Review on Intelligent Automated Systems for Vehicle Cleaning and Drying

Abstract: Manually cleaning a car requires significant time, effort, and water. Individuals frequently find themselves waiting in lengthy queues at service stations, where employees dedicate hours to washing and drying each vehicle. This project seeks to address that issue by developing an automatic car cleaning and drying machine utilizing an Arduino microcontroller. The system is engineered to clean vehicles autonomously. It employs sensors, motors, pumps, and fans to wash and dry the car through a systematic process. The core component of the system is the Arduino, which orchestrates all the elements and ensures seamless operation. Upon a car's entry into the cleaning zone, it is identified by infrared or ultrasonic sensors. These sensors transmit signals to the Arduino, initiating the cleaning sequence. The vehicle progresses along a conveyor belt, where various cleaning stages occur automatically. Upon a car's entry into the cleaning zone, it is identified by infrared or ultrasonic sensors. These sensors transmit signals to the Arduino, initiating the cleaning sequence. The vehicle progresses along a conveyor belt, where various cleaning stages occur automatically. The entire operation is managed by the Arduino, which adheres to a pre-programmed sequence. It activates and deactivates each component at the appropriate times, resulting in a process that is swift, efficient, and dependable. A significant benefit of this system is its water conservation. Conventional car washing consumes a substantial amount of water, whereas this machine utilizes only what is necessary. Additionally, it diminishes the reliance on human labor, leading to reduced costs for service stations. This machine is applicable in various settings, including car service centers, residential complexes, commercial parking facilities, and even automotive manufacturing plants. It is particularly advantageous in locations where numerous vehicles require cleaning on a daily basis. It conserves time, finances, and resources while delivering uniform and top-notch cleaning. With continued advancement, it could become a standard element in cities and simplify car maintenance for everyone.