CN114299593A

Movatterモバイル変換

Info

Publication number: CN114299593A
Application number: CN202111677091.9A
Authority: CN
Inventors: 彭彧龙; 苏忠东; 许世清; 林建昌; 郑广域; 许晓仨; 王林海
Original assignee: Xiamen Civil Aviation Kaiya Co ltd
Current assignee: Xiamen Civil Aviation Kaiya Co ltd
Priority date: 2021-12-31
Filing date: 2021-12-31
Publication date: 2022-04-08

Abstract

The invention discloses an airport passenger full-flow clearance method based on a face recognition technology, which establishes a full-clearance platform system, wherein the platform system constructs a cloud and each independent airport node, forms a cloud identity library of each flow service point at the cloud and forms a local identity library of each flow service point at each airport node, and when in clearance, passenger certificate information and face biological characteristic information are combined to form unique identity information data, each service point collects a field face photo, extracts a face photo feature code, uploads the face photo feature code to the cloud for comparison, perfects the cloud identity library or sends the airport node for comparison, perfects the local identity library, thereby sequentially passing through the full flows of a check-in machine, security check, boarding and the like. The platform system is a passenger identity information control center with unified service, unified standard and unified operation and maintenance, and can be used for scheduling and calculating in real time, so that the application targets of one-time registration, lifelong use, smooth way and carefree travel are realized.

Description

Translated fromChinese

一种基于人脸识别技术的机场旅客全流程通关方法A full-process customs clearance method for airport passengers based on face recognition technology

技术领域technical field

本发明属于航空旅客通关技术领域，尤其是指一种基于人脸识别技术的机场旅客全流程通关方法。The invention belongs to the technical field of air passenger customs clearance, in particular to a full-process customs clearance method for airport passengers based on face recognition technology.

背景技术Background technique

旅客在机场通关时，需要进行必要的值机、安检、登机、到站等节点的流程。传统通关过程需要频繁出示证件和登机牌，例如：安检过程中需要出示有效身份证件及登机牌、值机过程中需要出示有效身份证件、登机过程需要出示登机牌，对旅客来说，频繁出示证件和登机牌容易造成丢失以及影响情绪，对机场来说，始终存在过检效率低的问题。When passengers clear customs at the airport, they need to go through the necessary processes of check-in, security check, boarding, and arrival at the station. The traditional customs clearance process requires frequent presentation of documents and boarding passes. For example, a valid ID and boarding pass must be presented during the security check, a valid ID must be presented during the check-in process, and a boarding pass must be presented during the boarding process. , Frequent presentation of documents and boarding passes can easily lead to loss and affect emotions. For airports, there is always a problem of low over-check efficiency.

现今，万物互联已呈现一种大发展趋势，虽然部分机场和航空公司结合互联网技术陆续推出了身份证及人脸比对自助安检、手机一码通关等方便旅客出行的解决方案，以及还有部分机场推出单机场一脸全流程通关解决方案；但难免还会有缺陷产生：Nowadays, the Internet of Everything has shown a major development trend. Although some airports and airlines have successively launched ID card and face comparison self-service security check, mobile phone one-code customs clearance and other solutions to facilitate passenger travel by combining Internet technology, and some other solutions. The airport has launched a single-airport full-process customs clearance solution; however, there will inevitably be defects:

1、身份证通关已逐渐落后，手机一码通关需要频繁出示手机，且存在被截图盗刷的风险；1. The ID card customs clearance has gradually fallen behind, and the mobile phone one-code customs clearance requires frequent display of the mobile phone, and there is a risk of being stolen by screenshots;

2、人脸识别只存在个别服务点，覆盖率较低，未能实现全流程通关；2. Face recognition only exists in individual service points, the coverage rate is low, and the whole process of customs clearance cannot be achieved;

3、单机场一脸全流程通关只覆盖单独一个机场，旅客在其它机场无法享受同等服务，或者旅客需要频繁注册才能在不同机场享受同等服务；3. Single-airport full-process customs clearance only covers a single airport, passengers cannot enjoy the same services at other airports, or passengers need to register frequently to enjoy the same services at different airports;

4、全国各地的机场人流量各不相同，可分为大中小型机场，大型机场例如北京机场全年机场人流量上亿，而小型机场全年机场人流量仅几十万，如此之大的人流量差距所要求的信息库配置需要因地而异。4. The flow of people at airports across the country varies, and can be divided into large, medium and small airports. Large airports such as Beijing Airport have an annual flow of hundreds of millions of people, while small airports have only a few hundred thousand people throughout the year. The information base configuration required by foot traffic gaps needs to vary from place to place.

为克服上述问题，本案由此而生。In order to overcome the above problems, this case was born.

发明内容SUMMARY OF THE INVENTION

本发明的目的在于提供一种基于人脸识别技术的机场旅客全流程通关方法，为全国大小机场出行建设一个统一、快速、便捷、安全的旅客唯一身份识别“平台系统”。The purpose of the present invention is to provide a full-process customs clearance method for airport passengers based on face recognition technology, so as to build a unified, fast, convenient and safe passenger unique identification "platform system" for travel at airports of all sizes across the country.

为达成上述目的，本发明的解决方案为：一种基于人脸识别技术的机场旅客全流程通关方法，包括以下步骤：In order to achieve the above object, the solution of the present invention is: a full-process customs clearance method for airport passengers based on face recognition technology, comprising the following steps:

S1：建立一机场旅客全流程通关平台系统，该平台系统包括云端和机场节点，每个机场为一个独立的机场节点；S1: Establish an airport passenger full-process customs clearance platform system, which includes cloud and airport nodes, and each airport is an independent airport node;

S2：首先，旅客在客户端进行注册，客户端采集旅客证件信息和人脸活体照片至云端，云端提取人脸活体照片特征码，将特征码与证件信息进行组合，形成旅客身份信息库；S2: First, the passenger registers on the client, the client collects the information of the passenger's certificate and the live face photo to the cloud, and the cloud extracts the feature code of the live face photo, and combines the feature code and the certificate information to form a passenger identity information database;

S3：云端对接订座系统、离港系统，根据订座系统、离港系统与旅客身份信息库比对，筛选过滤出待出行的旅客航班信息，航班信息包括订座信息、值机信息、安检信息和登机信息；S3: Cloud-based connection with the reservation system and departure system. Based on the comparison between the reservation system, departure system and the passenger identity information database, the flight information of the passengers to be traveled is filtered out. The flight information includes reservation information, check-in information, and security check. information and boarding information;

S4：云端根据筛选过滤出的航班信息，从旅客身份信息库中抽取相应的旅客身份信息，云端将抽取的旅客身份信息根据始发机场和到达机场进行切分，始发机场和到达机场各形成云端旅客出行大库，其中，始发机场还细分形成云端值机身份库、云端安检身份库、云端登机身份库；到达机场形成云端到达身份库；S4: The cloud extracts the corresponding passenger identity information from the passenger identity information database according to the filtered flight information, and the cloud divides the extracted passenger identity information according to the departure airport and the arrival airport. Cloud-based passenger travel database, among which, the departure airport is also subdivided into cloud check-in identity database, cloud security check identity database, cloud boarding identity database; arrival airport forms cloud arrival identity database;

S5：云端将云端旅客出行大库、云端值机身份库、云端安检身份库、云端登机身份库根据航班信息分发至对应航班的始发机场节点，每个始发机场节点将各自存储，形成本地旅客出行大库、本地值机身份库、本地安检身份库、本地登机身份库，每个始发机场的值机服务点、安检服务点、登机服务点连接对应的始发机场节点；云端将云端到达身份库根据航班信息分发至对应航班的到达机场节点，形成本地到达身份库，每个到达机场的到站服务点连接对应的到达机场节点；S5: The cloud distributes the cloud passenger travel database, cloud check-in identity database, cloud security check identity database, and cloud boarding identity database to the departure airport nodes of the corresponding flights according to the flight information. Local passenger travel database, local check-in identity database, local security check identity database, local boarding identity database, check-in service points, security check service points, and boarding service points of each departure airport are connected to the corresponding departure airport nodes; The cloud distributes the cloud arrival identity database to the arrival airport nodes of the corresponding flights according to the flight information, forming a local arrival identity database, and each arrival airport service point is connected to the corresponding arrival airport node;

S6：旅客初始状态为待值机状态；值机服务点采集现场人脸照片，提取人脸照片特征码，接下来，值机服务点将现场人脸照片特征码上传云端或该机场节点，S6: The initial state of the passenger is the check-in state; the check-in service point collects the on-site face photo and extracts the feature code of the face photo. Next, the check-in service point uploads the feature code of the on-site face photo to the cloud or the airport node.

若上传云端，则云端将该特征码与云端值机身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法值机，若认证结果一致，则旅客进行值机操作，完成值机，云端同步更新旅客状态为值机状态，云端将旅客身份信息从云端值机身份库迁移至云端安检身份库；If uploaded to the cloud, the cloud will perform identity authentication with the feature code and the cloud check-in identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot check in. If the authentication results are consistent, the passenger will perform the check-in operation and complete the check-in operation. The cloud synchronously updates the passenger status to the check-in status, and the cloud migrates the passenger identity information from the cloud check-in identity database to the cloud security check identity database;

若上传该机场节点，则该机场节点将该特征码与本地值机身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法值机，若认证结果一致，则旅客进行值机操作，完成值机，该机场节点将旅客值机状态回传云端，将旅客身份信息从本地值机身份库迁移至本地安检身份库；云端同步更新旅客状态为值机状态，云端将旅客身份信息从云端值机身份库迁移至云端安检身份库；If the airport node is uploaded, the airport node will carry out identity authentication between the feature code and the local check-in identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot check in. If the authentication results are consistent, the passenger will proceed to check-in. After completing the check-in operation, the airport node sends the passenger's check-in status back to the cloud, and migrates the passenger's identity information from the local check-in identity database to the local security inspection identity database; the cloud synchronously updates the passenger's status to the check-in status, and the cloud transfers the passenger's identity information Migrate from cloud check-in identity database to cloud security check identity database;

S7：安检服务点采集现场人脸照片，提取人脸照片特征码，接下来，安检服务点将现场人脸照片特征码上传云端或该机场节点，S7: The security check service point collects the on-site face photo, and extracts the feature code of the face photo. Next, the security check service point uploads the feature code of the on-site face photo to the cloud or the airport node.

若上传云端，则云端将该特征码与云端安检身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法安检，若认证结果一致，则旅客进行安检操作，完成安检，云端同步更新旅客状态为安检状态，云端将旅客身份信息从云端安检身份库迁移至云端登机身份库；If uploading to the cloud, the cloud will perform identity authentication with the feature code and the cloud security check identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot be checked. If the authentication results are consistent, the passenger will perform the security check operation, complete the security check, and synchronize with the cloud. Update the passenger status to the security check status, and the cloud migrates the passenger identity information from the cloud security check identity database to the cloud boarding identity database;

若上传该机场节点，则该机场节点将该特征码与本地安检身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法安检，若认证结果一致，则旅客进行安检操作，完成安检，该机场节点将旅客安检状态回传云端，将旅客身份信息从本地安检身份库迁移至本地登机身份库；云端同步更新旅客状态为安检状态，云端将旅客身份信息从云端安检身份库迁移至云端登机身份库；If the airport node is uploaded, the airport node will perform identity authentication with the feature code and the local security inspection identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger will not be able to perform security inspection. If the authentication results are consistent, the passenger will perform the security inspection operation and complete. For security check, the airport node sends the passenger security check status back to the cloud, and migrates the passenger identity information from the local security check identity database to the local boarding identity database; the cloud synchronously updates the passenger status to the security check status, and the cloud migrates the passenger identity information from the cloud security check identity database. to the cloud boarding identity database;

S8：登机服务点采集现场人脸照片，提取人脸照片特征码，接下来，登机服务点将现场人脸照片特征码上传云端或该机场节点，S8: The boarding service point collects the on-site face photo and extracts the feature code of the face photo. Next, the boarding service point uploads the feature code of the on-site face photo to the cloud or the airport node.

若上传云端，则云端将该特征码与云端登机身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法登机，若认证结果一致，则旅客进行登机操作，完成登机，云端同步更新旅客状态为登机状态，云端将旅客身份信息从云端登机身份库清除；If uploaded to the cloud, the cloud will perform identity authentication with the feature code and the cloud boarding identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot board the plane. If the authentication results are consistent, the passenger will perform the boarding operation and complete the boarding. The cloud synchronously updates the passenger status to the boarding status, and the cloud clears the passenger identity information from the cloud boarding identity database;

若上传该机场节点，则该机场节点将该特征码与本地登机身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法登机，若认证结果一致，则旅客进行登机操作，完成登机，该机场节点将旅客登机状态回传云端，将旅客身份信息从本地登机身份库清除，云端同步更新旅客状态为登机状态，云端将旅客身份信息从云端登机身份库清除；If the airport node is uploaded, the airport node will carry out the identification authentication between the feature code and the local boarding identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot board the plane. If the authentication results are consistent, the passenger will proceed to boarding. After completing the boarding, the airport node sends the passenger boarding status back to the cloud, clears the passenger identity information from the local boarding identity database, and the cloud synchronously updates the passenger status to the boarding status, and the cloud transfers the passenger identity information from the cloud boarding identity. library clear;

S9：到达机场的到站服务点采集现场人脸照片，提取人脸照片特征码，到站服务点将现场人脸照片特征码上传云端或该机场节点，S9: The arrival service point at the airport collects the on-site face photo, extracts the feature code of the face photo, and the arrival service point uploads the feature code of the on-site face photo to the cloud or the airport node.

若上传云端，则云端将该特征码与云端到达身份库进行身份识别认证，若认证一致，则旅客完成到站，完成出行，云端同步更新旅客状态为到站状态；将旅客身份信息从云端到达身份库清除；If uploading to the cloud, the cloud will perform identity authentication with the feature code and the cloud arrival identity database. If the authentication is consistent, the passenger will complete the arrival and travel, and the cloud will synchronously update the passenger status to the arrival status; the passenger's identity information will arrive from the cloud. Identity Vault Clear;

若上传该机场节点，则该机场节点将该特征码与本地到达身份库进行身份识别认证，若认证一致，则旅客完成到站，完成出行，该机场节点将旅客到站状态回传云端，将旅客身份信息从本地到达身份库清除；云端同步更新旅客状态为到站状态，云端将旅客身份信息从云端到达身份库清除。If the airport node is uploaded, the airport node will perform identity authentication with the feature code and the local arrival identity database. If the authentication is consistent, the passenger has completed the arrival and the trip. The airport node will send the passenger's arrival status back to the cloud, and the The passenger identity information is cleared from the local arrival identity database; the cloud synchronously updates the passenger status to the arrival state, and the cloud clears the passenger identity information from the cloud arrival identity database.

作为进一步改进，在步骤S8中，若航班信息还包括中转信息/经停信息，则登机后进入步骤S8.1和S8.2，否则进入步骤S9；As a further improvement, in step S8, if the flight information also includes transfer information/stop information, then go to steps S8.1 and S8.2 after boarding, otherwise go to step S9;

S8.1：云端根据中转信息/经停信息，从旅客身份信息库中抽取相应的旅客身份信息，云端将抽取的旅客身份信息根据中转机场/经停机场形成云端中转/经停身份库，将旅客登机状态下发至中转/经停机场节点，中转/经停机场节点接收后，形成本地中转/经停身份库；S8.1: The cloud extracts the corresponding passenger identity information from the passenger identity information database according to the transfer information/stop information, and the cloud forms the cloud transfer/stop identity database based on the passenger identity information extracted based on the transfer airport/stop airport, and converts the The passenger boarding status is sent to the transfer/stop airport node, and after the transfer/stop airport node receives it, a local transfer/stop ID database is formed;

S8.2：云端更新旅客登机状态为待中转/经停状态；中转/经停机场节点的中转/经停服务点采集现场人脸照片，提取人脸照片特征码，中转/经停服务点将现场人脸照片特征码上传云端或该机场节点，S8.2: The cloud-updated passenger boarding status is waiting for transfer/stop; the transfer/stop service point of the transfer/stop airport node collects on-site face photos, extracts the face photo feature code, and the transfer/stop service point Upload the on-site face photo feature code to the cloud or the airport node,

若上传云端，则云端将该特征码与云端中转/经停身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法中转/经停，若认证结果一致，则旅客完成中转/经停，进行再次登机操作，重复步骤S8，云端同步更新旅客状态为登机状态，云端将旅客身份信息从云端中转/经停身份库清除；If uploading to the cloud, the cloud will perform identity authentication with the identity code of the transfer/stop in the cloud, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot transfer/stop. If the authentication results are consistent, the passenger will complete the transfer/stop. After stopping, perform the boarding operation again, repeat step S8, the cloud synchronously updates the passenger status to the boarding status, and the cloud clears the passenger identity information from the cloud transfer/stop identity database;

若上传该机场节点，则该机场节点将该特征码与本地中转/经停身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法中转/经停，若认证结果一致，则旅客完成中转/经停，进行再次登机操作，重复步骤S8，该机场节点将旅客登机状态回传云端，云端同步更新旅客状态为登机状态，将旅客身份信息从本地中转/经停身份库清除；该机场节点将旅客身份信息从云端中转/经停身份库清除。If the airport node is uploaded, the airport node will perform identity authentication between the feature code and the local transfer/stop identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot transfer/stop. If the authentication results are consistent, then The passenger completes the transfer/stop, and performs the re-boarding operation, repeating step S8, the airport node sends the passenger's boarding status back to the cloud, the cloud synchronously updates the passenger's status to the boarding status, and transfers the passenger's identity information from the local transfer/stop status. Library clearing; the airport node clears the passenger identity information from the cloud transfer/stop identity library.

作为进一步改进，在步骤S7中，安检服务点对过检的旅客进行标识，并在安检服务点的系统中显示电子验讫章供工作人员查看。As a further improvement, in step S7, the security check service point identifies the passengers who have passed the check, and displays the electronic seal in the system of the security check service point for the staff to check.

作为进一步改进，在步骤S8中，在旅客登机前，登机服务点对旅客进行安检复核，并在登机服务点的系统中显示电子验讫章供工作人员查看。As a further improvement, in step S8, before the passengers board the plane, the boarding service point conducts a security check on the passenger, and displays the electronic verification seal in the system of the boarding service point for the staff to check.

作为进一步改进，在步骤S8中，旅客登机后还需经过廊桥，廊桥服务点进行旅客安检复核，并在廊桥服务点的系统中显示电子验讫章供工作人员查看。As a further improvement, in step S8, passengers need to pass through the covered bridge after boarding, and the service point of the covered bridge will conduct passenger security check and review, and display the electronic verification stamp in the system of the covered bridge service point for the staff to check.

采用上述方案后，本发明的增益效果在于：After adopting the above scheme, the gain effect of the present invention is:

1、本发明建立了一个全通关平台系统，该平台系统构建了云端和各个独立的机场节点，并在云端形成各流程服务点的云端身份库、在各个机场节点形成各流程服务点的本地身份库，通关时，将旅客证件信息与人脸生物特征信息进行组合形成唯一身份信息数据，各个服务点采集现场人脸照片，提取人脸照片特征码，上传云端进行比对、完善云端身份库或发送该机场节点进行比对、完善本地身份库，从而依次通关值机、安检、登机等全流程。1. The present invention establishes a full customs clearance platform system, the platform system constructs the cloud and each independent airport node, and forms the cloud identity database of each process service point in the cloud, and forms the local identity of each process service point in each airport node. During customs clearance, the passenger ID information and facial biometric information are combined to form unique identity information data. Each service point collects on-site facial photos, extracts the facial photo feature codes, uploads them to the cloud for comparison, and improves the cloud identity database or Send the airport node to compare and improve the local identity database, so as to clear the whole process of check-in, security check, and boarding in sequence.

2、根据人流量大小将机场分为大中型机场和小型机场，本发明可适用于任何大中型机场和小型机场，且不仅仅覆盖单一机场，还能关联多个机场。大中型机场可采购处理能力强大的服务器，建设本地旅客身份识别服务分支系统进行旅客的身份核验，而小型机场能力有限，可选择直接连接云端进行旅客身份核验，这样一来，小型机场无需花费大量成本采购服务器设备、建设系统。2. The airport is divided into large and medium-sized airports and small-sized airports according to the flow of people. The present invention can be applied to any large and medium-sized airports and small-sized airports, and not only covers a single airport, but also associates multiple airports. Large and medium-sized airports can purchase servers with powerful processing capabilities and build a local passenger identification service branch system for passenger identification verification. However, small airports have limited capabilities and can choose to directly connect to the cloud for passenger identification verification. In this way, small airports do not need to spend a lot of money Cost to purchase server equipment and build systems.

3、本发明平台系统为统一服务、统一标准、统一运维的旅客身份信息管控中心，实时调度运算，为机场的各个服务触点提供相应的服务，旅客注册后在任何时间、国内任何机场的各个服务触点可以通过刷脸识别身份，进行值机、安检、登机、中转/经停全流程；还可通过刷脸识别身份快速享受航班查询、贵宾休息室等其它服务，实现“一次注册，终身受用，一路顺畅，无忧出行”的应用目标。3. The platform system of the present invention is a passenger identity information management and control center with unified services, unified standards, and unified operation and maintenance. It schedules operations in real time and provides corresponding services for each service point of the airport. Each service contact can recognize the identity by swiping the face, and carry out the whole process of check-in, security check, boarding, transfer/stop; also can quickly enjoy other services such as flight inquiry and VIP lounge by swiping the identity, and realize the "one-time registration" , lifetime use, smooth journey, worry-free travel" application goals.

附图说明Description of drawings

图1是本发明的信息传输框图；Fig. 1 is the information transmission block diagram of the present invention;

图2是本发明各服务点通过上传云端方式的信息流框图；2 is a block diagram of the information flow of each service point of the present invention by uploading to the cloud;

图3是本发明各服务点通过上传本地机场节点方式的信息流框图。FIG. 3 is a block diagram of the information flow of each service point of the present invention by uploading to the local airport node.

具体实施方式Detailed ways

以下结合附图及具体实施例对本发明做详细的说明。The present invention will be described in detail below with reference to the accompanying drawings and specific embodiments.

本发明提供一种基于人脸识别技术的机场旅客全流程通关方法，包括以下步骤：The present invention provides a full-process customs clearance method for airport passengers based on face recognition technology, comprising the following steps:

S1：建立一机场旅客全流程通关平台系统，如图1所示，该平台系统包括云端和机场节点，每个机场为一个独立的机场节点；S1: Establish an airport passenger full-process customs clearance platform system, as shown in Figure 1, the platform system includes cloud and airport nodes, and each airport is an independent airport node;

S2：首先，旅客凭本人有效证件、本人活体人脸照片在旅客客户端进行身份信息注册，并授权客户端及平台系统查询其行程，使用其证件信息和人脸照片提供身份识别服务，客户端采集旅客证件信息和人脸活体照片至云端，云端提取人脸活体照片特征码，将特征码与证件信息进行组合，形成旅客身份信息库；旅客可根据自身实际情况，管理自身证件信息、照片信息，以获取更好的身份识别服务；S2: First, passengers register their identity information on the passenger client terminal with their valid documents and their live face photos, and authorize the client terminal and platform system to inquire about their itinerary, and use their ID information and face photos to provide identification services. Collect passenger ID information and face live photos to the cloud, the cloud extracts the feature code of the face live photo, and combines the feature code with the ID information to form a passenger identity information database; passengers can manage their own ID information and photo information according to their actual situation , for better identification services;

S3：云端经调度引擎、接口平台对接订座系统、离港系统(以中航信订座离港系统为例)，根据订座系统、离港系统与旅客身份信息库比对，筛选过滤出待出行的旅客航班信息，航班信息包括订座信息、值机信息、安检信息、登机信息和其它信息等；S3: The cloud is connected to the reservation system and the departure system through the scheduling engine and the interface platform (taking the Airline reservation and departure system as an example). According to the comparison between the reservation system, the departure system and the passenger identity information database, filter Passenger flight information, flight information includes reservation information, check-in information, security check information, boarding information and other information;

S4：云端根据筛选过滤出的航班信息，从旅客身份信息库中抽取相应的旅客身份信息，云端将抽取的旅客身份信息根据始发机场和到达机场进行切分，始发机场和到达机场各形成云端旅客出行大库，其中，始发机场还细分形成云端值机身份库、云端安检身份库、云端登机身份库；S4: The cloud extracts the corresponding passenger identity information from the passenger identity information database according to the filtered flight information, and the cloud divides the extracted passenger identity information according to the departure airport and the arrival airport. Cloud-based passenger travel database, among which, the departure airport is also subdivided into cloud check-in identity database, cloud security check identity database, and cloud boarding identity database;

S5：云端将云端旅客出行大库、云端值机身份库、云端安检身份库、云端登机身份库根据航班信息分发至对应航班的始发机场节点，每个始发机场节点将各自存储，形成本地旅客出行大库、本地值机身份库、本地安检身份库、本地登机身份库，每个始发机场的值机服务点、安检服务点、登机服务点连接对应的始发机场节点；云端将云端到达身份库根据航班信息分发至对应航班的到达机场节点，形成本地到达身份库，每个到达机场的到站服务点连接对应的到达机场节点；云端可根据细分后的旅客身份信息库直接提供各个机场的值机、安检、登机、到站等各个服务点旅客身份识别认证服务；S5: The cloud distributes the cloud passenger travel database, cloud check-in identity database, cloud security check identity database, and cloud boarding identity database to the departure airport nodes of the corresponding flights according to the flight information. Local passenger travel database, local check-in identity database, local security check identity database, local boarding identity database, check-in service points, security check service points, and boarding service points of each departure airport are connected to the corresponding departure airport nodes; The cloud distributes the cloud arrival identity database to the arrival airport nodes of the corresponding flights according to the flight information, forming a local arrival identity database. Each arrival service point at the arrival airport is connected to the corresponding arrival airport node; the cloud can be based on the subdivided passenger identity information. The library directly provides passenger identification and authentication services at various service points such as check-in, security check, boarding, and arrival at each airport;

S6：旅客初始状态为待值机状态；开始值机，值机服务点部署集成人脸识别技术的双目摄像头，采集现场人脸照片，提取人脸照片特征码，接下来，值机服务点将现场人脸照片特征码上传云端或该机场节点，S6: The initial state of the passenger is the check-in state; when the check-in starts, the check-in service point deploys a binocular camera integrated with face recognition technology, collects on-site face photos, and extracts the feature code of the face photo. Next, the check-in service point Upload the on-site face photo feature code to the cloud or the airport node,

如图2所示，若上传云端，则云端将该特征码与云端值机身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法值机，若认证结果一致，则旅客进行值机操作，完成值机，云端同步更新旅客状态为值机状态，云端将旅客身份信息从云端值机身份库迁移至云端安检身份库；As shown in Figure 2, if uploading to the cloud, the cloud will perform identity authentication with the feature code and the cloud check-in identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot check in. If the authentication results are consistent, the passenger will proceed to After the check-in operation is completed, the cloud synchronously updates the passenger status to the check-in status, and the cloud migrates the passenger identity information from the cloud check-in identity database to the cloud security check identity database;

如图3所示，若上传该机场节点，则该机场节点将该特征码与本地值机身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法值机，若认证结果一致，则旅客进行值机操作，完成值机，该机场节点将旅客值机状态回传云端，将旅客身份信息从本地值机身份库迁移至本地安检身份库；云端同步更新旅客状态为值机状态，将旅客身份信息从云端值机身份库迁移至云端安检身份库；As shown in Figure 3, if the airport node is uploaded, the airport node will carry out identity authentication between the feature code and the local check-in identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot check in. If the authentication results are consistent , the passenger performs the check-in operation and completes the check-in. The airport node sends the passenger's check-in status back to the cloud, and migrates the passenger's identity information from the local check-in identity database to the local security check identity database; the cloud synchronously updates the passenger's status to the check-in status , to migrate the passenger identity information from the cloud check-in identity database to the cloud security check identity database;

S7：开始安检，安检服务点部署集成人脸识别技术的双目摄像头，采集现场人脸照片，提取人脸照片特征码，接下来，安检服务点将现场人脸照片特征码上传云端或该机场节点，S7: Start the security check. The security check service point deploys a binocular camera integrated with face recognition technology, collects on-site face photos, and extracts the feature code of the face photo. Next, the security check service point uploads the feature code of the on-site face photo to the cloud or the airport. node,

若上传该机场节点，则该机场节点将该特征码与本地安检身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法安检，若认证结果一致，则旅客进行安检操作，完成安检，该机场节点将旅客安检状态回传云端，将旅客身份信息从本地安检身份库迁移至本地登机身份库；云端同步更新旅客状态为安检状态，将旅客身份信息从云端安检身份库迁移至云端登机身份库；If the airport node is uploaded, the airport node will perform identity authentication with the feature code and the local security inspection identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger will not be able to perform security inspection. If the authentication results are consistent, the passenger will perform the security inspection operation and complete. For security check, the airport node sends the passenger security check status back to the cloud, and migrates the passenger identity information from the local security check identity database to the local boarding identity database; the cloud synchronously updates the passenger status to the security check status, and migrates the passenger identity information from the cloud security check identity database to the local boarding identity database. Cloud boarding identity database;

S8：开始登机，登机服务点部署集成人脸识别技术的双目摄像头，采集现场人脸照片，提取人脸照片特征码，接下来，登机服务点将现场人脸照片特征码上传云端或该机场节点，S8: Start boarding. The boarding service point deploys a binocular camera integrated with face recognition technology, collects on-site face photos, and extracts the feature code of the face photo. Next, the boarding service point uploads the feature code of the on-site face photo to the cloud or the airport node,

若上传该机场节点，则该机场节点将该特征码与本地登机身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法登机，若认证结果一致，则旅客进行登机操作，完成登机，该机场节点将旅客登机状态回传云端，将旅客身份信息从本地登机身份库清除；云端同步更新旅客状态为登机状态，将旅客身份信息从云端登机身份库清除；If the airport node is uploaded, the airport node will carry out the identification authentication between the feature code and the local boarding identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot board the plane. If the authentication results are consistent, the passenger will proceed to boarding. After completing the boarding operation, the airport node sends the passenger boarding status back to the cloud, and clears the passenger identity information from the local boarding identity database; the cloud synchronously updates the passenger status to the boarding status, and transfers the passenger identity information from the cloud boarding identity database. clear;

有些旅客并非直达，其航班信息还包括中转信息/经停信息，因此，若航班信息还包括中转信息/经停信息，则登机后进入步骤S8.1和S8.2，否则进入步骤S9；Some passengers are not direct, and their flight information also includes transfer information/stop information. Therefore, if the flight information also includes transfer information/stop information, go to steps S8.1 and S8.2 after boarding, otherwise go to step S9;

S8.2：云端更新旅客登机状态为待中转/经停状态；开始中转/经停，中转/经停机场节点的中转/经停服务点部署集成人脸识别技术的双目摄像头，采集现场人脸照片，提取人脸照片特征码，中转/经停服务点将现场人脸照片特征码上传云端或该机场节点，S8.2: Cloud-updated passenger boarding status is waiting for transfer/stop; start transfer/stop, transfer/stop service points at airport nodes deploy binocular cameras integrated with face recognition technology to collect on-site Face photo, extract the face photo feature code, transfer/stop service point upload the on-site face photo feature code to the cloud or the airport node,

若上传该机场节点，则该机场节点将该特征码与本地中转/经停身份库进行身份识别认证，得到认证结果，若认证结果不一致，则旅客无法中转/经停，若认证结果一致，则旅客完成中转/经停，进行再次登机操作，重复步骤S8，该机场节点将旅客登机状态回传云端，将旅客身份信息从本地中转/经停身份库清除；云端同步更新旅客状态为登机状态，将旅客身份信息从云端中转/经停身份库清除；If the airport node is uploaded, the airport node will perform identity authentication between the feature code and the local transfer/stop identity database, and obtain the authentication result. If the authentication results are inconsistent, the passenger cannot transfer/stop. If the authentication results are consistent, then The passenger completes the transfer/stop, and performs the re-boarding operation. Step S8 is repeated. The airport node sends the passenger's boarding status back to the cloud, and clears the passenger's identity information from the local transfer/stop ID database; the cloud synchronously updates the passenger's status as boarding. The status of the aircraft is cleared, and the passenger identity information is cleared from the cloud transfer/stop identity database;

S9：云端将旅客登机状态下发至到达机场节点，到达机场形成云端到达身份库；S9: The cloud sends the passenger boarding status to the arrival airport node, and the arrival airport forms the cloud arrival identity database;

飞机落地后，准备出站，到达机场的到站服务点部署集成人脸识别技术的双目摄像头，采集现场人脸照片，提取人脸照片特征码，到站服务点将现场人脸照片上传云端或该机场节点，After the plane lands, prepare to leave the station, deploy a binocular camera integrated with face recognition technology at the arrival service point at the airport, collect on-site face photos, extract the feature code of the face photos, and upload the on-site face photos to the cloud at the arrival service point or the airport node,

若上传该机场节点，则该机场节点将该特征码与本地到达身份库进行身份识别认证，若认证一致，则旅客完成到站，完成出行，该机场节点将旅客到站状态回传云端，将旅客身份信息从本地到达身份库清除；云端同步更新旅客状态为到站状态，将旅客身份信息从云端到达身份库清除。If the airport node is uploaded, the airport node will perform identity authentication with the feature code and the local arrival identity database. If the authentication is consistent, the passenger has completed the arrival and the trip. The airport node will send the passenger's arrival status back to the cloud, and the The passenger identity information is cleared from the local arrival identity database; the cloud synchronously updates the passenger status to the arrival status, and clears the passenger identity information from the cloud arrival identity database.

本发明还包括执行安检程序以后的安检复核程序，The present invention also includes the security check review procedure after the security check procedure is executed,

首先，在步骤S7中，(1)安检系统按照现有的安检流程对旅客进行安检，确保旅客身份的可信、唯一，旅客航班信息准确无误，其它安检状态准确无误(人身、证件、票据三者一致)，实现无纸化通关；(2)安检服务点对过检的旅客进行标识，并在安检服务点的系统中显示电子验讫章供工作人员查看；(3)机场节点将旅客身份信息从安检身份库迁移至航班登机身份库、安检复核身份库中；(4)机场节点将旅客过检状态回传至云端。First, in step S7, (1) the security inspection system conducts security inspections on passengers according to the existing security inspection procedures to ensure that the passenger's identity is credible and unique, the passenger's flight information is accurate, and other security inspection statuses are accurate (person, certificate, ticket three (2) The security check service point identifies the passengers who have passed the check, and displays the electronic verification seal in the system of the security check service point for the staff to check; (3) The airport node identifies the passenger's identity The information is migrated from the security check identity database to the flight boarding identity database and the security check review identity database; (4) The airport node transmits the passenger's clearance status back to the cloud.

然后，在步骤S8中，分别在登机口和廊桥/远机位旅客设立复核程序，(1)旅客经过登机口/廊桥/远机位登机时，机场工作人员需要再次确认旅客的过检状态；(2)服务点对旅客进行安检复核，如果该旅客已过检，则在服务点的系统中显示电子验讫章供工作人员查看，并将验证状态信息回传机场节点，完成安检状态复核情况。Then, in step S8, a review procedure is set up for passengers at the boarding gate and the bridge/remote stand respectively. (1) When the passenger passes through the boarding gate/bridge/remote stand, the airport staff needs to confirm the passenger again. (2) The service point checks the security check of the passenger. If the passenger has passed the inspection, the electronic verification seal will be displayed in the system of the service point for the staff to check, and the verification status information will be sent back to the airport node. Complete the security check status review.

本发明的安检服务点增设毫米波检查信息与旅客信息匹配，具体为：The security inspection service point of the present invention adds millimeter wave inspection information to match the passenger information, specifically:

(1)安检服务点系统与毫米波安检设备建立通讯接口，实现旅客扫描数据实时交互；(1) The security inspection service point system establishes a communication interface with the millimeter wave security inspection equipment to realize real-time interaction of passenger scanning data;

(2)毫米波设备上处架设一体机(包含人脸抓拍摄像机)，旅客进入毫米波设备时，采集旅客现场人脸照片，请求机场节点进行身份识别认证，根据识别认证结果定位旅客信息；(2) An all-in-one machine (including a face capture camera) is set up on the millimeter-wave device. When a passenger enters the millimeter-wave device, the on-site face photo of the passenger is collected, and the airport node is requested to carry out identification and authentication, and the passenger information is located according to the identification and authentication results;

(3)若机场节点无法进行身份识别认(例如旅客佩戴口罩、未正视摄像头等情况)，则可通过扫描旅客登机牌、有效乘机证件来定位旅客信息；(3) If the airport node cannot perform identification (for example, the passenger wears a mask, does not face the camera, etc.), the passenger information can be located by scanning the passenger boarding pass and valid boarding documents;

(4)系统定位到旅客信息后，结合毫米波设备推送的扫描结果，安检系统根据接收结果队列，接收时间点，旅客信息定位时间点等条件，把旅客信息、毫米波结果进行一对一绑定，最终实现毫米波图人图绑定，并实时把结果呈现给现场工作人员。(4) After the system locates the passenger information, combined with the scanning results pushed by the millimeter wave device, the security inspection system binds the passenger information and the millimeter wave results one-to-one according to the receiving result queue, receiving time point, passenger information positioning time point and other conditions. Finally, the binding of millimeter-wave maps to people and maps is realized, and the results are presented to the field staff in real time.

建立本平台系统前，根据人流量大小将机场分为大中型机场和小型机场，大中型机场可采购处理能力强大的服务器，建设本地旅客身份识别服务分支系统进行旅客的身份核验，而小型机场能力有限，可选择直接连接云端进行旅客身份核验，这样一来，小型机场无需花费大量成本采购服务器设备建设系统。Before the establishment of this platform system, the airports were divided into large and medium-sized airports and small airports according to the flow of people. Large and medium-sized airports could purchase servers with powerful processing capabilities and build a local passenger identification service branch system for passenger identification verification. Limited, you can choose to directly connect to the cloud for passenger identity verification. In this way, small airports do not need to spend a lot of money to purchase server equipment to build a system.

图1中，旅客完成身份信息注册后，云端形成云端旅客身份信息库的基础数据库存储旅客证件信息、旅客人脸图片、旅客人脸图片特征码等。同时云端通过业务设置形成规则库等。云端通过接口平台接收中航信订座、离港系统传入的旅客航班信息，调度引擎连接规则库，通过规则设置进行调度运算。调度运算完成后，在云端抽取旅客身份信息并细分为云端值机身份库、安检身份库、中转/经停身份库、登机身份库、到达身份库等身份库；同时云端通过数据队列传输/接收模块(俗称：收发Q集群)将旅客身份信息及航班状态信息下发至大中型机场节点的机场接口平台。机场接口平台接收旅客身份信息及航班状态信息后进行解析，解析完成后进行存储，形成机场节点的旅客身份信息库。云端通过授权认证连接小型机场节点的机场各服务(触)点。机场节点服务通过授权认证连接机场各服务(触)点；机场节点各服务(触)点完成服务后通过机场接口平台将旅客航班状态回传云端，云端接收后同步进行更新。In Figure 1, after the passenger completes the registration of the identity information, the cloud forms the basic database of the cloud passenger identity information database to store the information of the passenger's certificate, the passenger's face picture, and the feature code of the passenger's face picture, etc. At the same time, the cloud forms a rule base through business settings. The cloud receives passenger flight information from TravelSky's reservation and departure system through the interface platform, and the scheduling engine connects to the rule base to perform scheduling operations through rule settings. After the scheduling operation is completed, the passenger identity information is extracted in the cloud and subdivided into cloud check-in identity database, security check identity database, transfer/stop identity database, boarding identity database, arrival identity database, etc. / The receiving module (commonly known as: sending and receiving Q cluster) sends the passenger identity information and flight status information to the airport interface platform of the large and medium-sized airport nodes. The airport interface platform parses the passenger identity information and flight status information after receiving it, and stores it after the parsing is completed to form the passenger identity information database of the airport node. The cloud connects the airport services (touch points) of the small airport nodes through authorization and authentication. The airport node service is connected to each service (contact) point of the airport through authorization and authentication; after each service (contact) point of the airport node completes the service, the passenger flight status is sent back to the cloud through the airport interface platform, and the cloud receives it and updates it synchronously.

以上所述仅为本发明的较佳实施例，并非对本案设计的限制，凡依本案的设计关键所做的等同变化，均落入本案的保护范围。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.