The types of smart parking system may be divided into at least five main groups: Scissor-driven, Hydraulic-driven, Electric, Pneumatic, and Sliding. The most recently introduced kind, Pneumatic, uses compressed air to propel vehicles. Crane-driven parking systems use a single mechanical mechanism to simultaneously do both the vertical and horizontal movements of the vehicle being parked or retrieved in the parking structure. Electric-driven systems use electric motors to drive cranes; Hydraulic-driven systems use hydraulic pistons or ball bearings, and Pneumatic systems employ the air pressure created by tires under pressure to move vehicles.
All automatic parking systems must be connected to at least one motor. Normally, this is a screw-type connection, but some are now made with electrical connections. As for the connection to the motor, this is usually done through a fitting called a "crimp." Most cranes that are powered by electric motors are controlled from the cab, while pneumatic and Hydraulic-driven vehicles are controlled through a control unit in the roof of the pickup. Electric-powered vehicles have their control unit mounted inside the vehicle, while Hydraulic-powered cars are usually controlled externally.
Automatic parking systems have made life much easier for truck drivers. When their trucks are parked and the doors are shut, they do not have to worry about looking for their cars, which can easily be forgotten. Instead, they let the parking sensors perform their duties, and when the lights on their cars go green, the trucks immediately leave the parking area. Of course, this allows even more time for the driver to get into his or her car and drive away; so an automated parking system may be invaluable for truck drivers who need to park their vehicles quickly.
On the other hand, fully automated parking systems provide the ease of driving the trucks into space and just leaving them there, while the driver parks safely and securely outside the facility. In fact, some fully automated parking systems are designed so that the driver can drive away and come back later if desired. The convenience of fully automated systems is not limited to truck drivers, however. Bus, train, and plane crews also benefit from fully-automated facilities.
A fully-automated as allowing vehicles to be parked more quickly, as well as at higher rates of acceleration. This is because the mechanical system does not have to stop when a car approaches it, as the case with most human-driven cars. Furthermore, fully-automated parking systems do not waste gasoline, as it is required to slow down a vehicle using the brakes, gears, and other mechanical devices. Visit our website to discover more about smart parking systems.
Not only do fully-automated parking systems save time for trucking and delivery companies, but they have also become popular in garages, as well. Garage owners are interested in fully-automated systems because they can allow greater accessibility to their vehicles. Additionally, the garage owner can use the additional space to store extra tools or to even make extra money by allowing customers to use the garage for parking instead of parking their cars inside the building. For more info about this subject, visit this page: https://en.wikipedia.org/wiki/Automatic_parking.