Method for securing air traffic

• US 20050012614A1
• Filed: 11/14/2002
• Published: 01/20/2005
• Est. Priority Date: 11/15/2001
• Status: Abandoned Application

• Current Assignee: Joergen Brosow
• Original Assignee: Joergen Brosow
• Inventors: Brosow, Joergen
• Application Number:
  US10/495,718
• Publication Number:
  US 20050012614A1
• Time in Patent Office: Days
• US Class Current: 340/572.100
• CPC Class Codes: B64F 1/366 Check-in counters

Abstract

To enhance the security of air traffic, tamperproof recordings are produced on the passenger'"'"'s boarding pass, which have a unique relationship with the identity of the passenger and his luggage. This relationship is monitored from the time the passenger checks in at the departure airport until he leaves the destination airport.

Claims

1. Method for providing air traffic security, in which each passenger at the airport goes to a check-in counter (1), at which, on presentation of an airline ticket previously issued to him for a reserved flight, he is issued a boarding pass, which entitles him to board the aircraft for the reserved flight and has two portions, one of which is retained by the passenger to allow him to board, and on each of which information identifying the reserved flight, the passenger, and his seat assignment on the aircraft is recorded and is stored in a central data bank, and at which (check-in counter) luggage is checked, and each checked piece of luggage is assigned luggage identification information, which accompanies both the checked pieces of luggage and the passenger, the passenger then passes through a security checkpoint (2), at which he and any carry-on luggage are checked, and then the passenger proceeds to the departure gate (3) assigned to the reserved flight, at which he presents his boarding pass, receives the portion of the boarding pass that he is to retain, and boards the aircraft, wherein luggage identification information is also assigned to the carry-on luggage and accompanies it, and the luggage identification information assigned to the checked luggage and the carry-on luggage is recorded on both portions of the boarding pass.

2. Method in accordance with claim 1, wherein the luggage identification information assigned to the carry-on luggage and recorded in the boarding pass and the luggage identification information that accompanies the carry-on luggage are automatically read at the security checkpoint (2) and checked for agreement.

3. Method in accordance with claim 2, wherein information identifying the check-in counter (1) and/or the security checkpoint (2) is recorded on the boarding pass at the check-in counter or security checkpoint.

4. Method in accordance with claim 2, wherein information that identifies the time at which the check-in procedure and/or security screening was carried out is stored on the boarding pass at the check-in counter:

(1) and/or the security checkpoint (2).

5. Method in accordance with claim 2, wherein a scanner image of the carry-on luggage is produced at the security checkpoint (2) and stored on the boarding pass.

6. Method in accordance with claim 2, wherein a scanner image of the carry-on luggage is produced at the security checkpoint (2) and stored in a central data bank.

7. Method in accordance with claim 2, wherein a secret alert is recorded on the boarding pass at the check-in counter (1), which is then automatically displayed at the security checkpoint (2).

8. Method in accordance with claim 1, wherein another scanner image of the carry-on luggage is produced at the departure gate (3) and automatically compared with the stored scanner image previously produced at the security checkpoint (2).

9. Method in accordance with claim 8, wherein the scanner image produced at the departure gate (3) is stored in the central data bank.

10. Method in accordance with claim 1, wherein the luggage identification information assigned to the checked luggage and stored in the boarding pass is automatically read at the departure gate (3) and compared with the luggage identification information stored in the central data bank.

11. Method in accordance with claim 1, wherein when the passenger boards the aircraft (4), he inserts the portion of the boarding pass that he has retained into a terminal provided at his seat, which reads the information recorded on his portion of the boarding pass and transmits it to an on-board computer of the aircraft, in which it is compared with the information previously transmitted to the on-board computer from the central data bank.

12. Method in accordance with claim 11, wherein a sensor provided in the seat transmits a signal to the on-board computer to indicate the presence of the passenger in the seat or his absence from the seat.

13. Method in accordance with claim 1, wherein when the passenger boards the aircraft (4), he places his carry-on luggage in the overhead luggage compartment above his seat, which has a reading device, which reads the luggage identification information that accompanies the carry-on luggage and transmits it to the aircraft'"'"'s on-board computer, in which it is compared with the information previously transmitted to the on-board computer from the central data bank.

14. Method in accordance with claim 11, wherein the on-board computer automatically generates an alert on the basis of its evaluation of the information transmitted to it.

15. Method in accordance with claim 14, wherein the alerts are recorded in the-flight data recorder.

16. Method in accordance with claim 14, wherein the alerts are transmitted to a ground station.

17. Method in accordance with claim 1, wherein when the passenger leaves the aircraft (4), he takes his portion of the boarding pass with him as far as a security checkpoint (5) located beyond the baggage claim area, at which the luggage identification information stored on his portion of the boarding pass and the luggage identification information that accompanies the luggage are automatically read and checked for agreement.

18. Method in accordance with claim 17, wherein the passenger'"'"'s portion of the boarding pass and the information carriers that carry the luggage identification information and accompany the luggage are destroyed after the passenger has passed through the security checkpoint (5).

19. Method in accordance with claim 1, wherein the boarding pass is issued at the check-in counter only after the passenger has presented an official personal identification document, and information identifying the personal identification document has been recorded on both portions of the boarding pass.

20. Method in accordance with claim 19, wherein the recorded information is stored in the central data bank.

21. Method in accordance with claim 1, wherein a sheet-like carrier is used as the boarding pass, each of whose two portions is provided with an electronic memory circuit.

22. Method in accordance with claim 21, wherein each of the two memory circuits has an integrated-circuit chip joined with the sheet-like carrier.

23. Method in accordance with claim 22, wherein each of the two integrated-circuit chips has an individual serial number, and the serial number of each integrated-circuit chip is stored in the other integrated-circuit chip.

24. Method in accordance with claim 1, wherein a sheet-like carrier is used as the boarding pass, each of whose two portions is provided with an optically readable and writable memory.

25. Method in accordance with claim 1, wherein the memory cells of the memory are writable only a single time.

26. Method in accordance with claim 1, wherein the luggage identification information that accompanies the carry-on luggage and the checked luggage is recorded on a carrier, which can be applied or attached to the given piece of luggage and whose detachment from the piece of luggage causes the destruction of the recorded information.

27. Method in accordance with claim 26, wherein the carrier is a sheet-like material that is provided with a readable and writable electronic memory circuit.

28. Method in accordance with claim 27, wherein the carrier is a sheet-like material that is provided with an optically readable and writable memory.

29. Method in accordance with claim 27, wherein the memory cells of the memory are writable only a single time.

30. Method in accordance with claim 21, wherein the read/write operations of the memories are carried out without contact.