LT4833B - CAR PARKING CONTROL SYSTEM FOR CLOSE TYPE - Google Patents

Abstract

Invention attributes to the control devices. Automobile parking control system for closed type territories used for collecting of payments for automobile parking time. System consists of driveway parking automate (1), departure parking automate (8) and two cordons (12, 17). It is possible to use microchip cards (18). Additionally there are installed one driveway (14) and one departure (13) cordons and two sensors (13, 16). Driveway parking machine consists of microchip card reading/writing device (2), connected to the microprocessor (3), to which indicator (4), time measuring block (5), memory block (6) and printer (7) are connected. Departure parking machine (8) consists of microchip reading/writing block (9), sensor (11) connected to the microprocessor (10), which at its hand is connected to the first (15) and the second (17) departure cordons and sensor (16) and on the other side - with the driveway parking machine (1) of microprocessor (3), which at its hand is connected to the first and second (14) cordons and the sensor (13). The credit payment of the microchip (18) may only be written down.

Description

The parking control system for closed-area parking is intended for automated collection of parking time in closed-area areas.

There is a known automated control of a paid parking lot, which consists of an entrance module mounted in the parking lot, a central computer with a storage unit, a cash register module and a module for the exit of parking lots. An additional input line is provided in the output module. This information is transmitted to the input module from the cash register and / or from the additional unit. The additional information is used to calculate the amount of payment on a central computer (See Swiss Patent No. 683651, GO7 B 15/04, P> K «H3o6peTeHi4? I crpaH MMpa» 1995).

There is a known parking control system for parking, which uses a smart card with a fixed amount of money stored in and out of the car park. The card has the ability to remember the time of entry of a car, by deducting the amount of money for idle time from memory using the appropriate indicators, while recording the remaining amount. The control system shall have control units, which shall be fitted to the entry and exit barriers, respectively. After recording and displaying content on the display screen, one of the control units writes the exit time to the card memory and opens the barrier. The next control unit deducts the amount of money on the card for idle time, replaces the card memory with the remaining unused amount, displays the calculated and modified results exit barrier (see Japanese Patent No. 4-39115, G 07 B 15/00, P> K «Μ3θ5ρβτβΗΐιπ CTpaH Mwpa» 1994).

The above prototype, like the analogue, cannot fully guarantee the reliability of the parking control system, since the chip card has the ability to record credit charge information while changing it in ascending order, which allows fake card impressions. Secondly, there is the possibility of opening entry or exit barriers at a certain distance, with one card to enter (parking or exit the carpeted cars).

The object of the invention is to increase the reliability of the parking control system.

-2The stated goal is achieved by providing the parking system with a closed parking area consisting of an entrance parking machine, an exit parking machine with the option to pay for parking time by means of integrated cards and two barriers, additionally one entrance, one exit barrier and two sensors, entrance parking the dispenser comprises an integrated circuit card read-write unit connected to a microprocessor to which an indicator, a time unit, a memory unit and a printer are connected, and the exit parking machine comprises an integrated circuit card read-write unit and an indicator connected to the microprocessor is connected to the first and second exit barriers and a sensor, on the other hand to the microprocessor of the entrance parking machine connected to the first and second barriers he sensor, and the smart card only has the ability to deduct credit.

Fig. illustrates a block diagram of a parking control system for an enclosed area.

The parking park control system comprises an entrance parking machine 1 consisting of an integrated circuit card read-write unit 2, a microprocessor 3, an indicator 4, a time measurement unit 5, a memory unit 6, a printer 7, an exit parking machine 8 comprising an integrated integrated circuit card read-write block 9, microprocessor 10, indicator 11 .first entry barrier 12, sensor 13, second entry barrier 14, first exit barrier 15, sensor 16, second exit barrier 17 and integrated circuit cards 18.

(by inserting the smart card 18 into the recording parking slot 2 of the access parking machine, the microprocessor 3 checks its legality and, after verifying its legality, signals the opening of the first entrance barrier 12. At the same time, the microprocessor 3 signals the indicator 4 the entrance and allowed parking time for the paid down payment, which is read on the timing unit 5. the microprocessor 3 of the entrance parking machine 1 sends a signal to the memory unit 6, which records the individual number of the smart card 18, the amount of the down payment and the time The printer 7, having received a signal from the microprocessor 3, prints a ticket indicating the amount of the payment P, the time T until which the car is entitled to park for the said payment.

The first and second entry barriers 12 and 14 of the 48EN 4833 B record whether the vehicle has entered the area between these barriers. The distance between the barriers is chosen to accommodate only one car. When the vehicle enters this area, sensor 13 signals a microprocessor 3 which closes the first entry barrier 12 and opens the second entrance barrier 14. Information on the IC card 18 is transmitted from the entry parking machine 1 via the microprocessor 3 to the exit parking machine 8 microprocessor 10. On exit from the site, the chip card 18 is inserted into the read-write unit 9 of the exit parking machine 9. The microprocessor 10 of the exit parking machine checks its legality and, in the case of a positive result, the indicator 11 records the downtime. If Tišv. > T, the microprocessor 10 deducts an additional amount of money from the smart card 18 corresponding to the additional downtime. The microprocessor 10 then forms a command for opening the first exit barrier 16. As the car enters the area of the first exit barrier 16 and the second exit barrier 18, the sensor 17 detects this and signals to the microprocessor 10 to close the first exit barrier 16 and open the second exit barrier 18. Upon exit, the microprocessor 10 which gives the command to clear the chip card information in memory block 6.

Compared to the prototype, the new set of constructive elements prevents any potential driver abuse and increases the reliability of the system.

Claims (1)

DEFINITION OF INVENTION The parking control system for the cars is a closed area consisting of an entrance parking machine, an exit parking machine with integrated chip card payment and two barriers with the addition of one entrance and one exit barrier and two sensors for access parking. the dispenser comprises an integrated circuit card reader - a recording unit connected to a microprocessor to which an indicator, a time measurement unit, a memory unit and a printer are connected, the exit parking machine consists of an integrated circuit card read-write unit and an indicator connected to the microprocessor is connected to the first and second exit barriers and a sensor, on the other hand to the entrance parking microprocessor connected to the first and second entrance barriers s and the sensor, while the integrated circuit card only has the ability to deduct credit.