System and method for centralized security screening

• US 7,193,515 B1
• Filed: 09/26/2005
• Issued: 03/20/2007
• Est. Priority Date: 04/24/2002
• Status: Expired due to Fees

• Current Assignee: Jebsec LLC
• Original Assignee: Robelight LLC
• Inventors: Roberts, Jon L., Light, Elliott D., Boesch, Brian
• Primary Examiner(s): MULLEN, THOMAS J
• Application Number:
  US11/234,915
• Time in Patent Office: 540 Days
• Field of Search: 340/568.1, 340/572.1, 340/572.4, 340/573.1, 340/539.11, 340/531, 340/514, 340/505, 340/10.1, 340/10.42, 378/57, 705/5, 709/217, 709/219
• US Class Current: 340/568.1
• CPC Class Codes: B64F 1/368 Arrangements or installations for routing, distributing or loading baggage
• CPC Class Codes: G01V 5/271 using a network, e.g. a remote expert, accessing remote data or the like

Abstract

A system and method for centralized security screening of packages including baggage. The system creates images and data concerning baggage to be reviewed, packetizes the data long with additional identification information, and conveys the data packets to a central screening location. All analysis of the baggage information is accomplished in a centralized way with risk assessments being provided to each image. Upon sensing of a package or baggage of concern, alerts may be sent to the screening location for action. Artificial intelligence tools are used to pre-screen images to assist with workload assignment. Baggage may also be associated with the identity of a passenger. The passenger identity is used to acquire passenger information that is incorporated into the baggage screening process. Screening rules that utilize passenger information are implemented to determine a screening response based on a passenger-specific basis.

Claims

1. A system for centralized security screening comprising:

means for associating an object under inspection with the identity of an object owner;

a remote screening facility comprising screening devices, wherein the remote screening facility is adapted for;

associating the object under inspection with the identity of the object owner using the association means;

screening the object under inspection using a screening device in accordance with a first screening procedure to obtain screening data; and

reporting screening data to a centralized screening facility; and

a centralized screening facility connected to the remote screening facility via a network, wherein the centralized screening facility is adapted for;

receiving screening data from the remote screening facility;

reviewing the screening data using a security protocol to determine whether the object under inspection represents a security risk;

if the object under inspection represents a security risk, then using the identity of the object owner to obtain personal information about the object owner associated with the object under inspection;

applying the security protocol to the personal information and the screening data to formulate a remedial action plan with respect to the object under inspection; and

advising the remote screening facility of the remedial action plan.

2. The system for centralized security screening of claim 1, wherein the screening data comprises screening device data, a time stamp reflecting the time the object under inspection was screened, and a location identifier identifying the location of the remote screening facility.

3. The system for centralized security screening of claim 1, wherein the association means comprises an object RFID tag associated with the object under inspection comprising an object RFID identifier, an owner RFID tag associated with the identity of the object owner comprising an object owner RFID identifier that is associated with the object RFID identifier, an RFID identification server, and an RFID poller.

4. The system for centralized security screening of claim 3, wherein:

the object RFID tag is adapted for;

receiving a polling signal; and

transmitting an object RFID tag reflected signal comprising the object RFID identifier;

the owner RFID tag is adapted for;

receiving the polling signal; and

transmitting an owner RFID tag reflected signal comprising the object owner identifier; and

the RFID poller is adapted for;

sending a polling signal;

receiving the object RFID tag reflected signal from the object RFID tag;

extracting the object RFID identifier from the reflected signal;

receiving the object owner RFID tag reflected signal from the object owner RFID tag; and

extracting the object owner RFID identifier from the object owner RFID tag reflected signal; and

wherein, the RFID identification server is adapted for;

determining whether the object owner RFID identifier is associated with the object RFID identifier; and

if the object owner RFID identifier is not associated with the object RFID identifier, then issuing an alert.

5. The system for centralized security screening of claim 4, wherein the remote screening facility is further adapted for sending the object owner RFID identifier, the object RFID identifier, and a measure indicative of whether the owner RFID identifier is associated with the object RFID identifier to the centralized screening facility.

6. The system for centralized security screening of claim 1, wherein the object under inspection comprises baggage.

7. The system for centralized security screening of claim 6, wherein the baggage is selected from the group consisting of checked baggage and carry-on baggage.

8. The system for centralized security screening of claim 1, wherein the remote screening facility further comprises a server adapted for receiving the screening data and for creating data packets from screening data.

9. The system for centralized security screening of claim 1 wherein the centralized screening facility comprises a test image datastore adapted for providing test images to workstations at the centralized screening facility at random intervals.

10. A method for formulating a remedial action plan with respect to an object under inspection comprising:

associating the object with an object identifier;

associating an identity of an owner of the object (herein, the “

object owner”

) with an owner identifier;

associating the object under inspection with the identity of the object owner using the object identifier and owner identifier;

screening the object under inspection at a remote screening facility using a screening device in accordance with a first screening procedure to obtain screening data and the object identifier;

reviewing the screening data at a centralized screening facility using a security protocol to determine whether the object under inspection represents a security risk;

if the object under inspection represents a security risk, then using the identity of the object owner to obtain personal information about the object owner associated with the object under inspection;

applying the securing protocol to the personal information and the screening data to formulate a remedial action plan with respect to the object under inspection; and

advising the remote screening facility of the remedial action plan.

11. The method for formulating a remedial action plan with respect to an object under inspection of claim 10, wherein the screening data comprises screening device data, a time stamp reflecting the time the object under inspection was screened, and a location identifier identifying the location of the remote screening facility.

12. The method for formulating a remedial action plan with respect to an object under inspection of claim 10 further comprising:

associating the object under inspection with an object RFID tag, wherein the RFID tag comprises an object RFID identifier; and

associating the object owner with an owner RFID tag, wherein the owner RFID tag comprises an object owner RFID identifier; and

wherein associating the object under inspection with the identity of the object owner using the object identifier and owner identifier comprises associating the object RFID identifier with the owner RFID identifier.

13. The method for formulating a remedial action plan with respect to an object under inspection of claim 12 further comprising:

receiving at the object RFID tag a polling signal from an RFID poller;

extracting the object RFID identifier from a reflected signal from the object RFID tag;

sending the object RFID identifier to an identification server;

receiving at the owner RFID tag a polling signal from the RFID poller;

extracting the owner RFID identifier from a reflected signal from the owner RFID tag;

sending the owner RFID identifier to the identification server;

determining at the identification server whether the object owner RFID identifier is associated with the object RFID identifier; and

if the object owner RFID identifier is not associated with the object RFID identifier, then issuing an alert.

14. The method for formulating a remedial action plan with respect to an object under inspection of claim 10, wherein the object under inspection comprises baggage.

15. The method for formulating a remedial action plan with respect to an object under inspection of claim 14, wherein the baggage is selected from the group consisting of checked baggage and carry-on baggage.

16. The method for formulating a remedial action plan with respect to an object under inspection of claim 10, wherein the remote screening facility further comprises a server adapted for receiving the screening data and for creating data packets from screening data.

17. The method for formulating a remedial action plan with respect to an object under inspection of claim 10, wherein the centralized screening facility comprises a test image datastore adapted for providing test images to workstations at the centralized screening facility at random intervals.