Mixed lock type toll collecting system and method for toll collection of vehicles on toll road

• US 6,040,785 A
• Filed: 02/25/1998
• Issued: 03/21/2000
• Est. Priority Date: 04/18/1997
• Status: Expired due to Term

• Current Assignee: Samsung Electronics Co. Ltd.
• Original Assignee: Samsung Electronics Co. Ltd.
• Inventors: Kim, Jong-yeob, Park, Won-seo, Ryu, Duk-Kyun, Ho, Wan-chol
• Primary Examiner(s): Lefkowitz, Edward
• Application Number:
  US09/030,320
• Time in Patent Office: 755 Days
• Field of Search: 347/928, 347/905, 347/933, 347/937
• US Class Current: 340/928
• CPC Class Codes: G07B 15/063 using wireless information transmission between the vehicle and a fixed station identification of vehicles G08G

Abstract

A toll collecting system having a lock-type management for toll collection of vehicles in a toll road such as an express way. The mixed lock-type toll collecting system includes an on-board unit installed in a vehicle which enters an entrance gate and exits an exit gate of the toll road, for toll collection by radio communication; an entrance lane device installed at the entrance gate for transmitting entrance information to the vehicle which enters the entrance gate; an exit lane device installed at the exit gate for collecting the toll from the vehicle which exits the exit gate; and a central control device for controlling the entrance lane device and the exit lane device for toll collection of the vehicle which enters the entrance gate and exits the exit lane of the toll road. A radio communicator is used to provide entrance information to the vehicle by radio communication at the entrance gate for subsequent toll collection upon exit in case radio communication can be performed. A pass is alternatively provided to the driver of the vehicle at entry for subsequent toll collection upon exit when radio communication with the on-board unit of the vehicle cannot be performed. The combination of electronics and manual toll collection of the mixed toll collecting system of the present invention can significantly reduce the time for collecting the toll and prevent traffic jams at the toll gate.

Claims

1. A mixed lock-type toll collecting system, comprising:

an on-board unit for installation in a vehicle for toll collection at a toll gate of a toll road;

an entrance lane device for installation at an entrance lane of said toll gate of the toll road for transmitting entrance information to the vehicle entering the entrance lane;

an exit lane device for installation at an exit lane of said toll gate of the toll road for collecting a toll from the vehicle exiting the exit lane;

a central control device for controlling said entrance lane device and said exit lane device for toll collection from the vehicle entering the entrance lane and exiting the exit lane of the toll road;

said entrance lane device comprising a first radio communicator performing radio communication with said on-board unit when installed in the vehicle which enters the entrance lane and transmitting the entrance information to said on-board unit when installed in the vehicle which enters the entrance lane when radio communication with the vehicle can be performed, and including a pass issuer issuing a pass to a driver of a vehicle when radio communication with the vehicle cannot be performed; and

said exit lane device comprising a second radio communicator performing radio communication with said on-board unit when installed in the vehicle upon exiting and collecting the toll, when radio communication with the vehicle can be performed; and

a manned exit lane device for installation collecting the toll in accordance with the pass issued to the driver of the vehicle, when radio communication with the vehicle can not be performed.

2. The mixed lock-type toll collecting system of claim 1, further comprised of said on-board unit comprising an integrated circuit card processor calculating the toll by an integrated circuit card.

3. The mixed lock-type toll collecting system of claim 1, further comprised of said exit lane device comprising a receipt issuer connected to said manned exit lane device issuing a receipt of said toll collection in accordance with an input of a clerk stationed at the exit lane of the toll gate.

4. The mixed lock-type toll collecting system of claim 1, further comprised of said exit lane device comprising a payment processor connected to said manned exit lane device for collecting the toll in the form of a pre-paid ticket.

5. The mixed lock-type toll collecting system of claim 1, further comprised of said entrance lane device comprising an information display unit providing a visual display of the entrance information transmitted to said on-board unit when installed in the vehicle which enters said entrance lane.

6. The mixed lock-type toll collecting system of claim 1, further comprised of said exit lane device comprising an information display unit for providing a visual display of said toll collection to a clerk stationed at the exit lane of the toll gate.

7. The mixed lock-type toll collecting system of claim 2, further comprised of said exit lane device comprising a vehicle photographing unit connected to said exit lane device for photographing the vehicle exiting the exit lane of the toll gate, the vehicle not having said on-board unit installed in the vehicle.

8. The mixed lock-type toll collecting system of claim 7, further comprised of said central control device comprising an image processing computer for receiving, keeping, requesting and outputting images captured by said vehicle photographing unit.

9. A mixed lock-type toll collecting system for toll collection from vehicles on a toll road, comprising:

an on-board unit for installation in a vehicle to enable toll collection by radio communication;

an entrance lane device for installation at the entrance gate at an entrance lane of the toll road for transmitting entrance information for a vehicle which enters the entrance gate;

an exit lane device for installation at an exit gate at an exit lane of the toll road for collecting a toll from the vehicle which exits the exit gate;

a central control device for controlling said entrance lane device and said exit lane device for toll collection from the vehicle entering the entrance gate and exiting the exit lane of the toll road;

said entrance lane device comprising;

a first vehicle sensor sensing the vehicle which enters the entrance lane;

a second vehicle sensor sensing the vehicle which departs from the entrance lane;

a first radio communicator performing radio communication with the on-board unit when installed in the vehicle which enters the entrance lane;

an entrance lane controller receiving a vehicle arriving signal from said first vehicle sensor, performing radio communication with said on-board unit when installed in the vehicle which enters the entrance lane via said first radio communicator when radio communication with the vehicle can be performed, and transmitting entrance information to said on-board unit when installed in the vehicle which enters the entrance lane when radio communication with the vehicle can be performed; and

a pass issuer connected to said entrance lane controller issuing a pass to a driver of the vehicle which enters the entrance lane in response to receipt of said vehicle arriving signal, when radio communication with the vehicle cannot be performed;

said exit lane device comprising;

a third vehicle sensor sensing the vehicle which arrives at the exit gate;

a fourth vehicle sensor sensing the vehicle which departs from the exit gate;

a second radio communicator performing radio communication with said on-board unit when installed in the vehicle which arrives at the exit gate;

an exit lane controller receiving a vehicle arriving signal generated from said third vehicle sensor, performing radio communication with said on-board unit when installed in the vehicle which arrives at the exit gate via said second radio communicator when radio communication with the vehicle can be performed, receiving the entrance information from said on-board unit when installed in the vehicle which arrives at the exit gate, and collecting a toll from the vehicle when radio communication with said on-board unit when installed in the vehicle can be performed;

a pass processor processing the entrance information of the vehicle which arrives at the exit gate from the pass when the pass is issued to the driver of the vehicle and providing a visual display of the entrance information to a clerk stationed at the exit gate; and

a manned exit lane controller for controlling reception of said vehicle arriving signal from said exit lane controller and directly collecting the toll from the driver of the vehicle which arrives at the exit gate when radio communication with the vehicle cannot be performed.

10. The mixed lock-type toll collecting system of claim 9, further comprised of said on-board unit comprising an integrated circuit card processor for calculating the toll by an integrated circuit card.

11. The mixed lock-type toll collecting system of claim 9, further comprised of said exit lane device additionally comprising a receipt issuer connected to said manned exit lane controller for issuing a receipt in accordance with inputs from the clerk stationed at the exit gate.

12. The mixed lock-type toll collecting system of claim 9, further comprised of said exit lane device additionally comprising a payment processor connected to said manned lane controller for collecting the toll in the form of a pre-paid ticket.

13. The mixed lock-type toll collecting system of claim 9, further comprised of said entrance lane device comprising an information display unit for providing a visual display of the entrance information transmitted to said on-board unit installed in the vehicle which enters said entrance gate.

14. The mixed lock-type toll collecting system of claim 9, further comprised of said exit lane device comprising an information display unit for providing a visual display of said toll collection to the clerk stationed at the exit gate.

15. The mixed lock-type toll collecting system of claim 9, further comprised of said exit lane device additionally comprising a vehicle image photographing unit connected to said exit lane controller for photographing a vehicle which exits the exit gate without said toll collection.

16. The mixed lock-type toll collecting system of claim 15, further comprised of said central control device comprising an image processing computer for receiving, keeping, requesting and outputting images captured by said vehicle image photographing unit.

17. A method for providing entrance information to a vehicle which enters an entrance gate of a toll road for toll collection at an exit gate, comprising the steps of:

sensing the arrival of a vehicle at the entrance gate having an entrance lane device for transmission of entrance information for the vehicle which enters the entrance gate of the toll road;

determining the type of the vehicle which enters the entrance gate of the toll road, and increasing a number of any awaiting vehicles at the entrance gate by a unit value;

determining whether an on-board unit is installed in the vehicle arriving at the entrance gate for radio communication with said entrance lane device;

transmitting the entrance information to said on-board unit when installed in the vehicle which enters the entrance gate of the toll road by radio communication from said entrance lane device for electronic toll collection when radio communication with the vehicle can be performed, and providing a visual display of the entrance information when said on-board unit is installed in the vehicle when radio communication with the vehicle can be performed;

issuing a pass to a driver of the vehicle for manual toll collection when said on-board unit is not installed in the vehicle, or alternatively, when the entrance information cannot be transmitted to said on-board unit when installed in the vehicle by radio communication;

sensing the departure of the vehicle from the entrance gate of the toll road; and

completing management of the entrance information by reducing the number of any awaiting vehicles at the entrance gate by said unit value.

18. The method of claim 17, further comprised of said entrance lane device comprising:

a first vehicle sensor sensing the vehicle entering the entrance gate of the toll road;

a second vehicle sensor sensing the vehicle departing from the entrance gate of the toll road;

a radio communicator performing radio communication with the on-board unit when installed in the vehicle which enters the entrance gate of the toll road when radio communication can be performed with the on-board unit;

an entrance lane controller receiving a vehicle arriving signal from said first vehicle sensor, performing radio communication with said on-board unit when installed in the vehicle which enters the entrance gate via said radio communicator when radio communication can be performed with the on-board unit, and transmitting entrance information to said on-board unit when installed in the vehicle which enters the entrance gate when radio communication with the vehicle can be performed; and

a pass issuer connected to said entrance lane controller issuing the pass to the driver of the vehicle which enters the entrance gate in response to receipt of said vehicle arriving signal, when said radio communication with the vehicle cannot be performed.

19. The method of claim 18, further comprised of said on-board unit comprising an integrated circuit card processor for calculating a toll for the vehicle by an integrated circuit card.

20. The method of claim 17, further comprised of a method for providing toll collection from a vehicle with arrives at the exit gate of the toll road, comprising the steps of:

sensing the arrival of a vehicle at the exit gate of the toll road having an exit lane device for collecting the toll from the vehicle;

determining the type of the vehicle arriving at the exit gate, and increasing the number any of awaiting vehicles at the exit gate by a unit value;

determining whether an on-board unit is installed in the vehicle for radio communication with said exit lane device;

collecting a toll from the vehicle and providing a visual display of the result of toll collection from the vehicle when said on-board unit is installed in the vehicle;

directly collecting a toll for the vehicle, the toll being indicated by a pass issued to a driver of the vehicle at the entrance gate when said on-board unit is not installed in the vehicle, or alternatively, when the toll collection cannot be performed by radio communication;

sensing the departure of the vehicle from the exit gate of the toll road;

photographing the vehicle exiting the exit gate of the toll road when the vehicle is determined to be a violating vehicle; and

completing the management of toll collection from the vehicle which exits the exit gate of the toll road by reducing the number of any awaiting vehicles at the exit gate by said unit value.

21. The method of claim 20, further comprised of said entrance lane device comprising:

a first vehicle sensor sensing the vehicle entering the entrance gate of the toll road;

a second vehicle sensor sensing the vehicle departing from the entrance gate of the toll road;

a radio communicator performing radio communication with the on-board unit when installed in the vehicle which enters the entrance gate of the toll road when radio communication can be performed with the on-board unit;

an entrance lane controller receiving a vehicle arriving signal from said first vehicle sensor, performing radio communication with said on-board unit when installed in the vehicle which enters the entrance gate via said radio communicator when radio communication can be performed with the on-board unit, and transmitting entrance information to said on-board unit when installed in the vehicle which enters the entrance gate when radio communication with the vehicle can be performed; and

a pass issuer connected to said entrance lane controller issuing the pass to the driver of the vehicle which enters the entrance gate in response to receipt of said vehicle arriving signal, when said radio communication with the vehicle cannot be performed.

22. The method of claim 21, further comprised of said exit lane device comprising:

a third vehicle sensor for sensing the vehicle which arrives at the exit gate;

a fourth vehicle sensor for sensing the vehicle which departs from the exit gate;

a second radio communicator for performing radio communication with said on-board unit when installed in the vehicle which arrives at the exit gate;

an exit lane controller for receiving a vehicle arriving signal generated from said third vehicle sensor, performing radio communication with said on-board unit when installed in the vehicle which arrives at the exit gate via said second radio communicator when radio comunication can be performed with the vehicle, receiving entrance information provided from said on-board unit when installed in the vehicle which arrives at the exit gate, and collecting the toll from the vehicle when radio communication with the vehicle can be performed;

a pass processor for processing the entrance information of the vehicle which arrives at the exit gate from the pass when issued to the driver of the vehicle and providing a visual display of the entrance information to a clerk stationed at the exit gate; and

a manned exit lane controller for controlling reception of said vehicle arriving signal from said exit lane controller and directly collecting the toll from the driver of the vehicle which arrives at the exit gate when radio communication with the vehicle cannot be performed.

23. A method for toll collection from a vehicle which enters an entrance gate of a toll road and arrives at an exit gate, comprising the steps of:

sensing the arrival of a vehicle at the exit gate of the toll road having an exit lane device for collecting the toll from the vehicle;

determining the type of the vehicle arriving at the exit gate, and increasing the number of any awaiting vehicles at the exit gate by a unit value;

determining whether an on-board unit is installed in the vehicle for radio communication with said exit lane device;

collecting a toll from the vehicle and providing a visual display of the result of toll collection from the vehicle when said on-board unit is installed in the vehicle;

directly collecting a toll for the vehicle, the toll being indicated by a pass issued to a driver of the vehicle at the entrance gate when said on-board unit is not installed in the vehicle, or alternatively, when the toll collection cannot be performed by radio communication;

sensing the departure of the vehicle from the exit gate of the toll road;

photographing the vehicle exiting the exit gate of the toll road when the vehicle is determined to be a violating vehicle; and

completing the management of toll collection from the vehicle which exits the exit gate of the toll road by reducing the number of any awaiting vehicles at the exit gate by said unit value.

24. The method of claim 23, further comprised of said exit lane device comprising:

a first vehicle sensor for sensing the vehicle which arrives at the exit gate;

a second vehicle sensor for sensing the vehicle which departs from the exit gate;

a radio communicator for performing radio communication with said on-board unit when installed in the vehicle which arrives at the exit gate;

an exit lane controller for receiving a vehicle arriving signal generated from said first vehicle sensor, performing radio communication with said on-board unit when installed in the vehicle which arrives at the exit gate via said radio communicator when radio communication can be performed with the vehicle, receiving entrance information provided from said on-board unit when installed in the vehicle which arrives at the exit gate, and collecting the toll from the vehicle when radio communication with the vehicle can be performed;

a pass processor for processing the entrance information of the vehicle which arrives at the exit gate from the pass when issued to the driver of the vehicle and providing a visual display of the entrance information to a clerk stationed at the exit gate; and

a manned exit lane controller for controlling reception of said vehicle arriving signal from said exit lane controller and directly collecting the toll from the driver of the vehicle which arrives at the exit gate when radio communication with the vehicle cannot be performed.

25. The method of claim 23, further comprised of said on-board unit comprising an integrated circuit card processor for calculating the toll by an integrated circuit card.