Download Robotic Metro For Cars PDF - Robatic Metro For Car (RMFC)

Presentation
by
FAZEL PAVAND
Presentation
(RMFC) The Biggest Ideas in urban
transportation
Robotic Metro For Cars (RMFC)
reduces pollution and traffic congestion, provides faster and safer
transportation in city as well as opportunities for more areas and
green space.
Our presentations will give you a better idea of how Robotic Metro
For Cars (RMFC) Systems work, and the benefits and
economical model of a (RMFC) System versus a conventional city
transportation.
FOR CONSUMERS,
(RMFC) system means increased personal safety and
security.
The world health organization reports that Every year the lives
of almost 1.24 million people are cut short as a result of a road
traffic crash. Between 20 to 50 million more people suffer nonfatal injuries, with many incurring a disability as a result of their
injury.
The economic cost of road traffic crashes was approximately
US$ 518 billion.
With (RMFC) system, the driver simply waits in a safe pick-up
zone until his or her car is delivered robotically.
Not only is a vehicle owner and his or her valuables safer in
(RMFC)– so too is the car.
Without having to deal with Rash Driving , Crossing Speed Limit ,
Jumping Signals , Avoiding Seat belt , Drunken Driving ,
Overtaking Aggressively Driving ,Cell phone driving , pedestrians,
strollers, bad drivers, lackadaisical parking attendants, or even
skateboarders, dents, dings, and scrapes are practically
eliminated.
The driver can also avoid backing up into a crowd of other cars,
executing tight turns, or finding his or her way out of city traffic.
Security Portal
Security Portal
For applications that require high
security, (RMFC) Systems can
install an extremely sensitive drive
through portal which detects
narcotics, explosives, radioactive
materials, plastic weapons and
even bodies hidden inside trunks.
The security portal would be
installed in the drive way to the
(RMFC) System just prior to
driving into the entry terminals.
The security portal creates photolike gamma-ray images revealing
the threats.
How it work
1. Drive up to the automated parking garage. The ( RMFC)
blend with .System offers complete design flexibility and can
any neighborhood or project
2. Drive into the convenient parking terminal. Multiple
automatic sensors ensure that the car is properly positioned for
parking. ( RMFC) Systems offer better care and safety for
vehicles
3. Get out and lock the car. There is no need to drive
( RMFC) Systems offer a greater level of convenience.
4. Take the parking card from the kiosk and go with elevator to
(RMFC) underground station.
5. (RMFC) Systems does the rest. The car is picked up by the
computerized machinery and lifts that will safely place it inside
the Metro wagon on a shelving system.
RETRIEVE YOUR CAR
6. Enter the well lit and secure ground floor lobby and put the
(RMFC) 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
In normal day You can reach to your
destination with (RMFC) system
twice times more faster than
conventional roads system.
----------------------------------------------
In Traffic congestion day You can
reach to your destination with
(RMFC) system Six times more
faster than conventional roads
system.
----------------------------------------------
Headway
capacity .Headway is a key input in calculating the overall route
of any transit system
metro systems operate with headways on the order of 1 to 5
minutes, and vehicles on a freeway can have as little as 2
seconds headway between them.
One (RMFC) line can carry approximately 100 cars and with
the headway of average 2 minutes,
100 /120= (cars / seconds)= 1.2
Vehicles 2 seconds headway situations above assume ideal
driving conditions, with no traffic lights, stops or other
disruptions, or inclement weather, and free-flowing traffic at
constant speed – of course, as soon as someone slams on the
brakes, cars get backed up and things change.
At their best, motorways can come fairly close to these
idealized conditions: onramps are the only real intersections
which can be a problem, and these days most of them are
controlled with traffic lights.
As you see (RMFC) twice fast as normal roads condition and
six times faster in traffic
(RMFC)
station schematic
elevator for
passenger
IN
loading
Robotic
arms
Cars
IN
Cars
Out
Robotic Parking System
TRAIN
elevator for
passenger
OUT
Unloading
Robotic
arms
Going Green
(RMFC)
Systems are Environmentally
Friendly
Increase Green Space, Reduce
Traffic Congestion and Reduce
Carbon Footprint
(RMFC)
Systems is eco-friendly and can
help grow greener cities by,
Reducing the traffic congestion
and accompanying pollution of
people driving around.
(RMFC)
keep the Cities cars moving with
even less impact on the environment
The (RMFC) runs on electricity, with zero emissions from the train.
Nearly most of the sources used to generate this electricity can be
renewable, including hydroelectric and wind power..
On average, choosing the (RMFC) Line instead of driving alone
reduces greenhouse gas emissions by more than 70 percent per
mile.
(RMFC)
give you the chance to complete
your trip in city with your Bikes or
Motorcycles.
No more policy or restriction,
No more policy or restriction,
take your Bikes or motorcycles,
mopeds, tricycles, motor-powered
bicycles or any other bicycle that
exceeds the size restrictions with
you and complete your Journey into
city easily.
In Groninger, Netherlands the bike parking structure sits in
front of the train station. It has a capacity to store 4000 bikes
and Tokyo's automatic large scale parking can hold 9400 bikes
and Millennium Park Bike Station stores 300 bikes and In
Washington DC a new bike station opened recently at Union
Station with a storage capacity of 150 bikes. It offers rentals,
changing rooms and lockers.
The examples above is a samples of using the bicycles to go
and return to the subway station, and all this environmental
friendly People or low income commuters most pay for
bicycles parking in their Arrival station and Bike share
Membership and Usage Fees in destination station In the case
they want to continue with their bikes, or if they want to take a
taxi or use public transportation, this cause significantly
increased in amount of traffic in the city center.
(RMFC) can change all of this forever
Project of free inductive wireless
charging for electric vehicles in (RMFC) as
a boon for EV driver for using the green
mobility.
Integrated, Automated Car Wash for
(RMFC)
The car wash is integrated into the automated parking system
and performs the wash procedure through software embedded
commands. To achieve full LEED certification, Robotic Parking
Systems recommends implementing the car wash together
with a full water recycling system that only uses five liters of
fresh water per one car wash. The remaining water needed will
be used from fully recycled water that is stored in nearby
tanks.
(RMFC) Can offering shipping
options for your goods
(RMFC) Systems can developed storage containers that easily
allow spaces not needed for cars to be used for other purposes
such as the storage of household goods. Simply, containers are
utilized instead of the pallets used for cars. The automated
machinery moves and stores both the car and the container in the
same manner.
The storage containers are the same dimensions (7 x 19 x 7 ft. 8
in. / 2,100 x 5,740 x 2030 mm) as the vehicle pallets making the
system components fully modular and interchangeable.
Containers can be compartmented into various sizes as well as
equipped with shelves. This provides extreme flexibility for large
and small storage needs.
Additionally, this type of storage is very convenient for users.
Goods can be loaded into the container directly from the car — the
container will be brought to you in the terminal area. There is no
need to load the goods on carts and wind through long aisles or
go up and down elevators to arrive at your designated storage bin.
The world health organization reports
Every year the lives of almost 1.24 million people are cut short as
a result of a road traffic crash. Between 20 to 50 million more
people suffer non-fatal injuries, with many incurring a disability as
a result of their injury.
Road traffic injuries cause considerable economic losses to
victims, their families, and to nations as a whole. These losses
arise from the cost of treatment (including rehabilitation and
incident investigation) as well as reduced/lost productivity
(e.g. in wages) for those killed or disabled by their injuries, and
for family members who need to take time off work (or school) to
care for the injured.
There are few global estimates of the costs of injury, but an
estimate carried out in 2000 suggest that the economic cost of
road traffic crashes was approximately US$ 518 billion. National
estimates have illustrated that road traffic crashes cost countries
between 1–3% of their gross national product, while the financial
impact on individual families has been shown to result in
increased financial borrowing and debt, and even a decline in
food consumption.
Road traffic injuries have been neglected from the global health
agenda for many years, despite being predictable and largely
preventable. Evidence from many countries shows that dramatic
successes in preventing road traffic crashes can be achieved
through concerted efforts that involve, but are not limited to, the
health sector.