FYP II-Construct circuit proximity and Identify the components

CIRCUIT PROXIMITY SENSOR

1.      List of component:

From Left: 2N 3905, Transistor 2N2222, Capacitor 1µF (50V), Infrared LED, Diode 1N4007.

From left: 555  Ic ,Cap 0.1µF, Green LED , Red LED , Ic socket 8 pin, Capacitor 100µF (50V),Relay 12V,Pin header.

2.      Circuit Proximity

                                              3.      Insert resistor  47Ω (Yellow-Purple-Black)

4.      Insert resistor  47 ohm (Yellow-Purple-Black)

5. Insert resistor 3.3KΩ (Orange-Orange-Red)

                                          6.      Insert resistor 100KΩ (Brown-Black-Yellow)

7. Insert resistor 10M (Brown-Black-Blue)

                                               8. Insert resistor 100KΩ (Brown-Black-Yellow)

                                               9. Insert resistor 10KΩ (brown-Black-Orange)

10.Insert resistor 100KΩ  (Brown-Black-Brown)

11 Insert resistor 1KΩ (Brown-Black-Red)

12.   The location for all resistors as a figure below.

13.Solder resistors legs using iron lead.

14.Cut leg resistors have disordering.

15 .   Insert Diode

16.  Insert Diode

17.Insert Diode

18. The location for all diodes as a figure below.

19.Solder diodes legs using iron lead.

20.Cut leg diodes have disordering.

21.Insert Ic Socket

22.Solder Ic socket legs using iron lead 

                                                    23.Insert Cap 0.1uF

24.Solder Cap 0.1µF socket legs using iron lead.

25. Insert NPN 2222

                                          26. Solder transistor NPN 2222 legs using iron lead.

                                                     27. Insert Capacitor 1µF (50V)

                                                   28.  Insert Cap 100µF /16V

29. Solder Cap 100µF /16V   legs using iron lead.

30.Insert Green LED (see the “Flag” in LED)

31.Insert Red LED (see the “Flag” in LED)

                                                      32. Solder legs Green and Red LED.

33.Insert Relay 12V

34.The location for Relay 12V as a figure below.

                                                             35.Solder legs Relay

36.   Insert LED infrared

37.Solder legs LED infrared

38.Insert photo transistor 2N 3905

39. Solder legs  photo transistor 2N 3905

40.A bit bent for photo transistor 2N 3905

41.Insert pin header

42.Solder legs pin header

43. 1.      The overall circuit proximity.

     

Q & A Session

Any comment can be drop at blog comment box.....
Your wilingness to read my blog i appreciate it.....
Do support me to success this project.Thank you a Lot.....
With Allah pleased i believe this project will finish and succeed.... Insya-Allah

Conclusion

There are several advantages of employing a car park system for urban planners, business owners and vehicle drivers. They offer convenience for vehicle users and efficient usage of space for urban-based companies.

‘Development of parking system using plate number (DPSPN) using Matlab for special parking lot’ save time, money, space and simplify the often tedious task of parking. It’s made sure a vehicle is park into safe and secure storage areas until they are needed.

 As urban centers’ population continues to grow, residential and business complex owners continue to look for new ways to handle large numbers of vehicles that need to be parked.

 It seems highly likely that automated and semi-automated car parking systems and parking garages will become an integral part of many existing and future business and residential buildings.

 The advantages offered by these advanced car parking systems will undoubtedly contribute to their growth in urban and suburban complexes in the coming decades.

From this project, I can conclude that ‘Development of parking system using plate number using Matlab for special parking lot’ is related with my study because it involved with mechanical, electronic, electrical, and also programming. 

Besides that, I will able to learn something new about how to develop a program to run the robot.

Benefits of project

Figure below explain the benefits/contributions of this product.

It can be explained to:

Based on the objectives above, this project “Development of parking system using plate number (DPSPN)” using Matlab for special parking lot” is a user friendly product which is advice to help human easy to do their work. The benefit of this is to take over the human task to handle the machine area. 

This product also can be operating either in auto or manual mode. With this purpose, it will save the user energy and time when they use this product. The methods consist of listing all possible state combinations of the major components in the machine parking lot one after the other and investigating their effects on the overall system.

Beginning Cost of Product/Project

 BUDGETS

Work Plan/Gantt Chart

This table shown Project progress and on track task.

Objectives of product

OBJECTIVES

When a project is proposed, there must be reasons why the project has been chosen out of

many other projects.

This Number plate reorganization using Matlab for special parking lot is a product that applies

all the knowledge that Electrical students gained throughout all the semesters provided.

Furthermore, this project has advantages that enhance its specialty.

The objectives to do this Development number plate reorganization (DPSPN) using Matlab for

special parking lot project are to teach and train the students in the following criteria’s

·         To develop new application using Matlab.

·         To operate car park machine in automatic and manual.

·         To control machine with remote control in manual condition.

·         To help human to reduce their time when do this work.

·         To assembling, testing and troubleshooting the car park machine.