KR20210001918U - Device and application program for consignment of air baggage anywhere and One-ID token registration for seamless face authentication based One-ID passenger service - Google Patents

Abstract

The present invention enables passengers to conveniently carry out consignment delivery anywhere, such as at home or at a hotel, without taking heavy air luggage directly to the airport. It relates to a device that registers a One-ID token for use. In more detail, when handling passengers' personal air baggage, for baggage consignment processing and One-ID passenger handling service through One-ID registration device linked to airline HOST for air baggage check-in procedures provided in air delivery vehicle It relates to devices and applications that register One-ID tokens.

Description

One-ID token registration device and application for consignment of air baggage anywhere and One-ID token registration for seamless face authentication based One-ID passenger service}

The present invention relates to a device for registering One-ID tokens for the use of One-ID service to use air baggage consignment processing and unblocked airport service anywhere, such as at home or in a hotel, in the field of air passenger processing.

In more detail, the One-ID token is registered to enable consignment delivery at home or anywhere without taking passengers' heavy air baggage directly to the airport, and to use the face authentication-based One-ID service without blocking at the airport. It's about the device.

With the development of Internet of Things (IoT), artificial intelligence (AI), big data, deep neural network theory, and deep learning technology, various services are being developed as a smart airport. However, 1.3 billion travelers around the world and 90 million travelers annually in Korea still have to carry heavy personal luggage to the airport for departure procedures. There has been inconvenience of having to receive . Therefore, IATA (International Air Transport Association) recommended self-check-in and self-bag-drop service to solve this inconvenience, and recommended the introduction of one-ID service without blockage that allows you to verify your identity with face authentication while walking naturally.

This not only shortens the passenger processing time, but also improves traveler convenience and improves the quality of travel by omitting the process of repeatedly undergoing 1:1 face-to-face inspection with an inspector at each checkpoint. The inconvenience of having to bring it to the airport is still there, and especially for the elderly and the elderly, it is not easy to move luggage.

Existing airports have installed multiple self check-in kiosks to facilitate ticketing tasks, and create a self bag-drop zone so that passengers can attach their luggage by themselves. However, when passports have to be scanned and baggage tags are printed, they must be safely attached to the correct position of the baggage, but the service is not being performed smoothly due to the behavioral characteristics of various users. Therefore, the face authentication-based One-ID service is a service that replaces face authentication without submitting the existing repetitive passport and boarding pass from check-in to bag-drop, security screening, immigration control, and boarding.

In this design, the device for registering the passenger's air luggage service and One-ID token is connected in real time with the airline's HOST, scans the passenger's passport at the passenger's home or anywhere, checks whether the ticket is issued, and captures a live face image Generates One-ID token, sends it to airline host, and receives tag information to attach to luggage It is possible to provide a luggage location tracking service in real time through mobile.

The number of travelers worldwide exceeds 1.3 billion annually. In particular, as the number of passengers increases at airports and at land and sea borders, prompt identification and baggage handling procedures are very necessary in handling passengers.

However, in general, passengers using the airport had a lot of inconvenience in the passenger handling procedure, such as the inconvenience of having to bring heavy personal baggage directly to the airport and waiting in a long line.

In general, in the case of Incheon International Airport, an average of 150,000 to 200,000 passengers per day are using the Incheon International Airport, and considering the peak travel season, it is expected to average over 300,000 per day in the future. Instead of bringing your luggage to the airport, you use the air luggage consignment service at home to capture your passport and face, register your One-ID token, print the luggage tag, attach it to your luggage, and deliver it to the airport through the consignment service courier vehicle. We aim to increase the convenience of passengers from arriving at the airport without a face authentication-based One-ID airport passenger processing service until boarding.

In the present invention, the technical task is to scan the passport using a passport reader that allows the passenger to obtain a passport and live face image for air baggage check-in at home, and the passenger's personal information and face image stored in the e-passport IC chip DG2 , and crops the live face image to 640X480 pixel resolution to extract facial feature point information, generates a One-ID token including boarding pass information, and transmits it to the airline's HOST It is about a device that registers portable air baggage handling and One-ID tokens so that ID passenger processing services can be used.

Another technical task in the present invention is a face image with a built-in illuminometer and LED lighting device to correct the ambient illuminance, which is the most obstacle in face recognition, when registering One-ID tokens for using simple services based on face authentication. It relates to camera devices for acquisition and applications for operation.

In the present invention, in order to solve the technical problems, the device designed for passengers to check in air baggage at home can be installed on the go, and it is possible to install a PC for baggage check-in management, a passport reader, a camera device for capturing a live face image, and illumination. It consists of a sensor, LED lighting, and a tag printing machine for attaching luggage. The baggage check-in management PC is equipped with an application program for baggage check-in and a communication module for linking with the airline's HOST. It reads the passenger's face image information stored in the passport IC chip DG2, and the camera module for capturing a live face image includes a camera with a gaze angle of 100 degrees left and right, a 2 megapixel camera, and an illuminance sensor to measure the surrounding illuminance. In addition, an LED auxiliary lighting device is included so that the ambient illuminance can be maintained at about 300 lux when acquiring a face image.

The application for baggage check-in is a 640X480 resolution face image based on 80~90 pixels between the eyes in the image frame selected by the image recognition quality evaluation program that is effective for face recognition with more than 20 frames per second of live face capture frames. After cropping, facial feature points are extracted and saved together with the image.

One-ID token is a data set of about 60~70Kbyte that combines live captured face image, facial feature point information, DG2 face image of passport, boarding pass information, and passport personal information information into one. One-ID tokens are registered after identity verification when checking in baggage and sent to the airline's HOST in real time. You can check it until the baggage is loaded on the flight to be boarded.

The air baggage check-in device is a device designed to be installed in a portable external case so that it can be loaded and used inside a delivery vehicle.

In this design, the application program using the registration, authentication, and matching license and SDK supplied by a general face recognition algorithm company is developed and installed on the PC for baggage check-in management built in the device for air baggage check-in, and is installed at 20 frames per second (Frames per second). ) Cropping of face images that can be recognized through face detection, eye tracking, and image quality evaluation from each of the above images, and extracting facial feature points by itself or as a face authentication server Configure to perform face registration and authentication by sending

In the present invention, as a One-ID token registration method using the device for check-in for air baggage (a), a live face image of a passenger is acquired through a camera module installed in the device to perform face finding and eye detection ( Eye Tracking); (b) checking whether the number of pixels between the eyes of the detected face image is about 80 to 90 pixels, cropping the identified face image, and extracting facial feature points; (c) generating a One-ID token including facial feature point information acquired through a PC for baggage consignment management in the equipment and transmitting it to the airline HOST; (d) checking the tracking information until the passenger's checked baggage is loaded on the outbound flight; (ㅁ) One-ID passenger processing service, which allows passengers to arrive at the airport without luggage and pass without blockage with face authentication at multiple checkpoints, can be used to implement seamless travel services.

As described above, according to the present invention, it is possible to travel without luggage using a home delivery service for heavy and difficult to carry travel luggage when traveling by air, as well as issuing a ticket with 1:N face authentication while walking from each checkpoint in the airport. In connection with the One-ID passenger processing service that can handle passengers from to boarding, it is characterized as a convenient passenger processing service without waiting through self-authentication within a few seconds.

In addition, by applying to passenger processing in various places such as airports, land borders, ports, and railways, it is convenient and convenient for 1.3 billion global travelers a year to consign their luggage and to verify their identity with face authentication. be able to travel

The effects of the present invention are not limited to the above-mentioned effects, and other effects not mentioned can be widely used in airport passenger processing and biometric industries.

The representative diagram is a diagram of the checked baggage handling process using the air baggage checked handling device according to the implementation of the present invention.
1 is a diagram of a One-ID token registration device for air baggage consignment processing and face authentication-based One-ID passenger processing service use.
2 is a flow chart of the air baggage check-in processing operation.

Preferred embodiments of the present invention disclosed herein will be described in detail. Structural or functional descriptions of the embodiments made in the drawings are for describing the embodiments of the present invention, and may be implemented in various forms and are not limited to the embodiments described herein.

Since the embodiments according to the concept of the present invention can be variously modified, the contents to be devised will be described in detail, and the advantages and features of the present invention, and a method of achieving them are described together with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below, but may be implemented in a variety of different forms, and includes changes, equivalents, or substitutes included in the spirit and scope of the present invention.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which the present invention belongs. Terms such as those defined in a commonly used dictionary should be interpreted as having a meaning consistent with the meaning in the context of the related art, and should not be interpreted in an ideal or excessively formal meaning unless explicitly defined in the present specification. does not

In addition, the scope of the design is not limited or limited by these embodiments. Only the present embodiments are provided to ensure that the disclosure of the present invention is complete, and to completely inform those of ordinary skill in the art to which the present invention belongs, the scope of the invention, and the same reference numerals refer to the same components throughout the specification refers to the element.

As used herein, “comprises” and/or “comprising” refers to the presence of one or more other components, steps, operations and/or elements mentioned. or addition is not excluded.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a view showing a checked baggage handling process using an air baggage check-in processing device according to an embodiment of the present invention.

It is about a device that allows a user to register a One-ID token for consigning heavy air luggage anywhere at home or in a hotel and at the same time using the One-ID airport passenger processing service by face authentication.

(Representative diagram 500) is an acquisition unit that acquires a user's live face image on the spot using a One-ID registration device for air baggage consignment delivery. (Representative figure 520) is a passport information acquisition unit that acquires passport information by scanning a user's passport using a passport reader installed in the One-ID registration device. (Representative diagram 540) is a confirmation unit that checks the user's reservation/ticketing information in connection with the airline's HOST through the PC for baggage consignment management installed in the One-ID registration device. (Representative diagram 560) is an airline HOST, which stores and manages user's reservation/ticketing information and user One-ID token information acquired at the site. (Representative diagram 580) is a checked baggage bag tag printing unit that prints a bagtag on the checked baggage and attaches it to the baggage when the user's identity verification is completed from the airline's HOST. (Representative diagram 590) is a checked baggage delivery unit that delivers checked baggage with a back tag to the airport.

Afterwards, when a user arrives at the airport without luggage, he or she can conveniently leave the country without luggage by using the One-ID passenger processing service based on face authentication that will be introduced worldwide in the future. One-ID passenger processing service in the airport can be used by registering One-ID token information using the One-ID registration device designed.

One-ID passenger processing service acquires face image images of 20 frames per second or more so that users can recognize faces while walking naturally (Walking Through) and perform face finding and eye tracking in real time. One-ID containing the clipped face image and feature point information by extracting feature points from the clipped face image as soon as it passes the image quality standards suitable for face recognition By generating and using token information, it is a service that replaces the departure procedure with only face authentication. By registering One-ID tokens when checking in baggage using the One-ID token registration device designed, the user can use the One-ID passenger processing service at the airport. It is a device with unique characteristics.

In the present invention, the One-ID registration device for air baggage consignment processing of (FIG. 1) is mounted in the air baggage consignment delivery delivery vehicle and the power source uses a small generator. (FIG. 1 100) is a portable portable case for One-ID registration device case for air baggage consignment processing. (FIG. 1 200) is a PC for baggage consignment management and is operated in conjunction with airline HOST. (FIG. 1 220) is a passport reader for scanning a user's passport, and through the passport reader, personal information, MRZ information, and DG2 face image of the user's passport are acquired, tokenized, and transmitted to the airline's HOST. (FIG. 1 300) is a camera device for acquiring a user's Live face image. (FIG. 1 310) is a camera for face recognition using a CMOS sensor with 2M pixel resolution. (FIG. 1 320) is an auxiliary light that allows the ambient illuminance to be maintained at 250 ~ 1,000 lux when registering a face image with LED lighting. (FIG. 1 330) receives a signal according to the ambient illuminance with an illuminance sensor, and the LED light of (FIG. 1 320) is turned on to assist the peripheral illuminance for face recognition. (FIG. 1 400) prints the baggage processing barcode containing the passenger information received from the airline's HOST and attaches it to the user's checked baggage.

(Fig. 2) is a flow chart of air baggage consignment processing operation. As shown in (FIG. 1 600), face image images of 20 frames or more are acquired in real time through the face camera device of the One-ID registration device for air baggage consignment processing, and 320x240 pixels, 640x480 pixel resolutions as shown in (FIG. 2 601) in each frame face is detected with , and inter-eye pixels of 30 to 90 pixels are detected as shown in (Fig. 2 602). As shown in (Fig. 2 610), it is determined whether there is a valid face image for face authentication, and if there is no valid image, the checked baggage registration is retryed. (Cropping) and save, extracting facial feature points as about 1.5~2.5Kbyte from the cropped face image as shown in (Fig. 2 612) and saving it. As shown in (Fig. 2 613), a One-ID single token is generated including live face image capture by camera, facial feature point information acquisition, face image stored in e-passport DG2, ticket issuance information, and passport personal information information (Fig. 2). 614) to the airline host. As shown in (FIG. 2 620), it is determined whether the ticketed passenger is the person, and the passenger reservation information and One-ID token information of the airline's HOST are re-inquired as in (FIG. 2 622). As shown in (Fig. 2 621), the checked baggage bag tag printing information of the authenticated user is received from the airline host and printed. The printed back tag is attached to the user's luggage as shown in (FIG. 2 630) and delivered to the airport. The delivered user baggage is linked with the airline or airport corporation baggage management system, so that real-time tracking information can be viewed on the user's mobile device. As shown in (FIG. 2 660), all the delivery information is saved and finished.

100: One-ID registration device portable case
200: PC for baggage consignment management
220 : passport reader
300: camera device
310: camera for face recognition
320: LED light
330: light sensor
400: luggage barcode printer

Claims (4)

User Live Face Image Acquisition Unit using One-ID Token Registration Device for Air Baggage Consignment Processing and Face Authentication-based One-ID Simple Service; User passport information acquisition unit; Passenger's One-ID token registration/check ticketing information/transmission of One-ID token information to airline's HOST/backtack print information receiving unit using PC for baggage check-in management; Bag tag printing unit for checked baggage; Airline Checked Baggage Handling and One-ID Token Information Registration Device for Use of Checked Baggage Airport Delivery Department and Airport One-ID Passenger Handling Service
The method of claim 1,
A camera device for acquiring a face image of One-ID for handling checked baggage is a camera device that has a built-in camera for acquiring a face image, is detachable, includes a detection sensor that detects external illumination, and includes an auxiliary LED light. According to claim 1,
One-ID token generation and transmission/check ticketing information installed in the PC for baggage check-in management, One-ID token information transmission to airline HOST, back tag print information communication/passport reader interface, camera device interface, checked baggage location tracking information Checked Baggage Handling Applications with Handling Functions According to claim 1,
The baggage consignment management PC can use various devices such as notebook PC, tablet PC, mobile, and desktop PC, and includes a device in which the checked baggage handling application of claim 3 is installed.

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