Method for controlling entry and exit to parking garages and parking facilities
First Claim
1. A customer medium for use in a system for controlling entry and exit of motor vehicles in a parking facility, wherein operation of barriers at entrances and exits of the facility, in front of which a vehicle stands, is determined on the basis of a location determination of the vehicle, wherein vehicle location information is transmitted by means of a user'"'"'s mobile device via a wireless or mobile phone standard connection to a server, said server being operative to control the barriers at entrances and exits after locating the vehicle, said customer medium being connectable with the mobile device and used in the location determination for the purpose of data communication via a built-in RF transceiver with at least one reading device assigned to a parking barrier or access control device in a predetermined frequency range, the location information of the entrance or exit or the parking barrier being transmitted by the reading device to the customer medium, if the customer medium is detected by the reading device, and being transmitted from the customer medium to the mobile device, from which it is then forwarded to the server;
- said customer medium comprising (1) a microprocessor having an active mode and a sleep mode;
(2) a first and a second RF antenna, said first antenna being operative to receive a wake-up signal when the microprocessor is in the sleep mode; and
(3) an operational amplifier coupled to the first antenna, for amplifying and demodulating the wake-up signal, and coupled to the microprocessor having the active mode and the sleep mode, the microprocessor having the active mode and the sleep mode, the microprocessor being connected to the RF transceiver which, in turn, is connected to the second antenna, said microprocessor being operative, in response to the receipt of the wake-up signal, to switch on the RF transceiver to transmit and receive via the second antenna;
wherein the operational amplifier is the only component of the customer medium that is fully active in the sleep mode, wherein only a part of the microprocessor is activated in the sleep mode and wherein the RF transceiver is activated only if the microprocessor is in an active mode, thereby to minimize power consumption of the customer medium; and
wherein the customer medium is configured to be charged with energy via an HF pulse that is emitted from at least one reading device, whereby energy for the customer medium is taken from the HF pulse of the reading device and is then operated autonomously for a predetermined time.
1 Assignment
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Accused Products
Abstract
As part of the process for controlling entry and exit in parking garages and parking facilities, the entrance or exit, in front of which a vehicle stands, is determined on the basis of a location determination of the vehicle, where the location information shall be transmitted by means of the mobile device via a wireless or mobile phone standard to a server, which is capable of controlling the parking barriers of entrances and exits after locating the vehicle, where in the case that the owner of the mobile device is already registered on the server, the user ID is also sent to the server and in the case that the owner of the mobile device is not registered on the server, the registration is done by means of the mobile device via the connection to the server and a user ID is assigned after registration, where the entrance or exit, in front of which the vehicle stands, is determined on basis of the data of location determination in the server, where a ticket in electronic form linked with the user ID is sent to the mobile device of the user in the case of an entrance or stored in the server and the parking barrier or access control device assigned to the determined entrance is actuated in order to allow the entrance, where it is determined for the case of an exit, whether the parking fee has been paid and in case of paid parking fee the parking barrier or access control device assigned to the determined exit is actuated in order to allow the exit.
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Citations
3 Claims
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1. A customer medium for use in a system for controlling entry and exit of motor vehicles in a parking facility, wherein operation of barriers at entrances and exits of the facility, in front of which a vehicle stands, is determined on the basis of a location determination of the vehicle, wherein vehicle location information is transmitted by means of a user'"'"'s mobile device via a wireless or mobile phone standard connection to a server, said server being operative to control the barriers at entrances and exits after locating the vehicle, said customer medium being connectable with the mobile device and used in the location determination for the purpose of data communication via a built-in RF transceiver with at least one reading device assigned to a parking barrier or access control device in a predetermined frequency range, the location information of the entrance or exit or the parking barrier being transmitted by the reading device to the customer medium, if the customer medium is detected by the reading device, and being transmitted from the customer medium to the mobile device, from which it is then forwarded to the server;
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said customer medium comprising (1) a microprocessor having an active mode and a sleep mode;
(2) a first and a second RF antenna, said first antenna being operative to receive a wake-up signal when the microprocessor is in the sleep mode; and
(3) an operational amplifier coupled to the first antenna, for amplifying and demodulating the wake-up signal, and coupled to the microprocessor having the active mode and the sleep mode, the microprocessor having the active mode and the sleep mode, the microprocessor being connected to the RF transceiver which, in turn, is connected to the second antenna, said microprocessor being operative, in response to the receipt of the wake-up signal, to switch on the RF transceiver to transmit and receive via the second antenna;wherein the operational amplifier is the only component of the customer medium that is fully active in the sleep mode, wherein only a part of the microprocessor is activated in the sleep mode and wherein the RF transceiver is activated only if the microprocessor is in an active mode, thereby to minimize power consumption of the customer medium; and wherein the customer medium is configured to be charged with energy via an HF pulse that is emitted from at least one reading device, whereby energy for the customer medium is taken from the HF pulse of the reading device and is then operated autonomously for a predetermined time. - View Dependent Claims (2, 3)
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Specification