Progess presentation 195.pptx of Automatic car wash system using PLC

Automatic Car wash 2nd progress presentation

1. Automatic Car wash PLC based 2 nd Progress Presentation Zabeeh Ullah 20MDELE195 Syed Hassam Shah 20MDELE158 Tayyeb Ullah 20MDELE201 Usama Khan 20MDELE191 Supervisor: Dr . Irfan Khan

2. Presentation Outline 1. Introduction 2. Problem Statement 3. Literature Review 4. Proposed Methodology 5. References Slide # 2

3. Introduction In all automobile Industries manual car washing need more labor to carry out work which effects in time consumption and also the results may or may not be satisfactory to the customer that depends. So as to overcome these issues, automatic car washing can be done automatically using Programmable Logic Controllers (PLC) Slide # 3

4. Objectives To automate car washing process foe faster and more efficient cleaning To ensure consistent and high quality cleaning process for every vehicle To lower labor cost by automating car wash, reducing the need of manual labors To optimize water uses by controlling water jets and pumps To provide an easy-to-use interface for customer To ensure safe operations Slide # 4

5. Advantages Less area required Less time requirement in operation Less men power requirement Pollution free Easy to operate Low maintenance Use in Domestic service station Slide # 5

6. Problem Statement This project allows us to focus on creating a novel automatic car wash system that addresses issues like water conservation, energy efficiency, automation, and user-friendliness. It can be further refined based on specific objectives, constraints, and technologies need to incorporate into use. So, is there any specific way to achieve this desired goal? Slide # 6

7. Literature Review There are many types of car washes. Some of them are Hand car wash where the vehicle is washed by employees, Self-services car wash where the customer performs the washing, chemical car washes which use chemicals to wash and polishing the car surface etc., nowadays automation has extended its hands in various fields. In automobile services manual car washing requires more labor effects, time consumption and also the results may not be satisfactory to the customers. In order to overcome this, car washing can be done automatically using Programmable Logic Controllers (PLC). [1] Slide # 7

8. Literature Review This report presents how car can be washed automatically using PLC. Car washing requires components like conveyor, brushes, sprayers, driers which are driven by DC motors. Control of these components is made through PLC. Research reports shows that the first automatic car wash appears in the late 1930's in which computerized POS mechanism is used. After paying the car is put into a line-up often called the stack or queue. The stack moves sequentially. After pulling up to the tunnel entrance, an attendant usually guides the customer onto the track or conveyor. [2] Slide # 8

9. Literature Review There are many types of car washes. Some of them are Hand car wash where the vehicle is washed by employees, Self-services car wash where the customer performs the washing, chemical car washes which use chemicals to wash and polishing the car surface etc., nowadays automation has extended its hands in various fields. [3] Slide # 9

10. Proposed Methodology The mechanism of this car washing system involves entering car to into the washing arena. In this step the car is placed on conveyer belt. The DC gear motor used in conveyor belt system. The clean water to clean the car is provided to remove the dust off the car. In the next step the soap water is sprayed on the car and then pass to the brushes to reduce the dirt’s intensity. Then the car is forwarded to clean water again to wash away the dirt eventually. In the same phenomenon the car is passed through the blower to dry the car and so the process reaches to completion Slide # 10

11. Proposed Methodology The various types of components used are PLC, proximity sensors, DC gear motors, servo motor, blower, water pumps, power supply, relay conveyer belt. Slide # 11

12. Total input & output INPUT ports Input component X000 (Push button) X001 (Push button) X002 (Proximity sensor 1) X003 (Proximity sensor 2) X004 (Proximity sensor 3) X005 (Proximity sensor 4) X006 (Proximity sensor 5) X007 (Proximity sensor 6) Slide # 12 Output ports Output components Y000 Motor to run conveyor belt Y001 Clean water pump to sprinkle clean water on car Y002 Soap water pump Y003 Motor linked with Brushes Y004 Clean water pump Y005 Motor linked with Thick cloth to dry car Y006 Blower Total 6 timers used i.e. T0 to T5 and timer address is K100

13. Logical expression with logic gates 13

14. Logical expression with logic gates 14

15. Logical expression with logic gates 15

16. Logical expression with logic gates 16

17. Logical expression with logic gates 17

18. Logical expression with logic gates 18

19. Images 19 Top View Interior Side View

20. Way forward 20 The automation provided by these technologies streamlines operation and enhance user experience. Introducing the coin system and interfacing it with HMI presents an opportunity to further optimize the system functionality and improve customer engagement.

21. Gantt Chart Activity 2021 2022 2023 2024   Fall Spring Fall Spring Fall Spring Fall Spring Course Work                 Comprehensive Exam                 Literature Review                 Proposal Writing                 Learning Simulation Tool                 Development of Cyber Security Algorithm                 Testing and Evaluation of Cyber Security algorithm from Kali Linux                 Thesis Write-up                 Defence                 Slide # 21

22. References [1] “Design and implementation of automatic car washing system using PLC” Raj Deepak Singh, Sunny Nigam, Sagar Aggrawal , Md. Raish Neelgar , Shivendra Kaura , Kailash Sharma: e-ISSN: 2395-0056 [2]”Automatic car washing system using PLC” Zeenal Lalluwadia , Nidhi Bhatia and Jayana Rana : ISSN: 2349-6002 [3]“Programmable Logic Controller based Automatic Car” May Thwe Oo , Hla Ya Min, Nwe Nwe Oo ; Washing System: ISSN: 2456-8880 [4] https://learn.automationcommunity.com/plc-automatic-car-washing-system-project/ Slide # 22