Its a complete presentation on automated car parking system APS and its types. Why its needed ? Its basic concept and hardware requirements

1. JUHI CHAUHAN
PIYUSH PATHAK
SHADAB SAIFI
HIMANSHU SINGH
KRITIKA SHARMA

2. AUTOMATIC PARKING
 Automatic parking is an autonomous car
manoeuvrings from a traffic lane into a
parking place to perform parallel parking,
perpendicular or angle parking.
 The automatic parking aims to enhance the
comfort and safety of driving in constrained
environments where much attention and
experience is required to steer the car.
 The parking manoeuvre is achieved by means
of coordinated control of the steering angle
and speed which takes into account the actual
situation in the environment to ensure
collision-free motion within the available
space.

3. NEED
1. Space Saving
·Multiple the numbers of cars in the same space
·Increase the profits by full usage of land
2. Security
·Free from RISK OF INJURY
·Free from DAMAGE & DENTS
·Free from THEFT & VANDALISM
3. Convenience
·No more Heated Car by hot sunshine
·No more Dust/Sand by desert wind
·No more walking around parking decks

4. BASIC CONCEPT
 No Ramps
 No High Ceilings
 Twice As Many Cars
 Half the Space
 No Need for Space
on Either side of car

5. ADVANTAGES
Automated Parking Systems manufactures high-speed automated parking structures from
hundreds to thousands of cars in half the space of a conventional parking garage.
It use less space for parking and get space for design, development and community
enhancements.
Also helps create more saleable space by using Automated Parking Systems, resulting in
more profit.
Space gained can be used for green space and open areas to meet standards.
Automated parking offers security for both individual and car.
Automatic parking reduces CO2 emissions and other pollutants and greenhouse gases.
Flexible design allows the automated parking garage to fit into any neighbourhood or
project.

6. HARDWARE REQUIREMENTS
 Self parking: Front, Left and
Right IR sensor
 Ground level edge detection:
Three white line sensors
 Stop after entry into elevator:
Front IR sensor
 Lifting mechanism: Existing
Firebird IV DC geared motors

7. TYPES OF AUTOMATED PARKING
AUTOMATED PARKING SYSTEMS HAVE A VARIETY OF TYPES, MODELS, AND
SHAPES.
 Lift Box Type
 2 Park Type
 Z Park
 ELEPARK
 Elegant Park
 Round Type

8. LIFT BOX
 Pallet used for CAR lifting.
 Applicable for In-Door & Out- Door.
 Easy to install.
 Preferred system at residential and
commercial zones.
 Easy to operate.
 Low maintenance cost.
 Operating System is available with both the
options
 Hydraulic & Electro-mechanical.

9. 2 PARK TYPE

10. Z-PARK
 Multi-storied car parking system, where
space is utilized effectively at
comparatively lower cost, which is
more than twice that of the limited
parking space on the ground.
 Abundant product line-up, including the
ascending/descending mechanism,
satisfies a wide range of parking needs
for shops, office buildings, and
apartment houses.

11. ELEVATOR PARK
 Vertical Allocation of the parking rooms.
 Up and Down movements of lifts.
 Independent Steel tower type and built in type.

12. ROUND TYPE
The car park consists of a number of parking
rings, each of a certain number of parking
places.
In the centre of all the rings there is an
elevator having an arm. The lift can move on
the vertical axis only while the arm can only
rotate around the lift axis.

13. ROUND TYPE
Can be installed Under ground or out-doors.

14. CAR PARKING LIGHT

15. CAR PARKING SECURITY SYSTEM
 Anti-dropping device: to prevent the vehicle loading pallet from undesired disconnection.
 Limited switch device: to protect the equipment running.
 Emergency switch: the emergency switch button is used to cut poweroff when there is
anything abnormal during the equipment process

17. THANK YOU