Abstract
Ultrasonic proximity sensor with a bluetooth headset is a tool that aims to minimize the number of accidents that often occur on the highway. With the aim of the importance of a tool that supports safety in carrying out activities in our daily lives, we drive. Ultrasonic proximity sensor with bluetooth headset has advantages in usage such as comfort, safety, and practicality. The method used in making this tool after finding the root of the problems that have been faced becomes an inspiration that is developed into a solution as outlined in a draft safety tool. For the development of this tool, it needs to be tested or monitored on the highway that is prone to accidents as a tool to improve this tool to function as a security tool. Improvement of this tool also requires a short time, in achieving improvement becomes a tool that can remind when driving. If our vehicle uses this tool, the road is prone to frequent accidents, being controlled by the distance that will be reminded through the sound coming out of the bluetooth headset.
Highlights
Along with the number of motorized vehicle users, the traffic flow becomes congested
An ultrasonic sensor that detects the distance of another vehicle will be sent to Arduino Uno to a Bluetooth transmitter and received by a Bluetooth receiver and the headset sounds so that the driver knows of another vehicle nearby
If the Multimeter is attached to the VCC PIN and the Ground and the object is placed according to a certain distance the ultrasonic sensor works properly, the multimeter will show the voltage level on the multimeter screen and the distance on the arduino uno serial monitor
Summary
Along with the number of motorized vehicle users, the traffic flow becomes congested. This caused many motorcyclists to violate traffic signs or road markings. Efforts are made to minimize accidents by designing a security device that is attached to a motorcycle and driver, which is connected to the bluetooth application. The purpose of this design is how to design a tool that can help minimize accidents when driving. The benefits of the design of the device are: Tools that are very efficient and easy to use by motorcyclists when driving, and as an innovation motorcycle that is safe and comfortable in driving safety. In the design of this tool there is a formulation of the problem is to determine the distance of the ultrasonic sensor with other vehicles that are close together and determine the speed of the bluetooth connection when ultrasonic detects other vehicles that are close together and ensure the volume of sound by a Bluetooth headset
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