was directed toward the useful implementation of intelligent bicycle systems for everyday bicyclists (26). The most impressive feature of this IPB was the data recording system. It was fully integrated onto the bicycle, and had its own start-up and shut-down routines that required almost no human input. Additionally, the software and microcontrollers allowed motion recognition and automatic initialization of the sensor array. As the last example, Lee et al. added their contributions to the IPB technology by conducting a study on predictive bicycle safety and comfort models (27). Like the mentioned studies, they used a frame-mounted IMU, and forward facing camera. They also implemented a Hall-effect sensor on the steering column, to measure steering angle, and a potentiometer on the brake handle to record its displacement. The interesting piece of technology they included on the IPB was a Microsoft Kinect sensor. So that, it was mounted on an arm out in front of the bicycle and oriented to face the rider. The arm was used to give the Kinect enough space to provide rider tracking.
“Refiguring Aztlan” means that there is more meaning to Aztlan than just a homeland. It was used as a concept to improve cultural and social issues. It was also used to recover land. It also meant that there were no borders. Aztlan was used to unite the community, but it was also used to separate. It was a concept used as an identity. Some of the issues I read on Chapter 10 on Vigil were that U.S. citizens whine about Mexicans taking away their jobs, but Americans don’t even have jobs similar to what Mexicans have to do for a living. Mexicans are paid very low wages, and have jobs as gardeners, janitors, senior- care workers, day laborers, etc. Americans don’t have those types of jobs, so I don’t see how Mexicans are taking away their jobs.
Accidents will continue to happen and occur. Be it a near-miss, minor-injury, disabling-injury, or fatality, an accident will happen somewhere, sometime, someplace. The optimum measure to minimize accidents is three-fold, which are education, reinforcement and
Accelerometers without helmets was our topic. Not the topic we wanted, but it was a good topic to research. Our team was formed by three people. Josh Dick, Korbet Koselak, and Emmanuel Aguilar (me). Concussions are amazing. Not the results of having one, but just they way they work. How complex, and life changing they can be to one person. This is what makes this topic important. We want to find a way to neutralize concussions. We want to see the day where we people don’t have to worry about getting a concussion and screwing their life
The creation of the Head Impact Telemetry System (HIT) and Star System offered ways to measure helmets in the level of protectiveness. Despite its capability of measuring linear acceleration and impact location, the HIT system is unable to measure angular acceleration accurately(2). Scholars state rotational and linear is not suitable in predicting concussions(5).With that, future innovation and improvement will provide better insight in understanding these test and concussions(1). Still,Regardless of the effectiveness of the product, helmets will never be perfect in preventing injuries(1).
Ai – A description of four different examples of accidents and/or sudden illnesses should occur
If you are like most difficult middle snowboarders, having a helmet camera that is easy to apply will ensure you're centered on shredding it up on the slopes and no longer wasting time on gambling with your digicam gadget. With such hard various terrain, having a long lasting helmet cam is an ought to for most snowboarders who want to take it to the brink.
VICIS helmets use a form of engineering that is unique from how helmets have been made in the past. According to their website, the helmet is made with layers (like a parfait), and those layers work together to lessen the impact of a hit, both as they occur and over a period of time. The helmet also features a soft outer shell and an underlying layer of columns designed to weaken collisions from multiple directions.
Patient safety is of utmost importance in healthcare. As healthcare providers we are all human, and therefore we all error, having a system that will double check our actions for said errors would be of great value. Technology in healthcare is developed with the intent to combat exactly that. The role of technology continues beyond the detection of human error and plays an overall significant part in keeping and maintaining patients’ safety.
The goal of this paper is to investigate the application of technology to reduce error in healthcare. The Institute of Medicine reports: to Err Is Human: Building a Safer Health System in 1999, which estimates of more than a million injuries and 100,000 deaths attributable to medical errors annually. This numbers of deaths are errors that resulted from medical errors..
Accidents occur suddenly and unexpectedly. We cannot prevent the occurrence of accidents but we can create an app in favor of the victim.
I believe that I deserve the MUSIC scholarship because I value my education, I am a high performing student, and I am a dedicated worker.
In the recent years, the United States government has been enforcing stricter mandates on auto manufacturers to create safer vehicles, and on construction companies to create safer roadways. Matthew Jensen wrote a dissertation for the Graduate School of Clemson University titled, A Methodology for the Analysis of In-vehicle Operating Data and Design of Intelligent Vehicle Systems for Improved Automotive Safety. In his abstract, Jensen evaluated the future of vehicle manufacturing and traffic-related incidents. Of course, every year more vehicles are manufactured, which in theory means the number of miles driven in vehicles increases. He points out how the World Health Organization (WHO) found that automobile crashes was the ninth
Motorcycle helmets are specially made and tested to prevent injuries from occurring to the driver’s skull, brain, and spinal cord. Many helmets are run through extensive testing to ensure that they are going to keep the motorcyclist safe in the event of a collision or slide (Wendling). According to a study, full face helmets, which surround the entire head and cover the face, reduced the risk of facial and skull fractures by almost half (Wendling). Helmeted
A research was conducted on SSRIs and NSRIs associated with risk of suicidal behaviours in children and adolescents. (Tamar D et al., 2005). This is a randomised clinical trial conducted between 1984 and 2002. A total of 22 short-term double-bind placebo-controlled trials are studied. The study comprises more than 4000 paediatric patients and age ranges were varied between children and adolescents in the trials (p.80). As the results from precious findings have been ambiguous, this research aimed to provide further evidence and validity on the effect on antidepressant (SSRI) that leads to suicidal risk in children and adolescents.