Multiple electronic purse parking meter

• US 6,111,522 A
• Filed: 04/23/1999
• Issued: 08/29/2000
• Est. Priority Date: 04/24/1998
• Status: Active Grant

• Current Assignee: J.J. MacKay Canada Limited (137954 Canada Ltd.)
• Original Assignee: J J Mackay Canada Limited
• Inventors: Fill, Gregory Andrew, Hiltz, Kenneth Scott, Doucette, John Daniel, Erskine, Neil Stuart
• Primary Examiner(s): Lefkowitz, Edward
• Application Number:
  US09/298,697
• Time in Patent Office: 494 Days
• Field of Search: 340/932.2, 340/309.15, 368/90, 368/91, 368/92, 705/418
• US Class Current: 340/932.2
• CPC Class Codes: G06Q 20/363 with the personal data of a user
• CPC Class Codes: G06Q 30/0284 Time or distance, e.g. usage of parking meters or taximeters
• CPC Class Codes: G07F 17/248 Housing construction casings for coin-freed apparatus G07F9/10
• CPC Class Codes: G07F 7/0866 by active credit-cards adapted therefor G07F7/1008 takes precedence

Abstract

A dual processor electronic parking meter (EPM) accepts a plurality of ISO compliant smart cards and authorizes payment of purchased time. The EPM of the invention is equipped with a card reader module (CRM) which accepts/validates transactions effected on smart cards, and also accepts a interface card for connection to a data terminal for revenue collection, meter configuration and meter firmware maintenance. The EPM includes a multi-lingual, intelligent, mixed-mode graphics and icon based display with greater visibility. When the EPM is idle, various sections of the meter are in a sleep mode for prolonging the life of the batteries. The EPM wakes up whenever a card is in the CRM, a coin is inserted, or a key for selecting the parking time and the type of operation is actuated. The EPM is easy to use by both the parking time purchaser and the money collector. The EPM contains a large memory and can be reprogrammed in the field to support new cards, different user languages, and system parameters such as rate, off time, or minimum purchased time. It is off-the-shelf solution provided with protection circuitry and designed to be used in unattended locations.

Claims

1. A multiple purse, battery powered, stand alone electronic parking meter, comprising:

input/output means for interacting with a user and generating an interrupt signal in response to a user action defining a parking meter event;

a first memory means for storing a plurality of graphic messages and icons;

a mixed-mode display for displaying said graphic messages and/or said icons;

a low power microcontroller for controlling the transfer of information between said first memory means and said mixed-mode display, and for generating a wake-up sequence on receipt of said interrupt signal;

second memory means for storing an operating system and customer data; and

processing means for switching from a sleep mode into an operation mode in response to said wake-up sequence, determining the source of said interrupt signal, and accordingly controlling said mixed-mode display, said first and second memory means, under supervision of said operating system wherein placing the processing means into sleep mode when the parking meter is idle allows the life of the battery to be prolonged.

2. A parking meter as claimed in claim 1, further comprising a real time continuously running clock for displaying time and data information, and for attempting to initiate said wake-up sequence at regular intervals.

3. A parking meter according to claim 1, further comprising a bank switch system for addressing said second memory means.

4. A parking meter as claimed in claim 1, further comprising an input expansion port and an output expansion port for extending the input/output and addressing capabilities of said processing means.

5. A parking meter as claimed in claim 1, further comprising a security access module for determining the type of a smart card, authenticating said smart card, and initiating a transaction between said smart card and said processing means.

6. A parking meter according to claim 1 wherein said customer data comprise current transaction data and previous transaction data.

7. A parking meter according to claim 1, wherein said input/output means comprises:

a card reader module for accepting a card and retrieving and storing information of interest from and to said card;

a key for selecting a type of operation and an amount of parking time; and

an event detector for generating said interrupt signal whenever said key is actuated.

8. A parking meter according to claim 7, wherein said card reader module comprises:

a card reader receptor for receiving a card and establishing a plurality of communication points with said card; and

a card detector for triggering said event detector whenever a card is inserted into said card acceptor.

9. A parking meter according to claim 7, further comprising a high current protection means for continuously monitoring the current supplied to said card reader module and disabling said parking meter if said current is higher than a preset threshold.

10. A parking meter according to claim 7, wherein said card reader module further comprises an overcurrent/overvoltage protection circuit.

11. A parking meter according to claim 7 wherein said input/output means comprises a coin accepting and identification module for signaling to said event detector whenever a coin is inserted.

12. A multiple purse, battery powered, stand alone electronic parking meter, comprising:

a card reader module for accepting a card and retrieving and storing information of interest from and to said card;

a key for selecting a type of operation and an amount of parking time;

an event detector for generating an interrupt signal whenever user activity is detected by said card reader module or/and said key, defining a parking meter event;

a first memory means for storing a plurality of graphic messages and icons;

a mixed-mode display for displaying a graphic message and/or an icon;

a low power microcontroller for controlling the transfer of information between said first memory means and said mixed-mode display, and for initiating a wake-up sequence on receipt of said interrupt signal;

second memory means for storing an operating system and customer data; and

processing means for switching from a sleep mode into a full power operation mode in response to said wake-up sequence, determining the source of said interrupt signal, and accordingly controlling said mixed-mode display, said first and second memory means, under supervision of said operating system wherein placing the processing means into sleep mode when the parking meter is idle allows the life of the battery to be prolonged.

13. A parking meter as claimed in claim 12, further comprising a real time continuously running clock for displaying the time and date information and for attempting to initiate said wake-up sequence at regular intervals.

14. A parking meter according to claim 12, further comprising

a bank switch system for addressing said second memory means;

an input expansion port and an output expansion port for extending the input/output and addressing capabilities of said processing means; and

a high current protection means for continuously monitoring the current supplied to said card reader module and disabling said parking meter if said current is higher than a preset threshold.