CN115166843A - A method for real-time review of passengers' carry-on luggage on security check passages - Google Patents

Abstract

The invention discloses a method for carrying-on luggage of passengers on a security inspection channel to carry out real-time recheck, which comprises the following steps: s1, scanning luggage by an X-ray machine to form a luggage picture and uploading the luggage picture to an AI (artificial intelligence) judgment picture chip; s2, judging the picture by an AI judgment picture chip, giving a judgment result, and outputting the luggage picture with suspected AI to a carry-on luggage distribution module; s3, the carry-on luggage distributor distributes the luggage pictures with suspected AI to the reinspection terminal according to the carry-on luggage distribution conditions; s4, the reinspection terminal carries out manual reinspection on the distributed luggage pictures and gives out reinspection results, the luggage pictures with suspicious reinspections are transmitted to the suspicious luggage distribution module, and the information of passengers prohibited by the reinspection is stored in the memory; s5, the suspicious baggage distribution module distributes the picture of the suspicious baggage for the rechecking to a rechecking terminal according to the suspicious baggage distribution condition; s6, the rechecking terminal manually rechecks the distributed luggage pictures and gives a rechecking result, and the information of the passengers prohibited by rechecking is stored in the memory.

Description

A method for real-time review of passengers' carry-on luggage on security check passages

technical field

The invention belongs to the technical field of airport security inspection management, in particular to a method for real-time review of passenger carry-on luggage on security inspection passages.

Background technique

When traveling at the airport, passengers' carry-on luggage must go through the security check channel for security inspection. Common passenger carry-on luggage includes trolley cases, handbags, backpacks, umbrellas, mobile phones, coats, keys, etc. Prohibited items, these prohibited items range from guns to lighters and other difficult-to-detect daily items; with the increasing security requirements of airports, security inspectors are faced with various types and sizes of prohibited items on a daily basis. The pressure of the judgment work is also increasing. It is inevitable that there may be missed or wrong judgments about the prohibited items carried in the passenger's carry-on luggage. Once this happens, there will be a threat to the security of the airport.

Upholding the original intention of reducing the identification work of security personnel on the one hand, and continuing to maintain airport security on the other hand, this case was born.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a method for real-time review of passenger carry-on luggage on the security check channel, reasonably allocate security check work, reduce the workload of security check with the help of an automated system, and add review stations to correct system errors, reduce system error rates, and make the airport more Coordinate and efficiently operate and grow.

In order to achieve the above object, the solution of the present invention is: a method for real-time review of passenger carry-on luggage on the security inspection channel, comprising the following steps:

S1 X-ray machine scanning: The passenger's carry-on luggage is scanned by the X-ray machine to form a luggage picture, and the system automatically uploads the normal luggage picture to the AI judging chip;

S2 AI image identification chip image identification: AI image identification chip performs intelligent image identification on normal luggage pictures, and gives the image identification result. If the result is AI normal, the process will be terminated and the passenger will be released; if the result is AI prohibited, the system will automatically Record the result, and the staff will dispose of the AI-prohibited baggage; if the result is AI suspicious, transmit the AI-suspicious baggage picture and passenger information to the carry-on baggage allocation module of the dispenser, and go to step S3;

S3 carry-on baggage allocation: The carry-on baggage allocation module of the dispenser allocates AI-suspicious baggage pictures and passenger information to the most suitable re-inspection terminal in the manual re-inspection station according to the carry-on baggage allocation conditions;

S4 Manual re-inspection: The re-inspector corresponding to the re-inspection terminal will manually re-inspect the assigned luggage pictures. If the result is that the re-inspection is normal, the process will be terminated; if the result is that the re-inspection is prohibited, the prohibited passenger information will be re-inspected. Store in the memory, and go to step S7; if the result is that the re-inspection is suspicious, transmit the suspicious baggage picture and passenger information of the re-inspection to the suspicious baggage distribution module of the distributor, and go to step S5;

S5 Suspicious Baggage Allocation: The suspicious baggage allocation module of the distributor allocates the suspicious baggage pictures and passenger information to the most suitable review terminal in the manual review station according to the suspicious baggage allocation conditions;

S6 Manual review: The reviewer corresponding to the review terminal will manually review the photos of the luggage that are assigned for review. If the review is normal, the process will be terminated; if the review is prohibited, the prohibited passenger information will be stored in the memory. , and go to step S7;

S7 Prohibited Baggage Offline Processing: The staff will know the passenger's boarding status and flight take-off status according to the passenger information stored in the memory for re-checking and reviewing prohibited baggage. If it has taken off, make a detailed record in the system and follow the If the flight has not yet taken off or boarded, the staff will send someone to the boarding gate to find the passenger, re-pack the passenger's luggage, and release the passenger after confirming that it is safe.

Further, the carry-on baggage allocation conditions include the online status of the re-inspection terminal, the number of bags to be re-inspected at each re-inspection terminal, the re-inspection speed of each re-inspection terminal, the filter conditions of the re-inspection terminal, and the flight status of the baggage to be re-inspected. Departure time, filter conditions include flight number, channel number, operator.

Further, the carry-on baggage allocation algorithm is as follows: Preconditions: the re-inspector of the re-inspection terminal has been on duty, the number of re-inspection terminals that have been on duty, the number of bags to be re-inspected at each re-inspection terminal, and whether the online re-inspection terminal has set filter conditions;

In the case where filter conditions are set on the re-inspection terminal: the data that meets the conditions is directly pushed to the re-inspection terminal that has set the filter conditions; if multiple re-inspection terminals are set with the same filter conditions at the same time, the push principle is based on the waiting conditions of each re-inspection terminal. The number of re-checked baggage and the re-check speed of the re-check terminal are comprehensively judged and then pushed;

If no filter conditions are set in the re-check terminal: the departure time of the passenger's flight to which the baggage belongs will be prioritized. The closer it is to the departure time, the higher the push priority will be, and the re-check with fast re-check speed and few pictures to be re-check will be given priority. Terminal push.

Further, the suspicious baggage allocation conditions include the online status of the review terminals, the number of bags to be reviewed at each review terminal, the review speed of each review terminal, and the departure time of the flight to which the bags to be reviewed belong.

Further, the suspicious baggage allocation algorithm is as follows: Preconditions: the reviewer of the review terminal has been employed, the number of terminals that have been reviewed, and the number of bags to be reviewed at each review terminal;

Priority is given to determining the departure time of the passenger's flight to which the luggage belongs. The closer it is to the departure time, the higher the push priority, and the push to the terminal with faster review speed and fewer pictures to be reviewed is given priority.

Further, in step S7, the staff obtains the information of the prohibited passengers in the baggage re-inspection and the information of the prohibited passengers through the memory, and uses the security device to collect the face information, associate the identity information, and locate the GIS for the passengers whose baggage is re-inspected and prohibited. In order to obtain the specific location of the prohibited passengers in the baggage re-inspection and re-examination, the staff will be present to carry out the unpacking inspection.

Further, after the re-inspection and re-examination are completed, the storage device transmits the images of the prohibited and re-examined baggage and the passenger's identity information to the interception device, and intercepts the passengers whose baggage is re-examined and prohibited for re-examination at the boarding gate, and waits for the staff. Check out the package on site.

After adopting the above scheme, the gain effect of the present invention is:

This system includes an X-ray machine, an AI judging chip, a memory, a distributor, a manual review station and a manual review station. The distributor includes a carry-on baggage allocation module and a suspicious baggage allocation module. Baggage pictures and passenger information are judged by the system's AI judging chip, and then distributed to the manual monitoring station and manual review station through the distributor, which can reduce the pressure of the security checker's judgment work and reduce the security checker's misjudgment of prohibited items in the luggage. and omissions. Set up manual monitoring stations and manual review stations to review and review the assigned luggage pictures and passenger information. Using AI intelligent judgment to superimpose double manual screening and judgment can correct system errors, reduce the system error rate, and improve the accuracy of the system. Efficiency and accuracy of prohibited items identification, accurate interception of dangerous prohibited items to ensure the safety of passengers, crew and aircraft.

Description of drawings

1 is a schematic flowchart of an embodiment of the present invention;

FIG. 2 is a schematic diagram of a system according to an embodiment of the present invention.

Detailed ways

The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

The present invention provides a method for real-time review of passenger carry-on luggage on the security inspection channel, as shown in FIG. 1 , including the following steps:

S1 X-ray machine scanning: The passenger's carry-on luggage is scanned by the X-ray machine to form a picture of the baggage, and the system automatically uploads the picture of the baggage that the channel operator judges to be normal to the AI judging chip;

S2 AI judging chip: AI judging chip intelligently judges the baggage pictures judged by the channel operator to be normal, and gives the judgment result. If the result is that the AI is normal, the process will be terminated and the passenger will be released; if the result is AI If it is prohibited, the system will automatically record the result, and the staff will dispose of the AI-prohibited baggage; if the result is AI-suspicious, the AI-suspicious baggage image and passenger information will be transmitted to the carry-on baggage distribution module of the distributor, and step S3 will be performed;

S3 carry-on baggage allocation: The carry-on baggage allocation module of the dispenser allocates AI-suspicious baggage pictures and passenger information to the most suitable re-inspection terminal in the manual re-inspection station according to the carry-on baggage allocation conditions;

The carry-on baggage allocation conditions include the online status of the re-inspection terminal, the number of bags to be re-inspected at each re-inspection terminal, the re-inspection speed of each re-inspection terminal, the filter conditions of the re-inspection terminal, and the departure time of the flight to which the baggage to be re-inspected belongs. , the filter conditions include flight number, channel number, and operator.

The carry-on baggage allocation algorithm is as follows:

Prerequisites: The re-inspection terminal re-inspector has been on the job, the number of re-inspection terminals that have been on duty, the number of bags to be re-inspected at each re-inspection terminal, and whether the online re-inspection terminal has set filter conditions;

In the case where filter conditions are set on the re-inspection terminal: the data that meets the conditions is directly pushed to the re-inspection terminal that has set the filter conditions; if multiple re-inspection terminals are set with the same filter conditions at the same time, the push principle is based on the waiting conditions of each re-inspection terminal. The number of re-checked baggage and the re-check speed of the re-check terminal are comprehensively judged and then pushed;

If no filter conditions are set in the re-check terminal: the departure time of the passenger's flight to which the baggage belongs will be judged first, and the closer it is to the departure time when allocating (the system sets a threshold, such as 45 minutes before the flight takes off, if the current time has a flight departure time interval that is less than this threshold) ), the higher the push priority is, the push is given to the re-inspection terminal with fast re-inspection speed and few pictures to be re-inspected.

S4 Manual re-inspection: The re-inspector corresponding to the re-inspection terminal will manually re-inspect the assigned luggage pictures. If the result is that the re-inspection is normal, the process will be terminated; if the result is that the re-inspection is prohibited, the prohibited passenger information will be re-inspected. Store in the memory, and go to step S7; if the result is that the re-inspection is suspicious, transmit the suspicious baggage picture and passenger information to the suspicious baggage allocation module, and go to step S5;

S5 Suspicious Baggage Allocation: The suspicious baggage allocation module of the distributor allocates the suspicious baggage pictures and passenger information to the most suitable review terminal in the manual review station according to the suspicious baggage allocation conditions;

Suspicious baggage allocation conditions include the online status of the review terminals, the number of bags to be reviewed at each review terminal, the review speed of each review terminal, and the departure time of the flight to which the bags to be reviewed belong.

The suspicious baggage allocation algorithm is as follows:

Prerequisites: The reviewer of the review terminal has been employed, the number of review terminals that have been posted, and the number of bags to be reviewed at each review terminal;

Priority is given to determining the departure time of the passenger's flight to which the luggage belongs. The closer the time of distribution is to the departure time (the system sets a threshold, such as 45 minutes before the flight takes off, if the current time has a flight departure time interval less than this threshold), the higher the push priority, the higher the priority. Push the terminal with fast review speed and few pictures to be reviewed.

S6 Manual review: The reviewer corresponding to the review terminal will manually review the photos of the luggage that are assigned for review. If the review is normal, the process will be terminated; if the review is prohibited, the prohibited passenger information will be stored in the memory. , and go to step S7;

S7 Prohibited Baggage Offline Processing: The staff will know the passenger's boarding status and flight take-off status according to the passenger information stored in the memory for re-checking and reviewing prohibited baggage. If it has taken off, make a detailed record in the system and follow the If the flight has not yet taken off or boarded, the staff will send someone to the boarding gate to find the passenger, re-pack the passenger's luggage, and release the passenger after confirming that it is safe.

The following is a specific embodiment of the passenger baggage security inspection process and the algorithm when the distributor allocates:

1. Preconditions:

1) At the current security inspection site, there are five channels in use: security inspection channel 1, security inspection channel 2, security inspection channel 3, security inspection channel 4, and security inspection channel 5, and the operator corresponding to each channel is: security inspection channel 1 - operator 1; security inspection channel 2 - operator 2; security channel 3 - operator 3; security channel 4 - operator 4; security channel 5 - operator 5;

2) There are currently 5 passengers on the scene who are going through the inspection: CA0001, CA0002, CA0003, CA0004, CA0005;

3) There are 5 re-inspection terminals in the real-time image monitoring room: re-inspection terminal 1 (re-inspector 1 is on duty), re-inspection terminal 2 (re-inspector 2 is on duty), re-inspection terminal 3 (re-inspector 3 is on duty), Re-inspection terminal 4 (re-inspector 4 is on duty), re-inspection terminal 5 (re-inspector 5 is on duty); and each re-inspection terminal is in a working state.

4) The recheck terminal 1 has set the flight filter conditions, and only rechecks the luggage of passengers on flight CA0001;

5) The re-inspection terminal 2 has set the channel filter conditions, and only re-inspects the luggage of passengers who have passed through the security inspection channel 2;

6) The recheck terminal 3 has set the operator filter condition, and only rechecks the baggage of the picture judged by operator 3.

7) The re-inspection terminal 4 has 9 images to be re-inspected; the re-inspection terminal 5 has 10 images to be re-inspected.

8) There are two review terminals in the image real-time monitoring room: review terminal 1 (reviewer 1) and review terminal 2 (reviewer 2); and each terminal is in the working state.

The information in 3-8 above is dynamically stored in the "distributor" in real time.

2. Baggage recheck for flight filter conditions:

1) A piece of luggage CA0001-001 of the passenger whose seat number is 01A of flight CA0001 has passed through the security check channel 1; the channel operator judged the luggage to be normal.

2) The system sends the X-ray machine picture of the luggage CA0001-001 to the "AI image judgment chip", and the AI image judgment chip performs image judgment and gives the judgment result;

A, AI is normal: terminate the process;

B. AI prohibited: The system automatically stores the passenger information of the prohibited baggage CA0001-001 for re-checking in the memory, and the staff handles the baggage according to the offline process;

C, AI suspicious: the system automatically sends the result of baggage CA0001-001 AI suspicious to the "distributor".

3) The system sends the CA0001-001 baggage information and AI suspicious results to the "distributor", and the "distributor" performs the "carry-on baggage allocation" process to judge the baggage:

A. Whether it is the luggage of flight CA0001: Yes

B, whether it is the baggage that has passed through security check channel 2: No

C, whether it is the luggage that was judged by the pilot 3: No

If condition A is met, the "distributor" continues to judge

D, recheck whether terminal 1 is online: yes

The "distributor" distributes the baggage to the re-inspection terminal 1 and records it; the image to be inspected in the re-inspection terminal 1 +1;

4) The re-inspection terminal 1 displays the X-ray image of the baggage CA0001-001 on the interface, and at the same time displays the information of the passenger to which the baggage belongs, and the judgment result of the operator on the channel; the AI judgment result;

5) The re-inspector 1 immediately re-inspects the luggage CA0001-001, and gives his own re-inspection result with reference to the AI judgment result;

A. The re-inspection is normal: the re-inspector 1 clicks the "Pass" button. The baggage information will be automatically cleared on the interface, and the information of the next picture to be re-inspected will be loaded, and the normal re-inspection result of baggage CA0001-001 will be sent to the "distributor" at the same time. "Distributor" records: re-check the image-1 of the terminal 1 to be checked;

B. Re-inspection prohibited: Re-inspector 1 clicks the "Prohibited and Dispose of" button. The baggage information will be automatically cleared on the interface, and the information of the next picture to be re-inspected will be loaded, and the suspicious result of the re-inspection of baggage CA0001-001 will be sent to the “distributor” and the record of the “distributor”; the image to be inspected in the re-inspection terminal 1- 1. The system automatically stores the passenger information of the prohibited baggage CA0001-001 in the memory for re-inspection; at the same time, the re-inspector 1 disposes of the baggage according to the offline process.

C. Suspicious re-inspection: The re-inspector 1 identifies suspicious points on the X-ray machine image, and clicks the "suspicious" button. The baggage information will be automatically cleared on the interface, and the information of the next picture to be re-inspected will be loaded, and the suspicious result of the re-inspection of baggage CA0001-001 will be sent to the “distributor” and the record of the “distributor”; the image to be inspected in the re-inspection terminal 1- 1. At the same time, this baggage enters the "review" allocation process:

The "distributor" performs the "suspicious baggage allocation" process to judge the baggage:

a, the current number of review terminals: 2

b. The number of bags to be reviewed at the review terminal 1: 0; the number of bags to be reviewed at the review terminal 2: 0;

Since there is no baggage to be reviewed at the two terminals, the “distributor” randomly allocates the suspicious baggage CA0001-001 to one of the two terminals; here, it is assumed that it is allocated to the review terminal 1;

"Distributor" record: Review terminal 1's image to be checked +1;

6) The review terminal 1 displays the X-ray machine image of the baggage CA0001-001 identified by the reviewer 1 on the interface, and at the same time displays the information of the passenger to which the baggage belongs, and the result of the operator's judgment on the aisle; the AI judgment result;

7) Reviewer 1 will immediately review the baggage CA0001-001. According to actual needs, reviewer 1 can check the detailed information of the passenger to which this baggage belongs, the original image of the X-ray machine, and the video information of the baggage when it has passed inspection, etc. Make a final judgment:

A. The review is normal: Reviewer 1 clicks the "Pass" button. The baggage information will be automatically cleared on the interface, and the information of the next picture to be reviewed will be loaded, and at the same time, the normal review result of baggage CA0001-001 will be sent to the “distributor”. "Distributor" record: Review image-1 of terminal 1 to be checked;

B. Review prohibition (manual processing: notification/unpacking): Reviewer 1 clicks the "prohibition and disposal" button. This baggage information is automatically cleared on the interface, and the information of the next image to be reviewed is loaded, and the result of the prohibited review of baggage CA0001-001 is sent to the “distributor”, the record of “distributor”, and the image to be checked-1 of the terminal 1 to be reviewed. ; The system automatically stores the passenger information of the prohibited baggage CA0001-001 in the memory; at the same time, the reviewer 1 disposes of the baggage according to the offline process, and then enters the disposal result into the system to complete the entire baggage disposal process.

3. Baggage re-inspection of channel filter conditions:

1) A piece of baggage CA0002-001 of the passenger whose seat number is 02A of flight CA0002 has passed through security check channel 2; the channel operator judged the baggage to be normal.

2) The system sends the X-ray machine pictures of the luggage CA0002-002 to the "AI image judgment chip", and the AI image judgment chip performs image judgment and gives the image judgment result;

A, AI is normal: terminate the process;

B. AI prohibited: The system automatically stores the passenger information of the AI prohibited baggage CA0002-002 in the memory, and the staff handles the baggage according to the offline process;

C, AI suspicious: The system automatically sends the result of baggage CA0002-002 AI suspicious to the "distributor".

3) The system sends the CA0002-002 baggage information and AI suspicious results to the "distributor", and the "distributor" performs the "carry-on baggage allocation" process to judge the baggage:

A. Whether it is the luggage of flight CA0001: No

B, whether it is the baggage that has passed through the security check channel 2: yes

C, whether it is the luggage that was judged by the pilot 3: No

If condition B is satisfied, the "distributor" continues to judge

D, recheck whether terminal 2 is online: yes

The "distributor" distributes the baggage to the re-inspection terminal 2, and records: the image to be inspected of the re-inspection terminal 2 +1;

The follow-up process is the same as 2. Baggage re-inspection of flight filter conditions:

4. Baggage re-inspection with operator filter conditions:

1) A piece of luggage CA0004-003 of the passenger whose seat number is 03A on flight CA0003 has passed through security check channel 3; the aisle operator judged the luggage to be normal;

2) The system sends the X-ray machine picture of the luggage CA0003-003 to the "AI image judgment chip"

A, AI is normal: terminate the process;

B. AI prohibited: The system automatically stores the passenger information of the AI prohibited baggage CA0003-003 in the memory, and the staff handles the baggage according to the offline process;

C, AI suspicious: The system automatically sends the result of baggage CA0003-003 AI suspicious to the "distributor".

3) The system sends the CA0003-003 baggage information and AI suspicious results to the "distributor", and the "distributor" performs the "carry-on baggage allocation" process to judge the baggage:

A. Whether it is the luggage of flight CA0001: No

B, whether it is the baggage that has passed through security check channel 2: No

C, whether it is the luggage judged by the pilot 3: yes

If the C condition is satisfied, the "distributor" continues to judge

D, recheck whether terminal 3 is online: yes

The "distributor" distributes the baggage to the re-inspection terminal 3, and records: the image to be inspected in the re-inspection terminal 3 +1;

The follow-up process is the same as 2. Baggage re-inspection of flight filter conditions:

5. Baggage re-inspection without filter conditions:

1) A piece of luggage CA0004-004 of the passenger whose seat number is 04A on flight CA0004 has passed through security check channel 1; the channel operator judged that the luggage was normal.

2) The system sends the X-ray machine picture of the luggage CA0004-004 to the "AI image judgment chip", and the AI image judgment chip performs image judgment, and gives the image judgment result;

A, AI is normal: terminate the process;

B. AI prohibited: The system automatically stores the passenger information of the AI prohibited baggage CA0004-004 in the memory, and the staff handles the baggage according to the offline process;

C, AI suspicious: The system automatically sends the bag CA0004-004 AI suspicious result to the "distributor".

3) The system sends the CA0004-004 baggage information and AI suspicious results to the "distributor", and the "distributor" performs the "carry-on baggage allocation" process to judge the baggage:

A. Whether it is the luggage of flight CA0001: No

B, whether it is the baggage that has passed through security check channel 2: No

C, whether it is the luggage that was judged by the pilot 3: No

If none of the above conditions are met, the "distributor" will distribute the baggage without filter conditions

D, recheck terminals without setting filter conditions: recheck terminal 4, recheck terminal 5;

E, the images to be re-inspected by the re-inspection terminal 4: 9 images; the images to be re-inspected by the re-inspection terminal 5: 10 images;

According to the principle of equal distribution, the number of images to be re-inspected at the re-inspection terminal 4 < the number of images to be re-inspected at the re-inspection terminal 5, so the "distributor" distributes the baggage to the re-inspection terminal 4 and records: image +1;

The follow-up process is the same as 2. Baggage re-inspection of flight filter conditions:

The method also includes a security device connected to the memory, the placement device is provided with a face collection module, an associated chip and a GIS positioning module, the face collection module is set on the monitoring equipment of the airport, and the face collection module is used to collect passengers with prohibited luggage. The face information is transmitted to the associated chip, and the associated chip associates the re-checked prohibited passenger information, the review of prohibited passenger information, the face information and the passenger location information located by the GIS positioning module. After the manual re-inspection and manual re-inspection are completed, the staff will obtain the specific location of the passengers whose baggage is prohibited from re-inspection and re-inspection through the security device, so as to facilitate the staff to arrive at the scene for unpacking inspection.

The memory in the system transmits the images and passenger identity information of the re-checked and forbidden baggage to the interception device set at the boarding gate, and intercepts the passengers whose baggage is re-checked and forbidden to be re-checked at the boarding gate, and waits for the staff. Passengers can be released after unpacking and inspection at the scene and after confirming safety.

The above descriptions are only the preferred embodiments of the present invention, and are not intended to limit the design of this case. Any equivalent changes made according to the design key of this case fall into the protection scope of this case.

Claims (7)

1. about a method for real-time review of passenger carry-on luggage on the security check passage, it is characterized in that: comprise the following steps: S1 X-ray machine scanning: The passenger's carry-on luggage is scanned by the X-ray machine to form a luggage picture, and the system automatically uploads the normal luggage picture to the AI judging chip; S2 AI image identification chip image identification: AI image identification chip performs intelligent image identification on normal luggage pictures, and gives the image identification result. If the result is AI normal, the process will be terminated and the passenger will be released; if the result is AI prohibited, the system will automatically Record the result, and the staff will dispose of the AI-prohibited baggage; if the result is AI suspicious, transmit the AI-suspicious baggage picture and passenger information to the carry-on baggage allocation module of the dispenser, and go to step S3; S3 carry-on baggage allocation: The carry-on baggage allocation module of the dispenser allocates AI-suspicious baggage pictures and passenger information to the most suitable re-inspection terminal in the manual re-inspection station according to the carry-on baggage allocation conditions; S4 Manual re-inspection: The re-inspector corresponding to the re-inspection terminal will manually re-inspect the assigned luggage pictures. If the result is that the re-inspection is normal, the process will be terminated; if the result is that the re-inspection is prohibited, the prohibited passenger information will be re-inspected. Store in the memory, and go to step S7; if the result is that the re-inspection is suspicious, transmit the suspicious baggage picture and passenger information of the re-inspection to the suspicious baggage distribution module of the distributor, and go to step S5; S5 Suspicious Baggage Allocation: The suspicious baggage allocation module of the distributor allocates the suspicious baggage pictures and passenger information to the most suitable review terminal in the manual review station according to the suspicious baggage allocation conditions; S6 Manual review: The reviewer corresponding to the review terminal will manually review the photos of the luggage that are assigned for review. If the review is normal, the process will be terminated; if the review is prohibited, the prohibited passenger information will be stored in the memory. , and go to step S7; S7 Prohibited Baggage Offline Processing: The staff will know the passenger's boarding status and flight take-off status according to the passenger information stored in the memory for re-checking and reviewing prohibited baggage. If it has taken off, make a detailed record in the system and follow the If the flight has not yet taken off or boarded, the staff will send someone to the boarding gate to find the passenger, re-pack the passenger's luggage, and release the passenger after confirming that it is safe. 2. A method for real-time review of passenger's carry-on luggage on the security inspection channel as claimed in claim 1, wherein the carry-on luggage distribution conditions include the online status of the re-inspection terminal, the number of bags to be re-inspected at each re-inspection terminal , The re-inspection speed of each re-inspection terminal, the filter conditions of the re-inspection terminal, and the departure time of the flight to which the baggage to be re-inspected belongs. The filter conditions include flight number, channel number, and operator. 3. A method for real-time review of passenger's carry-on luggage on the security check passage as claimed in claim 2, characterized in that: the carry-on luggage distribution algorithm is as follows: Precondition: the re-inspection terminal re-inspector has been on duty, and the post-post re-inspection terminal has been number, the number of bags to be re-inspected at each re-inspection terminal, and whether the online re-inspection terminal has set filter conditions; In the case where filter conditions are set on the re-inspection terminal: the data that meets the conditions is directly pushed to the re-inspection terminal that has set the filter conditions; if multiple re-inspection terminals are set with the same filter conditions at the same time, the push principle is based on the waiting conditions of each re-inspection terminal. The number of re-checked baggage and the re-check speed of the re-check terminal are comprehensively judged and then pushed; If no filter conditions are set in the re-check terminal: the departure time of the passenger's flight to which the baggage belongs will be prioritized. The closer it is to the departure time, the higher the push priority will be, and the re-check with fast re-check speed and few pictures to be re-check will be given priority. Terminal push. 4. The method for real-time review of passenger carry-on luggage on the security check passage as claimed in claim 1, wherein the suspicious luggage distribution conditions include the online status of the review terminal, the number of bags to be reviewed at each review terminal, the number of bags to be reviewed at each review terminal, and the The review speed of the review terminal and the departure time of the flight to which the baggage to be reviewed belongs. 5. a kind of method about the real-time review of passenger carry-on luggage on the security check passage as claimed in claim 4, it is characterized in that: suspicious baggage distribution algorithm is as follows: precondition: review terminal reviewer has been on duty, and the number of check terminals has been posted, and each The number of bags to be reviewed at each review terminal; Priority is given to determining the departure time of the passenger's flight to which the luggage belongs. The closer it is to the departure time, the higher the push priority, and the push to the terminal with faster review speed and fewer pictures to be reviewed is given priority. 6. A method for real-time review of passenger's carry-on luggage on the security check passage as claimed in claim 1, characterized in that: in step S7, the staff obtains baggage review prohibited passenger information, review prohibited passenger information through the memory, and passes The security device collects face information, correlates identity information, and locates GIS for passengers whose luggage is prohibited or prohibited from re-inspection, so as to obtain the specific location of the passengers whose luggage is prohibited from re-inspection and review. 7. a kind of method about the real-time review of passenger's carry-on luggage on the security check passage as claimed in claim 1, it is characterized in that: after review, review is completed, the memory will review prohibited, review prohibited baggage pictures and passenger identity information transmission Go to the interception device, intercept the passengers who are prohibited from re-checking the baggage at the boarding gate, and wait for the staff to arrive at the scene to open the bag for inspection.

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