Study of Troxler Effect and the Analysis of BMW & Audi Headlights Technology
Ms. Deepika J. Ahire1, Prof S.V. Murkute2
1Department of Electrical Engineering, People's Education Society College of Engineering, Nagsenvana, Aurangabad, India
1Department of Electrical Engineering, People's Education Society College of Engineering, Nagsenvana, Aurangabad, India
Abstract - In order to reduce the driving problem and accidents caused by insufficient light in India, at the time of night. It is necessary to design the headlights to some standards, so that the driver can see the road. Information in front of him in time and make a timely judgment. The dazzling of other cars Drivers due to headlights come under the law of torts as it can make the claimant suffer because of engineering negligence and absence of proper design standards, or safety inspections. Most of Night time accidents occur due to this, using high-beam headlights of opposite car users; if these high beams are not used, the road cannot be viewed with clarity and obstacles cannot be identified in time. Thus, to prevent both situations, These have been studied in the paper and the great brands have been analyzed based on these standards for better vision i.e. Audi and BMW.
Audi digital matrix LEDs. It has been found that it consists of such technologies that efficiently prevent the Dazzling and glare of drivers by darkening the specified areas, highlighting pedestrians and Traffic signs in front of them, and thus providing safe and secure travel. Thus, keeping in view the results of this research, the survey taken, and the analysis performed, It has been found that the loopholes or the main factor of accidents in India were Absence of proper headlight design standards, in an efficient manner. If it can be achieved, dozens of lives can be saved, and with efficient headlights, drives it can be smoother, less exhaustive, more focused and, above all, it will be safer.
Key Words: Troxler effect, Dazzling, high beam, Audi digital matrix LEDs, BMW Adaptive laser lights.