Title of the project

Automatic Multilevel Car Parking System

Abstract

Parking is a major problem in densely populated and market areas. Usually a ground or basement parking system will be provided in these areas which will be fully occupied in prime hours of the day. The major cause of this is incorrect parking of cars or vehicles by the people which will at least reduce 1-2 vehicle parking spaces for every 10-20 places. Our system facilitates parking of cars and similar vehicles in a multistoried automated system which will accommodate more cars or vehicles in less space and also provide security to the vehicle as it can only be accessed by the user and also automate the parking process so the user’s need no worry about incorrect parking and can avoid penalties. Some main features of the system are as detailed below.

- Fully automated parking with Mechatronic systems – parks the car without driver’s assistance.

- Complete vehicle security as the vehicle is parked inside a premises with only access to the user.

- Straight drive in and out system which automatically changes orientation of the vehicle.

- Approximately takes 30-50 seconds for retrieval of car from parking mechanism.

- Fully prepaid and authenticated system with account management.

The user parks the car in a room similar to a car parking garage by entering the user code and pin of the user if the users account is having sufficient funds the garage door opens up and lets the user park the car. Then the user simply walks out after which the human presence detector makes sure that no persons are left in the car after which it closes the parking lot’s door and places the car in an empty slot of the system. For retrieval the user follows same procedure but the door opens up after the system had retrieved the car.

Hardware Requirements

- P89V51 demo board with serial cable.- Stepper Motor and DC motor with Control Boards- PIR Sensors, Proximity sensors, limit switches, 20X4 line LCD, and

4X4 keypad.- Copper clad board for making PCB, power supply, Switches,

Connecting wires, miscellaneous passive components, Multimeter, Logic Probes, Styro-Foam Board, Acrylic sheets, Adhesives etc.

Software Requirements

- ASM51 Cross assembler for compiling and assembling programs- Flash Magic Uploader software for uploading firmware into

P89V51 MCU- Windows – Notepad for writing program code (or similar text

editor)- Terminal or Hyperterminal program for monitoring and debugging

using PC serial port

System Design

The system consists of a central control unit designed using P89V51 MCU (8051 compatible) which is interfaced with the pellet mechanism, pellet rotation controller, lift mechanism, door controller, keypad and LCD for user interface. The controller is also connected to a PIR (Pyro Electric Infrared sensor) for detecting human presence. The user data is stored inside a Non volatile EEPROM AT24C512 (64KB). The system uses feedback from several limit switches and proximity sensors, which are connected with the parking mechanism. The user interface consists of a 4X4 matrix keypad and a 20X4 line alphanumeric LCD display.

Block Representation of the system.

Graphical Model of the system

References

- Parking systems http://www.directpark.de

- Microcontrollers http://www.nxp.com

Literature Survey

Robotic Parking Systems Inc.

How it works??

The Robotic Parking Systems patented technology enables parking from hundreds up to several thousand cars in half the area of a conventional ramp-style garage. This creates more space for design, development and community enhancements. Architects and developers can use less space for parking and incorporate more green space, retail space, residential or office space or combinations of these.

Robotic Parking Systems recently opened the first high-speed automated parking garage in the Middle East providing parking for 765 cars to a mixed-use development that includes office space, residential apartments and a five star hotel.

Robotic Parking Systems is a key complementary feature of the Ibn Battuta Gate Complex in Dubai.

PARK YOUR CAR

1. Drive up to the automated parking garage. The Robotic Parking System offers complete design flexibility and can blend with any neighborhood or project.

2. Drive into the convenient parking terminal. Multiple automatic sensors ensure that the car is properly positioned for parking. Robotic Parking Systems offer better care and safety for vehicles.

3. Get out and lock the car. There is no need to drive through the garage to find a parking space. Robotic Parking Systems offer a greater level of convenience.

4. Take the parking card from the kiosk and walk away. You get premium valet parking without the valet.

5. Robotic Parking Systems does the rest. The car is picked up by the computerized machinery and lifts that will safely place it inside the building on a shelving system. The automated parking garage at Ibn Battuta Gate handles 250 cars per hour with up to 32 cars in motion at any one time.

RETRIEVE YOUR CAR

6. Enter the well lit and secure ground floor lobby and put the parking card into the kiosk. The Robotic Parking System provides the highest possible level of security for individuals.

7. Screens display the exit terminal where the car can be retrieved. The Robotic Parking System swiftly delivers the car in 3 minutes or less.

8. The Robotic Parking Systems’ machinery delivers the car facing forward so that it is safe and easy to exit the garage.

9. Get into the car in the exit terminal. It is not necessary to wander around inside the garage to retrieve the car.

10. Drive away. The Robotic Parking System makes parking safe and hassle free.

WPS Parking Systems

WPS Parking Systems, in conjunction with our European partner, Wöhr Parking Systems, provides customers with the world’s most innovative automated parking technology. An automated parking system can increase parking capacity by up to 50%, compared to a conventional ramp parking garage. Wöhr has been one of the world’s foremost manufacturers of parking technology for more than 40 years. In 1991 the company produced its first automated parking facility and never looked back. They currently have over one hundred (100) projects completed. WPS parking systems is the exclusive partner of Wöhr Parking Systems in the New York metro area.

Many urban areas have experienced rapid growth in recent years, and more people means more cars. As a result, many areas are faced with the challenge of balancing the desire to maintain open space with the need to provide a parking facility that can accommodate the urban growth. An automated parking facility provides an environmentally friendly solution to this issue. Listed below are several benefits to an automated parking facility.

The driver enters a secure, well lighted entry area and parks the automobile on a storage pallet. Before an automobile is placed in storage, it is scanned for any foreign objects (i.e. Movement in the vehicle, electronic devices, etc.) An Automated Parking System is user-friendly and allows the driver to store his or her automobile in a secure space until it is ready for retrieval. There is no risk of damage, theft or vandalism, since the driver does not enter the parking area. At the time of exit the driver uses a personal access card that starts the retrieval process.

During storage in the automated facility the automobile engine is turned off. This allows the facility to be designed with no mechanical ventilation. This provides an environmental benefit as well as a better utilization of space. An Automated Parking System requires no ramps or drive aisles.

In both the public and private sector the issue of security has come to the forefront of everyday life. How to provide a safe and secure facility for automobiles is becoming an issue for all building owners. An automated parking facility can provide a transfer area from the street to the automated parking facility that can be equipped with the latest technology to scan an automobile for the highest level of security. This is an advantage for both existing government facilities as well as new buildings.

BENEFITS & HIGHLIGHTS:

Capacity -Parks up to 50% more spaces in same square footage. Environment - Green & LEEDS certification

Weight - Light-weight steel frame vs. heavy concrete decks.

Design Friendly - Flexible layout options.

Car Security - No entry to locked vehicle, no ‘dings’ or damage.

Operating Costs - Less personnel, lower insurance, lower facility maintenance costs; especially when compared to valet operations.

Car Safety - Car is locked and then stored automatically in a secure area until retrieved by owner.

Space Saving - Maximum utilization of space, no ramps or drive aisles

Cost Saving - Expense reductions for ventilation, lighting and insurance.

User Friendly - No parking attendants

User Safety - No one drives within the facility- Drivers don’t have to access parking area- No risk of damage, theft or vandalism.

Time Saving - Fast access & retrieval times.

Ease of Use - Parking Ambassador available at all times.

Westfalia Automated Parking Systems

For over 35 years Westfalia has been committed to innovating and implementing logistical solutions utilizing Automated Storage & Retrieval Systems (AS/RS) and conventional material handling equipment. Our success has been shaped, to a large extent, by the satisfaction of our customers.

How the CarSafe® Automated Parking Systems Works Westfalia turns parking into a convenient, safe experience Based on our modular design, our CarSafe® Automated Parking Systems offer you the technology your system requires – nothing more, and nothing less. CarPark keeps cars safe and secure as they move within the parking system.

Here’s how automated parking works:

1.  All sequences of the automated parking system are activated by payment or an electronic parking card.

2. The driver pulls into an invitingly bright and clean “entry cabin”, turns off the engine, puts on the car in "park" or and uses the parking brake.   A dialog system is there to communicate the next steps with the driver at all times.

3. The driver exits.   After leaving the car, the rest of the parking process is performed automatically.

4. A brief safety check follows. The car remains on the pallet (for pallet systems) for the duration of its stay. (Inquire about Westfalia’s palletless design also!)

5. Next, various electromechanical components transport the car to a vacant parking space. Based on the size of the parking system, cars are transported either along

horizontal platforms or vertical lifts to and from their spaces (see photo to left).

6. When picking up the car, the car retrieval process can be initiated on the spot, or as an option, by phone, internet or SMS request.

7. Upon return the driver will get into his car, and only pull forward, due to turntables installed at the entry and exit of the garage, which orient the car correctly (no reversing).