A passenger and carry-on baggage corresponding security inspection method and system based on RFID

Abstract

The present invention relates to the field of airport security inspection, and in particular to a passenger and carry-on baggage corresponding security inspection method and system based on RFID, comprising a boarding pass and a passenger face automatic recognition device electrically connected to an electronic computer, an electronic security inspection tray issuing machine, a baggage security inspection machine, an RFID verifier, a self-service baggage claiming machine and a passenger security inspection gate. The present invention ensures the correspondence between passengers and bags during the security inspection of carry-on baggage by using RFID tags to correspond to passenger boarding pass information one by one, and the self-service baggage claiming machine issues security inspection trays based on boarding pass information as a standard, thereby achieving on-site confirmation, performance evaluation of security inspection staff and subsequent accountability.

Description

Technical Field

[0001] The present invention relates to the field of airport security inspection, and in particular to a method and system for corresponding security inspection of passengers and carry-on luggage based on RFID. Background Art

[0002] The purpose of airport security is mainly to prevent passengers from bringing guns, military or police equipment and their imitations, explosives, controlled knives, flammable and explosive items, corrosive items, poisons, radioactive items and other items that endanger flight safety onto the aircraft through their person, carry-on luggage, checked luggage or checked cargo.

[0003] Since the beginning of the new century, my country's civil aviation industry has developed rapidly, both in terms of passenger transportation volume of aviation enterprises and airport construction. According to the latest transportation production index statistics of the Civil Aviation Administration, in February 2015, for example, the passenger transportation volume reached 34.927 million; in terms of airport construction, my country has now formed five major airport clusters: the northern airport cluster, the eastern China airport cluster, the central and southern China airport cluster, the southwestern airport cluster, and the northwestern airport cluster. According to incomplete statistics, there are 147 airports, and 97 more airports will be added in the future. While the civil aviation industry has brought great impetus to social and economic development, it has also brought great pressure on civil aviation safety. However, we must not only focus on economic interests and ignore the importance of civil aviation safety.

[0004] Faced with the increasingly serious and complex security situation, my country has always invested huge manpower and material resources in civil aviation security inspection to ensure the safe and efficient operation of civil aviation. Some new problems and new situations will continue to emerge, such as the following two points:

[0005] 1. Loss of valuables

[0006] According to industry insiders in the UK, passengers' belongings are stolen every day in the security check area of ​​the airport. Airport staff suspect that there are criminal gangs that specialize in stealing there. Currently, airport security requires passengers to take out electronic products and cosmetics from their luggage and scan them separately to prevent explosives from being found inside. In today's electronic age, almost everyone carries electronic products with them, from mobile phones to Kindles, iPads, and computers. And these electronic products are almost all expensive, and may even be worth thousands of pounds. This has caused passengers to be separated from their expensive electronic products, and if they are not careful, their things may be stolen.

[0007] A recent survey showed that more than a third of British passengers said they felt frustrated at airports, even more frustrated than at work, and airport security was the most depressing aspect. The only solution given by airport staff to this problem is to call the police, which needs to be solved urgently.

[0008] 2. It is difficult to assess the performance of security personnel

[0009] The difference between civil aviation security inspection and other civil aviation jobs is that it is difficult to reflect the performance of the work. Security inspection work can rarely be measured by a quantitative system. For example, civil aviation sales positions use sales performance to evaluate the work effect, and airport services use passenger satisfaction to measure the service level. However, security inspection cannot be measured by referring to the prohibited items found. The standard for measuring civil aviation security inspection is that civil aviation transportation can operate safely and smoothly. The safety records created by China's civil aviation are the best report cards of China's civil aviation security personnel who work diligently and responsibly. It is precisely because of the hidden characteristics of the security inspection work that some leaders have ignored the importance of security inspection work for a long time, and even the incidents of using their own power to affect the normal security inspection work are not uncommon. In short, we should attach great importance to the issue of air defense security inspection.

[0010] However, some existing methods to solve these problems have great disadvantages, namely, it is necessary to rebuild the security check line, which is expensive and labor-intensive, affecting the normal operation of existing airports.

[0011] Therefore, we propose an RFID-based passenger and carry-on baggage corresponding security inspection method and system to solve the above problems. Summary of the invention

[0012] The present invention provides a method and system for corresponding security inspection of passengers and carry-on luggage based on RFID, which solves the problem that passenger luggage items are easily lost and the performance of security inspection staff is difficult to evaluate.

[0013] The present invention provides a method for corresponding security inspection of passengers and carry-on luggage based on RFID, comprising:

[0014] Security check begins, the boarding pass and passenger facial automatic recognition equipment scans the passenger boarding pass and passenger facial information, and uploads the passenger boarding pass and passenger facial information to the electronic computer for binding;

[0015] Passengers use the electronic security tray issuing machine to obtain a security tray with an RFID tag. The electronic security tray issuing machine scans the RFID tag and uploads it to the computer, which binds the RFID tag and boarding pass information.

[0016] After the passenger obtains the security inspection tray, he / she places the passenger's carry-on luggage in the security inspection tray and places the security inspection tray on the conveyor belt. The conveyor belt drives the security inspection tray into the baggage inspection machine, which scans it to determine whether it has passed the security inspection.

[0017] If the security inspection machine determines that the package has not passed, the tray will be taken out and the package will be opened for manual inspection. If the manual inspection fails and contraband is found, the contraband will be temporarily stored. If the manual inspection passes, the security inspection tray will be put through the security inspection machine for security inspection again.

[0018] If the security inspection machine determines that the baggage has passed, the security inspection tray will be transported to the self-service baggage claim area by the conveyor belt, and the security inspection image will be uploaded to the electronic computer, and the image will be bound to the passenger information and stored;

[0019] The RFID verifier installed at the exit of the security inspection machine verifies in real time whether the security inspection tray with the RFID tag has completed the security inspection and uploads the information to the electronic computer;

[0020] While the security inspection machine is conducting luggage security inspection, passengers are inspected through the passenger security inspection gate, which uploads the passenger security inspection results to the electronic computer and stores them after binding them with the passenger information;

[0021] After the passenger passes through the passenger security gate and arrives at the self-service baggage claim area, the passenger scans the boarding pass at the self-service baggage claim machine, which reads the RFID tag of the security check tray bound to the boarding pass information from the electronic computer and distributes the security check tray with the corresponding RFID tag to the passenger;

[0022] The passenger takes his or her luggage from the security check tray, and the airport staff collects the security check tray and stores it for recycling, and the security check is completed.

[0023] Furthermore, when the electronic computer binds the RFID tag and the boarding pass information, if the passenger needs multiple security check trays, all the tray RFID tags and boarding pass information are bound at the same time.

[0024] Furthermore, when the electronic computer binds the RFID tag and the boarding pass information, the time information is also bound.

[0025] The present invention also provides a passenger and carry-on baggage corresponding security inspection system based on RFID, which is characterized by comprising:

[0026] Boarding pass and passenger face automatic recognition equipment, used to scan boarding pass information and passenger face information, and upload passenger boarding pass and passenger face information to the electronic computer for binding;

[0027] The electronic security tray issuing machine is used to issue security trays with RFID tags to passengers. The electronic security tray issuing machine scans the RFID tags and uploads the RFID tags to the electronic computer;

[0028] Baggage security inspection machine, used to scan and determine whether the luggage on the security inspection tray has passed the security inspection, and upload the security inspection image to the electronic computer;

[0029] RFID verifier, installed at the exit of the security inspection machine, is used to verify in real time whether the security inspection tray with RFID tag has completed the security inspection and upload the information to the electronic computer;

[0030] Passenger security gate, used to conduct personal security checks on passengers and upload the results of passenger security checks to an electronic computer;

[0031] The self-service baggage claim machine is used to scan the passenger's boarding pass, read the security tray RFID tag bound to the boarding pass information from the electronic computer, and distribute the security tray with the corresponding RFID tag to the passenger;

[0032] An electronic computer, used to receive the boarding pass information, RFID tag information, baggage security inspection image and passenger security inspection result sent by the boarding pass and passenger face automatic recognition device, the electronic security inspection tray issuing machine, the baggage security inspection machine, the RFID verifier and the passenger security inspection gate, and bind and store all the information of the same passenger;

[0033] The boarding pass and passenger face automatic recognition device, the electronic security tray issuing machine, the luggage security machine, the self-service luggage claiming machine and the passenger security gate are electrically connected to the electronic computer respectively.

[0034] Furthermore, it also includes a conveyor belt for conveying a security inspection tray carrying security inspection luggage into the luggage inspection machine for security inspection.

[0035] Furthermore, a closed, transparent cover is provided on the conveyor belt to ensure the safety of the luggage before it passes through the security inspection machine and the self-service luggage claim machine.

[0036] Furthermore, the RFID tag of the security inspection tray is arranged at the bottom of the security inspection tray.

[0037] The beneficial effects of the present invention are:

[0038] 1. The present invention uses RFID tags to match the security inspection tray with the passenger's boarding pass information one by one. The self-service baggage claim machine is designed to issue the security inspection tray based on the boarding pass information, ensuring the correspondence between passengers and bags during the security inspection of carry-on luggage, and realizing on-site confirmation, performance evaluation of security inspection personnel and subsequent accountability.

[0039] 2. The present invention provides a closed and transparent cover on the conveyor belt, which not only ensures an open and transparent security inspection process, but also ensures that the luggage of passengers will not be touched by others during transportation and thus will not be lost, thus ensuring the financial safety of passengers.

[0040] 3. The present invention uses an electronic computer to receive boarding pass information, RFID tag information, baggage security images and passenger security results sent by automatic passenger facial recognition equipment, electronic security tray issuing machine, baggage security machine and passenger security gate, and stores all information of the same passenger in a bound manner, thereby ensuring that the passenger security inspection process is traceable and avoiding the problem of confusion in passenger security inspection information. BRIEF DESCRIPTION OF THE DRAWINGS

[0041] Figure 1 It is a schematic block diagram of the method flow of the present invention;

[0042] Figure 2 It is a schematic block diagram of the system structure of the present invention. DETAILED DESCRIPTION

[0043] The technical solution of the present invention will be described clearly and completely below in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0044] In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", etc., indicating the orientation or positional relationship, are based on the orientation or positional relationship shown in the drawings, and are only for the convenience of describing the present invention and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as limiting the present invention. In addition, the terms "first", "second", and "third" are used for descriptive purposes only, and cannot be understood as indicating or implying relative importance.

[0045] In the description of the present invention, it should be noted that, unless otherwise clearly specified and limited, the terms "installed", "connected", and "connected" should be understood in a broad sense, for example, it can be a fixed connection, a detachable connection, or an integral connection; it can be a mechanical connection or an electrical connection; it can be a direct connection, or it can be indirectly connected through an intermediate medium, or it can be the internal communication of two components. For ordinary technicians in this field, the specific meanings of the above terms in the present invention can be understood according to specific circumstances.

[0046] like Figure 1 As shown, the present invention provides a method for corresponding security inspection of passengers and carry-on baggage based on RFID, comprising:

[0047] Security check begins, the boarding pass and passenger facial automatic recognition equipment scans the passenger boarding pass and passenger facial information, and uploads the passenger boarding pass and passenger facial information to the electronic computer for binding;

[0048] Passengers use the electronic security tray issuing machine to obtain a security tray with an RFID tag. The electronic security tray issuing machine scans the RFID tag and uploads it to the computer, which binds the RFID tag and boarding pass information.

[0049] After the passenger obtains the security inspection tray, he / she places the passenger's carry-on luggage in the security inspection tray and places the security inspection tray on the conveyor belt. The conveyor belt drives the security inspection tray into the baggage inspection machine, which scans it to determine whether it has passed the security inspection.

[0050] If the security inspection machine determines that the package has not passed, the tray will be taken out and the package will be opened for manual inspection. If the manual inspection fails and contraband is found, the contraband will be temporarily stored. If the manual inspection passes, the security inspection tray will be put through the security inspection machine for security inspection again.

[0051] If the security inspection machine determines that the baggage has passed, the security inspection tray will be transported to the self-service baggage claim area by the conveyor belt, and the security inspection image will be uploaded to the electronic computer, and the image will be bound to the passenger information and stored;

[0052] The RFID verifier installed at the exit of the security inspection machine verifies in real time whether the security inspection tray with the RFID tag has completed the security inspection and uploads the information to the electronic computer;

[0053] While the security inspection machine is conducting luggage security inspection, passengers are inspected through the passenger security inspection gate, which uploads the passenger security inspection results to the electronic computer and stores them after binding them with the passenger information;

[0054] After the passenger passes through the passenger security gate and arrives at the self-service baggage claim area, the passenger scans the boarding pass at the self-service baggage claim machine, which reads the RFID tag of the security check tray bound to the boarding pass information from the electronic computer and distributes the security check tray with the corresponding RFID tag to the passenger;

[0055] The passenger takes his or her luggage from the security check tray, and the airport staff collects the security check tray and stores it for recycling, and the security check is completed.

[0056] Furthermore, when the electronic computer binds the RFID tag and the boarding pass information, if the passenger needs multiple security check trays, all the tray RFID tags and boarding pass information are bound at the same time.

[0057] Furthermore, when the electronic computer binds the RFID tag and the boarding pass information, the time information is also bound.

[0058] The present invention uses RFID tag security inspection trays to correspond one-to-one with passenger boarding pass information, and the self-service baggage claim machine is designed to issue security inspection trays based on boarding pass information, thereby ensuring the correspondence between passengers and bags during the security inspection of carry-on luggage, and realizing on-site confirmation, performance evaluation of security inspection personnel, and subsequent accountability.

[0059] like Figure 2 As shown, the present invention also provides a passenger and carry-on baggage corresponding security inspection system based on RFID, characterized in that it includes:

[0060] Boarding pass and passenger face automatic recognition equipment, used to scan boarding pass information and passenger face information, and upload passenger boarding pass and passenger face information to the electronic computer for binding;

[0061] The electronic security tray issuing machine is used to issue security trays with RFID tags to passengers. The electronic security tray issuing machine scans the RFID tags and uploads the RFID tags to the electronic computer;

[0062] Baggage security inspection machine, used to scan and determine whether the luggage on the security inspection tray has passed the security inspection, and upload the security inspection image to the electronic computer;

[0063] RFID verifier, installed at the exit of the security inspection machine, is used to verify in real time whether the security inspection tray with RFID tag has completed the security inspection and upload the information to the electronic computer;

[0064] Passenger security gate, used to conduct personal security checks on passengers and upload the results of passenger security checks to an electronic computer;

[0065] The self-service baggage claim machine is used to scan the passenger's boarding pass, read the security tray RFID tag bound to the boarding pass information from the electronic computer, and distribute the security tray with the corresponding RFID tag to the passenger;

[0066] An electronic computer, used to receive the boarding pass information, RFID tag information, baggage security inspection image and passenger security inspection result sent by the boarding pass and passenger face automatic recognition device, the electronic security inspection tray issuing machine, the baggage security inspection machine, the RFID verifier and the passenger security inspection gate, and bind and store all the information of the same passenger;

[0067] The boarding pass and passenger face automatic recognition device, the electronic security tray issuing machine, the luggage security machine, the self-service luggage claiming machine and the passenger security gate are electrically connected to the electronic computer respectively.

[0068] Furthermore, it also includes a conveyor belt for conveying a security inspection tray carrying security inspection luggage into the luggage inspection machine for security inspection.

[0069] Furthermore, a closed, transparent cover is provided on the conveyor belt to ensure the safety of the luggage before it passes through the security inspection machine and the self-service luggage claim machine.

[0070] The invention provides a closed and transparent cover on the conveyor belt, which not only ensures an open and transparent security inspection process, but also ensures that the luggage of passengers will not be touched by others during transportation and thus will not be lost, thus ensuring the financial safety of passengers.

[0071] Furthermore, the RFID tag of the security inspection tray is arranged at the bottom of the security inspection tray.

[0072] The present invention receives boarding pass information, RFID tag information, baggage security inspection images and passenger security inspection results sent by automatic passenger face recognition equipment, electronic security inspection tray issuing machine, baggage security inspection machine and passenger security inspection gate through an electronic computer, and stores all information of the same passenger in a bound manner, thereby ensuring that the passenger security inspection process is traceable and avoiding the problem of confusion in passenger security inspection information.

[0073] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or replace some or all of the technical features therein with equivalents. However, these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the scope of the technical solutions of the embodiments of the present invention.

Claims

1. A method for checking passengers and carry-on baggage based on RFID, characterized in that: include: Security check begins, the boarding pass and passenger facial automatic recognition equipment scans the passenger boarding pass and passenger facial information, and uploads the passenger boarding pass and passenger facial information to the electronic computer for binding; Passengers use the electronic security tray issuing machine to obtain a security tray with an RFID tag. The electronic security tray issuing machine scans the RFID tag and uploads the RFID tag to the computer, which binds the RFID tag and boarding pass information. After the passenger obtains the security inspection tray, he / she places the passenger's carry-on luggage in the security inspection tray and places the security inspection tray on the conveyor belt. The conveyor belt drives the security inspection tray into the baggage inspection machine, which scans it to determine whether it has passed the security inspection. If the security inspection machine determines that the package has not passed, the tray will be taken out and the package will be opened for manual inspection. If the manual inspection fails and contraband is found, the contraband will be temporarily stored. If the manual inspection passes, the security inspection tray will be put through the security inspection machine for security inspection again. If the security inspection machine determines that the baggage has passed, the security inspection tray will be transported to the self-service baggage claim area by the conveyor belt, and the security inspection image will be uploaded to the electronic computer, and the image will be bound to the passenger information and stored; The RFID verifier installed at the exit of the security inspection machine verifies in real time whether the security inspection tray with the RFID tag has completed the security inspection and uploads the information to the electronic computer; While the security inspection machine is conducting luggage security inspection, passengers are inspected through the passenger security inspection gate, which uploads the passenger security inspection results to the electronic computer and stores them after binding them with the passenger information; After the passenger passes through the passenger security gate and arrives at the self-service baggage claim area, the passenger scans the boarding pass at the self-service baggage claim machine, which reads the RFID tag of the security check tray bound to the boarding pass information from the electronic computer and distributes the security check tray with the corresponding RFID tag to the passenger; The passenger takes his or her luggage from the security check tray, and the airport staff collects the security check tray and stores it for recycling, and the security check is completed.

2. The RFID-based passenger and carry-on baggage security inspection method according to claim 1, characterized in that: When the electronic computer binds the RFID tag and boarding pass information, if the passenger needs multiple security check trays, all trays' RFID tags and boarding pass information are bound at the same time.

3. The RFID-based passenger and carry-on baggage security inspection method according to claim 1, characterized in that: When the electronic computer binds the RFID tag and boarding pass information, it also binds the time information.

4. A passenger and carry-on baggage security inspection system based on RFID, characterized in that: include: Boarding pass and passenger facial automatic recognition equipment, used to scan passenger boarding pass information and upload the boarding pass information to an electronic computer; The electronic security tray issuing machine is used to issue security trays with RFID tags to passengers. The electronic security tray issuing machine scans the RFID tags and uploads the RFID tags to the electronic computer; Baggage security inspection machine, used to scan and determine whether the luggage on the security inspection tray has passed the security inspection, and upload the security inspection image to the electronic computer; RFID verifier, installed at the exit of the security inspection machine, is used to verify in real time whether the security inspection tray with RFID tag has completed the security inspection and upload the information to the electronic computer; Passenger security gate, used to conduct personal security checks on passengers and upload the results of passenger security checks to an electronic computer; The self-service baggage claim machine is used to scan the passenger's boarding pass, read the security tray RFID tag bound to the boarding pass information from the electronic computer, and distribute the security tray with the corresponding RFID tag to the passenger; An electronic computer, used to receive the boarding pass information, RFID tag information, baggage security inspection image and passenger security inspection result sent by the boarding pass and passenger face automatic recognition device, the electronic security inspection tray issuing machine, the baggage security inspection machine, the RFID verifier and the passenger security inspection gate, and bind and store all the information of the same passenger; The boarding pass and passenger face automatic recognition device, the electronic security tray issuing machine, the luggage security machine, the RFID verifier, the self-service luggage claim machine and the passenger security gate are electrically connected to the electronic computer respectively; The system also includes a conveyor belt for conveying a security inspection tray carrying security inspection luggage to enter the luggage inspection machine for security inspection; the RFID tag of the security inspection tray is arranged at the bottom of the security inspection tray.

5. The RFID-based passenger and carry-on baggage corresponding security inspection system according to claim 4, characterized in that: A closed, transparent cover is provided on the conveyor belt to ensure the safety of the luggage before it passes through the security inspection machine and the self-service luggage claim machine.

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