Abstract: Methods for automatic parking of cars in a controlled parking occupancy-status area with unmarked parking spaces, and automatic cellular parking systems (ACPS) enabling such methods. The methods are performed without use of a dedicated in-car device and comprise monitoring of vehicles and parking space occupancy by parking sensors, association of a particular identified parking car with a precise unmarked parking space address and automatic start and termination of a parking session. In some embodiments, the identity of the parking car and associated parking space address are provided by the parking sensors without driver involvement. In some embodiments, the identity of the parking car is provided by the drives using cellular communications.

Abstract: Methods for automatic parking of cars in a controlled parking occupancy-status area with unmarked parking spaces, and automatic cellular parking systems (ACPS) enabling such methods. The methods are performed without use of a dedicated in-car device and comprise monitoring of vehicles and parking space occupancy by parking sensors, association of a particular identified parking car with a precise unmarked parking space address and automatic start and termination of a parking session. In some embodiments, the identity of the parking car and associated parking space address are provided by the parking sensors without driver involvement. In some embodiments, the identity of the parking car is provided by the drives using cellular communications.

Abstract: The present invention relates to a parking system, which comprises: (a) plurality of Curb Devices for communication with car device and a host, each Curb Device having its own unique Curb Device ID and is installed close to a corresponding parking space; the Curb device is also provided with a sensor for sensing a physical positioning of a car within the respective parking space; (b) plurality of Car Devices, each Car Device is provided with its own unique Car Device ID, and is positioned at a corresponding car at a location which is visible from the outside; and (c) a Host which is provided with Users Data and Parking Spaces Data, for remotely managing, billing, enforcing and controlling on line and in real time parking of vehicles at each of said parking spaces.

Abstract: The present invention relates to a parking system, which comprises: (a) plurality of Curb Devices for communication with car device and a host, each Curb Device having its own unique Curb Device ID and is installed close to a corresponding parking space; the Curb device is also provided with a sensor for sensing a physical positioning of a car within the respective parking space; (b) plurality of Car Devices, each Car Device is provided with its own unique Car Device ID, and is positioned at a corresponding car at a location which is visible from the outside; and (c) a Host which is provided with Users Data and Parking Spaces Data, for remotely managing, billing, enforcing and controlling on line and in real time parking of vehicles at each of said parking spaces.

Abstract: A portable parking meter device comprises, in combination, a portable registering device and an exchangeable card to be used in conjunction therewith, means provided in the registering device for transmitting to the card, in each parking, signals defining the tariff associated with the parking lot, the authority to which the parking fee is to be paid, and the exact duration of each parking, and means provided in said card for storing said signals.