Recommandé
Recommandé
Contenu connexe
Tendances
Tendances (20)
En vedette
En vedette (15)
Similaire à Automatic car wash (1)
Similaire à Automatic car wash (1) (20)
Dernier
Dernier (20)
Automatic car wash (1)
- 1. Automation of Car Wash System Supervised by Dr. Wasim Khan Lecturer Department of Electronic Engineering
- 2. Group Members • Muhammad Salman Abdullah 2073-FET/BSEE/F-13 • Abdullah Saeed Butt 2074-FET/BSEE/F-13 • Fahad Ali Ashraf 1772-FET/BSEE/F-12
- 3. Table of Contents Introduction Problem Statement Why Automatic Car Wash System Block Diagram Working Project plan Project Time line
- 4. Introduction • Today car wash system is shifted towards automation from manual. • These systems are costly and require periodic maintenance. • Pakistan is an under developing country where people cannot afford much cost of car wash. • This design will be low cost and efficient car wash system, which does not require periodic maintenance. • This system will be purely electronic and motorized not hydraulic.
- 5. Problem Statement We are going to design the automatic car wash system.
- 6. Why Automatic Car Wash System We are going to design this system because we have following benefits from this system. • To save the time of operation. • To save the cost. • To save the cars from rashes. • To increase the efficiency.
- 7. Block diagram Dryer Conveyor Belt 1st stage sensor (Car presence sensor) Water shower valve 2nd Stage Sensors ( pre wash + soap stage ) Soap valve gear Motor Water Shower valve 5th Stage Sensor (Drying) 3rd stage Sensor ( Brushing ) 6Th Sensor to detect exit Brushes start Rotating 4th Stage Sensor ( Rinse ) Conveyor Belt stops
- 8. Working Vehicle stops on car moving platform Presence sensor detect the car and motor drive the conveyer belt As car move forward on conveyer belt a sensor detects and water & soap is sprayed on car respectively At Next station another sensor when detects the car and 3 brushes one at top and 2 on sides starts rotating After that at next station another sensor when detects, the rinsing process will happen Then car will be moved on next station as conveyer belt continuously moving. At next station 5th sensor detects the car and dryer starts for drying purpose Then last sensor that will be placed at the end of conveyer belt if detects the car then conveyer belt will stop. When conveyer belt stops then a green light will turn on, which indicates the driver that washing process is completed and you are free to go .
- 9. Project detail The project consist of two parts • Electrical • Mechanical
- 10. Electrical The electrical part consist of following components • Sensor for detection. • Motor driver circuits. • Blower operation circuits. • Electronic valves operational circuit. • Gear motor. • Main Power supplying Unit. • Battery charging circuit.
- 11. Mechanical The mechanical portion consist of following components • Conveyor belt and its platform. • Aluminum stand structure. • Water storage tank and plastic pipes. • Blower mechanism. • Sensors and circuits housing for water proof.
- 12. Project plan 25% 27% 30% 18% Sales Literature study Software & circiut simulation Equipment selection , mechanical & hardware designing Final integeration and testing
- 13. Project Time line Task Date Literature Review August 2016 to 10th October 2016 Circuit Simulation 11th October 2016 to 30th November 2016 Equipment Selection 1st December 2016 to 20th December 2016 Mechanical Design 21th December 2016 to 20th January 2017 Hardware Designing 21th January 2017 to 28th February 2017 Final Integration & Testing 1st March 2017 to 15th April 2017
- 14. THANK YOU